KIAA1614 cDNA ORF clone, Alligator sinensis(Chinese alligator)

Gene
Clones
gRNAs

Summary

Gene Symbol	KIAA1614
Entrez Gene ID	102369646
Full Name	KIAA1614 ortholog
Gene Type	protein-coding
Organism	Alligator sinensis(Chinese alligator)

mRNA and Protein(s)

mRNA	Protein	Name
XM_025206173.1	XP_025061958.1	uncharacterized protein KIAA1614 homolog isoform X1
XM_006025398.2	XP_006025460.1	uncharacterized protein KIAA1614 homolog
XM_006025398.3	XP_006025460.1	uncharacterized protein KIAA1614 homolog isoform X1
XM_025206176.1	XP_025061961.1	uncharacterized protein KIAA1614 homolog isoform X3
XM_025206174.1	XP_025061959.1	uncharacterized protein KIAA1614 homolog isoform X1
XM_025206175.1	XP_025061960.1	uncharacterized protein KIAA1614 homolog isoform X2
XM_025206177.1	XP_025061962.1	uncharacterized protein KIAA1614 homolog isoform X4

Pathways from BioSystems
Gene Ontology

The following KIAA1614 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the KIAA1614 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OAl19820	XM_025206174.1 Latest version!	Alligator sinensis KIAA1614 ortholog (KIAA1614), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OAl19820	XM_025206173.1 Latest version!	Alligator sinensis KIAA1614 ortholog (KIAA1614), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OAl19820	XM_006025398.3 Latest version!	Alligator sinensis KIAA1614 ortholog (KIAA1614), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OAl88310	XM_025206175.1 Latest version!	Alligator sinensis KIAA1614 ortholog (KIAA1614), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OAl88311	XM_025206176.1 Latest version!	Alligator sinensis KIAA1614 ortholog (KIAA1614), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OAl88312	XM_025206177.1 Latest version!	Alligator sinensis KIAA1614 ortholog (KIAA1614), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
View Old Accession Versions >>
OAl19820	XM_006025398.2	Alligator sinensis KIAA1614 ortholog (KIAA1614), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
Hide Old Accession Versions >>

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

KIAA1614 ( XM_025206173.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_025061958.1 Alligator sinensis KIAA1614 ortholog (KIAA1614), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAl19820
Clone ID Related Accession (Same CDS sequence)	XM_025206173.1 , XM_006025398.2 , XM_006025398.3 , XM_025206174.1
Accession Version	XM_025206173.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3909bp) 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	2018-06-03
Organism	Alligator sinensis(Chinese alligator)
Product	uncharacterized protein KIAA1614 homolog isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842143.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Alligator sinensis Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGGGA ACTCACCAGT GGAGAAGAGA AGAGCTATGA AGAATGTGAA GCAATACAGC 
AGGAGCACTA GTAGAAATAA GCTCTCTCTT GAGAGCACAT TGCCTGGCAG TGATCTGCCC 
AAGGGAGTGG CATTGGAGCC AGTAGGGCTG CGAGGGGAGC TAAGCAGAAG CCCTCACTCT 
GTTCTGGAGG GCAAAGTGAA GGCTCTGAAG GAGAAGAGAG TCGCCATGAA ACAGGGAGGA 
GTACTATCCC AGGAGCATCT CTCTCCAAAA AAGACCAAAG TCAAGAAGGG GAAGCTCTTA 
TCGGGCCCAG CTGTTGTGGA GGGGGTCACT CCAGATGCAG TGGTGGAGCC GCAGGCTCAG 
ATTCGCACCT ACTTGACGGA TGTGGTGCTA GACAGTAGAG ATGATGCAGA CTGTGGCCAG 
CATGCCAGGA GGGCCATGCT CAGAGGCGCT TGGGACAGCA ACGGAGACTC TGTGAAAGGT 
CACAGGACAG TGGGAGAGCA TGTAGCCTTG AGCCAGAGTT CAGCTGATGT GCTTTGGAGA 
TTTCCTACCC CAGGAAGCAA CATAATGGAA AATGCTGAGT ACCCAGAAAG TGGAGGCAGT 
CGAGGTTCCC CAGATGGGTT CTGGGATGCA GTCTTATCCA AGAATGCTGT GTCCAGCAGC 
CGTAAATCTT CCTTAAGAGA AAATGGCAGA CCTACCCTGC CAGCCTCCTG TGGAGAAGAG 
ATGACCCAGG CAACAGACTT TGAAAGCATC CCATTTGTGC CCAGATATGA TTCATGTGAA 
GCAGCCTCCT CTGGACGGCT TTGGAGGGTA GACAGCTGGG ACAGTATTGG CAGCACTGGG 
AGTACTGCCA GCATGCTATC TCTGGCTGAA CGGGTAGAAA GGAACCGGAT GATGTTGCAG 
GAGATGCTGA GCCTGTCAGG ACAGAGCCGT GGTCTGCAGG AGTCACGTAC ACTTCATCGG 
CATGAGGGGG AAGGTTCCTT ACTAGCAAAG GATGGACCTA GTCATGAGCT GCTGGTGAGT 
GATGTGGACT GGGACTCAGG TGTCTCCCTA CAGGATTCAG AAGGATACAG GGCCTTTGTT 
TCCAGTCAGG AGCTTGAGCT GAGCCCCAGG CATGAGCAGG CCAAGCAGCT GCTGCAGAGA 
GCCCGCATGA AGGCCAGGAC AAGCCCTCTC CGAGCCAGCC ATGACATCCT TCCTGCTGTT 
ACCCAGGACA GGCGGGATGC TGGCAGAACC ACTGCTCCAG ACCTGAGGAA AAGCTTGGCT 
CTGAAAGGTG GAGACACTCA CATCAGTGGG AACCTAAGTG ACTCCTCCAG CGGGGAGTCC 
AGTTGTGGAC AGCGCAGAAA GCGAGGTCCT TCCCCATCCC GGGTGCGTTT TGAGGATGAG 
TCTGTCCGGG ATGCTGAGGT GCGCTACTTG GAGAGGTTGC AGCTGCGCCA GAAGCGGGTT 
CTGGATTCAG TCCTTTTATC CCTGGGCCAG AGCCCACTGG TCTCCAAACC AGACCTTTCT 
GATTACATCA ACGGGGACTT TCATCGCAAA GAGAATGGGG TCAGCAAAGC CTTCAGAGAG 
CAGCAAGACC ATGGGCAGAC TGCAGGGGCA TCTGCACACA TGGGAAGCCC TGAGAAGGCC 
ACGCCTTCTG TGGTTAGCGC AGAGGGGAAG TGCACAGCCT GTGGCTCCTA CCTTGGCAGC 
TCAACAACCA ATCTGGCTGT GGCCACTGAG GTCAACCGGA CAGTTAATGA CTTGTCTGAG 
GGCAACAGCC TAACTCAGAA AAACAAAAAT ATTGGTAACT TGTCCGAAAG CAGGGAGCTG 
GGCACTTCCC AGCAGGAGCC CAAAGCCAGG ACTTTGGGCC CCGGGGGGTC TCCAGTTTGG 
ATTCTTCCTT CCCGGCAACG TATTCATACG GAGAGAATCA GGGAGACATA CATTGGGGAT 
GTCACTTACA TAGATGATGT GGATTCTGCT CTAGACAGTA CTGACACATC TGACAGCTGC 
AAGACTGACA GTGAAGAGGC TGGGCCAGGG AGCTCCCAGT CAGAGGGGTA CTCAGAAACA 
AGAAGCCGCT GTCACAGTGG CCACAAAGCT TCTAGGGGAA ATGGCACTCC AGGGAAGGGA 
GCAATAGGCA GGAAGGTAGA GCAGGGAAAA TGCAAGATGG ATGGCAGTGG AGGGGGTGGT 
GCCTTGGATG ACTCACTTGG TTCTAGCAGA ACGGTGTTCA GGAAGGATGC GAATGGAGAT 
AGGACCCCCA GCTTGAAGGA CTCCCTGGTG CTAAAAGAGA ATCCTGGGCT AAGGTCAACA 
CCCAATGGGG TAGAAGCATT TTCTAAATGT GAACACCCCC CAGCTCCACC TCAGCTAGCT 
GGAAAGAACA GTGGCCAAGA GGATGCAATG TTTGCCCCAG CACAGCAAAG AAAGCTTCAC 
CTTCCACCTC CCACACCACA TCAGCCATCA GCATTGCCAG CACCCAAGGC AGATGATGAT 
CTCTCAGGAA ACAGAGAATC AGGGGAGAAC TTAGCCCCCT CCCATCCACC AACTGCCAGC 
ATAAGCCAAA GTAGCAGGAT AAGAGTCAAT CCCCAACAAA CAAAGCAAGG GGTTCTTAAT 
TACAGCTTGG CAGCTCACAT CCCCACTCCC CCTTCCACAA AGAAAGCTTC CACCCCTATG 
CCTTACAGGA AGGCTGTCTT GACAGGCAGC TACAGGTTGA CAAACCAAGA AACTGGGTGC 
CTGGACCAGA CCAATAAACT AGTGACTTGT TCCACTTCCC CTCCCAGTAA TTTTCAGCAC 
AAATGTGAGT CCATGCTGGA GGAGCAGAAG GACCAGCAGA ATCCGAAGGG GCTTTCTAAG 
AGCAAATGCC AAGCCTTGTC TGCCAACAAC TGCAACAACA CACACACCAA ACATCAGCAG 
AGTGGCTTGG ATGAGAGCCA TGGACAATAT GAGCTGAGCG ACCAGAAAGT GTCTGGTTCT 
TTGGGAGAAA CTAAAGGTTT GTCATCAGGG GCTGATCCCT CTGCTGCTCC CAGCACCATT 
GGCTCAGCTG TCGTCACCTT CTCCCTGGTG TCCAAGGAGC CGGACTCTGC CCACACCACT 
CAGTTACCTG ATCAGAAAGC TGTAGGGCCC AGGTTGCAGA AGGCAAAGCA GCTTGTGGAA 
GGGAGCATAA CACCATGCAA ACCGTTGGGT ACCCAGTCAG AGCCCAAGAA GTCATCTTCC 
TCCACAGCAA GCAGGAAAGG GGGCAGCTCT TCTGCCTCAG GGCTAAAAAA GTTCTTCTCC 
GTTCTTAGCC AGAACACCAG GCAGAAGCTG GGCAGGTTCC GGTGCTACAG CATGGAACAG 
CTCCCTCCCG AGGCTCCAGG CTCAGTTCAA CCTCCAGAAG TCAGGTCAAA TGCCACTGAG 
TCTTCCAAAA TGAAGAAATC TCCTTCCCTG CAGTCTTTGC GACTGATGCC ACCCTTCAGC 
CAACCGAGAA AAGCCTCATC TGTGCAGAAC CTCCATTCTT TCTTGGGCAG GACAGACCGA 
TCCAATGCTT ACTTGGTGGT GGAGCCGGAG GAAGACAAAA CAACTGATAG GAAAGTGGGC 
ATTCTGCCCC GGCGTTCTCT CAGCGTGGAG GACATTGGCA CCCCTGACTT GGTACGAACT 
GTTGGTCGAG TTGTAGAAGT CTTCCCGGAT GGTACTAATC AACTGGAGCT ACAGCGCCCC 
CCGGGTGGCA CCTTTGGGTT CCGTGTCTCC TCTGGGAATG GCCGTCCTGA CACAGGCATC 
TACGTCCAGG AGATGACAGA CGCCAGCACA GCAAAGCTGT ATGCAGGACT CCTTGGCATA 
GGGGATGAGA TCCTAGAGGT GAATGGTGCC ACAGTCACTG GGCTTGGTTT GGCCCACATC 
AACAAACTGT TATTGCAGGC CAACACCCTG ACCCTCAGAG TGCTGAAGCA CAGACCCATC 
AGGCGGTAG

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

RefSeq	XP_025061958.1
CDS	245..4153
Translation	MEGNSPVEKRRAMKNVKQYSRSTSRNKLSLESTLPGSDLPKGVALEPVGLRGELSRSPHSVLEGKVKALKEKRVAMKQGGVLSQEHLSPKKTKVKKGKLLSGPAVVEGVTPDAVVEPQAQIRTYLTDVVLDSRDDADCGQHARRAMLRGAWDSNGDSVKGHRTVGEHVALSQSSADVLWRFPTPGSNIMENAEYPESGGSRGSPDGFWDAVLSKNAVSSSRKSSLRENGRPTLPASCGEEMTQATDFESIPFVPRYDSCEAASSGRLWRVDSWDSIGSTGSTASMLSLAERVERNRMMLQEMLSLSGQSRGLQESRTLHRHEGEGSLLAKDGPSHELLVSDVDWDSGVSLQDSEGYRAFVSSQELELSPRHEQAKQLLQRARMKARTSPLRASHDILPAVTQDRRDAGRTTAPDLRKSLALKGGDTHISGNLSDSSSGESSCGQRRKRGPSPSRVRFEDESVRDAEVRYLERLQLRQKRVLDSVLLSLGQSPLVSKPDLSDYINGDFHRKENGVSKAFREQQDHGQTAGASAHMGSPEKATPSVVSAEGKCTACGSYLGSSTTNLAVATEVNRTVNDLSEGNSLTQKNKNIGNLSESRELGTSQQEPKARTLGPGGSPVWILPSRQRIHTERIRETYIGDVTYIDDVDSALDSTDTSDSCKTDSEEAGPGSSQSEGYSETRSRCHSGHKASRGNGTPGKGAIGRKVEQGKCKMDGSGGGGALDDSLGSSRTVFRKDANGDRTPSLKDSLVLKENPGLRSTPNGVEAFSKCEHPPAPPQLAGKNSGQEDAMFAPAQQRKLHLPPPTPHQPSALPAPKADDDLSGNRESGENLAPSHPPTASISQSSRIRVNPQQTKQGVLNYSLAAHIPTPPSTKKASTPMPYRKAVLTGSYRLTNQETGCLDQTNKLVTCSTSPPSNFQHKCESMLEEQKDQQNPKGLSKSKCQALSANNCNNTHTKHQQSGLDESHGQYELSDQKVSGSLGETKGLSSGADPSAAPSTIGSAVVTFSLVSKEPDSAHTTQLPDQKAVGPRLQKAKQLVEGSITPCKPLGTQSEPKKSSSSTASRKGGSSSASGLKKFFSVLSQNTRQKLGRFRCYSMEQLPPEAPGSVQPPEVRSNATESSKMKKSPSLQSLRLMPPFSQPRKASSVQNLHSFLGRTDRSNAYLVVEPEEDKTTDRKVGILPRRSLSVEDIGTPDLVRTVGRVVEVFPDGTNQLELQRPPGGTFGFRVSSGNGRPDTGIYVQEMTDASTAKLYAGLLGIGDEILEVNGATVTGLGLAHINKLLLQANTLTLRVLKHRPIRR

Target ORF information:

RefSeq Version	XM_025206173.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis KIAA1614 ortholog (KIAA1614), transcript variant X2, mRNA.

Target ORF information:

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

XM_025206173.1

ORF Insert Sequence:

