CCDC88A gene cDNA ORF clone, Homo sapiens(human)

mRNA	Protein	Name
XM_017004478.1	XP_016859967.1	girdin isoform X4
XM_005264426.2	XP_005264483.1	girdin isoform X11
XM_011532965.2	XP_011531267.1	girdin isoform X7
XM_011532966.2	XP_011531268.1	girdin isoform X7
NM_018084.4	NP_060554.3	girdin isoform 2
XM_005264418.5	XP_005264475.1	girdin isoform X1
XM_005264421.3	XP_005264478.1	girdin isoform X8
XM_017004481.2	XP_016859970.1	girdin isoform X10
XM_011532968.2	XP_011531270.1	girdin isoform X10
XM_017004476.1	XP_016859965.1	girdin isoform X2
XM_017004479.1	XP_016859968.1	girdin isoform X5
NM_001135597.1	NP_001129069.1	girdin isoform 1
XM_017004479.2	XP_016859968.1	girdin isoform X5
XM_011532966.3	XP_011531268.1	girdin isoform X7
NM_001254943.2	NP_001241872.1	girdin isoform 3
NM_001254943.1	NP_001241872.1	girdin isoform 3
XM_005264418.4	XP_005264475.1	girdin isoform X1
XM_017004481.1	XP_016859970.1	girdin isoform X10
NM_001365480.1	NP_001352409.1	girdin isoform 4
XM_017004480.2	XP_016859969.1	girdin isoform X6
NM_018084.5	NP_060554.3	girdin isoform 2
XM_011532967.2	XP_011531269.1	girdin isoform X9
XM_005264421.2	XP_005264478.1	girdin isoform X8
XM_017004477.1	XP_016859966.1	girdin isoform X3
XM_017004480.1	XP_016859969.1	girdin isoform X6
XM_017004476.2	XP_016859965.1	girdin isoform X2
XM_011532968.3	XP_011531270.1	girdin isoform X10
XM_005264426.3	XP_005264483.1	girdin isoform X11
NM_001135597.2	NP_001129069.1	girdin isoform 1
XM_017004477.2	XP_016859966.1	girdin isoform X3
XM_017004478.2	XP_016859967.1	girdin isoform X4
XM_011532967.3	XP_011531269.1	girdin isoform X9

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu11545	NM_018084.5 Latest version!	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu12085	NM_001254943.2 Latest version!	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu22451	NM_001135597.2 Latest version!	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu69650	NM_001365480.1 Latest version!	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu11545	XM_011532967.3 Latest version!	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu35481	XM_005264418.5 Latest version!	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1091.30 $1559.00
OHu35482	XM_005264421.3 Latest version!	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu35484	XM_005264426.3 Latest version!	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$643.30 $919.00
OHu69650	XM_011532966.3 Latest version!	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu69650	XM_011532965.2 Latest version!	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu69651	XM_017004481.2 Latest version!	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu69651	XM_011532968.3 Latest version!	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89664	XM_017004476.2 Latest version!	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1091.30 $1559.00
OHu89665	XM_017004477.2 Latest version!	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1091.30 $1559.00
OHu89666	XM_017004478.2 Latest version!	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89667	XM_017004479.2 Latest version!	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89668	XM_017004480.2 Latest version!	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
View Old Accession Versions >>
OHu89667	XM_017004479.1	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu69650	XM_011532966.2	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu12085	NM_001254943.1	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu35481	XM_005264418.4	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1091.30 $1559.00
OHu69651	XM_017004481.1	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu11545	NM_018084.4	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu35482	XM_005264421.2	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89668	XM_017004480.1	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89664	XM_017004476.1	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1091.30 $1559.00
OHu69651	XM_011532968.2	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu35484	XM_005264426.2	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$643.30 $919.00
OHu22451	NM_001135597.1	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu89665	XM_017004477.1	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1091.30 $1559.00
OHu89666	XM_017004478.1	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu11545	XM_011532967.2	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
Hide Old Accession Versions >>

CCDC88A ( NM_018084.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_060554.3 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu11545
Clone ID Related Accession (Same CDS sequence)	NM_018084.4 , NM_018084.5 , XM_011532967.2 , XM_011532967.3
Accession Version	NM_018084.4	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5532bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-03-03
Organism	Homo sapiens(human)
Product	girdin isoform 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DA488073.1, BC014905.1, BC132736.1, AC012358.9 and BC045829.1. On Oct 2, 2008 this sequence version replaced NM_018084.3. Transcript Variant: This variant (2) uses an alternate splice site and lacks an exon in the 3' coding region, but maintains the reading frame, compared to variant 1. The encoded isoform (2) is shorter than isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: BC132736.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT 
ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA 
GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC 
AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA 
GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT 
GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA 
GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG 
CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA 
CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT 
CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA 
GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT 
GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC 
TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA 
ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT 
TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT 
CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG 
ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC 
AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA 
GCATCTAATG TGGACAAAGT ACAAGAAAGC AGAAATTCAA AAAGCAGGTC TAGGGAGCAA 
CAAAGCTCCT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_060554.3
CDS	843..6374
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSTMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASNVDKVQESRNSKSRSREQQSS

Target ORF information:

RefSeq Version	NM_018084.4
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_018084.4

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT 
ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA 
GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC 
AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA 
GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT 
GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA 
GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG 
CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA 
CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT 
CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA 
GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT 
GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC 
TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA 
ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT 
TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT 
CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG 
ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC 
AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA 
GCATCTAATG TGGACAAAGT ACAAGAAAGC AGAAATTCAA AAAGCAGGTC TAGGGAGCAA 
CAAAGCTCCT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( NM_018084.5 ) cDNA ORF clone, Homo sapiens(human) -> NP_060554.3 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu11545
Clone ID Related Accession (Same CDS sequence)	NM_018084.4 , NM_018084.5 , XM_011532967.2 , XM_011532967.3
Accession Version	NM_018084.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5532bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-11-25
Organism	Homo sapiens(human)
Product	girdin isoform 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DA488073.1, BC014905.1, BC132736.1, AC012358.9 and BC045829.1. On May 31, 2019 this sequence version replaced NM_018084.4. Transcript Variant: This variant (2) uses an alternate splice site and lacks an exon in the 3' coding region, but maintains the reading frame, compared to variant 1. The encoded isoform (2) is shorter than isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: BC132736.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT 
ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA 
GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC 
AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA 
GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT 
GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA 
GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG 
CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA 
CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT 
CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA 
GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT 
GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC 
TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA 
ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT 
TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT 
CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG 
ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC 
AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA 
GCATCTAATG TGGACAAAGT ACAAGAAAGC AGAAATTCAA AAAGCAGGTC TAGGGAGCAA 
CAAAGCTCCT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_060554.3
CDS	778..6309
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSTMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASNVDKVQESRNSKSRSREQQSS

Target ORF information:

RefSeq Version	NM_018084.5
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_018084.5

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT 
ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA 
GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC 
AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA 
GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT 
GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA 
GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG 
CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA 
CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT 
CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA 
GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT 
GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC 
TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA 
ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT 
TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT 
CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG 
ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC 
AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA 
GCATCTAATG TGGACAAAGT ACAAGAAAGC AGAAATTCAA AAAGCAGGTC TAGGGAGCAA 
CAAAGCTCCT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( NM_001254943.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001241872.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 3, mRNA.

Price & Availability↑

CloneID	OHu12085
Clone ID Related Accession (Same CDS sequence)	NM_001254943.2 , NM_001254943.1
Accession Version	NM_001254943.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5391bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-11-25
Organism	Homo sapiens(human)
Product	girdin isoform 3
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DA488073.1, BC014905.1, BC144320.1, AC012358.9 and BC045829.1. On May 31, 2019 this sequence version replaced NM_001254943.1. Transcript Variant: This variant (3) uses an alternate splice site in the 3' coding region, but maintains the reading frame, compared to variant 1. The encoded isoform (3) is shorter than isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: BC144320.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA 
GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT 
CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA 
AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT 
CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT 
CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG 
AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT 
CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA 
ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC 
ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT 
GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA 
AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT 
GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT 
TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA 
GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG 
AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT 
GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA 
CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT 
ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA 
GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT 
TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT 
AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC 
AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA 
AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA 
CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT 
AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC 
AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA 
ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA 
GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT 
AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT 
GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC 
TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT 
GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT 
GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC 
AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT 
CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT 
GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT 
ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA 
AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG 
GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGCGTGA TCTCAACTGC CGAAGGAACT 
ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT 
GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAATGT GGACAAAGTA 
CAAGAAAGCA GAAATTCAAA AAGCAGGTCT AGGGAGCAAC AAAGCTCCTA A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001241872.1
CDS	778..6168
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLASVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASNVDKVQESRNSKSRSREQQSS

Target ORF information:

RefSeq Version	NM_001254943.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001254943.2

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA 
GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT 
CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA 
AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT 
CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT 
CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG 
AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT 
CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA 
ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC 
ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT 
GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA 
AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT 
GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT 
TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA 
GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG 
AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT 
GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA 
CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT 
ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA 
GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT 
TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT 
AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC 
AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA 
AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA 
CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT 
AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC 
AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA 
ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA 
GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT 
AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT 
GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC 
TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT 
GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT 
GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC 
AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT 
CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT 
GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT 
ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA 
AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG 
GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGCGTGA TCTCAACTGC CGAAGGAACT 
ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT 
GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAATGT GGACAAAGTA 
CAAGAAAGCA GAAATTCAAA AAGCAGGTCT AGGGAGCAAC AAAGCTCCTA A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( NM_001254943.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001241872.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 3, mRNA.

Price & Availability↑

CloneID	OHu12085
Clone ID Related Accession (Same CDS sequence)	NM_001254943.2 , NM_001254943.1
Accession Version	NM_001254943.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5391bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-03-03
Organism	Homo sapiens(human)
Product	girdin isoform 3
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DA488073.1, BC014905.1, BC144320.1, AC012358.9 and BC045829.1. Transcript Variant: This variant (3) uses an alternate splice site in the 3' coding region, but maintains the reading frame, compared to variant 1. The encoded isoform (3) is shorter than isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: BC144320.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA 
GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT 
CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA 
AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT 
CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT 
CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG 
AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT 
CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA 
ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC 
ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT 
GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA 
AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT 
GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT 
TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA 
GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG 
AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT 
GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA 
CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT 
ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA 
GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT 
TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT 
AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC 
AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA 
AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA 
CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT 
AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC 
AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA 
ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA 
GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT 
AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT 
GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC 
TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT 
GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT 
GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC 
AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT 
CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT 
GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT 
ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA 
AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG 
GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGCGTGA TCTCAACTGC CGAAGGAACT 
ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT 
GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAATGT GGACAAAGTA 
CAAGAAAGCA GAAATTCAAA AAGCAGGTCT AGGGAGCAAC AAAGCTCCTA A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001241872.1
CDS	843..6233
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLASVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASNVDKVQESRNSKSRSREQQSS

Target ORF information:

RefSeq Version	NM_001254943.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001254943.1

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA 
GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT 
CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA 
AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT 
CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT 
CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG 
AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT 
CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA 
ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC 
ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT 
GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA 
AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT 
GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT 
TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA 
GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG 
AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT 
GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA 
CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT 
ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA 
GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT 
TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT 
AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC 
AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA 
AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA 
CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT 
AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC 
AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA 
ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA 
GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT 
AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT 
GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC 
TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT 
GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT 
GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC 
AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT 
CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT 
GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT 
ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA 
AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG 
GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGCGTGA TCTCAACTGC CGAAGGAACT 
ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT 
GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAATGT GGACAAAGTA 
CAAGAAAGCA GAAATTCAAA AAGCAGGTCT AGGGAGCAAC AAAGCTCCTA A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( NM_001135597.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001129069.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 1, mRNA.

Price & Availability↑

CloneID	OHu22451
Clone ID Related Accession (Same CDS sequence)	NM_001135597.1 , NM_001135597.2
Accession Version	NM_001135597.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5613bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-03-03
Organism	Homo sapiens(human)
Product	girdin isoform 1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DA488073.1, BC014905.1, AB201172.1, D64159.1, AC012358.9 and BC045829.1. This sequence is a reference standard in the RefSeqGene project. Transcript Variant: This variant (1) encodes isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AB201172.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA 
GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT 
CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA 
AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT 
CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT 
CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG 
AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT 
CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA 
ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC 
ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT 
GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA 
AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT 
GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT 
TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA 
GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG 
AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT 
GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA 
CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT 
ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA 
GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT 
TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT 
AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC 
AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA 
AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA 
CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT 
AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC 
AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA 
ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA 
GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT 
AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT 
GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC 
TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT 
GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT 
GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC 
AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT 
CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT 
GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT 
ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA 
AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG 
GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGGTCAG TAAGTGGAAA AACCCCAGGG 
GACTTCTATG ATAGACGGAC AACTAAGCCT GAGTTTTTGA GACCTGGTCC TCGAAAAACT 
GAAGATACCT ACTTCATTAG TTCTGCGGGA AAACCTACAC CAGGCACTCA AGGAAAAATA 
AAATTAGTAA AAGAATCTTC TCTGTCACGA CAATCAAAAG ATAGTAACCC TTATGCAACT 
TTACCTCGTG CAAGCAGCGT GATCTCAACT GCCGAAGGAA CTACACGAAG GACAAGCATC 
CATGATTTTT TGACCAAGGA CAGTAGACTG CCTATATCAG TTGATTCACC ACCAGCTGCT 
GCTGACAGCA ACACCACTGC AGCATCTAAT GTGGACAAAG TACAAGAAAG CAGAAATTCA 
AAAAGCAGGT CTAGGGAGCA ACAAAGCTCC TAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001129069.1
CDS	843..6455
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASNVDKVQESRNSKSRSREQQSS

Target ORF information:

RefSeq Version	NM_001135597.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001135597.1

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA 
GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT 
CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA 
AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT 
CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT 
CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG 
AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT 
CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA 
ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC 
ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT 
GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA 
AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT 
GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT 
TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA 
GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG 
AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT 
GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA 
CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT 
ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA 
GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT 
TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT 
AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC 
AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA 
AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA 
CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT 
AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC 
AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA 
ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA 
GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT 
AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT 
GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC 
TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT 
GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT 
GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC 
AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT 
CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT 
GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT 
ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA 
AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG 
GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGGTCAG TAAGTGGAAA AACCCCAGGG 
GACTTCTATG ATAGACGGAC AACTAAGCCT GAGTTTTTGA GACCTGGTCC TCGAAAAACT 
GAAGATACCT ACTTCATTAG TTCTGCGGGA AAACCTACAC CAGGCACTCA AGGAAAAATA 
AAATTAGTAA AAGAATCTTC TCTGTCACGA CAATCAAAAG ATAGTAACCC TTATGCAACT 
TTACCTCGTG CAAGCAGCGT GATCTCAACT GCCGAAGGAA CTACACGAAG GACAAGCATC 
CATGATTTTT TGACCAAGGA CAGTAGACTG CCTATATCAG TTGATTCACC ACCAGCTGCT 
GCTGACAGCA ACACCACTGC AGCATCTAAT GTGGACAAAG TACAAGAAAG CAGAAATTCA 
AAAAGCAGGT CTAGGGAGCA ACAAAGCTCC TAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( NM_001135597.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001129069.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 1, mRNA.

Price & Availability↑

CloneID	OHu22451
Clone ID Related Accession (Same CDS sequence)	NM_001135597.1 , NM_001135597.2
Accession Version	NM_001135597.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5613bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-11-25
Organism	Homo sapiens(human)
Product	girdin isoform 1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DA488073.1, BC014905.1, AB201172.1, D64159.1, AC012358.9 and BC045829.1. This sequence is a reference standard in the RefSeqGene project. On May 31, 2019 this sequence version replaced NM_001135597.1. Transcript Variant: This variant (1) encodes isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AB201172.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA 
GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT 
CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA 
AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT 
CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT 
CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG 
AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT 
CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA 
ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC 
ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT 
GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA 
AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT 
GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT 
TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA 
GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG 
AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT 
GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA 
CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT 
ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA 
GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT 
TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT 
AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC 
AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA 
AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA 
CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT 
AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC 
AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA 
ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA 
GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT 
AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT 
GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC 
TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT 
GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT 
GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC 
AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT 
CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT 
GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT 
ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA 
AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG 
GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGGTCAG TAAGTGGAAA AACCCCAGGG 
GACTTCTATG ATAGACGGAC AACTAAGCCT GAGTTTTTGA GACCTGGTCC TCGAAAAACT 
GAAGATACCT ACTTCATTAG TTCTGCGGGA AAACCTACAC CAGGCACTCA AGGAAAAATA 
AAATTAGTAA AAGAATCTTC TCTGTCACGA CAATCAAAAG ATAGTAACCC TTATGCAACT 
TTACCTCGTG CAAGCAGCGT GATCTCAACT GCCGAAGGAA CTACACGAAG GACAAGCATC 
CATGATTTTT TGACCAAGGA CAGTAGACTG CCTATATCAG TTGATTCACC ACCAGCTGCT 
GCTGACAGCA ACACCACTGC AGCATCTAAT GTGGACAAAG TACAAGAAAG CAGAAATTCA 
AAAAGCAGGT CTAGGGAGCA ACAAAGCTCC TAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001129069.1
CDS	778..6390
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASNVDKVQESRNSKSRSREQQSS

Target ORF information:

RefSeq Version	NM_001135597.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001135597.2

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA 
GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT 
CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA 
AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT 
CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT 
CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG 
AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT 
CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA 
ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC 
ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT 
GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA 
AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT 
GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT 
TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA 
GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG 
AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT 
GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA 
CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT 
ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA 
GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT 
TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT 
AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC 
AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA 
AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA 
CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT 
AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC 
AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA 
ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA 
GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT 
AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT 
GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC 
TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT 
GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT 
GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC 
AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT 
CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT 
GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT 
ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA 
AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG 
GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGGTCAG TAAGTGGAAA AACCCCAGGG 
GACTTCTATG ATAGACGGAC AACTAAGCCT GAGTTTTTGA GACCTGGTCC TCGAAAAACT 
GAAGATACCT ACTTCATTAG TTCTGCGGGA AAACCTACAC CAGGCACTCA AGGAAAAATA 
AAATTAGTAA AAGAATCTTC TCTGTCACGA CAATCAAAAG ATAGTAACCC TTATGCAACT 
TTACCTCGTG CAAGCAGCGT GATCTCAACT GCCGAAGGAA CTACACGAAG GACAAGCATC 
CATGATTTTT TGACCAAGGA CAGTAGACTG CCTATATCAG TTGATTCACC ACCAGCTGCT 
GCTGACAGCA ACACCACTGC AGCATCTAAT GTGGACAAAG TACAAGAAAG CAGAAATTCA 
AAAAGCAGGT CTAGGGAGCA ACAAAGCTCC TAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( NM_001365480.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001352409.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 4, mRNA.

Price & Availability↑

CloneID	OHu69650
Clone ID Related Accession (Same CDS sequence)	XM_011532965.2 , XM_011532966.2 , XM_011532966.3 , NM_001365480.1
Accession Version	NM_001365480.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5616bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-11-25
Organism	Homo sapiens(human)
Product	girdin isoform 4
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AC019198.12, AC092176.4 and AC012358.9. On Aug 29, 2018 this sequence version replaced XM_011532965.3. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology MANE Ensembl match :: ENST00000436346.7/ ENSP00000410608.1 RefSeq Select criteria :: based on manual assertion, conservation, expression ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA 
GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA 
ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA 
ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA 
ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC 
ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT 
GCTGCTGACA GCAACACCAC TGCAGCATCT AATGTGGACA AAGTACAAGA AAGCAGAAAT 
TCAAAAAGCA GGTCTAGGGA GCAACAAAGC TCCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001352409.1
CDS	778..6393
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASNVDKVQESRNSKSRSREQQSS

Target ORF information:

RefSeq Version	NM_001365480.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001365480.1

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA 
GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA 
ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA 
ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA 
ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC 
ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT 
GCTGCTGACA GCAACACCAC TGCAGCATCT AATGTGGACA AAGTACAAGA AAGCAGAAAT 
TCAAAAAGCA GGTCTAGGGA GCAACAAAGC TCCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_011532967.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531269.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X10, mRNA.

Price & Availability↑

CloneID	OHu11545
Clone ID Related Accession (Same CDS sequence)	NM_018084.4 , NM_018084.5 , XM_011532967.2 , XM_011532967.3
Accession Version	XM_011532967.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5532bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	girdin isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011532967.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT 
ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA 
GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC 
AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA 
GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT 
GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA 
GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG 
CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA 
CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT 
CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA 
GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT 
GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC 
TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA 
ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT 
TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT 
CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG 
ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC 
AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA 
GCATCTAATG TGGACAAAGT ACAAGAAAGC AGAAATTCAA AAAGCAGGTC TAGGGAGCAA 
CAAAGCTCCT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531269.1
CDS	546..6077
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSTMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASNVDKVQESRNSKSRSREQQSS

Target ORF information:

RefSeq Version	XM_011532967.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X10, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532967.2

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT 
ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA 
GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC 
AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA 
GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT 
GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA 
GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG 
CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA 
CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT 
CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA 
GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT 
GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC 
TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA 
ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT 
TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT 
CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG 
ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC 
AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA 
GCATCTAATG TGGACAAAGT ACAAGAAAGC AGAAATTCAA AAAGCAGGTC TAGGGAGCAA 
CAAAGCTCCT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_011532967.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531269.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X10, mRNA.

Price & Availability↑

CloneID	OHu11545
Clone ID Related Accession (Same CDS sequence)	NM_018084.4 , NM_018084.5 , XM_011532967.2 , XM_011532967.3
Accession Version	XM_011532967.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5532bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	girdin isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011532967.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT 
ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA 
GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC 
AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA 
GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT 
GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA 
GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG 
CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA 
CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT 
CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA 
GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT 
GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC 
TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA 
ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT 
TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT 
CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG 
ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC 
AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA 
GCATCTAATG TGGACAAAGT ACAAGAAAGC AGAAATTCAA AAAGCAGGTC TAGGGAGCAA 
CAAAGCTCCT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531269.1
CDS	312..5843
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSTMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASNVDKVQESRNSKSRSREQQSS

Target ORF information:

RefSeq Version	XM_011532967.3
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X10, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532967.3

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT 
ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA 
GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC 
AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA 
GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT 
GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA 
GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG 
CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA 
CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT 
CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA 
GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT 
GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC 
TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA 
ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT 
TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT 
CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG 
ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC 
AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA 
GCATCTAATG TGGACAAAGT ACAAGAAAGC AGAAATTCAA AAAGCAGGTC TAGGGAGCAA 
CAAAGCTCCT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_005264418.5 ) cDNA ORF clone, Homo sapiens(human) -> XP_005264475.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu35481
Clone ID Related Accession (Same CDS sequence)	XM_005264418.5 , XM_005264418.4
Accession Version	XM_005264418.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6084bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	girdin isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_005264418.4. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA 
GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA 
ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA 
ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA 
ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC 
ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT 
GCTGCTGACA GCAACACCAC TGCAGCATCT AGTGAGTACC ATTTACACCA GTGGTCCTCT 
CATATACTTG ACATCCCAAC ACATACTATA GGTTCTTGTG CCCAAAATGA TTTAGCTATA 
GACATGCCTG AGCCTCTATA TGCCCAGGCT AGAAACTCAA GAACAGGAAG GTCACATTTT 
CTAAACCAAA CTTTTGCCAC TATTAGGATG CCTAGTGATG CATTCGGAAT GTTGGCAAAA 
GATAGCATAG GACCATTTAC TGTGGCCCAT TCATCTCAGC CATTCTTATC CCTGAATACA 
GAATTAGTTA GTAACATAAG TGGGTTACCT CCTAGGCCAG TTATCAGAAT AACTGACCAG 
GCTTCTGCCT CTTTGGATAA ACCTGCACAG AAAGAAAATG AACAGTTTTC TGATCATCAG 
AACCCTAGTA ACAGTAACCT ACAGTTTTCT ATAAATAGCA ACAATCTTGT CACTTCTGCA 
TGCCTCTATC CTGATGACAC AGAAGCTGCA TTGTTGGTTT CTGAGGATAA TCAAACTGTT 
TGGTATGAAT ATGGTTGTAT ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_005264475.1
CDS	312..6395
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASSEYHLHQWSSHILDIPTHTIGSCAQNDLAIDMPEPLYAQARNSRTGRSHFLNQTFATIRMPSDAFGMLAKDSIGPFTVAHSSQPFLSLNTELVSNISGLPPRPVIRITDQASASLDKPAQKENEQFSDHQNPSNSNLQFSINSNNLVTSACLYPDDTEAALLVSEDNQTVWYEYGCI

Target ORF information:

RefSeq Version	XM_005264418.5
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_005264418.5

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA 
GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA 
ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA 
ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA 
ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC 
ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT 
GCTGCTGACA GCAACACCAC TGCAGCATCT AGTGAGTACC ATTTACACCA GTGGTCCTCT 
CATATACTTG ACATCCCAAC ACATACTATA GGTTCTTGTG CCCAAAATGA TTTAGCTATA 
GACATGCCTG AGCCTCTATA TGCCCAGGCT AGAAACTCAA GAACAGGAAG GTCACATTTT 
CTAAACCAAA CTTTTGCCAC TATTAGGATG CCTAGTGATG CATTCGGAAT GTTGGCAAAA 
GATAGCATAG GACCATTTAC TGTGGCCCAT TCATCTCAGC CATTCTTATC CCTGAATACA 
GAATTAGTTA GTAACATAAG TGGGTTACCT CCTAGGCCAG TTATCAGAAT AACTGACCAG 
GCTTCTGCCT CTTTGGATAA ACCTGCACAG AAAGAAAATG AACAGTTTTC TGATCATCAG 
AACCCTAGTA ACAGTAACCT ACAGTTTTCT ATAAATAGCA ACAATCTTGT CACTTCTGCA 
TGCCTCTATC CTGATGACAC AGAAGCTGCA TTGTTGGTTT CTGAGGATAA TCAAACTGTT 
TGGTATGAAT ATGGTTGTAT ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_005264418.4 ) cDNA ORF clone, Homo sapiens(human) -> XP_005264475.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu35481
Clone ID Related Accession (Same CDS sequence)	XM_005264418.5 , XM_005264418.4
Accession Version	XM_005264418.4	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6084bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	girdin isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_005264418.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA 
GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA 
ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA 
ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA 
ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC 
ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT 
GCTGCTGACA GCAACACCAC TGCAGCATCT AGTGAGTACC ATTTACACCA GTGGTCCTCT 
CATATACTTG ACATCCCAAC ACATACTATA GGTTCTTGTG CCCAAAATGA TTTAGCTATA 
GACATGCCTG AGCCTCTATA TGCCCAGGCT AGAAACTCAA GAACAGGAAG GTCACATTTT 
CTAAACCAAA CTTTTGCCAC TATTAGGATG CCTAGTGATG CATTCGGAAT GTTGGCAAAA 
GATAGCATAG GACCATTTAC TGTGGCCCAT TCATCTCAGC CATTCTTATC CCTGAATACA 
GAATTAGTTA GTAACATAAG TGGGTTACCT CCTAGGCCAG TTATCAGAAT AACTGACCAG 
GCTTCTGCCT CTTTGGATAA ACCTGCACAG AAAGAAAATG AACAGTTTTC TGATCATCAG 
AACCCTAGTA ACAGTAACCT ACAGTTTTCT ATAAATAGCA ACAATCTTGT CACTTCTGCA 
TGCCTCTATC CTGATGACAC AGAAGCTGCA TTGTTGGTTT CTGAGGATAA TCAAACTGTT 
TGGTATGAAT ATGGTTGTAT ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_005264475.1
CDS	546..6629
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASSEYHLHQWSSHILDIPTHTIGSCAQNDLAIDMPEPLYAQARNSRTGRSHFLNQTFATIRMPSDAFGMLAKDSIGPFTVAHSSQPFLSLNTELVSNISGLPPRPVIRITDQASASLDKPAQKENEQFSDHQNPSNSNLQFSINSNNLVTSACLYPDDTEAALLVSEDNQTVWYEYGCI

Target ORF information:

RefSeq Version	XM_005264418.4
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_005264418.4

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA 
GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA 
ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA 
ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA 
ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC 
ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT 
GCTGCTGACA GCAACACCAC TGCAGCATCT AGTGAGTACC ATTTACACCA GTGGTCCTCT 
CATATACTTG ACATCCCAAC ACATACTATA GGTTCTTGTG CCCAAAATGA TTTAGCTATA 
GACATGCCTG AGCCTCTATA TGCCCAGGCT AGAAACTCAA GAACAGGAAG GTCACATTTT 
CTAAACCAAA CTTTTGCCAC TATTAGGATG CCTAGTGATG CATTCGGAAT GTTGGCAAAA 
GATAGCATAG GACCATTTAC TGTGGCCCAT TCATCTCAGC CATTCTTATC CCTGAATACA 
GAATTAGTTA GTAACATAAG TGGGTTACCT CCTAGGCCAG TTATCAGAAT AACTGACCAG 
GCTTCTGCCT CTTTGGATAA ACCTGCACAG AAAGAAAATG AACAGTTTTC TGATCATCAG 
AACCCTAGTA ACAGTAACCT ACAGTTTTCT ATAAATAGCA ACAATCTTGT CACTTCTGCA 
TGCCTCTATC CTGATGACAC AGAAGCTGCA TTGTTGGTTT CTGAGGATAA TCAAACTGTT 
TGGTATGAAT ATGGTTGTAT ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_005264421.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_005264478.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X9, mRNA.

Price & Availability↑

CloneID	OHu35482
Clone ID Related Accession (Same CDS sequence)	XM_005264421.3 , XM_005264421.2
Accession Version	XM_005264421.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5535bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	girdin isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_005264421.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCAGGTG CAGTTAATAA CCAAAGCAGG CCACAAAGCC ACAGCAGTGG AGAATTTAGC 
CTGCTTCATG ACCATGAGGC TTGGTCCAGC AGTGGTAGCA GTCCAATCCA GTACTTGAAA 
AGACAGACCA GATCAAGCCC AGTGCTCCAG CACAAAATAT CTGAAACACT GGAGAGTCGA 
CATCACAAGA TCAAAACTGG TTCCCCTGGA AGTGAAGTTG TTACTCTACA ACAGTTTTTG 
GAAGAAAGCA ATAAGCTTAC CTCAGTACAG ATAAAGTCCT CAAGTCAAGA GAATCTTTTA 
GATGAAGTAA TGAAAAGTTT GTCTGTCTCT TCTGACTTTT TGGGAAAAGA CAAACCAGTT 
AGCTGTGGTC TGGCCAGGTC AGTAAGTGGA AAAACCCCAG GGGACTTCTA TGATAGACGG 
ACAACTAAGC CTGAGTTTTT GAGACCTGGT CCTCGAAAAA CTGAAGATAC CTACTTCATT 
AGTTCTGCGG GAAAACCTAC ACCAGGCACT CAAGGAAAAA TAAAATTAGT AAAAGAATCT 
TCTCTGTCAC GACAATCAAA AGATAGTAAC CCTTATGCAA CTTTACCTCG TGCAAGCAGC 
GTGATCTCAA CTGCCGAAGG AACTACACGA AGGACAAGCA TCCATGATTT TTTGACCAAG 
GACAGTAGAC TGCCTATATC AGTTGATTCA CCACCAGCTG CTGCTGACAG CAACACCACT 
GCAGCATCTA ATGTGGACAA AGTACAAGAA AGCAGAAATT CAAAAAGCAG GTCTAGGGAG 
CAACAAAGCT CCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_005264478.1
CDS	312..5846
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASNVDKVQESRNSKSRSREQQSS

Target ORF information:

RefSeq Version	XM_005264421.3
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X9, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_005264421.3

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCAGGTG CAGTTAATAA CCAAAGCAGG CCACAAAGCC ACAGCAGTGG AGAATTTAGC 
CTGCTTCATG ACCATGAGGC TTGGTCCAGC AGTGGTAGCA GTCCAATCCA GTACTTGAAA 
AGACAGACCA GATCAAGCCC AGTGCTCCAG CACAAAATAT CTGAAACACT GGAGAGTCGA 
CATCACAAGA TCAAAACTGG TTCCCCTGGA AGTGAAGTTG TTACTCTACA ACAGTTTTTG 
GAAGAAAGCA ATAAGCTTAC CTCAGTACAG ATAAAGTCCT CAAGTCAAGA GAATCTTTTA 
GATGAAGTAA TGAAAAGTTT GTCTGTCTCT TCTGACTTTT TGGGAAAAGA CAAACCAGTT 
AGCTGTGGTC TGGCCAGGTC AGTAAGTGGA AAAACCCCAG GGGACTTCTA TGATAGACGG 
ACAACTAAGC CTGAGTTTTT GAGACCTGGT CCTCGAAAAA CTGAAGATAC CTACTTCATT 
AGTTCTGCGG GAAAACCTAC ACCAGGCACT CAAGGAAAAA TAAAATTAGT AAAAGAATCT 
TCTCTGTCAC GACAATCAAA AGATAGTAAC CCTTATGCAA CTTTACCTCG TGCAAGCAGC 
GTGATCTCAA CTGCCGAAGG AACTACACGA AGGACAAGCA TCCATGATTT TTTGACCAAG 
GACAGTAGAC TGCCTATATC AGTTGATTCA CCACCAGCTG CTGCTGACAG CAACACCACT 
GCAGCATCTA ATGTGGACAA AGTACAAGAA AGCAGAAATT CAAAAAGCAG GTCTAGGGAG 
CAACAAAGCT CCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_005264421.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_005264478.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X9, mRNA.

Price & Availability↑

CloneID	OHu35482
Clone ID Related Accession (Same CDS sequence)	XM_005264421.3 , XM_005264421.2
Accession Version	XM_005264421.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5535bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	girdin isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_005264421.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCAGGTG CAGTTAATAA CCAAAGCAGG CCACAAAGCC ACAGCAGTGG AGAATTTAGC 
CTGCTTCATG ACCATGAGGC TTGGTCCAGC AGTGGTAGCA GTCCAATCCA GTACTTGAAA 
AGACAGACCA GATCAAGCCC AGTGCTCCAG CACAAAATAT CTGAAACACT GGAGAGTCGA 
CATCACAAGA TCAAAACTGG TTCCCCTGGA AGTGAAGTTG TTACTCTACA ACAGTTTTTG 
GAAGAAAGCA ATAAGCTTAC CTCAGTACAG ATAAAGTCCT CAAGTCAAGA GAATCTTTTA 
GATGAAGTAA TGAAAAGTTT GTCTGTCTCT TCTGACTTTT TGGGAAAAGA CAAACCAGTT 
AGCTGTGGTC TGGCCAGGTC AGTAAGTGGA AAAACCCCAG GGGACTTCTA TGATAGACGG 
ACAACTAAGC CTGAGTTTTT GAGACCTGGT CCTCGAAAAA CTGAAGATAC CTACTTCATT 
AGTTCTGCGG GAAAACCTAC ACCAGGCACT CAAGGAAAAA TAAAATTAGT AAAAGAATCT 
TCTCTGTCAC GACAATCAAA AGATAGTAAC CCTTATGCAA CTTTACCTCG TGCAAGCAGC 
GTGATCTCAA CTGCCGAAGG AACTACACGA AGGACAAGCA TCCATGATTT TTTGACCAAG 
GACAGTAGAC TGCCTATATC AGTTGATTCA CCACCAGCTG CTGCTGACAG CAACACCACT 
GCAGCATCTA ATGTGGACAA AGTACAAGAA AGCAGAAATT CAAAAAGCAG GTCTAGGGAG 
CAACAAAGCT CCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_005264478.1
CDS	546..6080
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASNVDKVQESRNSKSRSREQQSS

Target ORF information:

RefSeq Version	XM_005264421.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X9, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_005264421.2

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCAGGTG CAGTTAATAA CCAAAGCAGG CCACAAAGCC ACAGCAGTGG AGAATTTAGC 
CTGCTTCATG ACCATGAGGC TTGGTCCAGC AGTGGTAGCA GTCCAATCCA GTACTTGAAA 
AGACAGACCA GATCAAGCCC AGTGCTCCAG CACAAAATAT CTGAAACACT GGAGAGTCGA 
CATCACAAGA TCAAAACTGG TTCCCCTGGA AGTGAAGTTG TTACTCTACA ACAGTTTTTG 
GAAGAAAGCA ATAAGCTTAC CTCAGTACAG ATAAAGTCCT CAAGTCAAGA GAATCTTTTA 
GATGAAGTAA TGAAAAGTTT GTCTGTCTCT TCTGACTTTT TGGGAAAAGA CAAACCAGTT 
AGCTGTGGTC TGGCCAGGTC AGTAAGTGGA AAAACCCCAG GGGACTTCTA TGATAGACGG 
ACAACTAAGC CTGAGTTTTT GAGACCTGGT CCTCGAAAAA CTGAAGATAC CTACTTCATT 
AGTTCTGCGG GAAAACCTAC ACCAGGCACT CAAGGAAAAA TAAAATTAGT AAAAGAATCT 
TCTCTGTCAC GACAATCAAA AGATAGTAAC CCTTATGCAA CTTTACCTCG TGCAAGCAGC 
GTGATCTCAA CTGCCGAAGG AACTACACGA AGGACAAGCA TCCATGATTT TTTGACCAAG 
GACAGTAGAC TGCCTATATC AGTTGATTCA CCACCAGCTG CTGCTGACAG CAACACCACT 
GCAGCATCTA ATGTGGACAA AGTACAAGAA AGCAGAAATT CAAAAAGCAG GTCTAGGGAG 
CAACAAAGCT CCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_005264426.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_005264483.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X13, mRNA.