ATGGAGGGGA ACTCACCAGT GGAGAAGAGA AGAGCTATGA AGAATGTGAA GCAATACAGC 
AGGAGCACTA GTAGAAATAA GCTCTCTCTT GAGAGCACAT TGCCTGGCAG TGATCTGCCC 
AAGGGAGTGG CATTGGAGCC AGTAGGGCTG CGAGGGGAGC TAAGCAGAAG CCCTCACTCT 
GTTCTGGAGG GCAAAGTGAA GGCTCTGAAG GAGAAGAGAG TCGCCATGAA ACAGGGAGGA 
GTACTATCCC AGGAGCATCT CTCTCCAAAA AAGACCAAAG TCAAGAAGGG GAAGCTCTTA 
TCGGGCCCAG CTGTTGTGGA GGGGGTCACT CCAGATGCAG TGGTGGAGCC GCAGGCTCAG 
ATTCGCACCT ACTTGACGGA TGTGGTGCTA GACAGTAGAG ATGATGCAGA CTGTGGCCAG 
CATGCCAGGA GGGCCATGCT CAGAGGCGCT TGGGACAGCA ACGGAGACTC TGTGAAAGGT 
CACAGGACAG TGGGAGAGCA TGTAGCCTTG AGCCAGAGTT CAGCTGATGT GCTTTGGAGA 
TTTCCTACCC CAGGAAGCAA CATAATGGAA AATGCTGAGT ACCCAGAAAG TGGAGGCAGT 
CGAGGTTCCC CAGATGGGTT CTGGGATGCA GTCTTATCCA AGAATGCTGT GTCCAGCAGC 
CGTAAATCTT CCTTAAGAGA AAATGGCAGA CCTACCCTGC CAGCCTCCTG TGGAGAAGAG 
ATGACCCAGG CAACAGACTT TGAAAGCATC CCATTTGTGC CCAGATATGA TTCATGTGAA 
GCAGCCTCCT CTGGACGGCT TTGGAGGGTA GACAGCTGGG ACAGTATTGG CAGCACTGGG 
AGTACTGCCA GCATGCTATC TCTGGCTGAA CGGGTAGAAA GGAACCGGAT GATGTTGCAG 
GAGATGCTGA GCCTGTCAGG ACAGAGCCGT GGTCTGCAGG AGTCACGTAC ACTTCATCGG 
CATGAGGGGG AAGGTTCCTT ACTAGCAAAG GATGGACCTA GTCATGAGCT GCTGGTGAGT 
GATGTGGACT GGGACTCAGG TGTCTCCCTA CAGGATTCAG AAGGATACAG GGCCTTTGTT 
TCCAGTCAGG AGCTTGAGCT GAGCCCCAGG CATGAGCAGG CCAAGCAGCT GCTGCAGAGA 
GCCCGCATGA AGGCCAGGAC AAGCCCTCTC CGAGCCAGCC ATGACATCCT TCCTGCTGTT 
ACCCAGGACA GGCGGGATGC TGGCAGAACC ACTGCTCCAG ACCTGAGGAA AAGCTTGGCT 
CTGAAAGGTG GAGACACTCA CATCAGTGGG AACCTAAGTG ACTCCTCCAG CGGGGAGTCC 
AGTTGTGGAC AGCGCAGAAA GCGAGGTCCT TCCCCATCCC GGGTGCGTTT TGAGGATGAG 
TCTGTCCGGG ATGCTGAGGT GCGCTACTTG GAGAGGTTGC AGCTGCGCCA GAAGCGGGTT 
CTGGATTCAG TCCTTTTATC CCTGGGCCAG AGCCCACTGG TCTCCAAACC AGACCTTTCT 
GATTACATCA ACGGGGACTT TCATCGCAAA GAGAATGGGG TCAGCAAAGC CTTCAGAGAG 
CAGCAAGACC ATGGGCAGAC TGCAGGGGCA TCTGCACACA TGGGAAGCCC TGAGAAGGCC 
ACGCCTTCTG TGGTTAGCGC AGAGGGGAAG TGCACAGCCT GTGGCTCCTA CCTTGGCAGC 
TCAACAACCA ATCTGGCTGT GGCCACTGAG GTCAACCGGA CAGTTAATGA CTTGTCTGAG 
GGCAACAGCC TAACTCAGAA AAACAAAAAT ATTGGTAACT TGTCCGAAAG CAGGGAGCTG 
GGCACTTCCC AGCAGGAGCC CAAAGCCAGG ACTTTGGGCC CCGGGGGGTC TCCAGTTTGG 
ATTCTTCCTT CCCGGCAACG TATTCATACG GAGAGAATCA GGGAGACATA CATTGGGGAT 
GTCACTTACA TAGATGATGT GGATTCTGCT CTAGACAGTA CTGACACATC TGACAGCTGC 
AAGACTGACA GTGAAGAGGC TGGGCCAGGG AGCTCCCAGT CAGAGGGGTA CTCAGAAACA 
AGAAGCCGCT GTCACAGTGG CCACAAAGCT TCTAGGGGAA ATGGCACTCC AGGGAAGGGA 
GCAATAGGCA GGAAGGTAGA GCAGGGAAAA TGCAAGATGG ATGGCAGTGG AGGGGGTGGT 
GCCTTGGATG ACTCACTTGG TTCTAGCAGA ACGGTGTTCA GGAAGGATGC GAATGGAGAT 
AGGACCCCCA GCTTGAAGGA CTCCCTGGTG CTAAAAGAGA ATCCTGGGCT AAGGTCAACA 
CCCAATGGGG TAGAAGCATT TTCTAAATGT GAACACCCCC CAGCTCCACC TCAGCTAGCT 
GGAAAGAACA GTGGCCAAGA GGATGCAATG TTTGCCCCAG CACAGCAAAG AAAGCTTCAC 
CTTCCACCTC CCACACCACA TCAGCCATCA GCATTGCCAG CACCCAAGGC AGATGATGAT 
CTCTCAGGAA ACAGAGAATC AGGGGAGAAC TTAGCCCCCT CCCATCCACC AACTGCCAGC 
ATAAGCCAAA GTAGCAGGAT AAGAGTCAAT CCCCAACAAA CAAAGCAAGG GGTTCTTAAT 
TACAGCTTGG CAGCTCACAT CCCCACTCCC CCTTCCACAA AGAAAGCTTC CACCCCTATG 
CCTTACAGGA AGGCTGTCTT GACAGGCAGC TACAGGTTGA CAAACCAAGA AACTGGGTGC 
CTGGACCAGA CCAATAAACT AGTGACTTGT TCCACTTCCC CTCCCAGTAA TTTTCAGCAC 
AAATGTGAGT CCATGCTGGA GGAGCAGAAG GACCAGCAGA ATCCGAAGGG GCTTTCTAAG 
AGCAAATGCC AAGCCTTGTC TGCCAACAAC TGCAACAACA CACACACCAA ACATCAGCAG 
AGTGGCTTGG ATGAGAGCCA TGGACAATAT GAGCTGAGCG ACCAGAAAGT GTCTGGTTCT 
TTGGGAGAAA CTAAAGGTTT GTCATCAGGG GCTGATCCCT CTGCTGCTCC CAGCACCATT 
GGCTCAGCTG TCGTCACCTT CTCCCTGGTG TCCAAGGAGC CGGACTCTGC CCACACCACT 
CAGTTACCTG ATCAGAAAGC TGTAGGGCCC AGGTTGCAGA AGGCAAAGCA GCTTGTGGAA 
GGGAGCATAA CACCATGCAA ACCGTTGGGT ACCCAGTCAG AGCCCAAGAA GTCATCTTCC 
TCCACAGCAA GCAGGAAAGG GGGCAGCTCT TCTGCCTCAG GGCTAAAAAA GTTCTTCTCC 
GTTCTTAGCC AGAACACCAG GCAGAAGCTG GGCAGGTTCC GGTGCTACAG CATGGAACAG 
CTCCCTCCCG AGGCTCCAGG CTCAGTTCAA CCTCCAGAAG TCAGGTCAAA TGCCACTGAG 
TCTTCCAAAA TGAAGAAATC TCCTTCCCTG CAGTCTTTGC GACTGATGCC ACCCTTCAGC 
CAACCGAGAA AAGCCTCATC TGTGCAGAAC CTCCATTCTT TCTTGGGCAG GACAGACCGA 
TCCAATGCTT ACTTGGTGGT GGAGCCGGAG GAAGACAAAA CAACTGATAG GAAAGTGGGC 
ATTCTGCCCC GGCGTTCTCT CAGCGTGGAG GACATTGGCA CCCCTGACTT GGTACGAACT 
GTTGGTCGAG TTGTAGAAGT CTTCCCGGAT GGTACTAATC AACTGGAGCT ACAGCGCCCC 
CCGGGTGGCA CCTTTGGGTT CCGTGTCTCC TCTGGGAATG GCCGTCCTGA CACAGGCATC 
TACGTCCAGG AGATGACAGA CGCCAGCACA GCAAAGCTGT ATGCAGGACT CCTTGGCATA 
GGGGATGAGA TCCTAGAGGT GAATGGTGCC ACAGTCACTG GGCTTGGTTT GGCCCACATC 
AACAAACTGT TATTGCAGGC CAACACCCTG ACCCTCAGAG TGCTGAAGCA CAGACCCATC 
AGGCGGTAG

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

KIAA1614 ( XM_006025398.2 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_006025460.1 Alligator sinensis KIAA1614 ortholog (KIAA1614), mRNA.

Price & Availability↑

CloneID	OAl19820
Clone ID Related Accession (Same CDS sequence)	XM_025206173.1 , XM_006025398.2 , XM_006025398.3 , XM_025206174.1
Accession Version	XM_006025398.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3909bp) 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	2015-10-29
Organism	Alligator sinensis(Chinese alligator)
Product	uncharacterized protein KIAA1614 homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842143.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Oct 30, 2015 this sequence version replaced XM_006025398.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator sinensis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 9% of CDS bases ##RefSeq-Attributes-END##

ATGGAGGGGA ACTCACCAGT GGAGAAGAGA AGAGCTATGA AGAATGTGAA GCAATACAGC 
AGGAGCACTA GTAGAAATAA GCTCTCTCTT GAGAGCACAT TGCCTGGCAG TGATCTGCCC 
AAGGGAGTGG CATTGGAGCC AGTAGGGCTG CGAGGGGAGC TAAGCAGAAG CCCTCACTCT 
GTTCTGGAGG GCAAAGTGAA GGCTCTGAAG GAGAAGAGAG TCGCCATGAA ACAGGGAGGA 
GTACTATCCC AGGAGCATCT CTCTCCAAAA AAGACCAAAG TCAAGAAGGG GAAGCTCTTA 
TCGGGCCCAG CTGTTGTGGA GGGGGTCACT CCAGATGCAG TGGTGGAGCC GCAGGCTCAG 
ATTCGCACCT ACTTGACGGA TGTGGTGCTA GACAGTAGAG ATGATGCAGA CTGTGGCCAG 
CATGCCAGGA GGGCCATGCT CAGAGGCGCT TGGGACAGCA ACGGAGACTC TGTGAAAGGT 
CACAGGACAG TGGGAGAGCA TGTAGCCTTG AGCCAGAGTT CAGCTGATGT GCTTTGGAGA 
TTTCCTACCC CAGGAAGCAA CATAATGGAA AATGCTGAGT ACCCAGAAAG TGGAGGCAGT 
CGAGGTTCCC CAGATGGGTT CTGGGATGCA GTCTTATCCA AGAATGCTGT GTCCAGCAGC 
CGTAAATCTT CCTTAAGAGA AAATGGCAGA CCTACCCTGC CAGCCTCCTG TGGAGAAGAG 
ATGACCCAGG CAACAGACTT TGAAAGCATC CCATTTGTGC CCAGATATGA TTCATGTGAA 
GCAGCCTCCT CTGGACGGCT TTGGAGGGTA GACAGCTGGG ACAGTATTGG CAGCACTGGG 
AGTACTGCCA GCATGCTATC TCTGGCTGAA CGGGTAGAAA GGAACCGGAT GATGTTGCAG 
GAGATGCTGA GCCTGTCAGG ACAGAGCCGT GGTCTGCAGG AGTCACGTAC ACTTCATCGG 
CATGAGGGGG AAGGTTCCTT ACTAGCAAAG GATGGACCTA GTCATGAGCT GCTGGTGAGT 
GATGTGGACT GGGACTCAGG TGTCTCCCTA CAGGATTCAG AAGGATACAG GGCCTTTGTT 
TCCAGTCAGG AGCTTGAGCT GAGCCCCAGG CATGAGCAGG CCAAGCAGCT GCTGCAGAGA 
GCCCGCATGA AGGCCAGGAC AAGCCCTCTC CGAGCCAGCC ATGACATCCT TCCTGCTGTT 
ACCCAGGACA GGCGGGATGC TGGCAGAACC ACTGCTCCAG ACCTGAGGAA AAGCTTGGCT 
CTGAAAGGTG GAGACACTCA CATCAGTGGG AACCTAAGTG ACTCCTCCAG CGGGGAGTCC 
AGTTGTGGAC AGCGCAGAAA GCGAGGTCCT TCCCCATCCC GGGTGCGTTT TGAGGATGAG 
TCTGTCCGGG ATGCTGAGGT GCGCTACTTG GAGAGGTTGC AGCTGCGCCA GAAGCGGGTT 
CTGGATTCAG TCCTTTTATC CCTGGGCCAG AGCCCACTGG TCTCCAAACC AGACCTTTCT 
GATTACATCA ACGGGGACTT TCATCGCAAA GAGAATGGGG TCAGCAAAGC CTTCAGAGAG 
CAGCAAGACC ATGGGCAGAC TGCAGGGGCA TCTGCACACA TGGGAAGCCC TGAGAAGGCC 
ACGCCTTCTG TGGTTAGCGC AGAGGGGAAG TGCACAGCCT GTGGCTCCTA CCTTGGCAGC 
TCAACAACCA ATCTGGCTGT GGCCACTGAG GTCAACCGGA CAGTTAATGA CTTGTCTGAG 
GGCAACAGCC TAACTCAGAA AAACAAAAAT ATTGGTAACT TGTCCGAAAG CAGGGAGCTG 
GGCACTTCCC AGCAGGAGCC CAAAGCCAGG ACTTTGGGCC CCGGGGGGTC TCCAGTTTGG 
ATTCTTCCTT CCCGGCAACG TATTCATACG GAGAGAATCA GGGAGACATA CATTGGGGAT 
GTCACTTACA TAGATGATGT GGATTCTGCT CTAGACAGTA CTGACACATC TGACAGCTGC 
AAGACTGACA GTGAAGAGGC TGGGCCAGGG AGCTCCCAGT CAGAGGGGTA CTCAGAAACA 
AGAAGCCGCT GTCACAGTGG CCACAAAGCT TCTAGGGGAA ATGGCACTCC AGGGAAGGGA 
GCAATAGGCA GGAAGGTAGA GCAGGGAAAA TGCAAGATGG ATGGCAGTGG AGGGGGTGGT 
GCCTTGGATG ACTCACTTGG TTCTAGCAGA ACGGTGTTCA GGAAGGATGC GAATGGAGAT 
AGGACCCCCA GCTTGAAGGA CTCCCTGGTG CTAAAAGAGA ATCCTGGGCT AAGGTCAACA 
CCCAATGGGG TAGAAGCATT TTCTAAATGT GAACACCCCC CAGCTCCACC TCAGCTAGCT 
GGAAAGAACA GTGGCCAAGA GGATGCAATG TTTGCCCCAG CACAGCAAAG AAAGCTTCAC 
CTTCCACCTC CCACACCACA TCAGCCATCA GCATTGCCAG CACCCAAGGC AGATGATGAT 
CTCTCAGGAA ACAGAGAATC AGGGGAGAAC TTAGCCCCCT CCCATCCACC AACTGCCAGC 
ATAAGCCAAA GTAGCAGGAT AAGAGTCAAT CCCCAACAAA CAAAGCAAGG GGTTCTTAAT 
TACAGCTTGG CAGCTCACAT CCCCACTCCC CCTTCCACAA AGAAAGCTTC CACCCCTATG 
CCTTACAGGA AGGCTGTCTT GACAGGCAGC TACAGGTTGA CAAACCAAGA AACTGGGTGC 
CTGGACCAGA CCAATAAACT AGTGACTTGT TCCACTTCCC CTCCCAGTAA TTTTCAGCAC 
AAATGTGAGT CCATGCTGGA GGAGCAGAAG GACCAGCAGA ATCCGAAGGG GCTTTCTAAG 
AGCAAATGCC AAGCCTTGTC TGCCAACAAC TGCAACAACA CACACACCAA ACATCAGCAG 
AGTGGCTTGG ATGAGAGCCA TGGACAATAT GAGCTGAGCG ACCAGAAAGT GTCTGGTTCT 
TTGGGAGAAA CTAAAGGTTT GTCATCAGGG GCTGATCCCT CTGCTGCTCC CAGCACCATT 
GGCTCAGCTG TCGTCACCTT CTCCCTGGTG TCCAAGGAGC CGGACTCTGC CCACACCACT 
CAGTTACCTG ATCAGAAAGC TGTAGGGCCC AGGTTGCAGA AGGCAAAGCA GCTTGTGGAA 
GGGAGCATAA CACCATGCAA ACCGTTGGGT ACCCAGTCAG AGCCCAAGAA GTCATCTTCC 
TCCACAGCAA GCAGGAAAGG GGGCAGCTCT TCTGCCTCAG GGCTAAAAAA GTTCTTCTCC 
GTTCTTAGCC AGAACACCAG GCAGAAGCTG GGCAGGTTCC GGTGCTACAG CATGGAACAG 
CTCCCTCCCG AGGCTCCAGG CTCAGTTCAA CCTCCAGAAG TCAGGTCAAA TGCCACTGAG 
TCTTCCAAAA TGAAGAAATC TCCTTCCCTG CAGTCTTTGC GACTGATGCC ACCCTTCAGC 
CAACCGAGAA AAGCCTCATC TGTGCAGAAC CTCCATTCTT TCTTGGGCAG GACAGACCGA 
TCCAATGCTT ACTTGGTGGT GGAGCCGGAG GAAGACAAAA CAACTGATAG GAAAGTGGGC 
ATTCTGCCCC GGCGTTCTCT CAGCGTGGAG GACATTGGCA CCCCTGACTT GGTACGAACT 
GTTGGTCGAG TTGTAGAAGT CTTCCCGGAT GGTACTAATC AACTGGAGCT ACAGCGCCCC 
CCGGGTGGCA CCTTTGGGTT CCGTGTCTCC TCTGGGAATG GCCGTCCTGA CACAGGCATC 
TACGTCCAGG AGATGACAGA CGCCAGCACA GCAAAGCTGT ATGCAGGACT CCTTGGCATA 
GGGGATGAGA TCCTAGAGGT GAATGGTGCC ACAGTCACTG GGCTTGGTTT GGCCCACATC 
AACAAACTGT TATTGCAGGC CAACACCCTG ACCCTCAGAG TGCTGAAGCA CAGACCCATC 
AGGCGGTAG

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

RefSeq	XP_006025460.1
CDS	1..3909
Translation	MEGNSPVEKRRAMKNVKQYSRSTSRNKLSLESTLPGSDLPKGVALEPVGLRGELSRSPHSVLEGKVKALKEKRVAMKQGGVLSQEHLSPKKTKVKKGKLLSGPAVVEGVTPDAVVEPQAQIRTYLTDVVLDSRDDADCGQHARRAMLRGAWDSNGDSVKGHRTVGEHVALSQSSADVLWRFPTPGSNIMENAEYPESGGSRGSPDGFWDAVLSKNAVSSSRKSSLRENGRPTLPASCGEEMTQATDFESIPFVPRYDSCEAASSGRLWRVDSWDSIGSTGSTASMLSLAERVERNRMMLQEMLSLSGQSRGLQESRTLHRHEGEGSLLAKDGPSHELLVSDVDWDSGVSLQDSEGYRAFVSSQELELSPRHEQAKQLLQRARMKARTSPLRASHDILPAVTQDRRDAGRTTAPDLRKSLALKGGDTHISGNLSDSSSGESSCGQRRKRGPSPSRVRFEDESVRDAEVRYLERLQLRQKRVLDSVLLSLGQSPLVSKPDLSDYINGDFHRKENGVSKAFREQQDHGQTAGASAHMGSPEKATPSVVSAEGKCTACGSYLGSSTTNLAVATEVNRTVNDLSEGNSLTQKNKNIGNLSESRELGTSQQEPKARTLGPGGSPVWILPSRQRIHTERIRETYIGDVTYIDDVDSALDSTDTSDSCKTDSEEAGPGSSQSEGYSETRSRCHSGHKASRGNGTPGKGAIGRKVEQGKCKMDGSGGGGALDDSLGSSRTVFRKDANGDRTPSLKDSLVLKENPGLRSTPNGVEAFSKCEHPPAPPQLAGKNSGQEDAMFAPAQQRKLHLPPPTPHQPSALPAPKADDDLSGNRESGENLAPSHPPTASISQSSRIRVNPQQTKQGVLNYSLAAHIPTPPSTKKASTPMPYRKAVLTGSYRLTNQETGCLDQTNKLVTCSTSPPSNFQHKCESMLEEQKDQQNPKGLSKSKCQALSANNCNNTHTKHQQSGLDESHGQYELSDQKVSGSLGETKGLSSGADPSAAPSTIGSAVVTFSLVSKEPDSAHTTQLPDQKAVGPRLQKAKQLVEGSITPCKPLGTQSEPKKSSSSTASRKGGSSSASGLKKFFSVLSQNTRQKLGRFRCYSMEQLPPEAPGSVQPPEVRSNATESSKMKKSPSLQSLRLMPPFSQPRKASSVQNLHSFLGRTDRSNAYLVVEPEEDKTTDRKVGILPRRSLSVEDIGTPDLVRTVGRVVEVFPDGTNQLELQRPPGGTFGFRVSSGNGRPDTGIYVQEMTDASTAKLYAGLLGIGDEILEVNGATVTGLGLAHINKLLLQANTLTLRVLKHRPIRR

Target ORF information:

RefSeq Version	XM_006025398.2
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis KIAA1614 ortholog (KIAA1614), mRNA.