Price & Availability↑

CloneID	OHu35484
Clone ID Related Accession (Same CDS sequence)	XM_005264426.2 , XM_005264426.3
Accession Version	XM_005264426.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3936bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	girdin isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_005264426.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_005264483.1
CDS	546..4481
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCE

Target ORF information:

RefSeq Version	XM_005264426.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X13, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_005264426.2

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_005264426.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_005264483.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X13, mRNA.

Price & Availability↑

CloneID	OHu35484
Clone ID Related Accession (Same CDS sequence)	XM_005264426.2 , XM_005264426.3
Accession Version	XM_005264426.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3936bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	girdin isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_005264426.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_005264483.1
CDS	312..4247
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCE

Target ORF information:

RefSeq Version	XM_005264426.3
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X13, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_005264426.3

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_011532965.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531267.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X7, mRNA.

Price & Availability↑

CloneID	OHu69650
Clone ID Related Accession (Same CDS sequence)	XM_011532965.2 , XM_011532966.2 , XM_011532966.3 , NM_001365480.1
Accession Version	XM_011532965.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5616bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	girdin isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011532965.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA 
GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA 
ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA 
ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA 
ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC 
ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT 
GCTGCTGACA GCAACACCAC TGCAGCATCT AATGTGGACA AAGTACAAGA AAGCAGAAAT 
TCAAAAAGCA GGTCTAGGGA GCAACAAAGC TCCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531267.1
CDS	546..6161
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASNVDKVQESRNSKSRSREQQSS

Target ORF information:

RefSeq Version	XM_011532965.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X7, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532965.2

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA 
GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA 
ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA 
ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA 
ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC 
ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT 
GCTGCTGACA GCAACACCAC TGCAGCATCT AATGTGGACA AAGTACAAGA AAGCAGAAAT 
TCAAAAAGCA GGTCTAGGGA GCAACAAAGC TCCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_011532966.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531268.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OHu69650
Clone ID Related Accession (Same CDS sequence)	XM_011532965.2 , XM_011532966.2 , XM_011532966.3 , NM_001365480.1
Accession Version	XM_011532966.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5616bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	girdin isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011532966.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA 
GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA 
ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA 
ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA 
ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC 
ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT 
GCTGCTGACA GCAACACCAC TGCAGCATCT AATGTGGACA AAGTACAAGA AAGCAGAAAT 
TCAAAAAGCA GGTCTAGGGA GCAACAAAGC TCCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531268.1
CDS	546..6161
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASNVDKVQESRNSKSRSREQQSS

Target ORF information:

RefSeq Version	XM_011532966.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X8, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532966.2

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA 
GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA 
ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA 
ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA 
ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC 
ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT 
GCTGCTGACA GCAACACCAC TGCAGCATCT AATGTGGACA AAGTACAAGA AAGCAGAAAT 
TCAAAAAGCA GGTCTAGGGA GCAACAAAGC TCCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_011532966.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531268.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OHu69650
Clone ID Related Accession (Same CDS sequence)	XM_011532965.2 , XM_011532966.2 , XM_011532966.3 , NM_001365480.1
Accession Version	XM_011532966.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5616bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	girdin isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011532966.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA 
GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA 
ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA 
ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA 
ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC 
ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT 
GCTGCTGACA GCAACACCAC TGCAGCATCT AATGTGGACA AAGTACAAGA AAGCAGAAAT 
TCAAAAAGCA GGTCTAGGGA GCAACAAAGC TCCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531268.1
CDS	312..5927
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASNVDKVQESRNSKSRSREQQSS

Target ORF information:

RefSeq Version	XM_011532966.3
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X8, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532966.3

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA 
GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA 
ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA 
ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA 
ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC 
ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT 
GCTGCTGACA GCAACACCAC TGCAGCATCT AATGTGGACA AAGTACAAGA AAGCAGAAAT 
TCAAAAAGCA GGTCTAGGGA GCAACAAAGC TCCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_017004481.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859970.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X12, mRNA.

Price & Availability↑

CloneID	OHu69651
Clone ID Related Accession (Same CDS sequence)	XM_017004481.2 , XM_011532968.2 , XM_017004481.1 , XM_011532968.3
Accession Version	XM_017004481.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5394bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	girdin isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017004481.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGCG TGATCTCAAC TGCCGAAGGA 
ACTACACGAA GGACAAGCAT CCATGATTTT TTGACCAAGG ACAGTAGACT GCCTATATCA 
GTTGATTCAC CACCAGCTGC TGCTGACAGC AACACCACTG CAGCATCTAA TGTGGACAAA 
GTACAAGAAA GCAGAAATTC AAAAAGCAGG TCTAGGGAGC AACAAAGCTC CTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859970.1
CDS	312..5705
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLASVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASNVDKVQESRNSKSRSREQQSS

Target ORF information:

RefSeq Version	XM_017004481.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X12, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004481.2

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGCG TGATCTCAAC TGCCGAAGGA 
ACTACACGAA GGACAAGCAT CCATGATTTT TTGACCAAGG ACAGTAGACT GCCTATATCA 
GTTGATTCAC CACCAGCTGC TGCTGACAGC AACACCACTG CAGCATCTAA TGTGGACAAA 
GTACAAGAAA GCAGAAATTC AAAAAGCAGG TCTAGGGAGC AACAAAGCTC CTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_011532968.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531270.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X11, mRNA.

Price & Availability↑

CloneID	OHu69651
Clone ID Related Accession (Same CDS sequence)	XM_017004481.2 , XM_011532968.2 , XM_017004481.1 , XM_011532968.3
Accession Version	XM_011532968.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5394bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	girdin isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011532968.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGCG TGATCTCAAC TGCCGAAGGA 
ACTACACGAA GGACAAGCAT CCATGATTTT TTGACCAAGG ACAGTAGACT GCCTATATCA 
GTTGATTCAC CACCAGCTGC TGCTGACAGC AACACCACTG CAGCATCTAA TGTGGACAAA 
GTACAAGAAA GCAGAAATTC AAAAAGCAGG TCTAGGGAGC AACAAAGCTC CTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531270.1
CDS	546..5939
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLASVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASNVDKVQESRNSKSRSREQQSS

Target ORF information:

RefSeq Version	XM_011532968.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X11, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532968.2

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGCG TGATCTCAAC TGCCGAAGGA 
ACTACACGAA GGACAAGCAT CCATGATTTT TTGACCAAGG ACAGTAGACT GCCTATATCA 
GTTGATTCAC CACCAGCTGC TGCTGACAGC AACACCACTG CAGCATCTAA TGTGGACAAA 
GTACAAGAAA GCAGAAATTC AAAAAGCAGG TCTAGGGAGC AACAAAGCTC CTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_017004481.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859970.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X12, mRNA.

Price & Availability↑

CloneID	OHu69651
Clone ID Related Accession (Same CDS sequence)	XM_017004481.2 , XM_011532968.2 , XM_017004481.1 , XM_011532968.3
Accession Version	XM_017004481.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5394bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	girdin isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGCG TGATCTCAAC TGCCGAAGGA 
ACTACACGAA GGACAAGCAT CCATGATTTT TTGACCAAGG ACAGTAGACT GCCTATATCA 
GTTGATTCAC CACCAGCTGC TGCTGACAGC AACACCACTG CAGCATCTAA TGTGGACAAA 
GTACAAGAAA GCAGAAATTC AAAAAGCAGG TCTAGGGAGC AACAAAGCTC CTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859970.1
CDS	546..5939
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLASVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASNVDKVQESRNSKSRSREQQSS

Target ORF information:

RefSeq Version	XM_017004481.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X12, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004481.1

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGCG TGATCTCAAC TGCCGAAGGA 
ACTACACGAA GGACAAGCAT CCATGATTTT TTGACCAAGG ACAGTAGACT GCCTATATCA 
GTTGATTCAC CACCAGCTGC TGCTGACAGC AACACCACTG CAGCATCTAA TGTGGACAAA 
GTACAAGAAA GCAGAAATTC AAAAAGCAGG TCTAGGGAGC AACAAAGCTC CTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_011532968.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531270.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X11, mRNA.

Price & Availability↑

CloneID	OHu69651
Clone ID Related Accession (Same CDS sequence)	XM_017004481.2 , XM_011532968.2 , XM_017004481.1 , XM_011532968.3
Accession Version	XM_011532968.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5394bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	girdin isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011532968.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGCG TGATCTCAAC TGCCGAAGGA 
ACTACACGAA GGACAAGCAT CCATGATTTT TTGACCAAGG ACAGTAGACT GCCTATATCA 
GTTGATTCAC CACCAGCTGC TGCTGACAGC AACACCACTG CAGCATCTAA TGTGGACAAA 
GTACAAGAAA GCAGAAATTC AAAAAGCAGG TCTAGGGAGC AACAAAGCTC CTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531270.1
CDS	312..5705
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLASVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASNVDKVQESRNSKSRSREQQSS

Target ORF information:

RefSeq Version	XM_011532968.3
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X11, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532968.3

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT 
AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC 
CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC 
AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA 
TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT 
GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC 
TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT 
TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGCG TGATCTCAAC TGCCGAAGGA 
ACTACACGAA GGACAAGCAT CCATGATTTT TTGACCAAGG ACAGTAGACT GCCTATATCA 
GTTGATTCAC CACCAGCTGC TGCTGACAGC AACACCACTG CAGCATCTAA TGTGGACAAA 
GTACAAGAAA GCAGAAATTC AAAAAGCAGG TCTAGGGAGC AACAAAGCTC CTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_017004476.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859965.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHu89664
Clone ID Related Accession (Same CDS sequence)	XM_017004476.1 , XM_017004476.2
Accession Version	XM_017004476.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6081bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	girdin isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA 
GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT 
CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA 
AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT 
CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT 
CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG 
AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT 
CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA 
ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC 
ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT 
GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA 
AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT 
GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT 
TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA 
GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG 
AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT 
GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA 
CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT 
ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA 
GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT 
TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT 
AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC 
AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA 
AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA 
CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT 
AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC 
AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA 
ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA 
GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT 
AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT 
GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC 
TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT 
GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT 
GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC 
AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT 
CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT 
GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT 
ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA 
AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG 
GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGGTCAG TAAGTGGAAA AACCCCAGGG 
GACTTCTATG ATAGACGGAC AACTAAGCCT GAGTTTTTGA GACCTGGTCC TCGAAAAACT 
GAAGATACCT ACTTCATTAG TTCTGCGGGA AAACCTACAC CAGGCACTCA AGGAAAAATA 
AAATTAGTAA AAGAATCTTC TCTGTCACGA CAATCAAAAG ATAGTAACCC TTATGCAACT 
TTACCTCGTG CAAGCAGCGT GATCTCAACT GCCGAAGGAA CTACACGAAG GACAAGCATC 
CATGATTTTT TGACCAAGGA CAGTAGACTG CCTATATCAG TTGATTCACC ACCAGCTGCT 
GCTGACAGCA ACACCACTGC AGCATCTAGT GAGTACCATT TACACCAGTG GTCCTCTCAT 
ATACTTGACA TCCCAACACA TACTATAGGT TCTTGTGCCC AAAATGATTT AGCTATAGAC 
ATGCCTGAGC CTCTATATGC CCAGGCTAGA AACTCAAGAA CAGGAAGGTC ACATTTTCTA 
AACCAAACTT TTGCCACTAT TAGGATGCCT AGTGATGCAT TCGGAATGTT GGCAAAAGAT 
AGCATAGGAC CATTTACTGT GGCCCATTCA TCTCAGCCAT TCTTATCCCT GAATACAGAA 
TTAGTTAGTA ACATAAGTGG GTTACCTCCT AGGCCAGTTA TCAGAATAAC TGACCAGGCT 
TCTGCCTCTT TGGATAAACC TGCACAGAAA GAAAATGAAC AGTTTTCTGA TCATCAGAAC 
CCTAGTAACA GTAACCTACA GTTTTCTATA AATAGCAACA ATCTTGTCAC TTCTGCATGC 
CTCTATCCTG ATGACACAGA AGCTGCATTG TTGGTTTCTG AGGATAATCA AACTGTTTGG 
TATGAATATG GTTGTATATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859965.1
CDS	546..6626
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASSEYHLHQWSSHILDIPTHTIGSCAQNDLAIDMPEPLYAQARNSRTGRSHFLNQTFATIRMPSDAFGMLAKDSIGPFTVAHSSQPFLSLNTELVSNISGLPPRPVIRITDQASASLDKPAQKENEQFSDHQNPSNSNLQFSINSNNLVTSACLYPDDTEAALLVSEDNQTVWYEYGCI

Target ORF information:

RefSeq Version	XM_017004476.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004476.1

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA 
GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT 
CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA 
AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT 
CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT 
CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG 
AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT 
CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA 
ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC 
ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT 
GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA 
AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT 
GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT 
TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA 
GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG 
AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT 
GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA 
CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT 
ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA 
GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT 
TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT 
AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC 
AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA 
AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA 
CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT 
AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC 
AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA 
ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA 
GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT 
AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT 
GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC 
TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT 
GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT 
GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC 
AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT 
CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT 
GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT 
ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA 
AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG 
GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGGTCAG TAAGTGGAAA AACCCCAGGG 
GACTTCTATG ATAGACGGAC AACTAAGCCT GAGTTTTTGA GACCTGGTCC TCGAAAAACT 
GAAGATACCT ACTTCATTAG TTCTGCGGGA AAACCTACAC CAGGCACTCA AGGAAAAATA 
AAATTAGTAA AAGAATCTTC TCTGTCACGA CAATCAAAAG ATAGTAACCC TTATGCAACT 
TTACCTCGTG CAAGCAGCGT GATCTCAACT GCCGAAGGAA CTACACGAAG GACAAGCATC 
CATGATTTTT TGACCAAGGA CAGTAGACTG CCTATATCAG TTGATTCACC ACCAGCTGCT 
GCTGACAGCA ACACCACTGC AGCATCTAGT GAGTACCATT TACACCAGTG GTCCTCTCAT 
ATACTTGACA TCCCAACACA TACTATAGGT TCTTGTGCCC AAAATGATTT AGCTATAGAC 
ATGCCTGAGC CTCTATATGC CCAGGCTAGA AACTCAAGAA CAGGAAGGTC ACATTTTCTA 
AACCAAACTT TTGCCACTAT TAGGATGCCT AGTGATGCAT TCGGAATGTT GGCAAAAGAT 
AGCATAGGAC CATTTACTGT GGCCCATTCA TCTCAGCCAT TCTTATCCCT GAATACAGAA 
TTAGTTAGTA ACATAAGTGG GTTACCTCCT AGGCCAGTTA TCAGAATAAC TGACCAGGCT 
TCTGCCTCTT TGGATAAACC TGCACAGAAA GAAAATGAAC AGTTTTCTGA TCATCAGAAC 
CCTAGTAACA GTAACCTACA GTTTTCTATA AATAGCAACA ATCTTGTCAC TTCTGCATGC 
CTCTATCCTG ATGACACAGA AGCTGCATTG TTGGTTTCTG AGGATAATCA AACTGTTTGG 
TATGAATATG GTTGTATATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_017004476.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859965.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHu89664
Clone ID Related Accession (Same CDS sequence)	XM_017004476.1 , XM_017004476.2
Accession Version	XM_017004476.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6081bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	girdin isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017004476.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA 
GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT 
CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA 
AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT 
CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT 
CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG 
AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT 
CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA 
ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC 
ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT 
GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA 
AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT 
GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT 
TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA 
GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG 
AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT 
GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA 
CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT 
ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA 
GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT 
TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT 
AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC 
AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA 
AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA 
CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT 
AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC 
AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA 
ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA 
GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT 
AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT 
GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC 
TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT 
GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT 
GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC 
AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT 
CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT 
GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT 
ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA 
AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG 
GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGGTCAG TAAGTGGAAA AACCCCAGGG 
GACTTCTATG ATAGACGGAC AACTAAGCCT GAGTTTTTGA GACCTGGTCC TCGAAAAACT 
GAAGATACCT ACTTCATTAG TTCTGCGGGA AAACCTACAC CAGGCACTCA AGGAAAAATA 
AAATTAGTAA AAGAATCTTC TCTGTCACGA CAATCAAAAG ATAGTAACCC TTATGCAACT 
TTACCTCGTG CAAGCAGCGT GATCTCAACT GCCGAAGGAA CTACACGAAG GACAAGCATC 
CATGATTTTT TGACCAAGGA CAGTAGACTG CCTATATCAG TTGATTCACC ACCAGCTGCT 
GCTGACAGCA ACACCACTGC AGCATCTAGT GAGTACCATT TACACCAGTG GTCCTCTCAT 
ATACTTGACA TCCCAACACA TACTATAGGT TCTTGTGCCC AAAATGATTT AGCTATAGAC 
ATGCCTGAGC CTCTATATGC CCAGGCTAGA AACTCAAGAA CAGGAAGGTC ACATTTTCTA 
AACCAAACTT TTGCCACTAT TAGGATGCCT AGTGATGCAT TCGGAATGTT GGCAAAAGAT 
AGCATAGGAC CATTTACTGT GGCCCATTCA TCTCAGCCAT TCTTATCCCT GAATACAGAA 
TTAGTTAGTA ACATAAGTGG GTTACCTCCT AGGCCAGTTA TCAGAATAAC TGACCAGGCT 
TCTGCCTCTT TGGATAAACC TGCACAGAAA GAAAATGAAC AGTTTTCTGA TCATCAGAAC 
CCTAGTAACA GTAACCTACA GTTTTCTATA AATAGCAACA ATCTTGTCAC TTCTGCATGC 
CTCTATCCTG ATGACACAGA AGCTGCATTG TTGGTTTCTG AGGATAATCA AACTGTTTGG 
TATGAATATG GTTGTATATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859965.1
CDS	312..6392
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASSEYHLHQWSSHILDIPTHTIGSCAQNDLAIDMPEPLYAQARNSRTGRSHFLNQTFATIRMPSDAFGMLAKDSIGPFTVAHSSQPFLSLNTELVSNISGLPPRPVIRITDQASASLDKPAQKENEQFSDHQNPSNSNLQFSINSNNLVTSACLYPDDTEAALLVSEDNQTVWYEYGCI