Target ORF information:

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

XM_006025398.2

ORF Insert Sequence:

ATGGAGGGGA ACTCACCAGT GGAGAAGAGA AGAGCTATGA AGAATGTGAA GCAATACAGC 
AGGAGCACTA GTAGAAATAA GCTCTCTCTT GAGAGCACAT TGCCTGGCAG TGATCTGCCC 
AAGGGAGTGG CATTGGAGCC AGTAGGGCTG CGAGGGGAGC TAAGCAGAAG CCCTCACTCT 
GTTCTGGAGG GCAAAGTGAA GGCTCTGAAG GAGAAGAGAG TCGCCATGAA ACAGGGAGGA 
GTACTATCCC AGGAGCATCT CTCTCCAAAA AAGACCAAAG TCAAGAAGGG GAAGCTCTTA 
TCGGGCCCAG CTGTTGTGGA GGGGGTCACT CCAGATGCAG TGGTGGAGCC GCAGGCTCAG 
ATTCGCACCT ACTTGACGGA TGTGGTGCTA GACAGTAGAG ATGATGCAGA CTGTGGCCAG 
CATGCCAGGA GGGCCATGCT CAGAGGCGCT TGGGACAGCA ACGGAGACTC TGTGAAAGGT 
CACAGGACAG TGGGAGAGCA TGTAGCCTTG AGCCAGAGTT CAGCTGATGT GCTTTGGAGA 
TTTCCTACCC CAGGAAGCAA CATAATGGAA AATGCTGAGT ACCCAGAAAG TGGAGGCAGT 
CGAGGTTCCC CAGATGGGTT CTGGGATGCA GTCTTATCCA AGAATGCTGT GTCCAGCAGC 
CGTAAATCTT CCTTAAGAGA AAATGGCAGA CCTACCCTGC CAGCCTCCTG TGGAGAAGAG 
ATGACCCAGG CAACAGACTT TGAAAGCATC CCATTTGTGC CCAGATATGA TTCATGTGAA 
GCAGCCTCCT CTGGACGGCT TTGGAGGGTA GACAGCTGGG ACAGTATTGG CAGCACTGGG 
AGTACTGCCA GCATGCTATC TCTGGCTGAA CGGGTAGAAA GGAACCGGAT GATGTTGCAG 
GAGATGCTGA GCCTGTCAGG ACAGAGCCGT GGTCTGCAGG AGTCACGTAC ACTTCATCGG 
CATGAGGGGG AAGGTTCCTT ACTAGCAAAG GATGGACCTA GTCATGAGCT GCTGGTGAGT 
GATGTGGACT GGGACTCAGG TGTCTCCCTA CAGGATTCAG AAGGATACAG GGCCTTTGTT 
TCCAGTCAGG AGCTTGAGCT GAGCCCCAGG CATGAGCAGG CCAAGCAGCT GCTGCAGAGA 
GCCCGCATGA AGGCCAGGAC AAGCCCTCTC CGAGCCAGCC ATGACATCCT TCCTGCTGTT 
ACCCAGGACA GGCGGGATGC TGGCAGAACC ACTGCTCCAG ACCTGAGGAA AAGCTTGGCT 
CTGAAAGGTG GAGACACTCA CATCAGTGGG AACCTAAGTG ACTCCTCCAG CGGGGAGTCC 
AGTTGTGGAC AGCGCAGAAA GCGAGGTCCT TCCCCATCCC GGGTGCGTTT TGAGGATGAG 
TCTGTCCGGG ATGCTGAGGT GCGCTACTTG GAGAGGTTGC AGCTGCGCCA GAAGCGGGTT 
CTGGATTCAG TCCTTTTATC CCTGGGCCAG AGCCCACTGG TCTCCAAACC AGACCTTTCT 
GATTACATCA ACGGGGACTT TCATCGCAAA GAGAATGGGG TCAGCAAAGC CTTCAGAGAG 
CAGCAAGACC ATGGGCAGAC TGCAGGGGCA TCTGCACACA TGGGAAGCCC TGAGAAGGCC 
ACGCCTTCTG TGGTTAGCGC AGAGGGGAAG TGCACAGCCT GTGGCTCCTA CCTTGGCAGC 
TCAACAACCA ATCTGGCTGT GGCCACTGAG GTCAACCGGA CAGTTAATGA CTTGTCTGAG 
GGCAACAGCC TAACTCAGAA AAACAAAAAT ATTGGTAACT TGTCCGAAAG CAGGGAGCTG 
GGCACTTCCC AGCAGGAGCC CAAAGCCAGG ACTTTGGGCC CCGGGGGGTC TCCAGTTTGG 
ATTCTTCCTT CCCGGCAACG TATTCATACG GAGAGAATCA GGGAGACATA CATTGGGGAT 
GTCACTTACA TAGATGATGT GGATTCTGCT CTAGACAGTA CTGACACATC TGACAGCTGC 
AAGACTGACA GTGAAGAGGC TGGGCCAGGG AGCTCCCAGT CAGAGGGGTA CTCAGAAACA 
AGAAGCCGCT GTCACAGTGG CCACAAAGCT TCTAGGGGAA ATGGCACTCC AGGGAAGGGA 
GCAATAGGCA GGAAGGTAGA GCAGGGAAAA TGCAAGATGG ATGGCAGTGG AGGGGGTGGT 
GCCTTGGATG ACTCACTTGG TTCTAGCAGA ACGGTGTTCA GGAAGGATGC GAATGGAGAT 
AGGACCCCCA GCTTGAAGGA CTCCCTGGTG CTAAAAGAGA ATCCTGGGCT AAGGTCAACA 
CCCAATGGGG TAGAAGCATT TTCTAAATGT GAACACCCCC CAGCTCCACC TCAGCTAGCT 
GGAAAGAACA GTGGCCAAGA GGATGCAATG TTTGCCCCAG CACAGCAAAG AAAGCTTCAC 
CTTCCACCTC CCACACCACA TCAGCCATCA GCATTGCCAG CACCCAAGGC AGATGATGAT 
CTCTCAGGAA ACAGAGAATC AGGGGAGAAC TTAGCCCCCT CCCATCCACC AACTGCCAGC 
ATAAGCCAAA GTAGCAGGAT AAGAGTCAAT CCCCAACAAA CAAAGCAAGG GGTTCTTAAT 
TACAGCTTGG CAGCTCACAT CCCCACTCCC CCTTCCACAA AGAAAGCTTC CACCCCTATG 
CCTTACAGGA AGGCTGTCTT GACAGGCAGC TACAGGTTGA CAAACCAAGA AACTGGGTGC 
CTGGACCAGA CCAATAAACT AGTGACTTGT TCCACTTCCC CTCCCAGTAA TTTTCAGCAC 
AAATGTGAGT CCATGCTGGA GGAGCAGAAG GACCAGCAGA ATCCGAAGGG GCTTTCTAAG 
AGCAAATGCC AAGCCTTGTC TGCCAACAAC TGCAACAACA CACACACCAA ACATCAGCAG 
AGTGGCTTGG ATGAGAGCCA TGGACAATAT GAGCTGAGCG ACCAGAAAGT GTCTGGTTCT 
TTGGGAGAAA CTAAAGGTTT GTCATCAGGG GCTGATCCCT CTGCTGCTCC CAGCACCATT 
GGCTCAGCTG TCGTCACCTT CTCCCTGGTG TCCAAGGAGC CGGACTCTGC CCACACCACT 
CAGTTACCTG ATCAGAAAGC TGTAGGGCCC AGGTTGCAGA AGGCAAAGCA GCTTGTGGAA 
GGGAGCATAA CACCATGCAA ACCGTTGGGT ACCCAGTCAG AGCCCAAGAA GTCATCTTCC 
TCCACAGCAA GCAGGAAAGG GGGCAGCTCT TCTGCCTCAG GGCTAAAAAA GTTCTTCTCC 
GTTCTTAGCC AGAACACCAG GCAGAAGCTG GGCAGGTTCC GGTGCTACAG CATGGAACAG 
CTCCCTCCCG AGGCTCCAGG CTCAGTTCAA CCTCCAGAAG TCAGGTCAAA TGCCACTGAG 
TCTTCCAAAA TGAAGAAATC TCCTTCCCTG CAGTCTTTGC GACTGATGCC ACCCTTCAGC 
CAACCGAGAA AAGCCTCATC TGTGCAGAAC CTCCATTCTT TCTTGGGCAG GACAGACCGA 
TCCAATGCTT ACTTGGTGGT GGAGCCGGAG GAAGACAAAA CAACTGATAG GAAAGTGGGC 
ATTCTGCCCC GGCGTTCTCT CAGCGTGGAG GACATTGGCA CCCCTGACTT GGTACGAACT 
GTTGGTCGAG TTGTAGAAGT CTTCCCGGAT GGTACTAATC AACTGGAGCT ACAGCGCCCC 
CCGGGTGGCA CCTTTGGGTT CCGTGTCTCC TCTGGGAATG GCCGTCCTGA CACAGGCATC 
TACGTCCAGG AGATGACAGA CGCCAGCACA GCAAAGCTGT ATGCAGGACT CCTTGGCATA 
GGGGATGAGA TCCTAGAGGT GAATGGTGCC ACAGTCACTG GGCTTGGTTT GGCCCACATC 
AACAAACTGT TATTGCAGGC CAACACCCTG ACCCTCAGAG TGCTGAAGCA CAGACCCATC 
AGGCGGTAG

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

KIAA1614 ( XM_006025398.3 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_006025460.1 Alligator sinensis KIAA1614 ortholog (KIAA1614), transcript variant X1, mRNA.

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CloneID	OAl19820
Clone ID Related Accession (Same CDS sequence)	XM_025206173.1 , XM_006025398.2 , XM_006025398.3 , XM_025206174.1
Accession Version	XM_006025398.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3909bp) 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	2018-06-03
Organism	Alligator sinensis(Chinese alligator)
Product	uncharacterized protein KIAA1614 homolog isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842143.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 4, 2018 this sequence version replaced XM_006025398.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Alligator sinensis Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGGGA ACTCACCAGT GGAGAAGAGA AGAGCTATGA AGAATGTGAA GCAATACAGC 
AGGAGCACTA GTAGAAATAA GCTCTCTCTT GAGAGCACAT TGCCTGGCAG TGATCTGCCC 
AAGGGAGTGG CATTGGAGCC AGTAGGGCTG CGAGGGGAGC TAAGCAGAAG CCCTCACTCT 
GTTCTGGAGG GCAAAGTGAA GGCTCTGAAG GAGAAGAGAG TCGCCATGAA ACAGGGAGGA 
GTACTATCCC AGGAGCATCT CTCTCCAAAA AAGACCAAAG TCAAGAAGGG GAAGCTCTTA 
TCGGGCCCAG CTGTTGTGGA GGGGGTCACT CCAGATGCAG TGGTGGAGCC GCAGGCTCAG 
ATTCGCACCT ACTTGACGGA TGTGGTGCTA GACAGTAGAG ATGATGCAGA CTGTGGCCAG 
CATGCCAGGA GGGCCATGCT CAGAGGCGCT TGGGACAGCA ACGGAGACTC TGTGAAAGGT 
CACAGGACAG TGGGAGAGCA TGTAGCCTTG AGCCAGAGTT CAGCTGATGT GCTTTGGAGA 
TTTCCTACCC CAGGAAGCAA CATAATGGAA AATGCTGAGT ACCCAGAAAG TGGAGGCAGT 
CGAGGTTCCC CAGATGGGTT CTGGGATGCA GTCTTATCCA AGAATGCTGT GTCCAGCAGC 
CGTAAATCTT CCTTAAGAGA AAATGGCAGA CCTACCCTGC CAGCCTCCTG TGGAGAAGAG 
ATGACCCAGG CAACAGACTT TGAAAGCATC CCATTTGTGC CCAGATATGA TTCATGTGAA 
GCAGCCTCCT CTGGACGGCT TTGGAGGGTA GACAGCTGGG ACAGTATTGG CAGCACTGGG 
AGTACTGCCA GCATGCTATC TCTGGCTGAA CGGGTAGAAA GGAACCGGAT GATGTTGCAG 
GAGATGCTGA GCCTGTCAGG ACAGAGCCGT GGTCTGCAGG AGTCACGTAC ACTTCATCGG 
CATGAGGGGG AAGGTTCCTT ACTAGCAAAG GATGGACCTA GTCATGAGCT GCTGGTGAGT 
GATGTGGACT GGGACTCAGG TGTCTCCCTA CAGGATTCAG AAGGATACAG GGCCTTTGTT 
TCCAGTCAGG AGCTTGAGCT GAGCCCCAGG CATGAGCAGG CCAAGCAGCT GCTGCAGAGA 
GCCCGCATGA AGGCCAGGAC AAGCCCTCTC CGAGCCAGCC ATGACATCCT TCCTGCTGTT 
ACCCAGGACA GGCGGGATGC TGGCAGAACC ACTGCTCCAG ACCTGAGGAA AAGCTTGGCT 
CTGAAAGGTG GAGACACTCA CATCAGTGGG AACCTAAGTG ACTCCTCCAG CGGGGAGTCC 
AGTTGTGGAC AGCGCAGAAA GCGAGGTCCT TCCCCATCCC GGGTGCGTTT TGAGGATGAG 
TCTGTCCGGG ATGCTGAGGT GCGCTACTTG GAGAGGTTGC AGCTGCGCCA GAAGCGGGTT 
CTGGATTCAG TCCTTTTATC CCTGGGCCAG AGCCCACTGG TCTCCAAACC AGACCTTTCT 
GATTACATCA ACGGGGACTT TCATCGCAAA GAGAATGGGG TCAGCAAAGC CTTCAGAGAG 
CAGCAAGACC ATGGGCAGAC TGCAGGGGCA TCTGCACACA TGGGAAGCCC TGAGAAGGCC 
ACGCCTTCTG TGGTTAGCGC AGAGGGGAAG TGCACAGCCT GTGGCTCCTA CCTTGGCAGC 
TCAACAACCA ATCTGGCTGT GGCCACTGAG GTCAACCGGA CAGTTAATGA CTTGTCTGAG 
GGCAACAGCC TAACTCAGAA AAACAAAAAT ATTGGTAACT TGTCCGAAAG CAGGGAGCTG 
GGCACTTCCC AGCAGGAGCC CAAAGCCAGG ACTTTGGGCC CCGGGGGGTC TCCAGTTTGG 
ATTCTTCCTT CCCGGCAACG TATTCATACG GAGAGAATCA GGGAGACATA CATTGGGGAT 
GTCACTTACA TAGATGATGT GGATTCTGCT CTAGACAGTA CTGACACATC TGACAGCTGC 
AAGACTGACA GTGAAGAGGC TGGGCCAGGG AGCTCCCAGT CAGAGGGGTA CTCAGAAACA 
AGAAGCCGCT GTCACAGTGG CCACAAAGCT TCTAGGGGAA ATGGCACTCC AGGGAAGGGA 
GCAATAGGCA GGAAGGTAGA GCAGGGAAAA TGCAAGATGG ATGGCAGTGG AGGGGGTGGT 
GCCTTGGATG ACTCACTTGG TTCTAGCAGA ACGGTGTTCA GGAAGGATGC GAATGGAGAT 
AGGACCCCCA GCTTGAAGGA CTCCCTGGTG CTAAAAGAGA ATCCTGGGCT AAGGTCAACA 
CCCAATGGGG TAGAAGCATT TTCTAAATGT GAACACCCCC CAGCTCCACC TCAGCTAGCT 
GGAAAGAACA GTGGCCAAGA GGATGCAATG TTTGCCCCAG CACAGCAAAG AAAGCTTCAC 
CTTCCACCTC CCACACCACA TCAGCCATCA GCATTGCCAG CACCCAAGGC AGATGATGAT 
CTCTCAGGAA ACAGAGAATC AGGGGAGAAC TTAGCCCCCT CCCATCCACC AACTGCCAGC 
ATAAGCCAAA GTAGCAGGAT AAGAGTCAAT CCCCAACAAA CAAAGCAAGG GGTTCTTAAT 
TACAGCTTGG CAGCTCACAT CCCCACTCCC CCTTCCACAA AGAAAGCTTC CACCCCTATG 
CCTTACAGGA AGGCTGTCTT GACAGGCAGC TACAGGTTGA CAAACCAAGA AACTGGGTGC 
CTGGACCAGA CCAATAAACT AGTGACTTGT TCCACTTCCC CTCCCAGTAA TTTTCAGCAC 
AAATGTGAGT CCATGCTGGA GGAGCAGAAG GACCAGCAGA ATCCGAAGGG GCTTTCTAAG 
AGCAAATGCC AAGCCTTGTC TGCCAACAAC TGCAACAACA CACACACCAA ACATCAGCAG 
AGTGGCTTGG ATGAGAGCCA TGGACAATAT GAGCTGAGCG ACCAGAAAGT GTCTGGTTCT 
TTGGGAGAAA CTAAAGGTTT GTCATCAGGG GCTGATCCCT CTGCTGCTCC CAGCACCATT 
GGCTCAGCTG TCGTCACCTT CTCCCTGGTG TCCAAGGAGC CGGACTCTGC CCACACCACT 
CAGTTACCTG ATCAGAAAGC TGTAGGGCCC AGGTTGCAGA AGGCAAAGCA GCTTGTGGAA 
GGGAGCATAA CACCATGCAA ACCGTTGGGT ACCCAGTCAG AGCCCAAGAA GTCATCTTCC 
TCCACAGCAA GCAGGAAAGG GGGCAGCTCT TCTGCCTCAG GGCTAAAAAA GTTCTTCTCC 
GTTCTTAGCC AGAACACCAG GCAGAAGCTG GGCAGGTTCC GGTGCTACAG CATGGAACAG 
CTCCCTCCCG AGGCTCCAGG CTCAGTTCAA CCTCCAGAAG TCAGGTCAAA TGCCACTGAG 
TCTTCCAAAA TGAAGAAATC TCCTTCCCTG CAGTCTTTGC GACTGATGCC ACCCTTCAGC 
CAACCGAGAA AAGCCTCATC TGTGCAGAAC CTCCATTCTT TCTTGGGCAG GACAGACCGA 
TCCAATGCTT ACTTGGTGGT GGAGCCGGAG GAAGACAAAA CAACTGATAG GAAAGTGGGC 
ATTCTGCCCC GGCGTTCTCT CAGCGTGGAG GACATTGGCA CCCCTGACTT GGTACGAACT 
GTTGGTCGAG TTGTAGAAGT CTTCCCGGAT GGTACTAATC AACTGGAGCT ACAGCGCCCC 
CCGGGTGGCA CCTTTGGGTT CCGTGTCTCC TCTGGGAATG GCCGTCCTGA CACAGGCATC 
TACGTCCAGG AGATGACAGA CGCCAGCACA GCAAAGCTGT ATGCAGGACT CCTTGGCATA 
GGGGATGAGA TCCTAGAGGT GAATGGTGCC ACAGTCACTG GGCTTGGTTT GGCCCACATC 
AACAAACTGT TATTGCAGGC CAACACCCTG ACCCTCAGAG TGCTGAAGCA CAGACCCATC 
AGGCGGTAG