Target ORF information:

RefSeq Version	XM_017004476.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004476.2

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA 
GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT 
CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA 
AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT 
CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT 
CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG 
AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT 
CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA 
ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC 
ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT 
GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA 
AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT 
GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT 
TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA 
GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG 
AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT 
GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA 
CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT 
ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA 
GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT 
TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT 
AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC 
AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA 
AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA 
CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT 
AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC 
AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA 
ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA 
GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT 
AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT 
GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC 
TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT 
GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT 
GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC 
AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT 
CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT 
GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT 
ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA 
AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG 
GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGGTCAG TAAGTGGAAA AACCCCAGGG 
GACTTCTATG ATAGACGGAC AACTAAGCCT GAGTTTTTGA GACCTGGTCC TCGAAAAACT 
GAAGATACCT ACTTCATTAG TTCTGCGGGA AAACCTACAC CAGGCACTCA AGGAAAAATA 
AAATTAGTAA AAGAATCTTC TCTGTCACGA CAATCAAAAG ATAGTAACCC TTATGCAACT 
TTACCTCGTG CAAGCAGCGT GATCTCAACT GCCGAAGGAA CTACACGAAG GACAAGCATC 
CATGATTTTT TGACCAAGGA CAGTAGACTG CCTATATCAG TTGATTCACC ACCAGCTGCT 
GCTGACAGCA ACACCACTGC AGCATCTAGT GAGTACCATT TACACCAGTG GTCCTCTCAT 
ATACTTGACA TCCCAACACA TACTATAGGT TCTTGTGCCC AAAATGATTT AGCTATAGAC 
ATGCCTGAGC CTCTATATGC CCAGGCTAGA AACTCAAGAA CAGGAAGGTC ACATTTTCTA 
AACCAAACTT TTGCCACTAT TAGGATGCCT AGTGATGCAT TCGGAATGTT GGCAAAAGAT 
AGCATAGGAC CATTTACTGT GGCCCATTCA TCTCAGCCAT TCTTATCCCT GAATACAGAA 
TTAGTTAGTA ACATAAGTGG GTTACCTCCT AGGCCAGTTA TCAGAATAAC TGACCAGGCT 
TCTGCCTCTT TGGATAAACC TGCACAGAAA GAAAATGAAC AGTTTTCTGA TCATCAGAAC 
CCTAGTAACA GTAACCTACA GTTTTCTATA AATAGCAACA ATCTTGTCAC TTCTGCATGC 
CTCTATCCTG ATGACACAGA AGCTGCATTG TTGGTTTCTG AGGATAATCA AACTGTTTGG 
TATGAATATG GTTGTATATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_017004477.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859966.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OHu89665
Clone ID Related Accession (Same CDS sequence)	XM_017004477.1 , XM_017004477.2
Accession Version	XM_017004477.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6003bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	girdin isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCAGGTG CAGTTAATAA CCAAAGCAGG CCACAAAGCC ACAGCAGTGG AGAATTTAGC 
CTGCTTCATG ACCATGAGGC TTGGTCCAGC AGTGGTAGCA GTCCAATCCA GTACTTGAAA 
AGACAGACCA GATCAAGCCC AGTGCTCCAG CACAAAATAT CTGAAACACT GGAGAGTCGA 
CATCACAAGA TCAAAACTGG TTCCCCTGGA AGTGAAGTTG TTACTCTACA ACAGTTTTTG 
GAAGAAAGCA ATAAGCTTAC CTCAGTACAG ATAAAGTCCT CAAGTCAAGA GAATCTTTTA 
GATGAAGTAA TGAAAAGTTT GTCTGTCTCT TCTGACTTTT TGGGAAAAGA CAAACCAGTT 
AGCTGTGGTC TGGCCAGGTC AGTAAGTGGA AAAACCCCAG GGGACTTCTA TGATAGACGG 
ACAACTAAGC CTGAGTTTTT GAGACCTGGT CCTCGAAAAA CTGAAGATAC CTACTTCATT 
AGTTCTGCGG GAAAACCTAC ACCAGGCACT CAAGGAAAAA TAAAATTAGT AAAAGAATCT 
TCTCTGTCAC GACAATCAAA AGATAGTAAC CCTTATGCAA CTTTACCTCG TGCAAGCAGC 
GTGATCTCAA CTGCCGAAGG AACTACACGA AGGACAAGCA TCCATGATTT TTTGACCAAG 
GACAGTAGAC TGCCTATATC AGTTGATTCA CCACCAGCTG CTGCTGACAG CAACACCACT 
GCAGCATCTA GTGAGTACCA TTTACACCAG TGGTCCTCTC ATATACTTGA CATCCCAACA 
CATACTATAG GTTCTTGTGC CCAAAATGAT TTAGCTATAG ACATGCCTGA GCCTCTATAT 
GCCCAGGCTA GAAACTCAAG AACAGGAAGG TCACATTTTC TAAACCAAAC TTTTGCCACT 
ATTAGGATGC CTAGTGATGC ATTCGGAATG TTGGCAAAAG ATAGCATAGG ACCATTTACT 
GTGGCCCATT CATCTCAGCC ATTCTTATCC CTGAATACAG AATTAGTTAG TAACATAAGT 
GGGTTACCTC CTAGGCCAGT TATCAGAATA ACTGACCAGG CTTCTGCCTC TTTGGATAAA 
CCTGCACAGA AAGAAAATGA ACAGTTTTCT GATCATCAGA ACCCTAGTAA CAGTAACCTA 
CAGTTTTCTA TAAATAGCAA CAATCTTGTC ACTTCTGCAT GCCTCTATCC TGATGACACA 
GAAGCTGCAT TGTTGGTTTC TGAGGATAAT CAAACTGTTT GGTATGAATA TGGTTGTATA 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859966.1
CDS	546..6548
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASSEYHLHQWSSHILDIPTHTIGSCAQNDLAIDMPEPLYAQARNSRTGRSHFLNQTFATIRMPSDAFGMLAKDSIGPFTVAHSSQPFLSLNTELVSNISGLPPRPVIRITDQASASLDKPAQKENEQFSDHQNPSNSNLQFSINSNNLVTSACLYPDDTEAALLVSEDNQTVWYEYGCI

Target ORF information:

RefSeq Version	XM_017004477.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004477.1

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCAGGTG CAGTTAATAA CCAAAGCAGG CCACAAAGCC ACAGCAGTGG AGAATTTAGC 
CTGCTTCATG ACCATGAGGC TTGGTCCAGC AGTGGTAGCA GTCCAATCCA GTACTTGAAA 
AGACAGACCA GATCAAGCCC AGTGCTCCAG CACAAAATAT CTGAAACACT GGAGAGTCGA 
CATCACAAGA TCAAAACTGG TTCCCCTGGA AGTGAAGTTG TTACTCTACA ACAGTTTTTG 
GAAGAAAGCA ATAAGCTTAC CTCAGTACAG ATAAAGTCCT CAAGTCAAGA GAATCTTTTA 
GATGAAGTAA TGAAAAGTTT GTCTGTCTCT TCTGACTTTT TGGGAAAAGA CAAACCAGTT 
AGCTGTGGTC TGGCCAGGTC AGTAAGTGGA AAAACCCCAG GGGACTTCTA TGATAGACGG 
ACAACTAAGC CTGAGTTTTT GAGACCTGGT CCTCGAAAAA CTGAAGATAC CTACTTCATT 
AGTTCTGCGG GAAAACCTAC ACCAGGCACT CAAGGAAAAA TAAAATTAGT AAAAGAATCT 
TCTCTGTCAC GACAATCAAA AGATAGTAAC CCTTATGCAA CTTTACCTCG TGCAAGCAGC 
GTGATCTCAA CTGCCGAAGG AACTACACGA AGGACAAGCA TCCATGATTT TTTGACCAAG 
GACAGTAGAC TGCCTATATC AGTTGATTCA CCACCAGCTG CTGCTGACAG CAACACCACT 
GCAGCATCTA GTGAGTACCA TTTACACCAG TGGTCCTCTC ATATACTTGA CATCCCAACA 
CATACTATAG GTTCTTGTGC CCAAAATGAT TTAGCTATAG ACATGCCTGA GCCTCTATAT 
GCCCAGGCTA GAAACTCAAG AACAGGAAGG TCACATTTTC TAAACCAAAC TTTTGCCACT 
ATTAGGATGC CTAGTGATGC ATTCGGAATG TTGGCAAAAG ATAGCATAGG ACCATTTACT 
GTGGCCCATT CATCTCAGCC ATTCTTATCC CTGAATACAG AATTAGTTAG TAACATAAGT 
GGGTTACCTC CTAGGCCAGT TATCAGAATA ACTGACCAGG CTTCTGCCTC TTTGGATAAA 
CCTGCACAGA AAGAAAATGA ACAGTTTTCT GATCATCAGA ACCCTAGTAA CAGTAACCTA 
CAGTTTTCTA TAAATAGCAA CAATCTTGTC ACTTCTGCAT GCCTCTATCC TGATGACACA 
GAAGCTGCAT TGTTGGTTTC TGAGGATAAT CAAACTGTTT GGTATGAATA TGGTTGTATA 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_017004477.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859966.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OHu89665
Clone ID Related Accession (Same CDS sequence)	XM_017004477.1 , XM_017004477.2
Accession Version	XM_017004477.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6003bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	girdin isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017004477.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCAGGTG CAGTTAATAA CCAAAGCAGG CCACAAAGCC ACAGCAGTGG AGAATTTAGC 
CTGCTTCATG ACCATGAGGC TTGGTCCAGC AGTGGTAGCA GTCCAATCCA GTACTTGAAA 
AGACAGACCA GATCAAGCCC AGTGCTCCAG CACAAAATAT CTGAAACACT GGAGAGTCGA 
CATCACAAGA TCAAAACTGG TTCCCCTGGA AGTGAAGTTG TTACTCTACA ACAGTTTTTG 
GAAGAAAGCA ATAAGCTTAC CTCAGTACAG ATAAAGTCCT CAAGTCAAGA GAATCTTTTA 
GATGAAGTAA TGAAAAGTTT GTCTGTCTCT TCTGACTTTT TGGGAAAAGA CAAACCAGTT 
AGCTGTGGTC TGGCCAGGTC AGTAAGTGGA AAAACCCCAG GGGACTTCTA TGATAGACGG 
ACAACTAAGC CTGAGTTTTT GAGACCTGGT CCTCGAAAAA CTGAAGATAC CTACTTCATT 
AGTTCTGCGG GAAAACCTAC ACCAGGCACT CAAGGAAAAA TAAAATTAGT AAAAGAATCT 
TCTCTGTCAC GACAATCAAA AGATAGTAAC CCTTATGCAA CTTTACCTCG TGCAAGCAGC 
GTGATCTCAA CTGCCGAAGG AACTACACGA AGGACAAGCA TCCATGATTT TTTGACCAAG 
GACAGTAGAC TGCCTATATC AGTTGATTCA CCACCAGCTG CTGCTGACAG CAACACCACT 
GCAGCATCTA GTGAGTACCA TTTACACCAG TGGTCCTCTC ATATACTTGA CATCCCAACA 
CATACTATAG GTTCTTGTGC CCAAAATGAT TTAGCTATAG ACATGCCTGA GCCTCTATAT 
GCCCAGGCTA GAAACTCAAG AACAGGAAGG TCACATTTTC TAAACCAAAC TTTTGCCACT 
ATTAGGATGC CTAGTGATGC ATTCGGAATG TTGGCAAAAG ATAGCATAGG ACCATTTACT 
GTGGCCCATT CATCTCAGCC ATTCTTATCC CTGAATACAG AATTAGTTAG TAACATAAGT 
GGGTTACCTC CTAGGCCAGT TATCAGAATA ACTGACCAGG CTTCTGCCTC TTTGGATAAA 
CCTGCACAGA AAGAAAATGA ACAGTTTTCT GATCATCAGA ACCCTAGTAA CAGTAACCTA 
CAGTTTTCTA TAAATAGCAA CAATCTTGTC ACTTCTGCAT GCCTCTATCC TGATGACACA 
GAAGCTGCAT TGTTGGTTTC TGAGGATAAT CAAACTGTTT GGTATGAATA TGGTTGTATA 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859966.1
CDS	312..6314
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASSEYHLHQWSSHILDIPTHTIGSCAQNDLAIDMPEPLYAQARNSRTGRSHFLNQTFATIRMPSDAFGMLAKDSIGPFTVAHSSQPFLSLNTELVSNISGLPPRPVIRITDQASASLDKPAQKENEQFSDHQNPSNSNLQFSINSNNLVTSACLYPDDTEAALLVSEDNQTVWYEYGCI

Target ORF information:

RefSeq Version	XM_017004477.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004477.2

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC 
AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC 
CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG 
GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA 
ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA 
TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT 
CATGCAGGTG CAGTTAATAA CCAAAGCAGG CCACAAAGCC ACAGCAGTGG AGAATTTAGC 
CTGCTTCATG ACCATGAGGC TTGGTCCAGC AGTGGTAGCA GTCCAATCCA GTACTTGAAA 
AGACAGACCA GATCAAGCCC AGTGCTCCAG CACAAAATAT CTGAAACACT GGAGAGTCGA 
CATCACAAGA TCAAAACTGG TTCCCCTGGA AGTGAAGTTG TTACTCTACA ACAGTTTTTG 
GAAGAAAGCA ATAAGCTTAC CTCAGTACAG ATAAAGTCCT CAAGTCAAGA GAATCTTTTA 
GATGAAGTAA TGAAAAGTTT GTCTGTCTCT TCTGACTTTT TGGGAAAAGA CAAACCAGTT 
AGCTGTGGTC TGGCCAGGTC AGTAAGTGGA AAAACCCCAG GGGACTTCTA TGATAGACGG 
ACAACTAAGC CTGAGTTTTT GAGACCTGGT CCTCGAAAAA CTGAAGATAC CTACTTCATT 
AGTTCTGCGG GAAAACCTAC ACCAGGCACT CAAGGAAAAA TAAAATTAGT AAAAGAATCT 
TCTCTGTCAC GACAATCAAA AGATAGTAAC CCTTATGCAA CTTTACCTCG TGCAAGCAGC 
GTGATCTCAA CTGCCGAAGG AACTACACGA AGGACAAGCA TCCATGATTT TTTGACCAAG 
GACAGTAGAC TGCCTATATC AGTTGATTCA CCACCAGCTG CTGCTGACAG CAACACCACT 
GCAGCATCTA GTGAGTACCA TTTACACCAG TGGTCCTCTC ATATACTTGA CATCCCAACA 
CATACTATAG GTTCTTGTGC CCAAAATGAT TTAGCTATAG ACATGCCTGA GCCTCTATAT 
GCCCAGGCTA GAAACTCAAG AACAGGAAGG TCACATTTTC TAAACCAAAC TTTTGCCACT 
ATTAGGATGC CTAGTGATGC ATTCGGAATG TTGGCAAAAG ATAGCATAGG ACCATTTACT 
GTGGCCCATT CATCTCAGCC ATTCTTATCC CTGAATACAG AATTAGTTAG TAACATAAGT 
GGGTTACCTC CTAGGCCAGT TATCAGAATA ACTGACCAGG CTTCTGCCTC TTTGGATAAA 
CCTGCACAGA AAGAAAATGA ACAGTTTTCT GATCATCAGA ACCCTAGTAA CAGTAACCTA 
CAGTTTTCTA TAAATAGCAA CAATCTTGTC ACTTCTGCAT GCCTCTATCC TGATGACACA 
GAAGCTGCAT TGTTGGTTTC TGAGGATAAT CAAACTGTTT GGTATGAATA TGGTTGTATA 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_017004478.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859967.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHu89666
Clone ID Related Accession (Same CDS sequence)	XM_017004478.1 , XM_017004478.2
Accession Version	XM_017004478.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6000bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	girdin isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT 
ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA 
GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC 
AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA 
GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT 
GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA 
GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG 
CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA 
CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT 
CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA 
GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT 
GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC 
TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA 
ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT 
TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT 
CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG 
ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC 
AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA 
GCATCTAGTG AGTACCATTT ACACCAGTGG TCCTCTCATA TACTTGACAT CCCAACACAT 
ACTATAGGTT CTTGTGCCCA AAATGATTTA GCTATAGACA TGCCTGAGCC TCTATATGCC 
CAGGCTAGAA ACTCAAGAAC AGGAAGGTCA CATTTTCTAA ACCAAACTTT TGCCACTATT 
AGGATGCCTA GTGATGCATT CGGAATGTTG GCAAAAGATA GCATAGGACC ATTTACTGTG 
GCCCATTCAT CTCAGCCATT CTTATCCCTG AATACAGAAT TAGTTAGTAA CATAAGTGGG 
TTACCTCCTA GGCCAGTTAT CAGAATAACT GACCAGGCTT CTGCCTCTTT GGATAAACCT 
GCACAGAAAG AAAATGAACA GTTTTCTGAT CATCAGAACC CTAGTAACAG TAACCTACAG 
TTTTCTATAA ATAGCAACAA TCTTGTCACT TCTGCATGCC TCTATCCTGA TGACACAGAA 
GCTGCATTGT TGGTTTCTGA GGATAATCAA ACTGTTTGGT ATGAATATGG TTGTATATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859967.1
CDS	546..6545
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSTMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASSEYHLHQWSSHILDIPTHTIGSCAQNDLAIDMPEPLYAQARNSRTGRSHFLNQTFATIRMPSDAFGMLAKDSIGPFTVAHSSQPFLSLNTELVSNISGLPPRPVIRITDQASASLDKPAQKENEQFSDHQNPSNSNLQFSINSNNLVTSACLYPDDTEAALLVSEDNQTVWYEYGCI

Target ORF information:

RefSeq Version	XM_017004478.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004478.1