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

RefSeq	XP_006025460.1
CDS	942..4850
Translation	MEGNSPVEKRRAMKNVKQYSRSTSRNKLSLESTLPGSDLPKGVALEPVGLRGELSRSPHSVLEGKVKALKEKRVAMKQGGVLSQEHLSPKKTKVKKGKLLSGPAVVEGVTPDAVVEPQAQIRTYLTDVVLDSRDDADCGQHARRAMLRGAWDSNGDSVKGHRTVGEHVALSQSSADVLWRFPTPGSNIMENAEYPESGGSRGSPDGFWDAVLSKNAVSSSRKSSLRENGRPTLPASCGEEMTQATDFESIPFVPRYDSCEAASSGRLWRVDSWDSIGSTGSTASMLSLAERVERNRMMLQEMLSLSGQSRGLQESRTLHRHEGEGSLLAKDGPSHELLVSDVDWDSGVSLQDSEGYRAFVSSQELELSPRHEQAKQLLQRARMKARTSPLRASHDILPAVTQDRRDAGRTTAPDLRKSLALKGGDTHISGNLSDSSSGESSCGQRRKRGPSPSRVRFEDESVRDAEVRYLERLQLRQKRVLDSVLLSLGQSPLVSKPDLSDYINGDFHRKENGVSKAFREQQDHGQTAGASAHMGSPEKATPSVVSAEGKCTACGSYLGSSTTNLAVATEVNRTVNDLSEGNSLTQKNKNIGNLSESRELGTSQQEPKARTLGPGGSPVWILPSRQRIHTERIRETYIGDVTYIDDVDSALDSTDTSDSCKTDSEEAGPGSSQSEGYSETRSRCHSGHKASRGNGTPGKGAIGRKVEQGKCKMDGSGGGGALDDSLGSSRTVFRKDANGDRTPSLKDSLVLKENPGLRSTPNGVEAFSKCEHPPAPPQLAGKNSGQEDAMFAPAQQRKLHLPPPTPHQPSALPAPKADDDLSGNRESGENLAPSHPPTASISQSSRIRVNPQQTKQGVLNYSLAAHIPTPPSTKKASTPMPYRKAVLTGSYRLTNQETGCLDQTNKLVTCSTSPPSNFQHKCESMLEEQKDQQNPKGLSKSKCQALSANNCNNTHTKHQQSGLDESHGQYELSDQKVSGSLGETKGLSSGADPSAAPSTIGSAVVTFSLVSKEPDSAHTTQLPDQKAVGPRLQKAKQLVEGSITPCKPLGTQSEPKKSSSSTASRKGGSSSASGLKKFFSVLSQNTRQKLGRFRCYSMEQLPPEAPGSVQPPEVRSNATESSKMKKSPSLQSLRLMPPFSQPRKASSVQNLHSFLGRTDRSNAYLVVEPEEDKTTDRKVGILPRRSLSVEDIGTPDLVRTVGRVVEVFPDGTNQLELQRPPGGTFGFRVSSGNGRPDTGIYVQEMTDASTAKLYAGLLGIGDEILEVNGATVTGLGLAHINKLLLQANTLTLRVLKHRPIRR

Target ORF information:

RefSeq Version	XM_006025398.3
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis KIAA1614 ortholog (KIAA1614), transcript variant X1, mRNA.

Target ORF information:

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

XM_006025398.3

ORF Insert Sequence:

ATGGAGGGGA ACTCACCAGT GGAGAAGAGA AGAGCTATGA AGAATGTGAA GCAATACAGC 
AGGAGCACTA GTAGAAATAA GCTCTCTCTT GAGAGCACAT TGCCTGGCAG TGATCTGCCC 
AAGGGAGTGG CATTGGAGCC AGTAGGGCTG CGAGGGGAGC TAAGCAGAAG CCCTCACTCT 
GTTCTGGAGG GCAAAGTGAA GGCTCTGAAG GAGAAGAGAG TCGCCATGAA ACAGGGAGGA 
GTACTATCCC AGGAGCATCT CTCTCCAAAA AAGACCAAAG TCAAGAAGGG GAAGCTCTTA 
TCGGGCCCAG CTGTTGTGGA GGGGGTCACT CCAGATGCAG TGGTGGAGCC GCAGGCTCAG 
ATTCGCACCT ACTTGACGGA TGTGGTGCTA GACAGTAGAG ATGATGCAGA CTGTGGCCAG 
CATGCCAGGA GGGCCATGCT CAGAGGCGCT TGGGACAGCA ACGGAGACTC TGTGAAAGGT 
CACAGGACAG TGGGAGAGCA TGTAGCCTTG AGCCAGAGTT CAGCTGATGT GCTTTGGAGA 
TTTCCTACCC CAGGAAGCAA CATAATGGAA AATGCTGAGT ACCCAGAAAG TGGAGGCAGT 
CGAGGTTCCC CAGATGGGTT CTGGGATGCA GTCTTATCCA AGAATGCTGT GTCCAGCAGC 
CGTAAATCTT CCTTAAGAGA AAATGGCAGA CCTACCCTGC CAGCCTCCTG TGGAGAAGAG 
ATGACCCAGG CAACAGACTT TGAAAGCATC CCATTTGTGC CCAGATATGA TTCATGTGAA 
GCAGCCTCCT CTGGACGGCT TTGGAGGGTA GACAGCTGGG ACAGTATTGG CAGCACTGGG 
AGTACTGCCA GCATGCTATC TCTGGCTGAA CGGGTAGAAA GGAACCGGAT GATGTTGCAG 
GAGATGCTGA GCCTGTCAGG ACAGAGCCGT GGTCTGCAGG AGTCACGTAC ACTTCATCGG 
CATGAGGGGG AAGGTTCCTT ACTAGCAAAG GATGGACCTA GTCATGAGCT GCTGGTGAGT 
GATGTGGACT GGGACTCAGG TGTCTCCCTA CAGGATTCAG AAGGATACAG GGCCTTTGTT 
TCCAGTCAGG AGCTTGAGCT GAGCCCCAGG CATGAGCAGG CCAAGCAGCT GCTGCAGAGA 
GCCCGCATGA AGGCCAGGAC AAGCCCTCTC CGAGCCAGCC ATGACATCCT TCCTGCTGTT 
ACCCAGGACA GGCGGGATGC TGGCAGAACC ACTGCTCCAG ACCTGAGGAA AAGCTTGGCT 
CTGAAAGGTG GAGACACTCA CATCAGTGGG AACCTAAGTG ACTCCTCCAG CGGGGAGTCC 
AGTTGTGGAC AGCGCAGAAA GCGAGGTCCT TCCCCATCCC GGGTGCGTTT TGAGGATGAG 
TCTGTCCGGG ATGCTGAGGT GCGCTACTTG GAGAGGTTGC AGCTGCGCCA GAAGCGGGTT 
CTGGATTCAG TCCTTTTATC CCTGGGCCAG AGCCCACTGG TCTCCAAACC AGACCTTTCT 
GATTACATCA ACGGGGACTT TCATCGCAAA GAGAATGGGG TCAGCAAAGC CTTCAGAGAG 
CAGCAAGACC ATGGGCAGAC TGCAGGGGCA TCTGCACACA TGGGAAGCCC TGAGAAGGCC 
ACGCCTTCTG TGGTTAGCGC AGAGGGGAAG TGCACAGCCT GTGGCTCCTA CCTTGGCAGC 
TCAACAACCA ATCTGGCTGT GGCCACTGAG GTCAACCGGA CAGTTAATGA CTTGTCTGAG 
GGCAACAGCC TAACTCAGAA AAACAAAAAT ATTGGTAACT TGTCCGAAAG CAGGGAGCTG 
GGCACTTCCC AGCAGGAGCC CAAAGCCAGG ACTTTGGGCC CCGGGGGGTC TCCAGTTTGG 
ATTCTTCCTT CCCGGCAACG TATTCATACG GAGAGAATCA GGGAGACATA CATTGGGGAT 
GTCACTTACA TAGATGATGT GGATTCTGCT CTAGACAGTA CTGACACATC TGACAGCTGC 
AAGACTGACA GTGAAGAGGC TGGGCCAGGG AGCTCCCAGT CAGAGGGGTA CTCAGAAACA 
AGAAGCCGCT GTCACAGTGG CCACAAAGCT TCTAGGGGAA ATGGCACTCC AGGGAAGGGA 
GCAATAGGCA GGAAGGTAGA GCAGGGAAAA TGCAAGATGG ATGGCAGTGG AGGGGGTGGT 
GCCTTGGATG ACTCACTTGG TTCTAGCAGA ACGGTGTTCA GGAAGGATGC GAATGGAGAT 
AGGACCCCCA GCTTGAAGGA CTCCCTGGTG CTAAAAGAGA ATCCTGGGCT AAGGTCAACA 
CCCAATGGGG TAGAAGCATT TTCTAAATGT GAACACCCCC CAGCTCCACC TCAGCTAGCT 
GGAAAGAACA GTGGCCAAGA GGATGCAATG TTTGCCCCAG CACAGCAAAG AAAGCTTCAC 
CTTCCACCTC CCACACCACA TCAGCCATCA GCATTGCCAG CACCCAAGGC AGATGATGAT 
CTCTCAGGAA ACAGAGAATC AGGGGAGAAC TTAGCCCCCT CCCATCCACC AACTGCCAGC 
ATAAGCCAAA GTAGCAGGAT AAGAGTCAAT CCCCAACAAA CAAAGCAAGG GGTTCTTAAT 
TACAGCTTGG CAGCTCACAT CCCCACTCCC CCTTCCACAA AGAAAGCTTC CACCCCTATG 
CCTTACAGGA AGGCTGTCTT GACAGGCAGC TACAGGTTGA CAAACCAAGA AACTGGGTGC 
CTGGACCAGA CCAATAAACT AGTGACTTGT TCCACTTCCC CTCCCAGTAA TTTTCAGCAC 
AAATGTGAGT CCATGCTGGA GGAGCAGAAG GACCAGCAGA ATCCGAAGGG GCTTTCTAAG 
AGCAAATGCC AAGCCTTGTC TGCCAACAAC TGCAACAACA CACACACCAA ACATCAGCAG 
AGTGGCTTGG ATGAGAGCCA TGGACAATAT GAGCTGAGCG ACCAGAAAGT GTCTGGTTCT 
TTGGGAGAAA CTAAAGGTTT GTCATCAGGG GCTGATCCCT CTGCTGCTCC CAGCACCATT 
GGCTCAGCTG TCGTCACCTT CTCCCTGGTG TCCAAGGAGC CGGACTCTGC CCACACCACT 
CAGTTACCTG ATCAGAAAGC TGTAGGGCCC AGGTTGCAGA AGGCAAAGCA GCTTGTGGAA 
GGGAGCATAA CACCATGCAA ACCGTTGGGT ACCCAGTCAG AGCCCAAGAA GTCATCTTCC 
TCCACAGCAA GCAGGAAAGG GGGCAGCTCT TCTGCCTCAG GGCTAAAAAA GTTCTTCTCC 
GTTCTTAGCC AGAACACCAG GCAGAAGCTG GGCAGGTTCC GGTGCTACAG CATGGAACAG 
CTCCCTCCCG AGGCTCCAGG CTCAGTTCAA CCTCCAGAAG TCAGGTCAAA TGCCACTGAG 
TCTTCCAAAA TGAAGAAATC TCCTTCCCTG CAGTCTTTGC GACTGATGCC ACCCTTCAGC 
CAACCGAGAA AAGCCTCATC TGTGCAGAAC CTCCATTCTT TCTTGGGCAG GACAGACCGA 
TCCAATGCTT ACTTGGTGGT GGAGCCGGAG GAAGACAAAA CAACTGATAG GAAAGTGGGC 
ATTCTGCCCC GGCGTTCTCT CAGCGTGGAG GACATTGGCA CCCCTGACTT GGTACGAACT 
GTTGGTCGAG TTGTAGAAGT CTTCCCGGAT GGTACTAATC AACTGGAGCT ACAGCGCCCC 
CCGGGTGGCA CCTTTGGGTT CCGTGTCTCC TCTGGGAATG GCCGTCCTGA CACAGGCATC 
TACGTCCAGG AGATGACAGA CGCCAGCACA GCAAAGCTGT ATGCAGGACT CCTTGGCATA 
GGGGATGAGA TCCTAGAGGT GAATGGTGCC ACAGTCACTG GGCTTGGTTT GGCCCACATC 
AACAAACTGT TATTGCAGGC CAACACCCTG ACCCTCAGAG TGCTGAAGCA CAGACCCATC 
AGGCGGTAG

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

KIAA1614 ( XM_025206174.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_025061959.1 Alligator sinensis KIAA1614 ortholog (KIAA1614), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OAl19820
Clone ID Related Accession (Same CDS sequence)	XM_025206173.1 , XM_006025398.2 , XM_006025398.3 , XM_025206174.1
Accession Version	XM_025206174.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3909bp) 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	2018-06-03
Organism	Alligator sinensis(Chinese alligator)
Product	uncharacterized protein KIAA1614 homolog isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842143.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Alligator sinensis Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGGGA ACTCACCAGT GGAGAAGAGA AGAGCTATGA AGAATGTGAA GCAATACAGC 
AGGAGCACTA GTAGAAATAA GCTCTCTCTT GAGAGCACAT TGCCTGGCAG TGATCTGCCC 
AAGGGAGTGG CATTGGAGCC AGTAGGGCTG CGAGGGGAGC TAAGCAGAAG CCCTCACTCT 
GTTCTGGAGG GCAAAGTGAA GGCTCTGAAG GAGAAGAGAG TCGCCATGAA ACAGGGAGGA 
GTACTATCCC AGGAGCATCT CTCTCCAAAA AAGACCAAAG TCAAGAAGGG GAAGCTCTTA 
TCGGGCCCAG CTGTTGTGGA GGGGGTCACT CCAGATGCAG TGGTGGAGCC GCAGGCTCAG 
ATTCGCACCT ACTTGACGGA TGTGGTGCTA GACAGTAGAG ATGATGCAGA CTGTGGCCAG 
CATGCCAGGA GGGCCATGCT CAGAGGCGCT TGGGACAGCA ACGGAGACTC TGTGAAAGGT 
CACAGGACAG TGGGAGAGCA TGTAGCCTTG AGCCAGAGTT CAGCTGATGT GCTTTGGAGA 
TTTCCTACCC CAGGAAGCAA CATAATGGAA AATGCTGAGT ACCCAGAAAG TGGAGGCAGT 
CGAGGTTCCC CAGATGGGTT CTGGGATGCA GTCTTATCCA AGAATGCTGT GTCCAGCAGC 
CGTAAATCTT CCTTAAGAGA AAATGGCAGA CCTACCCTGC CAGCCTCCTG TGGAGAAGAG 
ATGACCCAGG CAACAGACTT TGAAAGCATC CCATTTGTGC CCAGATATGA TTCATGTGAA 
GCAGCCTCCT CTGGACGGCT TTGGAGGGTA GACAGCTGGG ACAGTATTGG CAGCACTGGG 
AGTACTGCCA GCATGCTATC TCTGGCTGAA CGGGTAGAAA GGAACCGGAT GATGTTGCAG 
GAGATGCTGA GCCTGTCAGG ACAGAGCCGT GGTCTGCAGG AGTCACGTAC ACTTCATCGG 
CATGAGGGGG AAGGTTCCTT ACTAGCAAAG GATGGACCTA GTCATGAGCT GCTGGTGAGT 
GATGTGGACT GGGACTCAGG TGTCTCCCTA CAGGATTCAG AAGGATACAG GGCCTTTGTT 
TCCAGTCAGG AGCTTGAGCT GAGCCCCAGG CATGAGCAGG CCAAGCAGCT GCTGCAGAGA 
GCCCGCATGA AGGCCAGGAC AAGCCCTCTC CGAGCCAGCC ATGACATCCT TCCTGCTGTT 
ACCCAGGACA GGCGGGATGC TGGCAGAACC ACTGCTCCAG ACCTGAGGAA AAGCTTGGCT 
CTGAAAGGTG GAGACACTCA CATCAGTGGG AACCTAAGTG ACTCCTCCAG CGGGGAGTCC 
AGTTGTGGAC AGCGCAGAAA GCGAGGTCCT TCCCCATCCC GGGTGCGTTT TGAGGATGAG 
TCTGTCCGGG ATGCTGAGGT GCGCTACTTG GAGAGGTTGC AGCTGCGCCA GAAGCGGGTT 
CTGGATTCAG TCCTTTTATC CCTGGGCCAG AGCCCACTGG TCTCCAAACC AGACCTTTCT 
GATTACATCA ACGGGGACTT TCATCGCAAA GAGAATGGGG TCAGCAAAGC CTTCAGAGAG 
CAGCAAGACC ATGGGCAGAC TGCAGGGGCA TCTGCACACA TGGGAAGCCC TGAGAAGGCC 
ACGCCTTCTG TGGTTAGCGC AGAGGGGAAG TGCACAGCCT GTGGCTCCTA CCTTGGCAGC 
TCAACAACCA ATCTGGCTGT GGCCACTGAG GTCAACCGGA CAGTTAATGA CTTGTCTGAG 
GGCAACAGCC TAACTCAGAA AAACAAAAAT ATTGGTAACT TGTCCGAAAG CAGGGAGCTG 
GGCACTTCCC AGCAGGAGCC CAAAGCCAGG ACTTTGGGCC CCGGGGGGTC TCCAGTTTGG 
ATTCTTCCTT CCCGGCAACG TATTCATACG GAGAGAATCA GGGAGACATA CATTGGGGAT 
GTCACTTACA TAGATGATGT GGATTCTGCT CTAGACAGTA CTGACACATC TGACAGCTGC 
AAGACTGACA GTGAAGAGGC TGGGCCAGGG AGCTCCCAGT CAGAGGGGTA CTCAGAAACA 
AGAAGCCGCT GTCACAGTGG CCACAAAGCT TCTAGGGGAA ATGGCACTCC AGGGAAGGGA 
GCAATAGGCA GGAAGGTAGA GCAGGGAAAA TGCAAGATGG ATGGCAGTGG AGGGGGTGGT 
GCCTTGGATG ACTCACTTGG TTCTAGCAGA ACGGTGTTCA GGAAGGATGC GAATGGAGAT 
AGGACCCCCA GCTTGAAGGA CTCCCTGGTG CTAAAAGAGA ATCCTGGGCT AAGGTCAACA 
CCCAATGGGG TAGAAGCATT TTCTAAATGT GAACACCCCC CAGCTCCACC TCAGCTAGCT 
GGAAAGAACA GTGGCCAAGA GGATGCAATG TTTGCCCCAG CACAGCAAAG AAAGCTTCAC 
CTTCCACCTC CCACACCACA TCAGCCATCA GCATTGCCAG CACCCAAGGC AGATGATGAT 
CTCTCAGGAA ACAGAGAATC AGGGGAGAAC TTAGCCCCCT CCCATCCACC AACTGCCAGC 
ATAAGCCAAA GTAGCAGGAT AAGAGTCAAT CCCCAACAAA CAAAGCAAGG GGTTCTTAAT 
TACAGCTTGG CAGCTCACAT CCCCACTCCC CCTTCCACAA AGAAAGCTTC CACCCCTATG 
CCTTACAGGA AGGCTGTCTT GACAGGCAGC TACAGGTTGA CAAACCAAGA AACTGGGTGC 
CTGGACCAGA CCAATAAACT AGTGACTTGT TCCACTTCCC CTCCCAGTAA TTTTCAGCAC 
AAATGTGAGT CCATGCTGGA GGAGCAGAAG GACCAGCAGA ATCCGAAGGG GCTTTCTAAG 
AGCAAATGCC AAGCCTTGTC TGCCAACAAC TGCAACAACA CACACACCAA ACATCAGCAG 
AGTGGCTTGG ATGAGAGCCA TGGACAATAT GAGCTGAGCG ACCAGAAAGT GTCTGGTTCT 
TTGGGAGAAA CTAAAGGTTT GTCATCAGGG GCTGATCCCT CTGCTGCTCC CAGCACCATT 
GGCTCAGCTG TCGTCACCTT CTCCCTGGTG TCCAAGGAGC CGGACTCTGC CCACACCACT 
CAGTTACCTG ATCAGAAAGC TGTAGGGCCC AGGTTGCAGA AGGCAAAGCA GCTTGTGGAA 
GGGAGCATAA CACCATGCAA ACCGTTGGGT ACCCAGTCAG AGCCCAAGAA GTCATCTTCC 
TCCACAGCAA GCAGGAAAGG GGGCAGCTCT TCTGCCTCAG GGCTAAAAAA GTTCTTCTCC 
GTTCTTAGCC AGAACACCAG GCAGAAGCTG GGCAGGTTCC GGTGCTACAG CATGGAACAG 
CTCCCTCCCG AGGCTCCAGG CTCAGTTCAA CCTCCAGAAG TCAGGTCAAA TGCCACTGAG 
TCTTCCAAAA TGAAGAAATC TCCTTCCCTG CAGTCTTTGC GACTGATGCC ACCCTTCAGC 
CAACCGAGAA AAGCCTCATC TGTGCAGAAC CTCCATTCTT TCTTGGGCAG GACAGACCGA 
TCCAATGCTT ACTTGGTGGT GGAGCCGGAG GAAGACAAAA CAACTGATAG GAAAGTGGGC 
ATTCTGCCCC GGCGTTCTCT CAGCGTGGAG GACATTGGCA CCCCTGACTT GGTACGAACT 
GTTGGTCGAG TTGTAGAAGT CTTCCCGGAT GGTACTAATC AACTGGAGCT ACAGCGCCCC 
CCGGGTGGCA CCTTTGGGTT CCGTGTCTCC TCTGGGAATG GCCGTCCTGA CACAGGCATC 
TACGTCCAGG AGATGACAGA CGCCAGCACA GCAAAGCTGT ATGCAGGACT CCTTGGCATA 
GGGGATGAGA TCCTAGAGGT GAATGGTGCC ACAGTCACTG GGCTTGGTTT GGCCCACATC 
AACAAACTGT TATTGCAGGC CAACACCCTG ACCCTCAGAG TGCTGAAGCA CAGACCCATC 
AGGCGGTAG