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT 
ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA 
GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC 
AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA 
GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT 
GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA 
GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG 
CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA 
CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT 
CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA 
GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT 
GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC 
TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA 
ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT 
TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT 
CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG 
ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC 
AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA 
GCATCTAGTG AGTACCATTT ACACCAGTGG TCCTCTCATA TACTTGACAT CCCAACACAT 
ACTATAGGTT CTTGTGCCCA AAATGATTTA GCTATAGACA TGCCTGAGCC TCTATATGCC 
CAGGCTAGAA ACTCAAGAAC AGGAAGGTCA CATTTTCTAA ACCAAACTTT TGCCACTATT 
AGGATGCCTA GTGATGCATT CGGAATGTTG GCAAAAGATA GCATAGGACC ATTTACTGTG 
GCCCATTCAT CTCAGCCATT CTTATCCCTG AATACAGAAT TAGTTAGTAA CATAAGTGGG 
TTACCTCCTA GGCCAGTTAT CAGAATAACT GACCAGGCTT CTGCCTCTTT GGATAAACCT 
GCACAGAAAG AAAATGAACA GTTTTCTGAT CATCAGAACC CTAGTAACAG TAACCTACAG 
TTTTCTATAA ATAGCAACAA TCTTGTCACT TCTGCATGCC TCTATCCTGA TGACACAGAA 
GCTGCATTGT TGGTTTCTGA GGATAATCAA ACTGTTTGGT ATGAATATGG TTGTATATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_017004478.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859967.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHu89666
Clone ID Related Accession (Same CDS sequence)	XM_017004478.1 , XM_017004478.2
Accession Version	XM_017004478.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6000bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	girdin isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017004478.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT 
ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA 
GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC 
AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA 
GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT 
GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA 
GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG 
CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA 
CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT 
CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA 
GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT 
GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC 
TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA 
ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT 
TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT 
CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG 
ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC 
AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA 
GCATCTAGTG AGTACCATTT ACACCAGTGG TCCTCTCATA TACTTGACAT CCCAACACAT 
ACTATAGGTT CTTGTGCCCA AAATGATTTA GCTATAGACA TGCCTGAGCC TCTATATGCC 
CAGGCTAGAA ACTCAAGAAC AGGAAGGTCA CATTTTCTAA ACCAAACTTT TGCCACTATT 
AGGATGCCTA GTGATGCATT CGGAATGTTG GCAAAAGATA GCATAGGACC ATTTACTGTG 
GCCCATTCAT CTCAGCCATT CTTATCCCTG AATACAGAAT TAGTTAGTAA CATAAGTGGG 
TTACCTCCTA GGCCAGTTAT CAGAATAACT GACCAGGCTT CTGCCTCTTT GGATAAACCT 
GCACAGAAAG AAAATGAACA GTTTTCTGAT CATCAGAACC CTAGTAACAG TAACCTACAG 
TTTTCTATAA ATAGCAACAA TCTTGTCACT TCTGCATGCC TCTATCCTGA TGACACAGAA 
GCTGCATTGT TGGTTTCTGA GGATAATCAA ACTGTTTGGT ATGAATATGG TTGTATATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859967.1
CDS	312..6311
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSTMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASSEYHLHQWSSHILDIPTHTIGSCAQNDLAIDMPEPLYAQARNSRTGRSHFLNQTFATIRMPSDAFGMLAKDSIGPFTVAHSSQPFLSLNTELVSNISGLPPRPVIRITDQASASLDKPAQKENEQFSDHQNPSNSNLQFSINSNNLVTSACLYPDDTEAALLVSEDNQTVWYEYGCI

Target ORF information:

RefSeq Version	XM_017004478.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004478.2

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT 
ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA 
GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC 
AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA 
GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT 
GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA 
GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG 
CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA 
CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT 
CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA 
GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT 
GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC 
TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA 
ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT 
TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT 
CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG 
ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC 
AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA 
GCATCTAGTG AGTACCATTT ACACCAGTGG TCCTCTCATA TACTTGACAT CCCAACACAT 
ACTATAGGTT CTTGTGCCCA AAATGATTTA GCTATAGACA TGCCTGAGCC TCTATATGCC 
CAGGCTAGAA ACTCAAGAAC AGGAAGGTCA CATTTTCTAA ACCAAACTTT TGCCACTATT 
AGGATGCCTA GTGATGCATT CGGAATGTTG GCAAAAGATA GCATAGGACC ATTTACTGTG 
GCCCATTCAT CTCAGCCATT CTTATCCCTG AATACAGAAT TAGTTAGTAA CATAAGTGGG 
TTACCTCCTA GGCCAGTTAT CAGAATAACT GACCAGGCTT CTGCCTCTTT GGATAAACCT 
GCACAGAAAG AAAATGAACA GTTTTCTGAT CATCAGAACC CTAGTAACAG TAACCTACAG 
TTTTCTATAA ATAGCAACAA TCTTGTCACT TCTGCATGCC TCTATCCTGA TGACACAGAA 
GCTGCATTGT TGGTTTCTGA GGATAATCAA ACTGTTTGGT ATGAATATGG TTGTATATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_017004479.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859968.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OHu89667
Clone ID Related Accession (Same CDS sequence)	XM_017004479.1 , XM_017004479.2
Accession Version	XM_017004479.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5919bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	girdin isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT 
ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA 
GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC 
AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA 
GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CAGGTGCAGT TAATAACCAA 
AGCAGGCCAC AAAGCCACAG CAGTGGAGAA TTTAGCCTGC TTCATGACCA TGAGGCTTGG 
TCCAGCAGTG GTAGCAGTCC AATCCAGTAC TTGAAAAGAC AGACCAGATC AAGCCCAGTG 
CTCCAGCACA AAATATCTGA AACACTGGAG AGTCGACATC ACAAGATCAA AACTGGTTCC 
CCTGGAAGTG AAGTTGTTAC TCTACAACAG TTTTTGGAAG AAAGCAATAA GCTTACCTCA 
GTACAGATAA AGTCCTCAAG TCAAGAGAAT CTTTTAGATG AAGTAATGAA AAGTTTGTCT 
GTCTCTTCTG ACTTTTTGGG AAAAGACAAA CCAGTTAGCT GTGGTCTGGC CAGGTCAGTA 
AGTGGAAAAA CCCCAGGGGA CTTCTATGAT AGACGGACAA CTAAGCCTGA GTTTTTGAGA 
CCTGGTCCTC GAAAAACTGA AGATACCTAC TTCATTAGTT CTGCGGGAAA ACCTACACCA 
GGCACTCAAG GAAAAATAAA ATTAGTAAAA GAATCTTCTC TGTCACGACA ATCAAAAGAT 
AGTAACCCTT ATGCAACTTT ACCTCGTGCA AGCAGCGTGA TCTCAACTGC CGAAGGAACT 
ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT 
GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAGTGA GTACCATTTA 
CACCAGTGGT CCTCTCATAT ACTTGACATC CCAACACATA CTATAGGTTC TTGTGCCCAA 
AATGATTTAG CTATAGACAT GCCTGAGCCT CTATATGCCC AGGCTAGAAA CTCAAGAACA 
GGAAGGTCAC ATTTTCTAAA CCAAACTTTT GCCACTATTA GGATGCCTAG TGATGCATTC 
GGAATGTTGG CAAAAGATAG CATAGGACCA TTTACTGTGG CCCATTCATC TCAGCCATTC 
TTATCCCTGA ATACAGAATT AGTTAGTAAC ATAAGTGGGT TACCTCCTAG GCCAGTTATC 
AGAATAACTG ACCAGGCTTC TGCCTCTTTG GATAAACCTG CACAGAAAGA AAATGAACAG 
TTTTCTGATC ATCAGAACCC TAGTAACAGT AACCTACAGT TTTCTATAAA TAGCAACAAT 
CTTGTCACTT CTGCATGCCT CTATCCTGAT GACACAGAAG CTGCATTGTT GGTTTCTGAG 
GATAATCAAA CTGTTTGGTA TGAATATGGT TGTATATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859968.1
CDS	546..6464
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSTMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASSEYHLHQWSSHILDIPTHTIGSCAQNDLAIDMPEPLYAQARNSRTGRSHFLNQTFATIRMPSDAFGMLAKDSIGPFTVAHSSQPFLSLNTELVSNISGLPPRPVIRITDQASASLDKPAQKENEQFSDHQNPSNSNLQFSINSNNLVTSACLYPDDTEAALLVSEDNQTVWYEYGCI

Target ORF information:

RefSeq Version	XM_017004479.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004479.1

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT 
ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA 
GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC 
AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA 
GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CAGGTGCAGT TAATAACCAA 
AGCAGGCCAC AAAGCCACAG CAGTGGAGAA TTTAGCCTGC TTCATGACCA TGAGGCTTGG 
TCCAGCAGTG GTAGCAGTCC AATCCAGTAC TTGAAAAGAC AGACCAGATC AAGCCCAGTG 
CTCCAGCACA AAATATCTGA AACACTGGAG AGTCGACATC ACAAGATCAA AACTGGTTCC 
CCTGGAAGTG AAGTTGTTAC TCTACAACAG TTTTTGGAAG AAAGCAATAA GCTTACCTCA 
GTACAGATAA AGTCCTCAAG TCAAGAGAAT CTTTTAGATG AAGTAATGAA AAGTTTGTCT 
GTCTCTTCTG ACTTTTTGGG AAAAGACAAA CCAGTTAGCT GTGGTCTGGC CAGGTCAGTA 
AGTGGAAAAA CCCCAGGGGA CTTCTATGAT AGACGGACAA CTAAGCCTGA GTTTTTGAGA 
CCTGGTCCTC GAAAAACTGA AGATACCTAC TTCATTAGTT CTGCGGGAAA ACCTACACCA 
GGCACTCAAG GAAAAATAAA ATTAGTAAAA GAATCTTCTC TGTCACGACA ATCAAAAGAT 
AGTAACCCTT ATGCAACTTT ACCTCGTGCA AGCAGCGTGA TCTCAACTGC CGAAGGAACT 
ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT 
GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAGTGA GTACCATTTA 
CACCAGTGGT CCTCTCATAT ACTTGACATC CCAACACATA CTATAGGTTC TTGTGCCCAA 
AATGATTTAG CTATAGACAT GCCTGAGCCT CTATATGCCC AGGCTAGAAA CTCAAGAACA 
GGAAGGTCAC ATTTTCTAAA CCAAACTTTT GCCACTATTA GGATGCCTAG TGATGCATTC 
GGAATGTTGG CAAAAGATAG CATAGGACCA TTTACTGTGG CCCATTCATC TCAGCCATTC 
TTATCCCTGA ATACAGAATT AGTTAGTAAC ATAAGTGGGT TACCTCCTAG GCCAGTTATC 
AGAATAACTG ACCAGGCTTC TGCCTCTTTG GATAAACCTG CACAGAAAGA AAATGAACAG 
TTTTCTGATC ATCAGAACCC TAGTAACAGT AACCTACAGT TTTCTATAAA TAGCAACAAT 
CTTGTCACTT CTGCATGCCT CTATCCTGAT GACACAGAAG CTGCATTGTT GGTTTCTGAG 
GATAATCAAA CTGTTTGGTA TGAATATGGT TGTATATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_017004479.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859968.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OHu89667
Clone ID Related Accession (Same CDS sequence)	XM_017004479.1 , XM_017004479.2
Accession Version	XM_017004479.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5919bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	girdin isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017004479.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT 
ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA 
GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC 
AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA 
GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CAGGTGCAGT TAATAACCAA 
AGCAGGCCAC AAAGCCACAG CAGTGGAGAA TTTAGCCTGC TTCATGACCA TGAGGCTTGG 
TCCAGCAGTG GTAGCAGTCC AATCCAGTAC TTGAAAAGAC AGACCAGATC AAGCCCAGTG 
CTCCAGCACA AAATATCTGA AACACTGGAG AGTCGACATC ACAAGATCAA AACTGGTTCC 
CCTGGAAGTG AAGTTGTTAC TCTACAACAG TTTTTGGAAG AAAGCAATAA GCTTACCTCA 
GTACAGATAA AGTCCTCAAG TCAAGAGAAT CTTTTAGATG AAGTAATGAA AAGTTTGTCT 
GTCTCTTCTG ACTTTTTGGG AAAAGACAAA CCAGTTAGCT GTGGTCTGGC CAGGTCAGTA 
AGTGGAAAAA CCCCAGGGGA CTTCTATGAT AGACGGACAA CTAAGCCTGA GTTTTTGAGA 
CCTGGTCCTC GAAAAACTGA AGATACCTAC TTCATTAGTT CTGCGGGAAA ACCTACACCA 
GGCACTCAAG GAAAAATAAA ATTAGTAAAA GAATCTTCTC TGTCACGACA ATCAAAAGAT 
AGTAACCCTT ATGCAACTTT ACCTCGTGCA AGCAGCGTGA TCTCAACTGC CGAAGGAACT 
ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT 
GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAGTGA GTACCATTTA 
CACCAGTGGT CCTCTCATAT ACTTGACATC CCAACACATA CTATAGGTTC TTGTGCCCAA 
AATGATTTAG CTATAGACAT GCCTGAGCCT CTATATGCCC AGGCTAGAAA CTCAAGAACA 
GGAAGGTCAC ATTTTCTAAA CCAAACTTTT GCCACTATTA GGATGCCTAG TGATGCATTC 
GGAATGTTGG CAAAAGATAG CATAGGACCA TTTACTGTGG CCCATTCATC TCAGCCATTC 
TTATCCCTGA ATACAGAATT AGTTAGTAAC ATAAGTGGGT TACCTCCTAG GCCAGTTATC 
AGAATAACTG ACCAGGCTTC TGCCTCTTTG GATAAACCTG CACAGAAAGA AAATGAACAG 
TTTTCTGATC ATCAGAACCC TAGTAACAGT AACCTACAGT TTTCTATAAA TAGCAACAAT 
CTTGTCACTT CTGCATGCCT CTATCCTGAT GACACAGAAG CTGCATTGTT GGTTTCTGAG 
GATAATCAAA CTGTTTGGTA TGAATATGGT TGTATATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859968.1
CDS	312..6230
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQCQKKEEFIERIQGLDFDTKAAVAAHIQEVTHNQENVFDLQWMEVTDMSQEDIEPLLKNMALHLKRLIDERDEHSETIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSTMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASSEYHLHQWSSHILDIPTHTIGSCAQNDLAIDMPEPLYAQARNSRTGRSHFLNQTFATIRMPSDAFGMLAKDSIGPFTVAHSSQPFLSLNTELVSNISGLPPRPVIRITDQASASLDKPAQKENEQFSDHQNPSNSNLQFSINSNNLVTSACLYPDDTEAALLVSEDNQTVWYEYGCI

Target ORF information:

RefSeq Version	XM_017004479.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004479.2