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

RefSeq	XP_025061959.1
CDS	165..4073
Translation	MEGNSPVEKRRAMKNVKQYSRSTSRNKLSLESTLPGSDLPKGVALEPVGLRGELSRSPHSVLEGKVKALKEKRVAMKQGGVLSQEHLSPKKTKVKKGKLLSGPAVVEGVTPDAVVEPQAQIRTYLTDVVLDSRDDADCGQHARRAMLRGAWDSNGDSVKGHRTVGEHVALSQSSADVLWRFPTPGSNIMENAEYPESGGSRGSPDGFWDAVLSKNAVSSSRKSSLRENGRPTLPASCGEEMTQATDFESIPFVPRYDSCEAASSGRLWRVDSWDSIGSTGSTASMLSLAERVERNRMMLQEMLSLSGQSRGLQESRTLHRHEGEGSLLAKDGPSHELLVSDVDWDSGVSLQDSEGYRAFVSSQELELSPRHEQAKQLLQRARMKARTSPLRASHDILPAVTQDRRDAGRTTAPDLRKSLALKGGDTHISGNLSDSSSGESSCGQRRKRGPSPSRVRFEDESVRDAEVRYLERLQLRQKRVLDSVLLSLGQSPLVSKPDLSDYINGDFHRKENGVSKAFREQQDHGQTAGASAHMGSPEKATPSVVSAEGKCTACGSYLGSSTTNLAVATEVNRTVNDLSEGNSLTQKNKNIGNLSESRELGTSQQEPKARTLGPGGSPVWILPSRQRIHTERIRETYIGDVTYIDDVDSALDSTDTSDSCKTDSEEAGPGSSQSEGYSETRSRCHSGHKASRGNGTPGKGAIGRKVEQGKCKMDGSGGGGALDDSLGSSRTVFRKDANGDRTPSLKDSLVLKENPGLRSTPNGVEAFSKCEHPPAPPQLAGKNSGQEDAMFAPAQQRKLHLPPPTPHQPSALPAPKADDDLSGNRESGENLAPSHPPTASISQSSRIRVNPQQTKQGVLNYSLAAHIPTPPSTKKASTPMPYRKAVLTGSYRLTNQETGCLDQTNKLVTCSTSPPSNFQHKCESMLEEQKDQQNPKGLSKSKCQALSANNCNNTHTKHQQSGLDESHGQYELSDQKVSGSLGETKGLSSGADPSAAPSTIGSAVVTFSLVSKEPDSAHTTQLPDQKAVGPRLQKAKQLVEGSITPCKPLGTQSEPKKSSSSTASRKGGSSSASGLKKFFSVLSQNTRQKLGRFRCYSMEQLPPEAPGSVQPPEVRSNATESSKMKKSPSLQSLRLMPPFSQPRKASSVQNLHSFLGRTDRSNAYLVVEPEEDKTTDRKVGILPRRSLSVEDIGTPDLVRTVGRVVEVFPDGTNQLELQRPPGGTFGFRVSSGNGRPDTGIYVQEMTDASTAKLYAGLLGIGDEILEVNGATVTGLGLAHINKLLLQANTLTLRVLKHRPIRR

Target ORF information:

RefSeq Version	XM_025206174.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis KIAA1614 ortholog (KIAA1614), transcript variant X3, mRNA.

Target ORF information:

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

XM_025206174.1

ORF Insert Sequence:

ATGGAGGGGA ACTCACCAGT GGAGAAGAGA AGAGCTATGA AGAATGTGAA GCAATACAGC 
AGGAGCACTA GTAGAAATAA GCTCTCTCTT GAGAGCACAT TGCCTGGCAG TGATCTGCCC 
AAGGGAGTGG CATTGGAGCC AGTAGGGCTG CGAGGGGAGC TAAGCAGAAG CCCTCACTCT 
GTTCTGGAGG GCAAAGTGAA GGCTCTGAAG GAGAAGAGAG TCGCCATGAA ACAGGGAGGA 
GTACTATCCC AGGAGCATCT CTCTCCAAAA AAGACCAAAG TCAAGAAGGG GAAGCTCTTA 
TCGGGCCCAG CTGTTGTGGA GGGGGTCACT CCAGATGCAG TGGTGGAGCC GCAGGCTCAG 
ATTCGCACCT ACTTGACGGA TGTGGTGCTA GACAGTAGAG ATGATGCAGA CTGTGGCCAG 
CATGCCAGGA GGGCCATGCT CAGAGGCGCT TGGGACAGCA ACGGAGACTC TGTGAAAGGT 
CACAGGACAG TGGGAGAGCA TGTAGCCTTG AGCCAGAGTT CAGCTGATGT GCTTTGGAGA 
TTTCCTACCC CAGGAAGCAA CATAATGGAA AATGCTGAGT ACCCAGAAAG TGGAGGCAGT 
CGAGGTTCCC CAGATGGGTT CTGGGATGCA GTCTTATCCA AGAATGCTGT GTCCAGCAGC 
CGTAAATCTT CCTTAAGAGA AAATGGCAGA CCTACCCTGC CAGCCTCCTG TGGAGAAGAG 
ATGACCCAGG CAACAGACTT TGAAAGCATC CCATTTGTGC CCAGATATGA TTCATGTGAA 
GCAGCCTCCT CTGGACGGCT TTGGAGGGTA GACAGCTGGG ACAGTATTGG CAGCACTGGG 
AGTACTGCCA GCATGCTATC TCTGGCTGAA CGGGTAGAAA GGAACCGGAT GATGTTGCAG 
GAGATGCTGA GCCTGTCAGG ACAGAGCCGT GGTCTGCAGG AGTCACGTAC ACTTCATCGG 
CATGAGGGGG AAGGTTCCTT ACTAGCAAAG GATGGACCTA GTCATGAGCT GCTGGTGAGT 
GATGTGGACT GGGACTCAGG TGTCTCCCTA CAGGATTCAG AAGGATACAG GGCCTTTGTT 
TCCAGTCAGG AGCTTGAGCT GAGCCCCAGG CATGAGCAGG CCAAGCAGCT GCTGCAGAGA 
GCCCGCATGA AGGCCAGGAC AAGCCCTCTC CGAGCCAGCC ATGACATCCT TCCTGCTGTT 
ACCCAGGACA GGCGGGATGC TGGCAGAACC ACTGCTCCAG ACCTGAGGAA AAGCTTGGCT 
CTGAAAGGTG GAGACACTCA CATCAGTGGG AACCTAAGTG ACTCCTCCAG CGGGGAGTCC 
AGTTGTGGAC AGCGCAGAAA GCGAGGTCCT TCCCCATCCC GGGTGCGTTT TGAGGATGAG 
TCTGTCCGGG ATGCTGAGGT GCGCTACTTG GAGAGGTTGC AGCTGCGCCA GAAGCGGGTT 
CTGGATTCAG TCCTTTTATC CCTGGGCCAG AGCCCACTGG TCTCCAAACC AGACCTTTCT 
GATTACATCA ACGGGGACTT TCATCGCAAA GAGAATGGGG TCAGCAAAGC CTTCAGAGAG 
CAGCAAGACC ATGGGCAGAC TGCAGGGGCA TCTGCACACA TGGGAAGCCC TGAGAAGGCC 
ACGCCTTCTG TGGTTAGCGC AGAGGGGAAG TGCACAGCCT GTGGCTCCTA CCTTGGCAGC 
TCAACAACCA ATCTGGCTGT GGCCACTGAG GTCAACCGGA CAGTTAATGA CTTGTCTGAG 
GGCAACAGCC TAACTCAGAA AAACAAAAAT ATTGGTAACT TGTCCGAAAG CAGGGAGCTG 
GGCACTTCCC AGCAGGAGCC CAAAGCCAGG ACTTTGGGCC CCGGGGGGTC TCCAGTTTGG 
ATTCTTCCTT CCCGGCAACG TATTCATACG GAGAGAATCA GGGAGACATA CATTGGGGAT 
GTCACTTACA TAGATGATGT GGATTCTGCT CTAGACAGTA CTGACACATC TGACAGCTGC 
AAGACTGACA GTGAAGAGGC TGGGCCAGGG AGCTCCCAGT CAGAGGGGTA CTCAGAAACA 
AGAAGCCGCT GTCACAGTGG CCACAAAGCT TCTAGGGGAA ATGGCACTCC AGGGAAGGGA 
GCAATAGGCA GGAAGGTAGA GCAGGGAAAA TGCAAGATGG ATGGCAGTGG AGGGGGTGGT 
GCCTTGGATG ACTCACTTGG TTCTAGCAGA ACGGTGTTCA GGAAGGATGC GAATGGAGAT 
AGGACCCCCA GCTTGAAGGA CTCCCTGGTG CTAAAAGAGA ATCCTGGGCT AAGGTCAACA 
CCCAATGGGG TAGAAGCATT TTCTAAATGT GAACACCCCC CAGCTCCACC TCAGCTAGCT 
GGAAAGAACA GTGGCCAAGA GGATGCAATG TTTGCCCCAG CACAGCAAAG AAAGCTTCAC 
CTTCCACCTC CCACACCACA TCAGCCATCA GCATTGCCAG CACCCAAGGC AGATGATGAT 
CTCTCAGGAA ACAGAGAATC AGGGGAGAAC TTAGCCCCCT CCCATCCACC AACTGCCAGC 
ATAAGCCAAA GTAGCAGGAT AAGAGTCAAT CCCCAACAAA CAAAGCAAGG GGTTCTTAAT 
TACAGCTTGG CAGCTCACAT CCCCACTCCC CCTTCCACAA AGAAAGCTTC CACCCCTATG 
CCTTACAGGA AGGCTGTCTT GACAGGCAGC TACAGGTTGA CAAACCAAGA AACTGGGTGC 
CTGGACCAGA CCAATAAACT AGTGACTTGT TCCACTTCCC CTCCCAGTAA TTTTCAGCAC 
AAATGTGAGT CCATGCTGGA GGAGCAGAAG GACCAGCAGA ATCCGAAGGG GCTTTCTAAG 
AGCAAATGCC AAGCCTTGTC TGCCAACAAC TGCAACAACA CACACACCAA ACATCAGCAG 
AGTGGCTTGG ATGAGAGCCA TGGACAATAT GAGCTGAGCG ACCAGAAAGT GTCTGGTTCT 
TTGGGAGAAA CTAAAGGTTT GTCATCAGGG GCTGATCCCT CTGCTGCTCC CAGCACCATT 
GGCTCAGCTG TCGTCACCTT CTCCCTGGTG TCCAAGGAGC CGGACTCTGC CCACACCACT 
CAGTTACCTG ATCAGAAAGC TGTAGGGCCC AGGTTGCAGA AGGCAAAGCA GCTTGTGGAA 
GGGAGCATAA CACCATGCAA ACCGTTGGGT ACCCAGTCAG AGCCCAAGAA GTCATCTTCC 
TCCACAGCAA GCAGGAAAGG GGGCAGCTCT TCTGCCTCAG GGCTAAAAAA GTTCTTCTCC 
GTTCTTAGCC AGAACACCAG GCAGAAGCTG GGCAGGTTCC GGTGCTACAG CATGGAACAG 
CTCCCTCCCG AGGCTCCAGG CTCAGTTCAA CCTCCAGAAG TCAGGTCAAA TGCCACTGAG 
TCTTCCAAAA TGAAGAAATC TCCTTCCCTG CAGTCTTTGC GACTGATGCC ACCCTTCAGC 
CAACCGAGAA AAGCCTCATC TGTGCAGAAC CTCCATTCTT TCTTGGGCAG GACAGACCGA 
TCCAATGCTT ACTTGGTGGT GGAGCCGGAG GAAGACAAAA CAACTGATAG GAAAGTGGGC 
ATTCTGCCCC GGCGTTCTCT CAGCGTGGAG GACATTGGCA CCCCTGACTT GGTACGAACT 
GTTGGTCGAG TTGTAGAAGT CTTCCCGGAT GGTACTAATC AACTGGAGCT ACAGCGCCCC 
CCGGGTGGCA CCTTTGGGTT CCGTGTCTCC TCTGGGAATG GCCGTCCTGA CACAGGCATC 
TACGTCCAGG AGATGACAGA CGCCAGCACA GCAAAGCTGT ATGCAGGACT CCTTGGCATA 
GGGGATGAGA TCCTAGAGGT GAATGGTGCC ACAGTCACTG GGCTTGGTTT GGCCCACATC 
AACAAACTGT TATTGCAGGC CAACACCCTG ACCCTCAGAG TGCTGAAGCA CAGACCCATC 
AGGCGGTAG