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA 
TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT 
CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT 
ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT 
ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT 
CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG 
AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA 
AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA 
CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG 
GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC 
AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA 
TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA 
ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA 
GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG 
GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA 
CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT 
GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT 
AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG 
ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT 
CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT 
CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA 
ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT 
GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA 
AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT 
AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT 
AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA 
AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC 
TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT 
AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT 
GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG 
GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT 
TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT 
TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG 
CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA 
GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA 
GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA 
CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA 
AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT 
GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT 
ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG 
ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG 
CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA 
TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA 
GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG 
AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT 
CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA 
CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA 
GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG 
GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT 
CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA 
CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA 
TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT 
GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA 
CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC 
CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA 
GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC 
AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG 
ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG 
GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT 
ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA 
GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA 
CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT 
GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA 
TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG 
AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA 
ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA 
GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA 
AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT 
ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA 
GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC 
AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA 
GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CAGGTGCAGT TAATAACCAA 
AGCAGGCCAC AAAGCCACAG CAGTGGAGAA TTTAGCCTGC TTCATGACCA TGAGGCTTGG 
TCCAGCAGTG GTAGCAGTCC AATCCAGTAC TTGAAAAGAC AGACCAGATC AAGCCCAGTG 
CTCCAGCACA AAATATCTGA AACACTGGAG AGTCGACATC ACAAGATCAA AACTGGTTCC 
CCTGGAAGTG AAGTTGTTAC TCTACAACAG TTTTTGGAAG AAAGCAATAA GCTTACCTCA 
GTACAGATAA AGTCCTCAAG TCAAGAGAAT CTTTTAGATG AAGTAATGAA AAGTTTGTCT 
GTCTCTTCTG ACTTTTTGGG AAAAGACAAA CCAGTTAGCT GTGGTCTGGC CAGGTCAGTA 
AGTGGAAAAA CCCCAGGGGA CTTCTATGAT AGACGGACAA CTAAGCCTGA GTTTTTGAGA 
CCTGGTCCTC GAAAAACTGA AGATACCTAC TTCATTAGTT CTGCGGGAAA ACCTACACCA 
GGCACTCAAG GAAAAATAAA ATTAGTAAAA GAATCTTCTC TGTCACGACA ATCAAAAGAT 
AGTAACCCTT ATGCAACTTT ACCTCGTGCA AGCAGCGTGA TCTCAACTGC CGAAGGAACT 
ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT 
GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAGTGA GTACCATTTA 
CACCAGTGGT CCTCTCATAT ACTTGACATC CCAACACATA CTATAGGTTC TTGTGCCCAA 
AATGATTTAG CTATAGACAT GCCTGAGCCT CTATATGCCC AGGCTAGAAA CTCAAGAACA 
GGAAGGTCAC ATTTTCTAAA CCAAACTTTT GCCACTATTA GGATGCCTAG TGATGCATTC 
GGAATGTTGG CAAAAGATAG CATAGGACCA TTTACTGTGG CCCATTCATC TCAGCCATTC 
TTATCCCTGA ATACAGAATT AGTTAGTAAC ATAAGTGGGT TACCTCCTAG GCCAGTTATC 
AGAATAACTG ACCAGGCTTC TGCCTCTTTG GATAAACCTG CACAGAAAGA AAATGAACAG 
TTTTCTGATC ATCAGAACCC TAGTAACAGT AACCTACAGT TTTCTATAAA TAGCAACAAT 
CTTGTCACTT CTGCATGCCT CTATCCTGAT GACACAGAAG CTGCATTGTT GGTTTCTGAG 
GATAATCAAA CTGTTTGGTA TGAATATGGT TGTATATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_017004480.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859969.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OHu89668
Clone ID Related Accession (Same CDS sequence)	XM_017004480.2 , XM_017004480.1
Accession Version	XM_017004480.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5859bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	girdin isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017004480.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGACTATCAT AGAACTCTCT 
GAAGAGCGGG ATGGTCTCCA TTTTCTACCC CATGCCTCTT CATCTGCACA GTCACCCTGT 
GGTTCTCCAG GCATGAAGCG AACAGAAAGT CGACAACATC TGTCGGTGGA ACTGGCAGAT 
GCTAAAGCCA AGATAAGAAG GCTTAGGCAG GAATTGGAGG AAAAGACTGA GCAGTTGTTG 
GATTGTAAAC AAGAACTTGA GCAAATGGAA ATAGAACTCA AAAGGCTGCA ACAAGAGAAC 
ATGAATTTGC TTTCGGATGC TCGCTCTGCC AGAATGTACC GAGATGAATT AGATGCACTT 
CGAGAGAAAG CAGTCAGAGT CGATAAGCTT GAAAGTGAAG TCAGCAGATA TAAAGAGAGA 
CTACATGATA TTGAATTTTA TAAGGCAAGA GTTGAGGAAT TAAAAGAAGA CAATCAAGTT 
TTATTAGAAA CAAAAACCAT GTTGGAAGAC CAACTAGAGG GAACTCGTGC TCGTTCTGAT 
AAATTACATG AATTAGAAAA AGAGAACTTA CAACTGAAAG CTAAACTTCA TGATATGGAA 
ATGGAACGAG ATATGGATAG AAAAAAGATT GAAGAATTAA TGGAAGAAAA TATGACTTTG 
GAAATGGCAC AGAAACAAAG TATGGATGAA TCATTACATC TTGGCTGGGA ACTGGAACAG 
ATATCCAGAA CTAGTGAACT TTCCGAAGCA CCCCAGAAAT CCCTGGGCCA TGAGGTGAAT 
GAGTTGACAT CAAGTAGATT ATTGAAGCTA GAGATGGAAA ATCAAAGTTT GACAAAAACC 
GTAGAAGAGC TTCGGACTAC TGTGGATTCT GTAGAAGGCA ATGCTTCCAA AATCCTGAAA 
ATGGAAAAAG AAAATCAAAG GCTCAGTAAA AAGGTTGAGA TTCTTGAAAA TGAGATTGTT 
CAAGAAAAGC AAAGTCTTCA GAATTGTCAG AATTTAAGCA AGGATCTAAT GAAGGAGAAA 
GCTCAGCTTG AAAAAACAAT AGAAACACTG AGAGAAAATT CAGAGAGACA GATTAAGATA 
CTGGAACAGG AAAATGAACA TCTGAATCAA ACAGTGTCTT CCTTAAGGCA GCGGTCCCAG 
ATAAGTGCAG AAGCAAGAGT GAAAGACATT GAAAAAGAAA ACAAAATTCT TCATGAATCT 
ATCAAAGAAA CAAGTAGCAA GCTAAGCAAG ATTGAATTTG AAAAAAGACA AATTAAAAAA 
GAATTGGAAC ATTATAAAGA AAAAGGAGAA CGAGCTGAAG AACTTGAAAA TGAATTGCAT 
CATCTTGAAA AAGAAAATGA ATTATTACAG AAAAAAATAA CTAATTTAAA AATTACTTGT 
GAAAAAATTG AGGCCTTAGA ACAAGAAAAT TCAGAGCTAG AAAGAGAAAA TAGAAAATTA 
AAAAAAACAT TGGATAGCTT TAAAAATCTG ACCTTTCAGT TAGAATCCCT AGAAAAAGAG 
AATTCCCAAC TTGATGAGGA AAACTTAGAA CTGCGAAGGA ATGTAGAATC TTTGAAGTGT 
GCAAGCATGA AAATGGCTCA GCTACAGCTA GAAAACAAAG AACTGGAAAG TGAAAAAGAG 
CAACTTAAGA AGGGTTTGGA GCTCCTGAAA GCATCTTTCA AGAAAACAGA ACGCTTAGAA 
GTTAGCTACC AGGGTTTAGA TATAGAAAAT CAAAGACTGC AAAAAACTTT AGAGAACAGC 
AATAAAAAAA TCCAGCAATT AGAGAGTGAA CTACAAGACT TAGAGATGGA AAATCAAACA 
TTGCAGAAAA ACCTAGAAGA ACTAAAAATA TCTAGCAAAA GACTAGAACA GCTGGAAAAA 
GAAAATAAAT CATTAGAGCA AGAGACTTCT CAACTGGAAA AGGATAAGAA ACAATTGGAG 
AAGGAAAATA AGAGACTCCG ACAACAAGCA GAAATTAAAG ATACCACATT AGAAGAAAAT 
AATGTGAAGA TTGGAAATTT GGAAAAAGAA AACAAAACCC TATCCAAAGA AATTGGTATA 
TATAAAGAAT CTTGTGTCCG TCTGAAAGAA CTAGAAAAAG AAAATAAGGA GCTTGTGAAA 
AGAGCAACTA TTGATATAAA AACGTTGGTT ACACTACGTG AGGATTTGGT GAGTGAAAAG 
TTGAAGACCC AACAGATGAA CAATGATCTC GAAAAATTAA CTCATGAGCT TGAGAAGATA 
GGGTTAAATA AGGAGCGACT CTTACATGAT GAACAAAGTA CTGATGACAG TAGGTATAAA 
CTTTTGGAAT CAAAATTAGA ATCCACTCTT AAGAAGTCTC TTGAAATAAA AGAAGAAAAA 
ATTGCTGCTT TAGAAGCTCG ATTAGAAGAA TCCACGAATT ATAACCAGCA ATTGCGCCAA 
GAACTTAAAA CAGTGAAAAA AAATTATGAA GCTCTCAAAC AGAGACAAGA TGAGGAAAGG 
ATGGTACAGA GCTCTCCTCC AATATCTGGT GAAGACAACA AATGGGAGCG AGAAAGTCAA 
GAAACGACTA GAGAACTTCT GAAAGTTAAA GACAGATTAA TTGAAGTAGA AAGAAATAAT 
GCTACACTGC AAGCAGAGAA GCAAGCGTTG AAAACTCAAC TGAAGCAACT TGAGACACAG 
AACAATAATT TGCAGGCTCA GATTCTTGCA CTTCAGAGGC AGACAGTGTC ATTACAAGAA 
CAGAATACCA CTCTTCAAAC ACAGAATGCC AAGCTTCAGG TTGAAAATTC CACCCTTAAT 
TCCCAAAGTA CCTCACTCAT GAACCAGAAT GCCCAACTCC TAATCCAGCA GTCTTCCTTA 
GAAAATGAAA ATGAATCTGT AATCAAAGAG CGAGAAGACC TAAAATCTCT CTATGATTCT 
CTGATCAAAG ATCATGAAAA GCTGGAACTT CTTCATGAAC GTCAGGCTTC AGAGTATGAA 
TCTCTTATCT CTAAACATGG AACTCTGAAG TCTGCCCACA AAAATCTTGA GGTGGAACAT 
AGAGACCTTG AAGACCGTTA CAATCAGTTA TTAAAACAGA AAGGACAGTT GGAAGATTTG 
GAAAAAATGC TCAAAGTAGA ACAGGAAAAA ATGCTGCTTG AAAATAAAAA TCATGAAACA 
GTAGCTGCAG AATACAAGAA ACTTTGTGGT GAAAATGATA GGCTGAATCA TACCTATAGT 
CAACTTTTAA AAGAGACTGA AGTTTTACAA ACTGACCATA AAAATTTGAA AAGTCTTCTG 
AATAATTCCA AACTGGAACA AACAAGATTA GAAGCTGAAT TTTCAAAACT AAAGGAACAA 
TACCAACAAT TGGATATTAC ATCAACCAAG CTGAATAACC AGTGTGAGTT GCTAAGCCAA 
CTTAAAGGAA ATTTAGAAGA AGAAAATCGG CATCTACTAG ATCAAATTCA GACATTAATG 
CTACAGAACA GAACACTTTT GGAGCAGAAT ATGGAAAGCA AGGATCTTTT TCATGTTGAA 
CAAAGACAGT ACATTGATAA GTTAAATGAA TTAAGACGTC AGAAGGAGAA ACTAGAAGAG 
AAAATTATGG ATCAATACAA ATTTTATGAC CCATCTCCTC CTAGAAGGAG AGGCAACTGG 
ATTACTCTAA AAATGAGAAA ATTGATAAAG TCTAAGAAAG ATATTAATCG GGAACGCCAG 
AAATCTCTAA CATTAACACC CACCCGCTCA GACTCCAGTG AAGGATTTCT TCAGCTCCCT 
CATCAAGACA GTCAAGATAG TTCTTCAGTA GGTTCAAACT CTTTAGAAGA TGGCCAGACC 
TTGGGGACCA AGAAAAGCAG CATGGTTGCA CTGAAAAGAC TGCCCTTTTT GAGGAACAGA 
CCGAAGGATA AAGACAAAAT GAAGGCCTGC TACCGTCGTT CCATGTCCAT GAATGACCTG 
GTGCAGTCCA TGGTCCTAGC AGGACAGTGG ACAGGTAGTA CTGAGAATTT GGAGGTTCCT 
GATGATATTT CAACGGGTAA AAGGAGAAAA GAATTGGGAG CTATGGCCTT CTCTACTACA 
GCCATCAACT TTTCAACTGT CAACTCTTCT GCAGGCTTCA GATCCAAGCA GTTGGTTAAT 
AATAAAGATA CTACATCCTT TGAAGACATA AGTCCACAAG GTGTTAGTGA TGATTCTAGT 
ACGGGATCAA GAGTTCATGC TTCAAGACCA GCCAGCCTTG ATAGTGGCAG AACATCCACT 
AGCAATAGCA ATAATAATGC TTCACTACAT GAAGTCAAAG CAGGTGCAGT TAATAACCAA 
AGCAGGCCAC AAAGCCACAG CAGTGGAGAA TTTAGCCTGC TTCATGACCA TGAGGCTTGG 
TCCAGCAGTG GTAGCAGTCC AATCCAGTAC TTGAAAAGAC AGACCAGATC AAGCCCAGTG 
CTCCAGCACA AAATATCTGA AACACTGGAG AGTCGACATC ACAAGATCAA AACTGGTTCC 
CCTGGAAGTG AAGTTGTTAC TCTACAACAG TTTTTGGAAG AAAGCAATAA GCTTACCTCA 
GTACAGATAA AGTCCTCAAG TCAAGAGAAT CTTTTAGATG AAGTAATGAA AAGTTTGTCT 
GTCTCTTCTG ACTTTTTGGG AAAAGACAAA CCAGTTAGCT GTGGTCTGGC CAGGTCAGTA 
AGTGGAAAAA CCCCAGGGGA CTTCTATGAT AGACGGACAA CTAAGCCTGA GTTTTTGAGA 
CCTGGTCCTC GAAAAACTGA AGATACCTAC TTCATTAGTT CTGCGGGAAA ACCTACACCA 
GGCACTCAAG GAAAAATAAA ATTAGTAAAA GAATCTTCTC TGTCACGACA ATCAAAAGAT 
AGTAACCCTT ATGCAACTTT ACCTCGTGCA AGCAGCGTGA TCTCAACTGC CGAAGGAACT 
ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT 
GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAGTGA GTACCATTTA 
CACCAGTGGT CCTCTCATAT ACTTGACATC CCAACACATA CTATAGGTTC TTGTGCCCAA 
AATGATTTAG CTATAGACAT GCCTGAGCCT CTATATGCCC AGGCTAGAAA CTCAAGAACA 
GGAAGGTCAC ATTTTCTAAA CCAAACTTTT GCCACTATTA GGATGCCTAG TGATGCATTC 
GGAATGTTGG CAAAAGATAG CATAGGACCA TTTACTGTGG CCCATTCATC TCAGCCATTC 
TTATCCCTGA ATACAGAATT AGTTAGTAAC ATAAGTGGGT TACCTCCTAG GCCAGTTATC 
AGAATAACTG ACCAGGCTTC TGCCTCTTTG GATAAACCTG CACAGAAAGA AAATGAACAG 
TTTTCTGATC ATCAGAACCC TAGTAACAGT AACCTACAGT TTTCTATAAA TAGCAACAAT 
CTTGTCACTT CTGCATGCCT CTATCCTGAT GACACAGAAG CTGCATTGTT GGTTTCTGAG 
GATAATCAAA CTGTTTGGTA TGAATATGGT TGTATATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859969.1
CDS	312..6170
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQTIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASSEYHLHQWSSHILDIPTHTIGSCAQNDLAIDMPEPLYAQARNSRTGRSHFLNQTFATIRMPSDAFGMLAKDSIGPFTVAHSSQPFLSLNTELVSNISGLPPRPVIRITDQASASLDKPAQKENEQFSDHQNPSNSNLQFSINSNNLVTSACLYPDDTEAALLVSEDNQTVWYEYGCI

Target ORF information:

RefSeq Version	XM_017004480.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X6, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004480.2