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

KIAA1614 ( XM_025206175.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_025061960.1 Alligator sinensis KIAA1614 ortholog (KIAA1614), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OAl88310
Clone ID Related Accession (Same CDS sequence)	XM_025206175.1
Accession Version	XM_025206175.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3798bp) 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	2018-06-03
Organism	Alligator sinensis(Chinese alligator)
Product	uncharacterized protein KIAA1614 homolog isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842143.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Alligator sinensis Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGGGA ACTCACCAGT GGAGAAGAGA AGAGCTATGA AGAATGTGAA GCAATACAGC 
AGGAGCACTA GTAGAAATAA GCTCTCTCTT GAGAGCACAT TGCCTGGCAG TGATCTGCCC 
AAGGGAGTGG CATTGGAGCC AGTAGGGCTG CGAGGGGAGC TAAGCAGAAG CCCTCACTCT 
GTTCTGGAGG GCAAAGTGAA GGCTCTGAAG GAGAAGAGAG TCGCCATGAA ACAGGGAGGA 
GTACTATCCC AGGAGCATCT CTCTCCAAAA AAGACCAAAG TCAAGAAGGG GAAGCTCTTA 
TCGGGCCCAG CTGTTGTGGA GGGGGTCACT CCAGATGCAG TGGTGGAGCC GCAGGCTCAG 
ATTCGCACCT ACTTGACGGA TGTGGTGCTA GACAGTAGAG ATGATGCAGA CTGTGGCCAG 
CATGCCAGGA GGGCCATGCT CAGAGGCGCT TGGGACAGCA ACGGAGACTC TGTGAAAGGT 
CACAGGACAG TGGGAGAGCA TGTAGCCTTG AGCCAGAGTT CAGCTGATGT GCTTTGGAGA 
TTTCCTACCC CAGGAAGCAA CATAATGGAA AATGCTGAGT ACCCAGAAAG TGGAGGCAGT 
CGAGGTTCCC CAGATGGGTT CTGGGATGCA GTCTTATCCA AGAATGCTGT GTCCAGCAGC 
CGTAAATCTT CCTTAAGAGA AAATGGCAGA CCTACCCTGC CAGCCTCCTG TGGAGAAGAG 
ATGACCCAGG CAACAGACTT TGAAAGCATC CCATTTGTGC CCAGATATGA TTCATGTGAA 
GCAGCCTCCT CTGGACGGCT TTGGAGGGTA GACAGCTGGG ACAGTATTGG CAGCACTGGG 
AGTACTGCCA GCATGCTATC TCTGGCTGAA CGGGTAGAAA GGAACCGGAT GATGTTGCAG 
GAGATGCTGA GCCTGTCAGG ACAGAGCCGT GGTCTGCAGG AGTCACGTAC ACTTCATCGG 
CATGAGGGGG AAGGTTCCTT ACTAGCAAAG GATGGACCTA GTCATGAGCT GCTGGTGAGT 
GATGTGGACT GGGACTCAGG TGTCTCCCTA CAGGATTCAG AAGGATACAG GGCCTTTGTT 
TCCAGTCAGG AGCTTGAGCT GAGCCCCAGG CATGAGCAGG CCAAGCAGCT GCTGCAGAGA 
GCCCGCATGA AGGCCAGGAC AAGCCCTCTC CGAGCCAGCC ATGACATCCT TCCTGCTGTT 
ACCCAGGACA GGCGGGATGC TGGCAGAACC ACTGCTCCAG ACCTGAGGAA AAGCTTGGCT 
CTGAAAGGTG GAGACACTCA CATCAGTGGG AACCTAAGTG ACTCCTCCAG CGGGGAGTCC 
AGTTGTGGAC AGCGCAGAAA GCGAGGTCCT TCCCCATCCC GGGTGCGTTT TGAGGATGAG 
TCTGTCCGGG ATGCTGAGGT GCGCTACTTG GAGAGGTTGC AGCTGCGCCA GAAGCGGGTT 
CTGGATTCAG TCCTTTTATC CCTGGGCCAG AGCCCACTGG TCTCCAAACC AGACCTTTCT 
GATTACATCA ACGGGGACTT TCATCGCAAA GAGAATGGGG TCAGCAAAGC CTTCAGAGAG 
CAGCAAGACC ATGGGCAGAC TGCAGGGGCA TCTGCACACA TGGGAAGCCC TGAGAAGGCC 
ACGCCTTCTG TGGTTAGCGC AGAGGGGAAG TGCACAGCCT GTGGCTCCTA CCTTGGCAGC 
TCAACAACCA ATCTGGCTGT GGCCACTGAG GTCAACCGGA CAGTTAATGA CTTGTCTGAG 
GGCAACAGCC TAACTCAGAA AAACAAAAAT ATTGGTAACT TGTCCGAAAG CAGGGAGCTG 
GGCACTTCCC AGCAGGAGCC CAAAGCCAGG ACTTTGGGCC CCGGGGGGTC TCCAGTTTGG 
ATTCTTCCTT CCCGGCAACG TATTCATACG GAGAGAATCA GGGAGACATA CATTGGGGAT 
GTCACTTACA TAGATGATGT GGATTCTGCT CTAGACAGTA CTGACACATC TGACAGCTGC 
AAGACTGACA GTGAAGAGGC TGGGCCAGGG AGCTCCCAGT CAGAGGGGTA CTCAGAAACA 
AGAAGCCGCT GTCACAGTGG CCACAAAGCT TCTAGGGGAA ATGGCACTCC AGGGAAGGGA 
GCAATAGGCA GGAAGGTAGA GCAGGGAAAA TGCAAGATGG ATGGCAGTGG AGGGGGTGGT 
GCCTTGGATG ACTCACTTGG TTCTAGCAGA ACGGTGTTCA GGAAGGATGC GAATGGAGAT 
AGGACCCCCA GCTTGAAGGA CTCCCTGGTG CTAAAAGAGA ATCCTGGGCT AAGGTCAACA 
CCCAATGGGG TAGAAGCATT TTCTAAATGT GAACACCCCC CAGCTCCACC TCAGCTAGCT 
GGAAAGAACA GTGGCCAAGA GGATGCAATG TTTGCCCCAG CACAGCAAAG AAAGCTTCAC 
CTTCCACCTC CCACACCACA TCAGCCATCA GCATTGCCAG CACCCAAGGC AGATGATGAT 
CTCTCAGGAA ACAGAGAATC AGGGGAGAAC TTAGCCCCCT CCCATCCACC AACTGCCAGC 
ATAAGCCAAA GTAGCAGGAT AAGAGTCAAT CCCCAACAAA CAAAGCAAGG GGTTCTTAAT 
TACAGCTTGG CAGCTCACAT CCCCACTCCC CCTTCCACAA AGAAAGCTTC CACCCCTATG 
CCTTACAGGA AGGCTGTCTT GACAGGCAGC TACAGGTTGA CAAACCAAGA AACTGGGTGC 
CTGGACCAGA CCAATAAACT AGTGACTTGT TCCACTTCCC CTCCCAGTAA TTTTCAGCAC 
AAATGTGAGT CCATGCTGGA GGAGCAGAAG GACCAGCAGA ATCCGAAGGG GCTTTCTAAG 
AGCAAATGCC AAGCCTTGTC TGCCAACAAC TGCAACAACA CACACACCAA ACATCAGCAG 
AGTGGCTTGG ATGAGAGCCA TGGACAATAT GAGCTGAGCG ACCAGAAAGT GTCTGGTTCT 
TTGGGAGAAA CTAAAGGTTT GTCATCAGGG GCTGATCCCT CTGCTGCTCC CAGCACCATT 
GGCTCAGCTG TCGTCACCTT CTCCCTGGTG TCCAAGGAGC CGGACTCTGC CCACACCACT 
CAGTTACCTG ATCAGAAAGC TGTAGGGCCC AGGTTGCAGA AGGCAAAGCA GCTTGTGGAA 
GGGAGCATAA CACCATGCCA GAACACCAGG CAGAAGCTGG GCAGGTTCCG GTGCTACAGC 
ATGGAACAGC TCCCTCCCGA GGCTCCAGGC TCAGTTCAAC CTCCAGAAGT CAGGTCAAAT 
GCCACTGAGT CTTCCAAAAT GAAGAAATCT CCTTCCCTGC AGTCTTTGCG ACTGATGCCA 
CCCTTCAGCC AACCGAGAAA AGCCTCATCT GTGCAGAACC TCCATTCTTT CTTGGGCAGG 
ACAGACCGAT CCAATGCTTA CTTGGTGGTG GAGCCGGAGG AAGACAAAAC AACTGATAGG 
AAAGTGGGCA TTCTGCCCCG GCGTTCTCTC AGCGTGGAGG ACATTGGCAC CCCTGACTTG 
GTACGAACTG TTGGTCGAGT TGTAGAAGTC TTCCCGGATG GTACTAATCA ACTGGAGCTA 
CAGCGCCCCC CGGGTGGCAC CTTTGGGTTC CGTGTCTCCT CTGGGAATGG CCGTCCTGAC 
ACAGGCATCT ACGTCCAGGA GATGACAGAC GCCAGCACAG CAAAGCTGTA TGCAGGACTC 
CTTGGCATAG GGGATGAGAT CCTAGAGGTG AATGGTGCCA CAGTCACTGG GCTTGGTTTG 
GCCCACATCA ACAAACTGTT ATTGCAGGCC AACACCCTGA CCCTCAGAGT GCTGAAGCAC 
AGACCCATCA GGCGGTAG

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

RefSeq	XP_025061960.1
CDS	942..4739
Translation	MEGNSPVEKRRAMKNVKQYSRSTSRNKLSLESTLPGSDLPKGVALEPVGLRGELSRSPHSVLEGKVKALKEKRVAMKQGGVLSQEHLSPKKTKVKKGKLLSGPAVVEGVTPDAVVEPQAQIRTYLTDVVLDSRDDADCGQHARRAMLRGAWDSNGDSVKGHRTVGEHVALSQSSADVLWRFPTPGSNIMENAEYPESGGSRGSPDGFWDAVLSKNAVSSSRKSSLRENGRPTLPASCGEEMTQATDFESIPFVPRYDSCEAASSGRLWRVDSWDSIGSTGSTASMLSLAERVERNRMMLQEMLSLSGQSRGLQESRTLHRHEGEGSLLAKDGPSHELLVSDVDWDSGVSLQDSEGYRAFVSSQELELSPRHEQAKQLLQRARMKARTSPLRASHDILPAVTQDRRDAGRTTAPDLRKSLALKGGDTHISGNLSDSSSGESSCGQRRKRGPSPSRVRFEDESVRDAEVRYLERLQLRQKRVLDSVLLSLGQSPLVSKPDLSDYINGDFHRKENGVSKAFREQQDHGQTAGASAHMGSPEKATPSVVSAEGKCTACGSYLGSSTTNLAVATEVNRTVNDLSEGNSLTQKNKNIGNLSESRELGTSQQEPKARTLGPGGSPVWILPSRQRIHTERIRETYIGDVTYIDDVDSALDSTDTSDSCKTDSEEAGPGSSQSEGYSETRSRCHSGHKASRGNGTPGKGAIGRKVEQGKCKMDGSGGGGALDDSLGSSRTVFRKDANGDRTPSLKDSLVLKENPGLRSTPNGVEAFSKCEHPPAPPQLAGKNSGQEDAMFAPAQQRKLHLPPPTPHQPSALPAPKADDDLSGNRESGENLAPSHPPTASISQSSRIRVNPQQTKQGVLNYSLAAHIPTPPSTKKASTPMPYRKAVLTGSYRLTNQETGCLDQTNKLVTCSTSPPSNFQHKCESMLEEQKDQQNPKGLSKSKCQALSANNCNNTHTKHQQSGLDESHGQYELSDQKVSGSLGETKGLSSGADPSAAPSTIGSAVVTFSLVSKEPDSAHTTQLPDQKAVGPRLQKAKQLVEGSITPCQNTRQKLGRFRCYSMEQLPPEAPGSVQPPEVRSNATESSKMKKSPSLQSLRLMPPFSQPRKASSVQNLHSFLGRTDRSNAYLVVEPEEDKTTDRKVGILPRRSLSVEDIGTPDLVRTVGRVVEVFPDGTNQLELQRPPGGTFGFRVSSGNGRPDTGIYVQEMTDASTAKLYAGLLGIGDEILEVNGATVTGLGLAHINKLLLQANTLTLRVLKHRPIRR

Target ORF information:

RefSeq Version	XM_025206175.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis KIAA1614 ortholog (KIAA1614), transcript variant X4, mRNA.

Target ORF information:

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

XM_025206175.1

ORF Insert Sequence:

ATGGAGGGGA ACTCACCAGT GGAGAAGAGA AGAGCTATGA AGAATGTGAA GCAATACAGC 
AGGAGCACTA GTAGAAATAA GCTCTCTCTT GAGAGCACAT TGCCTGGCAG TGATCTGCCC 
AAGGGAGTGG CATTGGAGCC AGTAGGGCTG CGAGGGGAGC TAAGCAGAAG CCCTCACTCT 
GTTCTGGAGG GCAAAGTGAA GGCTCTGAAG GAGAAGAGAG TCGCCATGAA ACAGGGAGGA 
GTACTATCCC AGGAGCATCT CTCTCCAAAA AAGACCAAAG TCAAGAAGGG GAAGCTCTTA 
TCGGGCCCAG CTGTTGTGGA GGGGGTCACT CCAGATGCAG TGGTGGAGCC GCAGGCTCAG 
ATTCGCACCT ACTTGACGGA TGTGGTGCTA GACAGTAGAG ATGATGCAGA CTGTGGCCAG 
CATGCCAGGA GGGCCATGCT CAGAGGCGCT TGGGACAGCA ACGGAGACTC TGTGAAAGGT 
CACAGGACAG TGGGAGAGCA TGTAGCCTTG AGCCAGAGTT CAGCTGATGT GCTTTGGAGA 
TTTCCTACCC CAGGAAGCAA CATAATGGAA AATGCTGAGT ACCCAGAAAG TGGAGGCAGT 
CGAGGTTCCC CAGATGGGTT CTGGGATGCA GTCTTATCCA AGAATGCTGT GTCCAGCAGC 
CGTAAATCTT CCTTAAGAGA AAATGGCAGA CCTACCCTGC CAGCCTCCTG TGGAGAAGAG 
ATGACCCAGG CAACAGACTT TGAAAGCATC CCATTTGTGC CCAGATATGA TTCATGTGAA 
GCAGCCTCCT CTGGACGGCT TTGGAGGGTA GACAGCTGGG ACAGTATTGG CAGCACTGGG 
AGTACTGCCA GCATGCTATC TCTGGCTGAA CGGGTAGAAA GGAACCGGAT GATGTTGCAG 
GAGATGCTGA GCCTGTCAGG ACAGAGCCGT GGTCTGCAGG AGTCACGTAC ACTTCATCGG 
CATGAGGGGG AAGGTTCCTT ACTAGCAAAG GATGGACCTA GTCATGAGCT GCTGGTGAGT 
GATGTGGACT GGGACTCAGG TGTCTCCCTA CAGGATTCAG AAGGATACAG GGCCTTTGTT 
TCCAGTCAGG AGCTTGAGCT GAGCCCCAGG CATGAGCAGG CCAAGCAGCT GCTGCAGAGA 
GCCCGCATGA AGGCCAGGAC AAGCCCTCTC CGAGCCAGCC ATGACATCCT TCCTGCTGTT 
ACCCAGGACA GGCGGGATGC TGGCAGAACC ACTGCTCCAG ACCTGAGGAA AAGCTTGGCT 
CTGAAAGGTG GAGACACTCA CATCAGTGGG AACCTAAGTG ACTCCTCCAG CGGGGAGTCC 
AGTTGTGGAC AGCGCAGAAA GCGAGGTCCT TCCCCATCCC GGGTGCGTTT TGAGGATGAG 
TCTGTCCGGG ATGCTGAGGT GCGCTACTTG GAGAGGTTGC AGCTGCGCCA GAAGCGGGTT 
CTGGATTCAG TCCTTTTATC CCTGGGCCAG AGCCCACTGG TCTCCAAACC AGACCTTTCT 
GATTACATCA ACGGGGACTT TCATCGCAAA GAGAATGGGG TCAGCAAAGC CTTCAGAGAG 
CAGCAAGACC ATGGGCAGAC TGCAGGGGCA TCTGCACACA TGGGAAGCCC TGAGAAGGCC 
ACGCCTTCTG TGGTTAGCGC AGAGGGGAAG TGCACAGCCT GTGGCTCCTA CCTTGGCAGC 
TCAACAACCA ATCTGGCTGT GGCCACTGAG GTCAACCGGA CAGTTAATGA CTTGTCTGAG 
GGCAACAGCC TAACTCAGAA AAACAAAAAT ATTGGTAACT TGTCCGAAAG CAGGGAGCTG 
GGCACTTCCC AGCAGGAGCC CAAAGCCAGG ACTTTGGGCC CCGGGGGGTC TCCAGTTTGG 
ATTCTTCCTT CCCGGCAACG TATTCATACG GAGAGAATCA GGGAGACATA CATTGGGGAT 
GTCACTTACA TAGATGATGT GGATTCTGCT CTAGACAGTA CTGACACATC TGACAGCTGC 
AAGACTGACA GTGAAGAGGC TGGGCCAGGG AGCTCCCAGT CAGAGGGGTA CTCAGAAACA 
AGAAGCCGCT GTCACAGTGG CCACAAAGCT TCTAGGGGAA ATGGCACTCC AGGGAAGGGA 
GCAATAGGCA GGAAGGTAGA GCAGGGAAAA TGCAAGATGG ATGGCAGTGG AGGGGGTGGT 
GCCTTGGATG ACTCACTTGG TTCTAGCAGA ACGGTGTTCA GGAAGGATGC GAATGGAGAT 
AGGACCCCCA GCTTGAAGGA CTCCCTGGTG CTAAAAGAGA ATCCTGGGCT AAGGTCAACA 
CCCAATGGGG TAGAAGCATT TTCTAAATGT GAACACCCCC CAGCTCCACC TCAGCTAGCT 
GGAAAGAACA GTGGCCAAGA GGATGCAATG TTTGCCCCAG CACAGCAAAG AAAGCTTCAC 
CTTCCACCTC CCACACCACA TCAGCCATCA GCATTGCCAG CACCCAAGGC AGATGATGAT 
CTCTCAGGAA ACAGAGAATC AGGGGAGAAC TTAGCCCCCT CCCATCCACC AACTGCCAGC 
ATAAGCCAAA GTAGCAGGAT AAGAGTCAAT CCCCAACAAA CAAAGCAAGG GGTTCTTAAT 
TACAGCTTGG CAGCTCACAT CCCCACTCCC CCTTCCACAA AGAAAGCTTC CACCCCTATG 
CCTTACAGGA AGGCTGTCTT GACAGGCAGC TACAGGTTGA CAAACCAAGA AACTGGGTGC 
CTGGACCAGA CCAATAAACT AGTGACTTGT TCCACTTCCC CTCCCAGTAA TTTTCAGCAC 
AAATGTGAGT CCATGCTGGA GGAGCAGAAG GACCAGCAGA ATCCGAAGGG GCTTTCTAAG 
AGCAAATGCC AAGCCTTGTC TGCCAACAAC TGCAACAACA CACACACCAA ACATCAGCAG 
AGTGGCTTGG ATGAGAGCCA TGGACAATAT GAGCTGAGCG ACCAGAAAGT GTCTGGTTCT 
TTGGGAGAAA CTAAAGGTTT GTCATCAGGG GCTGATCCCT CTGCTGCTCC CAGCACCATT 
GGCTCAGCTG TCGTCACCTT CTCCCTGGTG TCCAAGGAGC CGGACTCTGC CCACACCACT 
CAGTTACCTG ATCAGAAAGC TGTAGGGCCC AGGTTGCAGA AGGCAAAGCA GCTTGTGGAA 
GGGAGCATAA CACCATGCCA GAACACCAGG CAGAAGCTGG GCAGGTTCCG GTGCTACAGC 
ATGGAACAGC TCCCTCCCGA GGCTCCAGGC TCAGTTCAAC CTCCAGAAGT CAGGTCAAAT 
GCCACTGAGT CTTCCAAAAT GAAGAAATCT CCTTCCCTGC AGTCTTTGCG ACTGATGCCA 
CCCTTCAGCC AACCGAGAAA AGCCTCATCT GTGCAGAACC TCCATTCTTT CTTGGGCAGG 
ACAGACCGAT CCAATGCTTA CTTGGTGGTG GAGCCGGAGG AAGACAAAAC AACTGATAGG 
AAAGTGGGCA TTCTGCCCCG GCGTTCTCTC AGCGTGGAGG ACATTGGCAC CCCTGACTTG 
GTACGAACTG TTGGTCGAGT TGTAGAAGTC TTCCCGGATG GTACTAATCA ACTGGAGCTA 
CAGCGCCCCC CGGGTGGCAC CTTTGGGTTC CGTGTCTCCT CTGGGAATGG CCGTCCTGAC 
ACAGGCATCT ACGTCCAGGA GATGACAGAC GCCAGCACAG CAAAGCTGTA TGCAGGACTC 
CTTGGCATAG GGGATGAGAT CCTAGAGGTG AATGGTGCCA CAGTCACTGG GCTTGGTTTG 
GCCCACATCA ACAAACTGTT ATTGCAGGCC AACACCCTGA CCCTCAGAGT GCTGAAGCAC 
AGACCCATCA GGCGGTAG

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

KIAA1614 ( XM_025206176.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_025061961.1 Alligator sinensis KIAA1614 ortholog (KIAA1614), transcript variant X5, mRNA.