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGACTATCAT AGAACTCTCT 
GAAGAGCGGG ATGGTCTCCA TTTTCTACCC CATGCCTCTT CATCTGCACA GTCACCCTGT 
GGTTCTCCAG GCATGAAGCG AACAGAAAGT CGACAACATC TGTCGGTGGA ACTGGCAGAT 
GCTAAAGCCA AGATAAGAAG GCTTAGGCAG GAATTGGAGG AAAAGACTGA GCAGTTGTTG 
GATTGTAAAC AAGAACTTGA GCAAATGGAA ATAGAACTCA AAAGGCTGCA ACAAGAGAAC 
ATGAATTTGC TTTCGGATGC TCGCTCTGCC AGAATGTACC GAGATGAATT AGATGCACTT 
CGAGAGAAAG CAGTCAGAGT CGATAAGCTT GAAAGTGAAG TCAGCAGATA TAAAGAGAGA 
CTACATGATA TTGAATTTTA TAAGGCAAGA GTTGAGGAAT TAAAAGAAGA CAATCAAGTT 
TTATTAGAAA CAAAAACCAT GTTGGAAGAC CAACTAGAGG GAACTCGTGC TCGTTCTGAT 
AAATTACATG AATTAGAAAA AGAGAACTTA CAACTGAAAG CTAAACTTCA TGATATGGAA 
ATGGAACGAG ATATGGATAG AAAAAAGATT GAAGAATTAA TGGAAGAAAA TATGACTTTG 
GAAATGGCAC AGAAACAAAG TATGGATGAA TCATTACATC TTGGCTGGGA ACTGGAACAG 
ATATCCAGAA CTAGTGAACT TTCCGAAGCA CCCCAGAAAT CCCTGGGCCA TGAGGTGAAT 
GAGTTGACAT CAAGTAGATT ATTGAAGCTA GAGATGGAAA ATCAAAGTTT GACAAAAACC 
GTAGAAGAGC TTCGGACTAC TGTGGATTCT GTAGAAGGCA ATGCTTCCAA AATCCTGAAA 
ATGGAAAAAG AAAATCAAAG GCTCAGTAAA AAGGTTGAGA TTCTTGAAAA TGAGATTGTT 
CAAGAAAAGC AAAGTCTTCA GAATTGTCAG AATTTAAGCA AGGATCTAAT GAAGGAGAAA 
GCTCAGCTTG AAAAAACAAT AGAAACACTG AGAGAAAATT CAGAGAGACA GATTAAGATA 
CTGGAACAGG AAAATGAACA TCTGAATCAA ACAGTGTCTT CCTTAAGGCA GCGGTCCCAG 
ATAAGTGCAG AAGCAAGAGT GAAAGACATT GAAAAAGAAA ACAAAATTCT TCATGAATCT 
ATCAAAGAAA CAAGTAGCAA GCTAAGCAAG ATTGAATTTG AAAAAAGACA AATTAAAAAA 
GAATTGGAAC ATTATAAAGA AAAAGGAGAA CGAGCTGAAG AACTTGAAAA TGAATTGCAT 
CATCTTGAAA AAGAAAATGA ATTATTACAG AAAAAAATAA CTAATTTAAA AATTACTTGT 
GAAAAAATTG AGGCCTTAGA ACAAGAAAAT TCAGAGCTAG AAAGAGAAAA TAGAAAATTA 
AAAAAAACAT TGGATAGCTT TAAAAATCTG ACCTTTCAGT TAGAATCCCT AGAAAAAGAG 
AATTCCCAAC TTGATGAGGA AAACTTAGAA CTGCGAAGGA ATGTAGAATC TTTGAAGTGT 
GCAAGCATGA AAATGGCTCA GCTACAGCTA GAAAACAAAG AACTGGAAAG TGAAAAAGAG 
CAACTTAAGA AGGGTTTGGA GCTCCTGAAA GCATCTTTCA AGAAAACAGA ACGCTTAGAA 
GTTAGCTACC AGGGTTTAGA TATAGAAAAT CAAAGACTGC AAAAAACTTT AGAGAACAGC 
AATAAAAAAA TCCAGCAATT AGAGAGTGAA CTACAAGACT TAGAGATGGA AAATCAAACA 
TTGCAGAAAA ACCTAGAAGA ACTAAAAATA TCTAGCAAAA GACTAGAACA GCTGGAAAAA 
GAAAATAAAT CATTAGAGCA AGAGACTTCT CAACTGGAAA AGGATAAGAA ACAATTGGAG 
AAGGAAAATA AGAGACTCCG ACAACAAGCA GAAATTAAAG ATACCACATT AGAAGAAAAT 
AATGTGAAGA TTGGAAATTT GGAAAAAGAA AACAAAACCC TATCCAAAGA AATTGGTATA 
TATAAAGAAT CTTGTGTCCG TCTGAAAGAA CTAGAAAAAG AAAATAAGGA GCTTGTGAAA 
AGAGCAACTA TTGATATAAA AACGTTGGTT ACACTACGTG AGGATTTGGT GAGTGAAAAG 
TTGAAGACCC AACAGATGAA CAATGATCTC GAAAAATTAA CTCATGAGCT TGAGAAGATA 
GGGTTAAATA AGGAGCGACT CTTACATGAT GAACAAAGTA CTGATGACAG TAGGTATAAA 
CTTTTGGAAT CAAAATTAGA ATCCACTCTT AAGAAGTCTC TTGAAATAAA AGAAGAAAAA 
ATTGCTGCTT TAGAAGCTCG ATTAGAAGAA TCCACGAATT ATAACCAGCA ATTGCGCCAA 
GAACTTAAAA CAGTGAAAAA AAATTATGAA GCTCTCAAAC AGAGACAAGA TGAGGAAAGG 
ATGGTACAGA GCTCTCCTCC AATATCTGGT GAAGACAACA AATGGGAGCG AGAAAGTCAA 
GAAACGACTA GAGAACTTCT GAAAGTTAAA GACAGATTAA TTGAAGTAGA AAGAAATAAT 
GCTACACTGC AAGCAGAGAA GCAAGCGTTG AAAACTCAAC TGAAGCAACT TGAGACACAG 
AACAATAATT TGCAGGCTCA GATTCTTGCA CTTCAGAGGC AGACAGTGTC ATTACAAGAA 
CAGAATACCA CTCTTCAAAC ACAGAATGCC AAGCTTCAGG TTGAAAATTC CACCCTTAAT 
TCCCAAAGTA CCTCACTCAT GAACCAGAAT GCCCAACTCC TAATCCAGCA GTCTTCCTTA 
GAAAATGAAA ATGAATCTGT AATCAAAGAG CGAGAAGACC TAAAATCTCT CTATGATTCT 
CTGATCAAAG ATCATGAAAA GCTGGAACTT CTTCATGAAC GTCAGGCTTC AGAGTATGAA 
TCTCTTATCT CTAAACATGG AACTCTGAAG TCTGCCCACA AAAATCTTGA GGTGGAACAT 
AGAGACCTTG AAGACCGTTA CAATCAGTTA TTAAAACAGA AAGGACAGTT GGAAGATTTG 
GAAAAAATGC TCAAAGTAGA ACAGGAAAAA ATGCTGCTTG AAAATAAAAA TCATGAAACA 
GTAGCTGCAG AATACAAGAA ACTTTGTGGT GAAAATGATA GGCTGAATCA TACCTATAGT 
CAACTTTTAA AAGAGACTGA AGTTTTACAA ACTGACCATA AAAATTTGAA AAGTCTTCTG 
AATAATTCCA AACTGGAACA AACAAGATTA GAAGCTGAAT TTTCAAAACT AAAGGAACAA 
TACCAACAAT TGGATATTAC ATCAACCAAG CTGAATAACC AGTGTGAGTT GCTAAGCCAA 
CTTAAAGGAA ATTTAGAAGA AGAAAATCGG CATCTACTAG ATCAAATTCA GACATTAATG 
CTACAGAACA GAACACTTTT GGAGCAGAAT ATGGAAAGCA AGGATCTTTT TCATGTTGAA 
CAAAGACAGT ACATTGATAA GTTAAATGAA TTAAGACGTC AGAAGGAGAA ACTAGAAGAG 
AAAATTATGG ATCAATACAA ATTTTATGAC CCATCTCCTC CTAGAAGGAG AGGCAACTGG 
ATTACTCTAA AAATGAGAAA ATTGATAAAG TCTAAGAAAG ATATTAATCG GGAACGCCAG 
AAATCTCTAA CATTAACACC CACCCGCTCA GACTCCAGTG AAGGATTTCT TCAGCTCCCT 
CATCAAGACA GTCAAGATAG TTCTTCAGTA GGTTCAAACT CTTTAGAAGA TGGCCAGACC 
TTGGGGACCA AGAAAAGCAG CATGGTTGCA CTGAAAAGAC TGCCCTTTTT GAGGAACAGA 
CCGAAGGATA AAGACAAAAT GAAGGCCTGC TACCGTCGTT CCATGTCCAT GAATGACCTG 
GTGCAGTCCA TGGTCCTAGC AGGACAGTGG ACAGGTAGTA CTGAGAATTT GGAGGTTCCT 
GATGATATTT CAACGGGTAA AAGGAGAAAA GAATTGGGAG CTATGGCCTT CTCTACTACA 
GCCATCAACT TTTCAACTGT CAACTCTTCT GCAGGCTTCA GATCCAAGCA GTTGGTTAAT 
AATAAAGATA CTACATCCTT TGAAGACATA AGTCCACAAG GTGTTAGTGA TGATTCTAGT 
ACGGGATCAA GAGTTCATGC TTCAAGACCA GCCAGCCTTG ATAGTGGCAG AACATCCACT 
AGCAATAGCA ATAATAATGC TTCACTACAT GAAGTCAAAG CAGGTGCAGT TAATAACCAA 
AGCAGGCCAC AAAGCCACAG CAGTGGAGAA TTTAGCCTGC TTCATGACCA TGAGGCTTGG 
TCCAGCAGTG GTAGCAGTCC AATCCAGTAC TTGAAAAGAC AGACCAGATC AAGCCCAGTG 
CTCCAGCACA AAATATCTGA AACACTGGAG AGTCGACATC ACAAGATCAA AACTGGTTCC 
CCTGGAAGTG AAGTTGTTAC TCTACAACAG TTTTTGGAAG AAAGCAATAA GCTTACCTCA 
GTACAGATAA AGTCCTCAAG TCAAGAGAAT CTTTTAGATG AAGTAATGAA AAGTTTGTCT 
GTCTCTTCTG ACTTTTTGGG AAAAGACAAA CCAGTTAGCT GTGGTCTGGC CAGGTCAGTA 
AGTGGAAAAA CCCCAGGGGA CTTCTATGAT AGACGGACAA CTAAGCCTGA GTTTTTGAGA 
CCTGGTCCTC GAAAAACTGA AGATACCTAC TTCATTAGTT CTGCGGGAAA ACCTACACCA 
GGCACTCAAG GAAAAATAAA ATTAGTAAAA GAATCTTCTC TGTCACGACA ATCAAAAGAT 
AGTAACCCTT ATGCAACTTT ACCTCGTGCA AGCAGCGTGA TCTCAACTGC CGAAGGAACT 
ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT 
GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAGTGA GTACCATTTA 
CACCAGTGGT CCTCTCATAT ACTTGACATC CCAACACATA CTATAGGTTC TTGTGCCCAA 
AATGATTTAG CTATAGACAT GCCTGAGCCT CTATATGCCC AGGCTAGAAA CTCAAGAACA 
GGAAGGTCAC ATTTTCTAAA CCAAACTTTT GCCACTATTA GGATGCCTAG TGATGCATTC 
GGAATGTTGG CAAAAGATAG CATAGGACCA TTTACTGTGG CCCATTCATC TCAGCCATTC 
TTATCCCTGA ATACAGAATT AGTTAGTAAC ATAAGTGGGT TACCTCCTAG GCCAGTTATC 
AGAATAACTG ACCAGGCTTC TGCCTCTTTG GATAAACCTG CACAGAAAGA AAATGAACAG 
TTTTCTGATC ATCAGAACCC TAGTAACAGT AACCTACAGT TTTCTATAAA TAGCAACAAT 
CTTGTCACTT CTGCATGCCT CTATCCTGAT GACACAGAAG CTGCATTGTT GGTTTCTGAG 
GATAATCAAA CTGTTTGGTA TGAATATGGT TGTATATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CCDC88A ( XM_017004480.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859969.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OHu89668
Clone ID Related Accession (Same CDS sequence)	XM_017004480.2 , XM_017004480.1
Accession Version	XM_017004480.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5859bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	girdin isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGACTATCAT AGAACTCTCT 
GAAGAGCGGG ATGGTCTCCA TTTTCTACCC CATGCCTCTT CATCTGCACA GTCACCCTGT 
GGTTCTCCAG GCATGAAGCG AACAGAAAGT CGACAACATC TGTCGGTGGA ACTGGCAGAT 
GCTAAAGCCA AGATAAGAAG GCTTAGGCAG GAATTGGAGG AAAAGACTGA GCAGTTGTTG 
GATTGTAAAC AAGAACTTGA GCAAATGGAA ATAGAACTCA AAAGGCTGCA ACAAGAGAAC 
ATGAATTTGC TTTCGGATGC TCGCTCTGCC AGAATGTACC GAGATGAATT AGATGCACTT 
CGAGAGAAAG CAGTCAGAGT CGATAAGCTT GAAAGTGAAG TCAGCAGATA TAAAGAGAGA 
CTACATGATA TTGAATTTTA TAAGGCAAGA GTTGAGGAAT TAAAAGAAGA CAATCAAGTT 
TTATTAGAAA CAAAAACCAT GTTGGAAGAC CAACTAGAGG GAACTCGTGC TCGTTCTGAT 
AAATTACATG AATTAGAAAA AGAGAACTTA CAACTGAAAG CTAAACTTCA TGATATGGAA 
ATGGAACGAG ATATGGATAG AAAAAAGATT GAAGAATTAA TGGAAGAAAA TATGACTTTG 
GAAATGGCAC AGAAACAAAG TATGGATGAA TCATTACATC TTGGCTGGGA ACTGGAACAG 
ATATCCAGAA CTAGTGAACT TTCCGAAGCA CCCCAGAAAT CCCTGGGCCA TGAGGTGAAT 
GAGTTGACAT CAAGTAGATT ATTGAAGCTA GAGATGGAAA ATCAAAGTTT GACAAAAACC 
GTAGAAGAGC TTCGGACTAC TGTGGATTCT GTAGAAGGCA ATGCTTCCAA AATCCTGAAA 
ATGGAAAAAG AAAATCAAAG GCTCAGTAAA AAGGTTGAGA TTCTTGAAAA TGAGATTGTT 
CAAGAAAAGC AAAGTCTTCA GAATTGTCAG AATTTAAGCA AGGATCTAAT GAAGGAGAAA 
GCTCAGCTTG AAAAAACAAT AGAAACACTG AGAGAAAATT CAGAGAGACA GATTAAGATA 
CTGGAACAGG AAAATGAACA TCTGAATCAA ACAGTGTCTT CCTTAAGGCA GCGGTCCCAG 
ATAAGTGCAG AAGCAAGAGT GAAAGACATT GAAAAAGAAA ACAAAATTCT TCATGAATCT 
ATCAAAGAAA CAAGTAGCAA GCTAAGCAAG ATTGAATTTG AAAAAAGACA AATTAAAAAA 
GAATTGGAAC ATTATAAAGA AAAAGGAGAA CGAGCTGAAG AACTTGAAAA TGAATTGCAT 
CATCTTGAAA AAGAAAATGA ATTATTACAG AAAAAAATAA CTAATTTAAA AATTACTTGT 
GAAAAAATTG AGGCCTTAGA ACAAGAAAAT TCAGAGCTAG AAAGAGAAAA TAGAAAATTA 
AAAAAAACAT TGGATAGCTT TAAAAATCTG ACCTTTCAGT TAGAATCCCT AGAAAAAGAG 
AATTCCCAAC TTGATGAGGA AAACTTAGAA CTGCGAAGGA ATGTAGAATC TTTGAAGTGT 
GCAAGCATGA AAATGGCTCA GCTACAGCTA GAAAACAAAG AACTGGAAAG TGAAAAAGAG 
CAACTTAAGA AGGGTTTGGA GCTCCTGAAA GCATCTTTCA AGAAAACAGA ACGCTTAGAA 
GTTAGCTACC AGGGTTTAGA TATAGAAAAT CAAAGACTGC AAAAAACTTT AGAGAACAGC 
AATAAAAAAA TCCAGCAATT AGAGAGTGAA CTACAAGACT TAGAGATGGA AAATCAAACA 
TTGCAGAAAA ACCTAGAAGA ACTAAAAATA TCTAGCAAAA GACTAGAACA GCTGGAAAAA 
GAAAATAAAT CATTAGAGCA AGAGACTTCT CAACTGGAAA AGGATAAGAA ACAATTGGAG 
AAGGAAAATA AGAGACTCCG ACAACAAGCA GAAATTAAAG ATACCACATT AGAAGAAAAT 
AATGTGAAGA TTGGAAATTT GGAAAAAGAA AACAAAACCC TATCCAAAGA AATTGGTATA 
TATAAAGAAT CTTGTGTCCG TCTGAAAGAA CTAGAAAAAG AAAATAAGGA GCTTGTGAAA 
AGAGCAACTA TTGATATAAA AACGTTGGTT ACACTACGTG AGGATTTGGT GAGTGAAAAG 
TTGAAGACCC AACAGATGAA CAATGATCTC GAAAAATTAA CTCATGAGCT TGAGAAGATA 
GGGTTAAATA AGGAGCGACT CTTACATGAT GAACAAAGTA CTGATGACAG TAGGTATAAA 
CTTTTGGAAT CAAAATTAGA ATCCACTCTT AAGAAGTCTC TTGAAATAAA AGAAGAAAAA 
ATTGCTGCTT TAGAAGCTCG ATTAGAAGAA TCCACGAATT ATAACCAGCA ATTGCGCCAA 
GAACTTAAAA CAGTGAAAAA AAATTATGAA GCTCTCAAAC AGAGACAAGA TGAGGAAAGG 
ATGGTACAGA GCTCTCCTCC AATATCTGGT GAAGACAACA AATGGGAGCG AGAAAGTCAA 
GAAACGACTA GAGAACTTCT GAAAGTTAAA GACAGATTAA TTGAAGTAGA AAGAAATAAT 
GCTACACTGC AAGCAGAGAA GCAAGCGTTG AAAACTCAAC TGAAGCAACT TGAGACACAG 
AACAATAATT TGCAGGCTCA GATTCTTGCA CTTCAGAGGC AGACAGTGTC ATTACAAGAA 
CAGAATACCA CTCTTCAAAC ACAGAATGCC AAGCTTCAGG TTGAAAATTC CACCCTTAAT 
TCCCAAAGTA CCTCACTCAT GAACCAGAAT GCCCAACTCC TAATCCAGCA GTCTTCCTTA 
GAAAATGAAA ATGAATCTGT AATCAAAGAG CGAGAAGACC TAAAATCTCT CTATGATTCT 
CTGATCAAAG ATCATGAAAA GCTGGAACTT CTTCATGAAC GTCAGGCTTC AGAGTATGAA 
TCTCTTATCT CTAAACATGG AACTCTGAAG TCTGCCCACA AAAATCTTGA GGTGGAACAT 
AGAGACCTTG AAGACCGTTA CAATCAGTTA TTAAAACAGA AAGGACAGTT GGAAGATTTG 
GAAAAAATGC TCAAAGTAGA ACAGGAAAAA ATGCTGCTTG AAAATAAAAA TCATGAAACA 
GTAGCTGCAG AATACAAGAA ACTTTGTGGT GAAAATGATA GGCTGAATCA TACCTATAGT 
CAACTTTTAA AAGAGACTGA AGTTTTACAA ACTGACCATA AAAATTTGAA AAGTCTTCTG 
AATAATTCCA AACTGGAACA AACAAGATTA GAAGCTGAAT TTTCAAAACT AAAGGAACAA 
TACCAACAAT TGGATATTAC ATCAACCAAG CTGAATAACC AGTGTGAGTT GCTAAGCCAA 
CTTAAAGGAA ATTTAGAAGA AGAAAATCGG CATCTACTAG ATCAAATTCA GACATTAATG 
CTACAGAACA GAACACTTTT GGAGCAGAAT ATGGAAAGCA AGGATCTTTT TCATGTTGAA 
CAAAGACAGT ACATTGATAA GTTAAATGAA TTAAGACGTC AGAAGGAGAA ACTAGAAGAG 
AAAATTATGG ATCAATACAA ATTTTATGAC CCATCTCCTC CTAGAAGGAG AGGCAACTGG 
ATTACTCTAA AAATGAGAAA ATTGATAAAG TCTAAGAAAG ATATTAATCG GGAACGCCAG 
AAATCTCTAA CATTAACACC CACCCGCTCA GACTCCAGTG AAGGATTTCT TCAGCTCCCT 
CATCAAGACA GTCAAGATAG TTCTTCAGTA GGTTCAAACT CTTTAGAAGA TGGCCAGACC 
TTGGGGACCA AGAAAAGCAG CATGGTTGCA CTGAAAAGAC TGCCCTTTTT GAGGAACAGA 
CCGAAGGATA AAGACAAAAT GAAGGCCTGC TACCGTCGTT CCATGTCCAT GAATGACCTG 
GTGCAGTCCA TGGTCCTAGC AGGACAGTGG ACAGGTAGTA CTGAGAATTT GGAGGTTCCT 
GATGATATTT CAACGGGTAA AAGGAGAAAA GAATTGGGAG CTATGGCCTT CTCTACTACA 
GCCATCAACT TTTCAACTGT CAACTCTTCT GCAGGCTTCA GATCCAAGCA GTTGGTTAAT 
AATAAAGATA CTACATCCTT TGAAGACATA AGTCCACAAG GTGTTAGTGA TGATTCTAGT 
ACGGGATCAA GAGTTCATGC TTCAAGACCA GCCAGCCTTG ATAGTGGCAG AACATCCACT 
AGCAATAGCA ATAATAATGC TTCACTACAT GAAGTCAAAG CAGGTGCAGT TAATAACCAA 
AGCAGGCCAC AAAGCCACAG CAGTGGAGAA TTTAGCCTGC TTCATGACCA TGAGGCTTGG 
TCCAGCAGTG GTAGCAGTCC AATCCAGTAC TTGAAAAGAC AGACCAGATC AAGCCCAGTG 
CTCCAGCACA AAATATCTGA AACACTGGAG AGTCGACATC ACAAGATCAA AACTGGTTCC 
CCTGGAAGTG AAGTTGTTAC TCTACAACAG TTTTTGGAAG AAAGCAATAA GCTTACCTCA 
GTACAGATAA AGTCCTCAAG TCAAGAGAAT CTTTTAGATG AAGTAATGAA AAGTTTGTCT 
GTCTCTTCTG ACTTTTTGGG AAAAGACAAA CCAGTTAGCT GTGGTCTGGC CAGGTCAGTA 
AGTGGAAAAA CCCCAGGGGA CTTCTATGAT AGACGGACAA CTAAGCCTGA GTTTTTGAGA 
CCTGGTCCTC GAAAAACTGA AGATACCTAC TTCATTAGTT CTGCGGGAAA ACCTACACCA 
GGCACTCAAG GAAAAATAAA ATTAGTAAAA GAATCTTCTC TGTCACGACA ATCAAAAGAT 
AGTAACCCTT ATGCAACTTT ACCTCGTGCA AGCAGCGTGA TCTCAACTGC CGAAGGAACT 
ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT 
GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAGTGA GTACCATTTA 
CACCAGTGGT CCTCTCATAT ACTTGACATC CCAACACATA CTATAGGTTC TTGTGCCCAA 
AATGATTTAG CTATAGACAT GCCTGAGCCT CTATATGCCC AGGCTAGAAA CTCAAGAACA 
GGAAGGTCAC ATTTTCTAAA CCAAACTTTT GCCACTATTA GGATGCCTAG TGATGCATTC 
GGAATGTTGG CAAAAGATAG CATAGGACCA TTTACTGTGG CCCATTCATC TCAGCCATTC 
TTATCCCTGA ATACAGAATT AGTTAGTAAC ATAAGTGGGT TACCTCCTAG GCCAGTTATC 
AGAATAACTG ACCAGGCTTC TGCCTCTTTG GATAAACCTG CACAGAAAGA AAATGAACAG 
TTTTCTGATC ATCAGAACCC TAGTAACAGT AACCTACAGT TTTCTATAAA TAGCAACAAT 
CTTGTCACTT CTGCATGCCT CTATCCTGAT GACACAGAAG CTGCATTGTT GGTTTCTGAG 
GATAATCAAA CTGTTTGGTA TGAATATGGT TGTATATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859969.1
CDS	546..6404
Translation	MENEIFTPLLEQFMTSPLVTWVKTFGPLAAGNGTNLDEYVALVDGVFLNQVMLQINPKLESQRVNKKVNNDASLRMHNLSILVRQIKFYYQETLQQLIMMSLPNVLIIGKNPFSEQGTEEVKKLLLLLLGCAVQTIIELSEERDGLHFLPHASSSAQSPCGSPGMKRTESRQHLSVELADAKAKIRRLRQELEEKTEQLLDCKQELEQMEIELKRLQQENMNLLSDARSARMYRDELDALREKAVRVDKLESEVSRYKERLHDIEFYKARVEELKEDNQVLLETKTMLEDQLEGTRARSDKLHELEKENLQLKAKLHDMEMERDMDRKKIEELMEENMTLEMAQKQSMDESLHLGWELEQISRTSELSEAPQKSLGHEVNELTSSRLLKLEMENQSLTKTVEELRTTVDSVEGNASKILKMEKENQRLSKKVEILENEIVQEKQSLQNCQNLSKDLMKEKAQLEKTIETLRENSERQIKILEQENEHLNQTVSSLRQRSQISAEARVKDIEKENKILHESIKETSSKLSKIEFEKRQIKKELEHYKEKGERAEELENELHHLEKENELLQKKITNLKITCEKIEALEQENSELERENRKLKKTLDSFKNLTFQLESLEKENSQLDEENLELRRNVESLKCASMKMAQLQLENKELESEKEQLKKGLELLKASFKKTERLEVSYQGLDIENQRLQKTLENSNKKIQQLESELQDLEMENQTLQKNLEELKISSKRLEQLEKENKSLEQETSQLEKDKKQLEKENKRLRQQAEIKDTTLEENNVKIGNLEKENKTLSKEIGIYKESCVRLKELEKENKELVKRATIDIKTLVTLREDLVSEKLKTQQMNNDLEKLTHELEKIGLNKERLLHDEQSTDDSRYKLLESKLESTLKKSLEIKEEKIAALEARLEESTNYNQQLRQELKTVKKNYEALKQRQDEERMVQSSPPISGEDNKWERESQETTRELLKVKDRLIEVERNNATLQAEKQALKTQLKQLETQNNNLQAQILALQRQTVSLQEQNTTLQTQNAKLQVENSTLNSQSTSLMNQNAQLLIQQSSLENENESVIKEREDLKSLYDSLIKDHEKLELLHERQASEYESLISKHGTLKSAHKNLEVEHRDLEDRYNQLLKQKGQLEDLEKMLKVEQEKMLLENKNHETVAAEYKKLCGENDRLNHTYSQLLKETEVLQTDHKNLKSLLNNSKLEQTRLEAEFSKLKEQYQQLDITSTKLNNQCELLSQLKGNLEEENRHLLDQIQTLMLQNRTLLEQNMESKDLFHVEQRQYIDKLNELRRQKEKLEEKIMDQYKFYDPSPPRRRGNWITLKMRKLIKSKKDINRERQKSLTLTPTRSDSSEGFLQLPHQDSQDSSSVGSNSLEDGQTLGTKKSSMVALKRLPFLRNRPKDKDKMKACYRRSMSMNDLVQSMVLAGQWTGSTENLEVPDDISTGKRRKELGAMAFSTTAINFSTVNSSAGFRSKQLVNNKDTTSFEDISPQGVSDDSSTGSRVHASRPASLDSGRTSTSNSNNNASLHEVKAGAVNNQSRPQSHSSGEFSLLHDHEAWSSSGSSPIQYLKRQTRSSPVLQHKISETLESRHHKIKTGSPGSEVVTLQQFLEESNKLTSVQIKSSSQENLLDEVMKSLSVSSDFLGKDKPVSCGLARSVSGKTPGDFYDRRTTKPEFLRPGPRKTEDTYFISSAGKPTPGTQGKIKLVKESSLSRQSKDSNPYATLPRASSVISTAEGTTRRTSIHDFLTKDSRLPISVDSPPAAADSNTTAASSEYHLHQWSSHILDIPTHTIGSCAQNDLAIDMPEPLYAQARNSRTGRSHFLNQTFATIRMPSDAFGMLAKDSIGPFTVAHSSQPFLSLNTELVSNISGLPPRPVIRITDQASASLDKPAQKENEQFSDHQNPSNSNLQFSINSNNLVTSACLYPDDTEAALLVSEDNQTVWYEYGCI