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CloneID	OAl88311
Clone ID Related Accession (Same CDS sequence)	XM_025206176.1
Accession Version	XM_025206176.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3612bp) 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	2018-06-03
Organism	Alligator sinensis(Chinese alligator)
Product	uncharacterized protein KIAA1614 homolog isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842143.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Alligator sinensis Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGGGA ACTCACCAGT GGAGAAGAGA AGAGCTATGA AGAATGTGAA GCAATACAGC 
AGGAGCACTA GTAGAAATAA GCTCTCTCTT GAGAGCACAT TGCCTGGCAG TGATCTGCCC 
AAGGGAGTGG CATTGGAGCC AGTAGGGCTG CGAGGGGAGC TAAGCAGAAG CCCTCACTCT 
GTTCTGGAGG GCAAAGTGAA GGCTCTGAAG GAGAAGAGAG TCGCCATGAA ACAGGGAGGA 
GTACTATCCC AGGAGCATCT CTCTCCAAAA AAGACCAAAG TCAAGAAGGG GAAGCTCTTA 
TCGGGCCCAG CTGTTGTGGA GGGGGTCACT CCAGATGCAG TGGTGGAGCC GCAGGCTCAG 
ATTCGCACCT ACTTGACGGA TGTGGTGCTA GACAGTAGAG ATGATGCAGA CTGTGGCCAG 
CATGCCAGGA GGGCCATGCT CAGAGGCGCT TGGGACAGCA ACGGAGACTC TGTGAAAGGT 
CACAGGACAG TGGGAGAGCA TGTAGCCTTG AGCCAGAGTT CAGCTGATGT GCTTTGGAGA 
TTTCCTACCC CAGGAAGCAA CATAATGGAA AATGCTGAGT ACCCAGAAAG TGGAGGCAGT 
CGAGGTTCCC CAGATGGGTT CTGGGATGCA GTCTTATCCA AGAATGCTGT GTCCAGCAGC 
CGTAAATCTT CCTTAAGAGA AAATGGCAGA CCTACCCTGC CAGCCTCCTG TGGAGAAGAG 
ATGACCCAGG CAACAGACTT TGAAAGCATC CCATTTGTGC CCAGATATGA TTCATGTGAA 
GCAGCCTCCT CTGGACGGCT TTGGAGGGTA GACAGCTGGG ACAGTATTGG CAGCACTGGG 
AGTACTGCCA GCATGCTATC TCTGGCTGAA CGGGTAGAAA GGAACCGGAT GATGTTGCAG 
GAGATGCTGA GCCTGTCAGG ACAGAGCCGT GGTCTGCAGG AGTCACGTAC ACTTCATCGG 
CATGAGGGGG AAGGTTCCTT ACTAGCAAAG GATGGACCTA GTCATGAGCT GCTGGTGAGT 
GATGTGGACT GGGACTCAGG TGTCTCCCTA CAGGATTCAG AAGGATACAG GGCCTTTGTT 
TCCAGTCAGG AGCTTGAGCT GAGCCCCAGG CATGAGCAGG CCAAGCAGCT GCTGCAGAGA 
GCCCGCATGA AGGCCAGGAC AAGCCCTCTC CGAGCCAGCC ATGACATCCT TCCTGCTGTT 
ACCCAGGACA GGCGGGATGC TGGCAGAACC ACTGCTCCAG ACCTGAGGAA AAGCTTGGCT 
CTGAAAGGTG GAGACACTCA CATCAGTGGG AACCTAAGTG ACTCCTCCAG CGGGGAGTCC 
AGTTGTGGAC AGCGCAGAAA GCGAGGTCCT TCCCCATCCC GGGTGCGTTT TGAGGATGAG 
TCTGTCCGGG ATGCTGAGGT GCGCTACTTG GAGAGGTTGC AGCTGCGCCA GAAGCGGGTT 
CTGGATTCAG TCCTTTTATC CCTGGGCCAG AGCCCACTGG TCTCCAAACC AGACCTTTCT 
GATTACATCA ACGGGGACTT TCATCGCAAA GAGAATGGGG TCAGCAAAGC CTTCAGAGAG 
CAGCAAGACC ATGGGCAGAC TGCAGGGGCA TCTGCACACA TGGGAAGCCC TGAGAAGGCC 
ACGCCTTCTG TGGTTAGCGC AGAGGGGAAG TGCACAGCCT GTGGCTCCTA CCTTGGCAGC 
TCAACAACCA ATCTGGCTGT GGCCACTGAG GTCAACCGGA CAGTTAATGA CTTGTCTGAG 
GGCAACAGCC TAACTCAGAA AAACAAAAAT ATTGGTAACT TGTCCGAAAG CAGGGAGCTG 
GGCACTTCCC AGCAGGAGCC CAAAGCCAGG ACTTTGGGCC CCGGGGGGTC TCCAGTTTGG 
ATTCTTCCTT CCCGGCAACG TATTCATACG GAGAGAATCA GGGAGACATA CATTGGGGAT 
GTCACTTACA TAGATGATGT GGATTCTGCT CTAGACAGTA CTGACACATC TGACAGCTGC 
AAGACTGACA GTGAAGAGGC TGGGCCAGGG AGCTCCCAGT CAGAGGGGTA CTCAGAAACA 
AGAAGCCGCT GTCACAGTGG CCACAAAGCT TCTAGGGGAA ATGGCACTCC AGGGAAGGGA 
GCAATAGGCA GGAAGGTAGA GCAGGGAAAA TGCAAGATGG ATGGCAGTGG AGGGGGTGGT 
GCCTTGGATG ACTCACTTGG TTCTAGCAGA ACGGTGTTCA GGAAGGATGC GAATGGAGAT 
AGGACCCCCA GCTTGAAGGA CTCCCTGGTG CTAAAAGAGA ATCCTGGGCT AAGGTCAACA 
CCCAATGGGG TAGAAGCATT TTCTAAATGT GAACACCCCC CAGCTCCACC TCAGCTAGCT 
GGAAAGAACA GTGGCCAAGA GGATGCAATG TTTGCCCCAG CACAGCAAAG AAAGCTTCAC 
CTTCCACCTC CCACACCACA TCAGCCATCA GCATTGCCAG CACCCAAGGC AGATGATGAT 
CTCTCAGGAA ACAGAGAATC AGGGGAGAAC TTAGCCCCCT CCCATCCACC AACTGCCAGC 
ATAAGCCAAA GTAGCAGGAT AAGAGTCAAT CCCCAACAAA CAAAGCAAGG GGTTCTTAAT 
TACAGCTTGG CAGCTCACAT CCCCACTCCC CCTTCCACAA AGAAAGCTTC CACCCCTATG 
CCTTACAGGA AGGCTGTCTT GACAGGCAGC TACAGGTTGA CAAACCAAGA AACTGGGTGC 
CTGGACCAGA CCAATAAACT AGTGACTTGT TCCACTTCCC CTCCCAGTAA TTTTCAGCAC 
AAATGTGAGT CCATGCTGGA GGAGCAGAAG GACCAGCAGA ATCCGAAGGG GCTTTCTAAG 
AGCAAATGCC AAGCCTTGTC TGCCAACAAC TGCAACAACA CACACACCAA ACATCAGCAG 
AGTGGCTTGG ATGAGAGCCA TGGACAATAT GAGCTGAGCG ACCAGAAAGT GTCTGGTTCT 
TTGGGAGAAA CTAAAGGTTT GTCATCAGGG GCTGATCCCT CTGCTGCTCC CAGCACCATT 
GGCTCAGCTG TCGTCACCTT CTCCCTGGTG TCCAAGGAGC CGGACTCTGC CCACACCACT 
CAGTTACCTG ATCAGAAAGC TGTAGGGCCC AGGTTGCAGA AGGCAAAGCA GCTTGTGGAA 
GGGAGCATAA CACCATGCAA ACCGTTGGGT ACCCAGTCAG AGCCCAAGAA GTCATCTTCC 
TCCACAGCAA GCAGGAAAGG GGGCAGCTCT TCTGCCTCAG GGCTAAAAAA GTTCTTCTCC 
GTTCTTAGCC AGAACACCAG GCAGAAGCTG GGCAGGTTCC GGTGCTACAG CATGGAACAG 
CTCCCTCCCG AGGCTCCAGG CTCAGTTCAA CCTCCAGAAG TCAGGTCAAA TGCCACTGAG 
TCTTCCAAAA TGAAGAAATC TCCTTCCCTG CAGTCTTTGC GACTGATGCC ACCCTTCAGC 
CAACCGAGAA AAGCCTCATC TGTGCAGAAC CTCCATTCTT TCTTGGGCAG GACAGACCGA 
TCCAATGCTT ACTTGGTGGT GGAGCCGGAG GAAGACAAAA CAACTGATAG GAAAGTGGGC 
ATTCTGCCCC GGCGTTCTCT CAGCGTGGAG GACATTGGCA CCCCTGACTT GGCATCTACG 
TCCAGGAGAT GA

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

RefSeq	XP_025061961.1
CDS	943..4554
Translation	MEGNSPVEKRRAMKNVKQYSRSTSRNKLSLESTLPGSDLPKGVALEPVGLRGELSRSPHSVLEGKVKALKEKRVAMKQGGVLSQEHLSPKKTKVKKGKLLSGPAVVEGVTPDAVVEPQAQIRTYLTDVVLDSRDDADCGQHARRAMLRGAWDSNGDSVKGHRTVGEHVALSQSSADVLWRFPTPGSNIMENAEYPESGGSRGSPDGFWDAVLSKNAVSSSRKSSLRENGRPTLPASCGEEMTQATDFESIPFVPRYDSCEAASSGRLWRVDSWDSIGSTGSTASMLSLAERVERNRMMLQEMLSLSGQSRGLQESRTLHRHEGEGSLLAKDGPSHELLVSDVDWDSGVSLQDSEGYRAFVSSQELELSPRHEQAKQLLQRARMKARTSPLRASHDILPAVTQDRRDAGRTTAPDLRKSLALKGGDTHISGNLSDSSSGESSCGQRRKRGPSPSRVRFEDESVRDAEVRYLERLQLRQKRVLDSVLLSLGQSPLVSKPDLSDYINGDFHRKENGVSKAFREQQDHGQTAGASAHMGSPEKATPSVVSAEGKCTACGSYLGSSTTNLAVATEVNRTVNDLSEGNSLTQKNKNIGNLSESRELGTSQQEPKARTLGPGGSPVWILPSRQRIHTERIRETYIGDVTYIDDVDSALDSTDTSDSCKTDSEEAGPGSSQSEGYSETRSRCHSGHKASRGNGTPGKGAIGRKVEQGKCKMDGSGGGGALDDSLGSSRTVFRKDANGDRTPSLKDSLVLKENPGLRSTPNGVEAFSKCEHPPAPPQLAGKNSGQEDAMFAPAQQRKLHLPPPTPHQPSALPAPKADDDLSGNRESGENLAPSHPPTASISQSSRIRVNPQQTKQGVLNYSLAAHIPTPPSTKKASTPMPYRKAVLTGSYRLTNQETGCLDQTNKLVTCSTSPPSNFQHKCESMLEEQKDQQNPKGLSKSKCQALSANNCNNTHTKHQQSGLDESHGQYELSDQKVSGSLGETKGLSSGADPSAAPSTIGSAVVTFSLVSKEPDSAHTTQLPDQKAVGPRLQKAKQLVEGSITPCKPLGTQSEPKKSSSSTASRKGGSSSASGLKKFFSVLSQNTRQKLGRFRCYSMEQLPPEAPGSVQPPEVRSNATESSKMKKSPSLQSLRLMPPFSQPRKASSVQNLHSFLGRTDRSNAYLVVEPEEDKTTDRKVGILPRRSLSVEDIGTPDLASTSRR

Target ORF information:

RefSeq Version	XM_025206176.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis KIAA1614 ortholog (KIAA1614), transcript variant X5, mRNA.

Target ORF information:

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

XM_025206176.1

ORF Insert Sequence:

ATGGAGGGGA ACTCACCAGT GGAGAAGAGA AGAGCTATGA AGAATGTGAA GCAATACAGC 
AGGAGCACTA GTAGAAATAA GCTCTCTCTT GAGAGCACAT TGCCTGGCAG TGATCTGCCC 
AAGGGAGTGG CATTGGAGCC AGTAGGGCTG CGAGGGGAGC TAAGCAGAAG CCCTCACTCT 
GTTCTGGAGG GCAAAGTGAA GGCTCTGAAG GAGAAGAGAG TCGCCATGAA ACAGGGAGGA 
GTACTATCCC AGGAGCATCT CTCTCCAAAA AAGACCAAAG TCAAGAAGGG GAAGCTCTTA 
TCGGGCCCAG CTGTTGTGGA GGGGGTCACT CCAGATGCAG TGGTGGAGCC GCAGGCTCAG 
ATTCGCACCT ACTTGACGGA TGTGGTGCTA GACAGTAGAG ATGATGCAGA CTGTGGCCAG 
CATGCCAGGA GGGCCATGCT CAGAGGCGCT TGGGACAGCA ACGGAGACTC TGTGAAAGGT 
CACAGGACAG TGGGAGAGCA TGTAGCCTTG AGCCAGAGTT CAGCTGATGT GCTTTGGAGA 
TTTCCTACCC CAGGAAGCAA CATAATGGAA AATGCTGAGT ACCCAGAAAG TGGAGGCAGT 
CGAGGTTCCC CAGATGGGTT CTGGGATGCA GTCTTATCCA AGAATGCTGT GTCCAGCAGC 
CGTAAATCTT CCTTAAGAGA AAATGGCAGA CCTACCCTGC CAGCCTCCTG TGGAGAAGAG 
ATGACCCAGG CAACAGACTT TGAAAGCATC CCATTTGTGC CCAGATATGA TTCATGTGAA 
GCAGCCTCCT CTGGACGGCT TTGGAGGGTA GACAGCTGGG ACAGTATTGG CAGCACTGGG 
AGTACTGCCA GCATGCTATC TCTGGCTGAA CGGGTAGAAA GGAACCGGAT GATGTTGCAG 
GAGATGCTGA GCCTGTCAGG ACAGAGCCGT GGTCTGCAGG AGTCACGTAC ACTTCATCGG 
CATGAGGGGG AAGGTTCCTT ACTAGCAAAG GATGGACCTA GTCATGAGCT GCTGGTGAGT 
GATGTGGACT GGGACTCAGG TGTCTCCCTA CAGGATTCAG AAGGATACAG GGCCTTTGTT 
TCCAGTCAGG AGCTTGAGCT GAGCCCCAGG CATGAGCAGG CCAAGCAGCT GCTGCAGAGA 
GCCCGCATGA AGGCCAGGAC AAGCCCTCTC CGAGCCAGCC ATGACATCCT TCCTGCTGTT 
ACCCAGGACA GGCGGGATGC TGGCAGAACC ACTGCTCCAG ACCTGAGGAA AAGCTTGGCT 
CTGAAAGGTG GAGACACTCA CATCAGTGGG AACCTAAGTG ACTCCTCCAG CGGGGAGTCC 
AGTTGTGGAC AGCGCAGAAA GCGAGGTCCT TCCCCATCCC GGGTGCGTTT TGAGGATGAG 
TCTGTCCGGG ATGCTGAGGT GCGCTACTTG GAGAGGTTGC AGCTGCGCCA GAAGCGGGTT 
CTGGATTCAG TCCTTTTATC CCTGGGCCAG AGCCCACTGG TCTCCAAACC AGACCTTTCT 
GATTACATCA ACGGGGACTT TCATCGCAAA GAGAATGGGG TCAGCAAAGC CTTCAGAGAG 
CAGCAAGACC ATGGGCAGAC TGCAGGGGCA TCTGCACACA TGGGAAGCCC TGAGAAGGCC 
ACGCCTTCTG TGGTTAGCGC AGAGGGGAAG TGCACAGCCT GTGGCTCCTA CCTTGGCAGC 
TCAACAACCA ATCTGGCTGT GGCCACTGAG GTCAACCGGA CAGTTAATGA CTTGTCTGAG 
GGCAACAGCC TAACTCAGAA AAACAAAAAT ATTGGTAACT TGTCCGAAAG CAGGGAGCTG 
GGCACTTCCC AGCAGGAGCC CAAAGCCAGG ACTTTGGGCC CCGGGGGGTC TCCAGTTTGG 
ATTCTTCCTT CCCGGCAACG TATTCATACG GAGAGAATCA GGGAGACATA CATTGGGGAT 
GTCACTTACA TAGATGATGT GGATTCTGCT CTAGACAGTA CTGACACATC TGACAGCTGC 
AAGACTGACA GTGAAGAGGC TGGGCCAGGG AGCTCCCAGT CAGAGGGGTA CTCAGAAACA 
AGAAGCCGCT GTCACAGTGG CCACAAAGCT TCTAGGGGAA ATGGCACTCC AGGGAAGGGA 
GCAATAGGCA GGAAGGTAGA GCAGGGAAAA TGCAAGATGG ATGGCAGTGG AGGGGGTGGT 
GCCTTGGATG ACTCACTTGG TTCTAGCAGA ACGGTGTTCA GGAAGGATGC GAATGGAGAT 
AGGACCCCCA GCTTGAAGGA CTCCCTGGTG CTAAAAGAGA ATCCTGGGCT AAGGTCAACA 
CCCAATGGGG TAGAAGCATT TTCTAAATGT GAACACCCCC CAGCTCCACC TCAGCTAGCT 
GGAAAGAACA GTGGCCAAGA GGATGCAATG TTTGCCCCAG CACAGCAAAG AAAGCTTCAC 
CTTCCACCTC CCACACCACA TCAGCCATCA GCATTGCCAG CACCCAAGGC AGATGATGAT 
CTCTCAGGAA ACAGAGAATC AGGGGAGAAC TTAGCCCCCT CCCATCCACC AACTGCCAGC 
ATAAGCCAAA GTAGCAGGAT AAGAGTCAAT CCCCAACAAA CAAAGCAAGG GGTTCTTAAT 
TACAGCTTGG CAGCTCACAT CCCCACTCCC CCTTCCACAA AGAAAGCTTC CACCCCTATG 
CCTTACAGGA AGGCTGTCTT GACAGGCAGC TACAGGTTGA CAAACCAAGA AACTGGGTGC 
CTGGACCAGA CCAATAAACT AGTGACTTGT TCCACTTCCC CTCCCAGTAA TTTTCAGCAC 
AAATGTGAGT CCATGCTGGA GGAGCAGAAG GACCAGCAGA ATCCGAAGGG GCTTTCTAAG 
AGCAAATGCC AAGCCTTGTC TGCCAACAAC TGCAACAACA CACACACCAA ACATCAGCAG 
AGTGGCTTGG ATGAGAGCCA TGGACAATAT GAGCTGAGCG ACCAGAAAGT GTCTGGTTCT 
TTGGGAGAAA CTAAAGGTTT GTCATCAGGG GCTGATCCCT CTGCTGCTCC CAGCACCATT 
GGCTCAGCTG TCGTCACCTT CTCCCTGGTG TCCAAGGAGC CGGACTCTGC CCACACCACT 
CAGTTACCTG ATCAGAAAGC TGTAGGGCCC AGGTTGCAGA AGGCAAAGCA GCTTGTGGAA 
GGGAGCATAA CACCATGCAA ACCGTTGGGT ACCCAGTCAG AGCCCAAGAA GTCATCTTCC 
TCCACAGCAA GCAGGAAAGG GGGCAGCTCT TCTGCCTCAG GGCTAAAAAA GTTCTTCTCC 
GTTCTTAGCC AGAACACCAG GCAGAAGCTG GGCAGGTTCC GGTGCTACAG CATGGAACAG 
CTCCCTCCCG AGGCTCCAGG CTCAGTTCAA CCTCCAGAAG TCAGGTCAAA TGCCACTGAG 
TCTTCCAAAA TGAAGAAATC TCCTTCCCTG CAGTCTTTGC GACTGATGCC ACCCTTCAGC 
CAACCGAGAA AAGCCTCATC TGTGCAGAAC CTCCATTCTT TCTTGGGCAG GACAGACCGA 
TCCAATGCTT ACTTGGTGGT GGAGCCGGAG GAAGACAAAA CAACTGATAG GAAAGTGGGC 
ATTCTGCCCC GGCGTTCTCT CAGCGTGGAG GACATTGGCA CCCCTGACTT GGCATCTACG 
TCCAGGAGAT GA

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

KIAA1614 ( XM_025206177.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_025061962.1 Alligator sinensis KIAA1614 ortholog (KIAA1614), transcript variant X6, mRNA.

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CloneID	OAl88312
Clone ID Related Accession (Same CDS sequence)	XM_025206177.1
Accession Version	XM_025206177.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3138bp) 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	2018-06-03
Organism	Alligator sinensis(Chinese alligator)
Product	uncharacterized protein KIAA1614 homolog isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842143.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Alligator sinensis Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGGGA ACTCACCAGT GGAGAAGAGA AGAGCTATGA AGAATGTGAA GCAATACAGC 
AGGAGCACTA GTAGAAATAA GCTCTCTCTT GAGAGCACAT TGCCTGGCAG TGATCTGCCC 
AAGGGAGTGG CATTGGAGCC AGTAGGGCTG CGAGGGGAGC TAAGCAGAAG CCCTCACTCT 
GTTCTGGAGG GCAAAGTGAA GGCTCTGAAG GAGAAGAGAG TCGCCATGAA ACAGGGAGGA 
GTACTATCCC AGGAGCATCT CTCTCCAAAA AAGACCAAAG TCAAGAAGGG GAAGCTCTTA 
TCGGGCCCAG CTGTTGTGGA GGGGGTCACT CCAGATGCAG TGGTGGAGCC GCAGGCTCAG 
ATTCGCACCT ACTTGACGGA TGTGGTGCTA GACAGTAGAG ATGATGCAGA CTGTGGCCAG 
CATGCCAGGA GGGCCATGCT CAGAGGCGCT TGGGACAGCA ACGGAGACTC TGTGAAAGGT 
CACAGGACAG TGGGAGAGCA TGTAGCCTTG AGCCAGAGTT CAGCTGATGT GCTTTGGAGA 
TTTCCTACCC CAGGAAGCAA CATAATGGAA AATGCTGAGT ACCCAGAAAG TGGAGGCAGT 
CGAGGTTCCC CAGATGGGTT CTGGGATGCA GTCTTATCCA AGAATGCTGT GTCCAGCAGC 
CGTAAATCTT CCTTAAGAGA AAATGGCAGA CCTACCCTGC CAGCCTCCTG TGGAGAAGAG 
ATGACCCAGG CAACAGACTT TGAAAGCATC CCATTTGTGC CCAGATATGA TTCATGTGAA 
GCAGCCTCCT CTGGACGGCT TTGGAGGGTA GACAGCTGGG ACAGTATTGG CAGCACTGGG 
AGTACTGCCA GCATGCTATC TCTGGCTGAA CGGGTAGAAA GGAACCGGAT GATGTTGCAG 
GAGATGCTGA GCCTGTCAGG ACAGAGCCGT GGTCTGCAGG AGTCACGTAC ACTTCATCGG 
CATGAGGGGG AAGGTTCCTT ACTAGCAAAG GATGGACCTA GTCATGAGCT GCTGGTGAGT 
GATGTGGACT GGGACTCAGG TGTCTCCCTA CAGGATTCAG AAGGATACAG GGCCTTTGTT 
TCCAGTCAGG AGCTTGAGCT GAGCCCCAGG CATGAGCAGG CCAAGCAGCT GCTGCAGAGA 
GCCCGCATGA AGGCCAGGAC AAGCCCTCTC CGAGCCAGCC ATGACATCCT TCCTGCTGTT 
ACCCAGGACA GGCGGGATGC TGGCAGAACC ACTGCTCCAG ACCTGAGGAA AAGCTTGGCT 
CTGAAAGGTG GAGACACTCA CATCAGTGGG AACCTAAGTG ACTCCTCCAG CGGGGAGTCC 
AGTTGTGGAC AGCGCAGAAA GCGAGGTCCT TCCCCATCCC GGGTGCGTTT TGAGGATGAG 
TCTGTCCGGG ATGCTGAGGT GCGCTACTTG GAGAGGTTGC AGCTGCGCCA GAAGCGGGTT 
CTGGATTCAG TCCTTTTATC CCTGGGCCAG AGCCCACTGG TCTCCAAACC AGACCTTTCT 
GATTACATCA ACGGGGACTT TCATCGCAAA GAGAATGGGG TCAGCAAAGC CTTCAGAGAG 
CAGCAAGACC ATGGGCAGAC TGCAGGGGCA TCTGCACACA TGGGAAGCCC TGAGAAGGCC 
ACGCCTTCTG TGGTTAGCGC AGAGGGGAAG TGCACAGCCT GTGGCTCCTA CCTTGGCAGC 
TCAACAACCA ATCTGGCTGT GGCCACTGAG GTCAACCGGA CAGTTAATGA CTTGTCTGAG 
GGCAACAGCC TAACTCAGAA AAACAAAAAT ATTGGTAACT TGTCCGAAAG CAGGGAGCTG 
GGCACTTCCC AGCAGGAGCC CAAAGCCAGG ACTTTGGGCC CCGGGGGGTC TCCAGTTTGG 
ATTCTTCCTT CCCGGCAACG TATTCATACG GAGAGAATCA GGGAGACATA CATTGGGGAT 
GTCACTTACA TAGATGATGT GGATTCTGCT CTAGACAGTA CTGACACATC TGACAGCTGC 
AAGACTGACA GTGAAGAGGC TGGGCCAGGG AGCTCCCAGT CAGAGGGGTA CTCAGAAACA 
AGAAGCCGCT GTCACAGTGG CCACAAAGCT TCTAGGGGAA ATGGCACTCC AGGGAAGGGA 
GCAATAGGCA GGAAGGTAGA GCAGGGAAAA TGCAAGATGG ATGGCAGTGG AGGGGGTGGT 
GCCTTGGATG ACTCACTTGG TTCTAGCAGA ACGGTGTTCA GGAAGGATGC GAATGGAGAT 
AGGACCCCCA GCTTGAAGGA CTCCCTGGTG CTAAAAGAGA ATCCTGGGCT AAGGTCAACA 
CCCAATGGGG TAGAAGCATT TTCTAAATGT GAACACCCCC CAGCTCCACC TCAGCTAGCT 
GGAAAGAACA GTGGCCAAGA GGATGCAATG TTTGCCCCAG CACAGCAAAG AAAGCTTCAC 
CTTCCACCTC CCACACCACA TCAGCCATCA GCATTGCCAG CACCCAAGGC AGATGATGAT 
CTCTCAGGAA ACAGAGAATC AGGGGAGAAC TTAGCCCCCT CCCATCCACC AACTGCCAGC 
ATAAGCCAAA GTAGCAGGAT AAGAGTCAAT CCCCAACAAA CAAAGCAAGG GGTTCTTAAT 
TACAGCTTGG CAGCTCACAT CCCCACTCCC CCTTCCACAA AGAAAGCTTC CACCCCTATG 
CCTTACAGGA AGGCTGTCTT GACAGGCAGC TACAGGTTGA CAAACCAAGA AACTGGGTGC 
CTGGACCAGA CCAATAAACT AGTGACTTGT TCCACTTCCC CTCCCAGTAA TTTTCAGCAC 
AAATGTGAGT CCATGCTGGA GGAGCAGAAG GACCAGCAGA ATCCGAAGGG GCTTTCTAAG 
AGCAAATGCC AAGCCTTGTC TGCCAACAAC TGCAACAACA CACACACCAA ACATCAGCAG 
AGTGGCTTGG ATGAGAGCCA TGGACAATAT GAGCTGAGCG ACCAGAAAGT GTCTGGTTCT 
TTGGGAGAAA CTAAAGGTTT GTCATCAGGG GCTGATCCCT CTGCTGCTCC CAGCACCATT 
GGCTCAGCTG TCGTCACCTT CTCCCTGGTG TCCAAGGAGC CGGACTCTGC CCACACCACT 
CAGTTACCTG ATCAGAAAGC TGTAGGGCCC AGGTTGCAGA AGGCAAAGCA GCTTGTGGAA 
GGGAGCATAA CACCATGA

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

RefSeq	XP_025061962.1
CDS	943..4080
Translation	MEGNSPVEKRRAMKNVKQYSRSTSRNKLSLESTLPGSDLPKGVALEPVGLRGELSRSPHSVLEGKVKALKEKRVAMKQGGVLSQEHLSPKKTKVKKGKLLSGPAVVEGVTPDAVVEPQAQIRTYLTDVVLDSRDDADCGQHARRAMLRGAWDSNGDSVKGHRTVGEHVALSQSSADVLWRFPTPGSNIMENAEYPESGGSRGSPDGFWDAVLSKNAVSSSRKSSLRENGRPTLPASCGEEMTQATDFESIPFVPRYDSCEAASSGRLWRVDSWDSIGSTGSTASMLSLAERVERNRMMLQEMLSLSGQSRGLQESRTLHRHEGEGSLLAKDGPSHELLVSDVDWDSGVSLQDSEGYRAFVSSQELELSPRHEQAKQLLQRARMKARTSPLRASHDILPAVTQDRRDAGRTTAPDLRKSLALKGGDTHISGNLSDSSSGESSCGQRRKRGPSPSRVRFEDESVRDAEVRYLERLQLRQKRVLDSVLLSLGQSPLVSKPDLSDYINGDFHRKENGVSKAFREQQDHGQTAGASAHMGSPEKATPSVVSAEGKCTACGSYLGSSTTNLAVATEVNRTVNDLSEGNSLTQKNKNIGNLSESRELGTSQQEPKARTLGPGGSPVWILPSRQRIHTERIRETYIGDVTYIDDVDSALDSTDTSDSCKTDSEEAGPGSSQSEGYSETRSRCHSGHKASRGNGTPGKGAIGRKVEQGKCKMDGSGGGGALDDSLGSSRTVFRKDANGDRTPSLKDSLVLKENPGLRSTPNGVEAFSKCEHPPAPPQLAGKNSGQEDAMFAPAQQRKLHLPPPTPHQPSALPAPKADDDLSGNRESGENLAPSHPPTASISQSSRIRVNPQQTKQGVLNYSLAAHIPTPPSTKKASTPMPYRKAVLTGSYRLTNQETGCLDQTNKLVTCSTSPPSNFQHKCESMLEEQKDQQNPKGLSKSKCQALSANNCNNTHTKHQQSGLDESHGQYELSDQKVSGSLGETKGLSSGADPSAAPSTIGSAVVTFSLVSKEPDSAHTTQLPDQKAVGPRLQKAKQLVEGSITP

Target ORF information:

RefSeq Version	XM_025206177.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis KIAA1614 ortholog (KIAA1614), transcript variant X6, mRNA.

Target ORF information:

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

XM_025206177.1

ORF Insert Sequence:

ATGGAGGGGA ACTCACCAGT GGAGAAGAGA AGAGCTATGA AGAATGTGAA GCAATACAGC 
AGGAGCACTA GTAGAAATAA GCTCTCTCTT GAGAGCACAT TGCCTGGCAG TGATCTGCCC 
AAGGGAGTGG CATTGGAGCC AGTAGGGCTG CGAGGGGAGC TAAGCAGAAG CCCTCACTCT 
GTTCTGGAGG GCAAAGTGAA GGCTCTGAAG GAGAAGAGAG TCGCCATGAA ACAGGGAGGA 
GTACTATCCC AGGAGCATCT CTCTCCAAAA AAGACCAAAG TCAAGAAGGG GAAGCTCTTA 
TCGGGCCCAG CTGTTGTGGA GGGGGTCACT CCAGATGCAG TGGTGGAGCC GCAGGCTCAG 
ATTCGCACCT ACTTGACGGA TGTGGTGCTA GACAGTAGAG ATGATGCAGA CTGTGGCCAG 
CATGCCAGGA GGGCCATGCT CAGAGGCGCT TGGGACAGCA ACGGAGACTC TGTGAAAGGT 
CACAGGACAG TGGGAGAGCA TGTAGCCTTG AGCCAGAGTT CAGCTGATGT GCTTTGGAGA 
TTTCCTACCC CAGGAAGCAA CATAATGGAA AATGCTGAGT ACCCAGAAAG TGGAGGCAGT 
CGAGGTTCCC CAGATGGGTT CTGGGATGCA GTCTTATCCA AGAATGCTGT GTCCAGCAGC 
CGTAAATCTT CCTTAAGAGA AAATGGCAGA CCTACCCTGC CAGCCTCCTG TGGAGAAGAG 
ATGACCCAGG CAACAGACTT TGAAAGCATC CCATTTGTGC CCAGATATGA TTCATGTGAA 
GCAGCCTCCT CTGGACGGCT TTGGAGGGTA GACAGCTGGG ACAGTATTGG CAGCACTGGG 
AGTACTGCCA GCATGCTATC TCTGGCTGAA CGGGTAGAAA GGAACCGGAT GATGTTGCAG 
GAGATGCTGA GCCTGTCAGG ACAGAGCCGT GGTCTGCAGG AGTCACGTAC ACTTCATCGG 
CATGAGGGGG AAGGTTCCTT ACTAGCAAAG GATGGACCTA GTCATGAGCT GCTGGTGAGT 
GATGTGGACT GGGACTCAGG TGTCTCCCTA CAGGATTCAG AAGGATACAG GGCCTTTGTT 
TCCAGTCAGG AGCTTGAGCT GAGCCCCAGG CATGAGCAGG CCAAGCAGCT GCTGCAGAGA 
GCCCGCATGA AGGCCAGGAC AAGCCCTCTC CGAGCCAGCC ATGACATCCT TCCTGCTGTT 
ACCCAGGACA GGCGGGATGC TGGCAGAACC ACTGCTCCAG ACCTGAGGAA AAGCTTGGCT 
CTGAAAGGTG GAGACACTCA CATCAGTGGG AACCTAAGTG ACTCCTCCAG CGGGGAGTCC 
AGTTGTGGAC AGCGCAGAAA GCGAGGTCCT TCCCCATCCC GGGTGCGTTT TGAGGATGAG 
TCTGTCCGGG ATGCTGAGGT GCGCTACTTG GAGAGGTTGC AGCTGCGCCA GAAGCGGGTT 
CTGGATTCAG TCCTTTTATC CCTGGGCCAG AGCCCACTGG TCTCCAAACC AGACCTTTCT 
GATTACATCA ACGGGGACTT TCATCGCAAA GAGAATGGGG TCAGCAAAGC CTTCAGAGAG 
CAGCAAGACC ATGGGCAGAC TGCAGGGGCA TCTGCACACA TGGGAAGCCC TGAGAAGGCC 
ACGCCTTCTG TGGTTAGCGC AGAGGGGAAG TGCACAGCCT GTGGCTCCTA CCTTGGCAGC 
TCAACAACCA ATCTGGCTGT GGCCACTGAG GTCAACCGGA CAGTTAATGA CTTGTCTGAG 
GGCAACAGCC TAACTCAGAA AAACAAAAAT ATTGGTAACT TGTCCGAAAG CAGGGAGCTG 
GGCACTTCCC AGCAGGAGCC CAAAGCCAGG ACTTTGGGCC CCGGGGGGTC TCCAGTTTGG 
ATTCTTCCTT CCCGGCAACG TATTCATACG GAGAGAATCA GGGAGACATA CATTGGGGAT 
GTCACTTACA TAGATGATGT GGATTCTGCT CTAGACAGTA CTGACACATC TGACAGCTGC 
AAGACTGACA GTGAAGAGGC TGGGCCAGGG AGCTCCCAGT CAGAGGGGTA CTCAGAAACA 
AGAAGCCGCT GTCACAGTGG CCACAAAGCT TCTAGGGGAA ATGGCACTCC AGGGAAGGGA 
GCAATAGGCA GGAAGGTAGA GCAGGGAAAA TGCAAGATGG ATGGCAGTGG AGGGGGTGGT 
GCCTTGGATG ACTCACTTGG TTCTAGCAGA ACGGTGTTCA GGAAGGATGC GAATGGAGAT 
AGGACCCCCA GCTTGAAGGA CTCCCTGGTG CTAAAAGAGA ATCCTGGGCT AAGGTCAACA 
CCCAATGGGG TAGAAGCATT TTCTAAATGT GAACACCCCC CAGCTCCACC TCAGCTAGCT 
GGAAAGAACA GTGGCCAAGA GGATGCAATG TTTGCCCCAG CACAGCAAAG AAAGCTTCAC 
CTTCCACCTC CCACACCACA TCAGCCATCA GCATTGCCAG CACCCAAGGC AGATGATGAT 
CTCTCAGGAA ACAGAGAATC AGGGGAGAAC TTAGCCCCCT CCCATCCACC AACTGCCAGC 
ATAAGCCAAA GTAGCAGGAT AAGAGTCAAT CCCCAACAAA CAAAGCAAGG GGTTCTTAAT 
TACAGCTTGG CAGCTCACAT CCCCACTCCC CCTTCCACAA AGAAAGCTTC CACCCCTATG 
CCTTACAGGA AGGCTGTCTT GACAGGCAGC TACAGGTTGA CAAACCAAGA AACTGGGTGC 
CTGGACCAGA CCAATAAACT AGTGACTTGT TCCACTTCCC CTCCCAGTAA TTTTCAGCAC 
AAATGTGAGT CCATGCTGGA GGAGCAGAAG GACCAGCAGA ATCCGAAGGG GCTTTCTAAG 
AGCAAATGCC AAGCCTTGTC TGCCAACAAC TGCAACAACA CACACACCAA ACATCAGCAG 
AGTGGCTTGG ATGAGAGCCA TGGACAATAT GAGCTGAGCG ACCAGAAAGT GTCTGGTTCT 
TTGGGAGAAA CTAAAGGTTT GTCATCAGGG GCTGATCCCT CTGCTGCTCC CAGCACCATT 
GGCTCAGCTG TCGTCACCTT CTCCCTGGTG TCCAAGGAGC CGGACTCTGC CCACACCACT 
CAGTTACCTG ATCAGAAAGC TGTAGGGCCC AGGTTGCAGA AGGCAAAGCA GCTTGTGGAA 
GGGAGCATAA CACCATGA

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

PubMed

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KIAA1614 cDNA ORF clone, Alligator sinensis(Chinese alligator)

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:

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Services & Products

見積依頼

Eメール

電話

FAX

オンラインフォーム