Target ORF information:

RefSeq Version	XM_017004480.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X6, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004480.1

ORF Insert Sequence:

ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG 
GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG 
AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC 
ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG 
TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA 
GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGACTATCAT AGAACTCTCT 
GAAGAGCGGG ATGGTCTCCA TTTTCTACCC CATGCCTCTT CATCTGCACA GTCACCCTGT 
GGTTCTCCAG GCATGAAGCG AACAGAAAGT CGACAACATC TGTCGGTGGA ACTGGCAGAT 
GCTAAAGCCA AGATAAGAAG GCTTAGGCAG GAATTGGAGG AAAAGACTGA GCAGTTGTTG 
GATTGTAAAC AAGAACTTGA GCAAATGGAA ATAGAACTCA AAAGGCTGCA ACAAGAGAAC 
ATGAATTTGC TTTCGGATGC TCGCTCTGCC AGAATGTACC GAGATGAATT AGATGCACTT 
CGAGAGAAAG CAGTCAGAGT CGATAAGCTT GAAAGTGAAG TCAGCAGATA TAAAGAGAGA 
CTACATGATA TTGAATTTTA TAAGGCAAGA GTTGAGGAAT TAAAAGAAGA CAATCAAGTT 
TTATTAGAAA CAAAAACCAT GTTGGAAGAC CAACTAGAGG GAACTCGTGC TCGTTCTGAT 
AAATTACATG AATTAGAAAA AGAGAACTTA CAACTGAAAG CTAAACTTCA TGATATGGAA 
ATGGAACGAG ATATGGATAG AAAAAAGATT GAAGAATTAA TGGAAGAAAA TATGACTTTG 
GAAATGGCAC AGAAACAAAG TATGGATGAA TCATTACATC TTGGCTGGGA ACTGGAACAG 
ATATCCAGAA CTAGTGAACT TTCCGAAGCA CCCCAGAAAT CCCTGGGCCA TGAGGTGAAT 
GAGTTGACAT CAAGTAGATT ATTGAAGCTA GAGATGGAAA ATCAAAGTTT GACAAAAACC 
GTAGAAGAGC TTCGGACTAC TGTGGATTCT GTAGAAGGCA ATGCTTCCAA AATCCTGAAA 
ATGGAAAAAG AAAATCAAAG GCTCAGTAAA AAGGTTGAGA TTCTTGAAAA TGAGATTGTT 
CAAGAAAAGC AAAGTCTTCA GAATTGTCAG AATTTAAGCA AGGATCTAAT GAAGGAGAAA 
GCTCAGCTTG AAAAAACAAT AGAAACACTG AGAGAAAATT CAGAGAGACA GATTAAGATA 
CTGGAACAGG AAAATGAACA TCTGAATCAA ACAGTGTCTT CCTTAAGGCA GCGGTCCCAG 
ATAAGTGCAG AAGCAAGAGT GAAAGACATT GAAAAAGAAA ACAAAATTCT TCATGAATCT 
ATCAAAGAAA CAAGTAGCAA GCTAAGCAAG ATTGAATTTG AAAAAAGACA AATTAAAAAA 
GAATTGGAAC ATTATAAAGA AAAAGGAGAA CGAGCTGAAG AACTTGAAAA TGAATTGCAT 
CATCTTGAAA AAGAAAATGA ATTATTACAG AAAAAAATAA CTAATTTAAA AATTACTTGT 
GAAAAAATTG AGGCCTTAGA ACAAGAAAAT TCAGAGCTAG AAAGAGAAAA TAGAAAATTA 
AAAAAAACAT TGGATAGCTT TAAAAATCTG ACCTTTCAGT TAGAATCCCT AGAAAAAGAG 
AATTCCCAAC TTGATGAGGA AAACTTAGAA CTGCGAAGGA ATGTAGAATC TTTGAAGTGT 
GCAAGCATGA AAATGGCTCA GCTACAGCTA GAAAACAAAG AACTGGAAAG TGAAAAAGAG 
CAACTTAAGA AGGGTTTGGA GCTCCTGAAA GCATCTTTCA AGAAAACAGA ACGCTTAGAA 
GTTAGCTACC AGGGTTTAGA TATAGAAAAT CAAAGACTGC AAAAAACTTT AGAGAACAGC 
AATAAAAAAA TCCAGCAATT AGAGAGTGAA CTACAAGACT TAGAGATGGA AAATCAAACA 
TTGCAGAAAA ACCTAGAAGA ACTAAAAATA TCTAGCAAAA GACTAGAACA GCTGGAAAAA 
GAAAATAAAT CATTAGAGCA AGAGACTTCT CAACTGGAAA AGGATAAGAA ACAATTGGAG 
AAGGAAAATA AGAGACTCCG ACAACAAGCA GAAATTAAAG ATACCACATT AGAAGAAAAT 
AATGTGAAGA TTGGAAATTT GGAAAAAGAA AACAAAACCC TATCCAAAGA AATTGGTATA 
TATAAAGAAT CTTGTGTCCG TCTGAAAGAA CTAGAAAAAG AAAATAAGGA GCTTGTGAAA 
AGAGCAACTA TTGATATAAA AACGTTGGTT ACACTACGTG AGGATTTGGT GAGTGAAAAG 
TTGAAGACCC AACAGATGAA CAATGATCTC GAAAAATTAA CTCATGAGCT TGAGAAGATA 
GGGTTAAATA AGGAGCGACT CTTACATGAT GAACAAAGTA CTGATGACAG TAGGTATAAA 
CTTTTGGAAT CAAAATTAGA ATCCACTCTT AAGAAGTCTC TTGAAATAAA AGAAGAAAAA 
ATTGCTGCTT TAGAAGCTCG ATTAGAAGAA TCCACGAATT ATAACCAGCA ATTGCGCCAA 
GAACTTAAAA CAGTGAAAAA AAATTATGAA GCTCTCAAAC AGAGACAAGA TGAGGAAAGG 
ATGGTACAGA GCTCTCCTCC AATATCTGGT GAAGACAACA AATGGGAGCG AGAAAGTCAA 
GAAACGACTA GAGAACTTCT GAAAGTTAAA GACAGATTAA TTGAAGTAGA AAGAAATAAT 
GCTACACTGC AAGCAGAGAA GCAAGCGTTG AAAACTCAAC TGAAGCAACT TGAGACACAG 
AACAATAATT TGCAGGCTCA GATTCTTGCA CTTCAGAGGC AGACAGTGTC ATTACAAGAA 
CAGAATACCA CTCTTCAAAC ACAGAATGCC AAGCTTCAGG TTGAAAATTC CACCCTTAAT 
TCCCAAAGTA CCTCACTCAT GAACCAGAAT GCCCAACTCC TAATCCAGCA GTCTTCCTTA 
GAAAATGAAA ATGAATCTGT AATCAAAGAG CGAGAAGACC TAAAATCTCT CTATGATTCT 
CTGATCAAAG ATCATGAAAA GCTGGAACTT CTTCATGAAC GTCAGGCTTC AGAGTATGAA 
TCTCTTATCT CTAAACATGG AACTCTGAAG TCTGCCCACA AAAATCTTGA GGTGGAACAT 
AGAGACCTTG AAGACCGTTA CAATCAGTTA TTAAAACAGA AAGGACAGTT GGAAGATTTG 
GAAAAAATGC TCAAAGTAGA ACAGGAAAAA ATGCTGCTTG AAAATAAAAA TCATGAAACA 
GTAGCTGCAG AATACAAGAA ACTTTGTGGT GAAAATGATA GGCTGAATCA TACCTATAGT 
CAACTTTTAA AAGAGACTGA AGTTTTACAA ACTGACCATA AAAATTTGAA AAGTCTTCTG 
AATAATTCCA AACTGGAACA AACAAGATTA GAAGCTGAAT TTTCAAAACT AAAGGAACAA 
TACCAACAAT TGGATATTAC ATCAACCAAG CTGAATAACC AGTGTGAGTT GCTAAGCCAA 
CTTAAAGGAA ATTTAGAAGA AGAAAATCGG CATCTACTAG ATCAAATTCA GACATTAATG 
CTACAGAACA GAACACTTTT GGAGCAGAAT ATGGAAAGCA AGGATCTTTT TCATGTTGAA 
CAAAGACAGT ACATTGATAA GTTAAATGAA TTAAGACGTC AGAAGGAGAA ACTAGAAGAG 
AAAATTATGG ATCAATACAA ATTTTATGAC CCATCTCCTC CTAGAAGGAG AGGCAACTGG 
ATTACTCTAA AAATGAGAAA ATTGATAAAG TCTAAGAAAG ATATTAATCG GGAACGCCAG 
AAATCTCTAA CATTAACACC CACCCGCTCA GACTCCAGTG AAGGATTTCT TCAGCTCCCT 
CATCAAGACA GTCAAGATAG TTCTTCAGTA GGTTCAAACT CTTTAGAAGA TGGCCAGACC 
TTGGGGACCA AGAAAAGCAG CATGGTTGCA CTGAAAAGAC TGCCCTTTTT GAGGAACAGA 
CCGAAGGATA AAGACAAAAT GAAGGCCTGC TACCGTCGTT CCATGTCCAT GAATGACCTG 
GTGCAGTCCA TGGTCCTAGC AGGACAGTGG ACAGGTAGTA CTGAGAATTT GGAGGTTCCT 
GATGATATTT CAACGGGTAA AAGGAGAAAA GAATTGGGAG CTATGGCCTT CTCTACTACA 
GCCATCAACT TTTCAACTGT CAACTCTTCT GCAGGCTTCA GATCCAAGCA GTTGGTTAAT 
AATAAAGATA CTACATCCTT TGAAGACATA AGTCCACAAG GTGTTAGTGA TGATTCTAGT 
ACGGGATCAA GAGTTCATGC TTCAAGACCA GCCAGCCTTG ATAGTGGCAG AACATCCACT 
AGCAATAGCA ATAATAATGC TTCACTACAT GAAGTCAAAG CAGGTGCAGT TAATAACCAA 
AGCAGGCCAC AAAGCCACAG CAGTGGAGAA TTTAGCCTGC TTCATGACCA TGAGGCTTGG 
TCCAGCAGTG GTAGCAGTCC AATCCAGTAC TTGAAAAGAC AGACCAGATC AAGCCCAGTG 
CTCCAGCACA AAATATCTGA AACACTGGAG AGTCGACATC ACAAGATCAA AACTGGTTCC 
CCTGGAAGTG AAGTTGTTAC TCTACAACAG TTTTTGGAAG AAAGCAATAA GCTTACCTCA 
GTACAGATAA AGTCCTCAAG TCAAGAGAAT CTTTTAGATG AAGTAATGAA AAGTTTGTCT 
GTCTCTTCTG ACTTTTTGGG AAAAGACAAA CCAGTTAGCT GTGGTCTGGC CAGGTCAGTA 
AGTGGAAAAA CCCCAGGGGA CTTCTATGAT AGACGGACAA CTAAGCCTGA GTTTTTGAGA 
CCTGGTCCTC GAAAAACTGA AGATACCTAC TTCATTAGTT CTGCGGGAAA ACCTACACCA 
GGCACTCAAG GAAAAATAAA ATTAGTAAAA GAATCTTCTC TGTCACGACA ATCAAAAGAT 
AGTAACCCTT ATGCAACTTT ACCTCGTGCA AGCAGCGTGA TCTCAACTGC CGAAGGAACT 
ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT 
GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAGTGA GTACCATTTA 
CACCAGTGGT CCTCTCATAT ACTTGACATC CCAACACATA CTATAGGTTC TTGTGCCCAA 
AATGATTTAG CTATAGACAT GCCTGAGCCT CTATATGCCC AGGCTAGAAA CTCAAGAACA 
GGAAGGTCAC ATTTTCTAAA CCAAACTTTT GCCACTATTA GGATGCCTAG TGATGCATTC 
GGAATGTTGG CAAAAGATAG CATAGGACCA TTTACTGTGG CCCATTCATC TCAGCCATTC 
TTATCCCTGA ATACAGAATT AGTTAGTAAC ATAAGTGGGT TACCTCCTAG GCCAGTTATC 
AGAATAACTG ACCAGGCTTC TGCCTCTTTG GATAAACCTG CACAGAAAGA AAATGAACAG 
TTTTCTGATC ATCAGAACCC TAGTAACAGT AACCTACAGT TTTCTATAAA TAGCAACAAT 
CTTGTCACTT CTGCATGCCT CTATCCTGAT GACACAGAAG CTGCATTGTT GGTTTCTGAG 
GATAATCAAA CTGTTTGGTA TGAATATGGT TGTATATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Gene Symbol	CCDC88A
Entrez Gene ID	55704
Full Name	coiled-coil domain containing 88A
Synonyms	APE,GIRDIN,GIV,GRDN,HkRP1,KIAA1212,PEHO,PEHOL
General protein information	Preferred Names coiled-coil domain containing 88A Names girdin AKT-phosphorylation enhancer Hook-related protein 1 g alpha-interacting vesicle-associated protein girders of actin filament girders of actin filaments
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 2 Map Location: 2p16.1
Summary	This gene encodes a member of the Girdin family of coiled-coil domain containing proteins. The encoded protein is an actin-binding protein that is activated by the serine/threonine kinase Akt and plays a role in cytoskeleton remodeling and cell migration. The encoded protein also enhances Akt signaling by mediating phosphoinositide 3-kinase (PI3K)-dependent activation of Akt by growth factor receptor tyrosine kinases and G protein-coupled receptors. Increased expression of this gene and phosphorylation of the encoded protein may play a role in cancer metastasis. Alternatively spliced transcript variants encoding multiple isoforms have been observed for this gene. [provided by RefSeq, Dec 2011].
Disorder MIM:	609736
Disorder Html:	?PEHO syndrome-like, 617507 (3)

Pan troglodytes (chimpanzee)	CCDC88A	XP_515485.3
Mus musculus (house mouse)	Ccdc88a	NP_789811.2
Homo sapiens (human)	CCDC88A	NP_001129069.1
Xenopus tropicalis (tropical clawed frog)	ccdc88a	XP_004914787.1
	LOC717103	XP_002808087.1
Canis lupus familiaris (dog)	CCDC88A	XP_005626171.1
Bos taurus (cattle)	CCDC88A	NP_001193138.1
Rattus norvegicus (Norway rat)	Ccdc88a	XP_006251676.1
Gallus gallus (chicken)	CCDC88A	XP_004940161.1

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

CCDC88A cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information: