ccdc180 cDNA ORF clone, Nothobranchius furzeri(turquoise killifish)

Gene
Clones
gRNAs

Summary

Gene Symbol	ccdc180
Entrez Gene ID	107386132
Full Name	coiled-coil domain containing 180
Gene Type	protein-coding
Organism	Nothobranchius furzeri(turquoise killifish)

mRNA and Protein(s)

mRNA	Protein	Name
XM_015960331.1	XP_015815817.1	coiled-coil domain-containing protein 180 isoform X2
XM_015960330.1	XP_015815816.1	coiled-coil domain-containing protein 180 isoform X1

Pathways from BioSystems
Gene Ontology

The following ccdc180 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ccdc180 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)	Select
ONo17493	XM_015960330.1 Latest version!	Nothobranchius furzeri coiled-coil domain containing 180 (ccdc180), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
ONo17494	XM_015960331.1 Latest version!	Nothobranchius furzeri coiled-coil domain containing 180 (ccdc180), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

ORF Online Only Promotion

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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)

ccdc180 ( XM_015960330.1 ) cDNA ORF clone, Nothobranchius furzeri(turquoise killifish) -> XP_015815816.1 Nothobranchius furzeri coiled-coil domain containing 180 (ccdc180), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ONo17493
Clone ID Related Accession (Same CDS sequence)	XM_015960330.1
Accession Version	XM_015960330.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4011bp) 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	2016-03-17
Organism	Nothobranchius furzeri(turquoise killifish)
Product	coiled-coil domain-containing protein 180 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015443564.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nothobranchius furzeri Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCAGGG AGGTTCCGAG TGGGGAGGTG AACCGGCAGC TGTTTGACGC TCAGACTCAG 
CTGTCCAAAT CACTGCGGGC AGGACGCAGA GACATGAGGA CAGAGTGTGT GTCCTCAGCA 
GACAGTAACA CAACCTGCGA GTTCTGCTCC TCCTCATGCA CGAGGCAGCA GAGGGATGAT 
GAAGGTGACG AAGATGATGT CAGCAGACTT CCTGACTCCA TAGAGACCAG TCACCTGACC 
TCGGGCATTT TGGATAAACT GGCGCAGAAA ACCAGACAGA AACACGATGA AGCTCTGAAG 
CAGATGGACA CACACCTGAC TCACCTGTCC CAGGCGTGCG AGACGGAGGT AAGGACCCTC 
TGTGAGCAGC TGAAGTCCTC TTTGCAGAAG GCAAACCTCA GATTGGACAC CCTGAAGGAC 
AGGATGGGAC ACCTGCAGCA CAGCAGTCTG CAGGAGGTGC TCAGTCTCTG GGAGGAGGTG 
CACGAGGAGG TGAAGGAGAG GAAGAACAGA TTCTCAGAGC TGAACCTCCA GCTGAACGAC 
TGTGAGAGAC AACGAACCGA TGAGCTCAGA GCCATCCTCA GGACACACAG CCAGCTGCTG 
GAGGAGATCC GCTTCCTGCC TTCATCAGAG GTCCACAGAC TCATCCACAA GGAGGCCACG 
AAGCTGAATG TAGCCCTGCT GGCGAACCGC CGCAGCATCG CCCAGCTGCT GCTGCACCTG 
AAGGAGGACA ACCTGCAGCA GGAGTTTCTG CTGCATCTGC AGTGGGAGGA GAGGTTGAAC 
AGCTGGAGGA GCATCAGAAT CAGTGGGCTG GTGGAACGGT TTAGGACTTT CTTCAGCAGC 
GTTGTGGGTC GTCAGCCGCT CTCAGGTCAG CAAATGAAAC AAACTCAAGA GGATCTGACA 
CAACAGCGTC GTGACGTCAT CCAACAGATC AGAACTATGG CCCCGCCCAC CATCTCTTCT 
ACAGCCGTTT CTGATTGGTT CAACCAGCTG ACAGCCGTCA ATCAGCAGAT CGACCAACAT 
CACACGGACT TCCTCCGTCA GCTGAAACGT TTGCGTCAGC AGACGTGGCA GGATTGTCTG 
GCTGAAGCGG AGAAGTGTAA GGAGGCGCTC TCAGCCCTTC AGCTGTCAGA GGAGCAGGTG 
AACTGCATCA TCAGTCCTAA GCTCCTCCCT CTTATTGAAG GACTCAAGAG TCAGGATGAA 
GCACAGCTGG CCGCTTTAAA GGTGAGCAGG GACTCCTTGT CCCACCACTC CGCCGGAGCC 
AGCAAGTGTG TTTTTGATGT GATGCGAGCC GTCGCGTTGC TATGGGAGAC GCACTGCCGC 
AGGATGGAGA CAAGAGAAGC AGAACTGCAG AAGCACCTGG GGGACATCAA ACAATCACAG 
CAGCAATTCA TACAGAGGAA GATGGCGCGC GTGGACGTCC CGATGAAGGA CCTTCGTCAG 
GAGAGCAGCG AGGAGTCTCT GAAGACGTCC CTGGATAACA TCAGTCTGCT TGTGCTGGAC 
ATCGAGGACC GAGTCCACAG CTTTAGGTCA GATCAGAAGA AGGTTGTGGA TCTTCTCCCT 
TCTCTCTTCC TGAAGGACCT GGACCTCTAC AGAAGCAGCA TCATCTCCTT TTTTCAGCTG 
AACCGGGTTT CCAGCAGAAC CACCAAGGCC CGGGGTGGGA CAGGAAAAGG AAAGTCCAAG 
ACGATCCAAA TGGAAAAGGA ATCAGAACCC ATCCTGATGA AGGCGAAGTC CGCTCTATCC 
AAGCTCTATG ACATCAGCAC CAACATCACC ATTTGCCCAT CAGAGGGTGT GGCCTACAAT 
GGCCCCGCCT TTTCCTATCC TGCTGCTGAT CTACCTGAAG ACCTGCAGCA TAAAGAACAC 
CTGACCCCTT TTCCTGCAGA GCTGCTCGAA AGCACACTGA GCCAGTTCCG GGTTACGGTT 
CTGACCCACT TAGAGAATGG CTTCCAGGAC CTCCTCAACA TGTCTGCTGC CGTGGTAACA 
GGAACCATGA ATAAGGACCG TTCTGAGCTG GAACCCCTTC TGCAACCGCT GAAGCCAGAA 
AACATCCTGA CCAACGTATA TGAGCCCCGT TTGGCTGAGC TGATACTCCA CCAGCAGCGT 
GTGGATGTCC ACTGCCAGGA AATATTTGAC CTGATGACCT CCTGCAGGAC GGAACTGAAG 
CAGCTCGAGA CCTCCATCAC CATGAAGACC CAGGACCTGT CCTCTTCTCT GTCGAGCATG 
GAGGACGACG TCCAGACGGC TCGCAGCAGC TCCTGTCTGG CAGTTGTCAG CACCACCATG 
CAGGATCTTC TGGATCATCA CGTTGAAGAC GTTCAGCGAT GTTGGAGCGG CTTCAGGCAG 
ATGGTCCGGA CCAGACTGCA GGAGGCCAGG ACCAGAACCT CAGATCTCCT GACCTCCTTC 
AGGACTTTCA GCGAAGGAGG AGACTTTTCT CCTCAGGAGG TCGGCAAGTA TCAGATCAGG 
ATGGAGAAGG AAATAAGAAA GATGAGATCC ATCCGGAAGT CTATCTTAGC TGAACTGGAG 
TTCTTAGAGT CCACGAGTCA GCAACAGGTG AAGGAGGCAT CAGCAGCTCT GGAGAAGAAG 
CTCGCAGACA AGAAGTCTGA ACTGGAAGTC ATCAAGAAAA TCCAGGAACT CATCAGCAGA 
ACTCAAACTC AGATCAAGGA TGAGGCCGGC AGCAGCAACC TCCAGCAGGC GGAGATCAGC 
AGCAGATTGG AGGAGCTCGG GAGGATGACG AGGAGCACAC AGGTCTCCCC GGATCAGCTG 
TGTTCGTTCC TGTCATCCAC GCATGAAGAG ATCACAAAGC GCTTCCGGTA CCTGGAGCTG 
GATCACTCCA AGCTGTCAGC TGATCCTGAA TCCAGGAAGC AGGTGGAAGG TTCCCCCCAA 
AGTGGCCCAC AGCTCCTGAG CAGAACAACG GTGGACCCAC CTGAAGACCC GGTTCTGGGT 
ACCAGCAGCA GGGTCCAGGA TCCAGGAAGA GGTCTGAGTT CGGTCCAGGA GTGGCAGAGC 
AGCGTTGATT CTGTCATTTC CCAAAGGGGG AGTGGCTCCA GGACTAAAAC AGACGACATC 
ACCGCTGAGA AGGGATTCCG TTTCCTTGGA TTTGAACAGG AAACAGAACC GAACGCGTGC 
TCCTTCAGCT CATCCGTGAA CTCTGTCCTA TGGAAAACCA AAAATGAGAT CCGGAATCTC 
ACGGAGGACA CCTGCTGCAG CCTCGACTCC ACACAGCAAA GGCTTCTGGG ATACCAGGAC 
CAGGCCAGCG TGTTCCTAAG AGCCAGCAAA ACCGAGCTGC TGAAGCAGAT GGCAGAATTC 
CAGGAGCTGC TGAGTCCACT ACCTGCTTTC TTAATCAGTA ACCACGAGCA ACGGCACCGG 
TCGCAGCTCG CAGAGGATGT GGGCGTGGCC AGGAGGAGGC TGGAGGAGCT GCTGGCAGCC 
AGTGAGGAGG AGAAGAGGTC GAACTTCCAC AAGCTGAGAG TTTCTCTCAC AGCCGACGAG 
CTGCAGGCGC TGAACGCCAG AGAGGAGCTG AGGCAGCAGC AGCTGCACAG CGCCACCTGG 
AGCATGCACC AGGAACTGCA GAAGTGTGTG CGTTCCAGAA CAGAGGAGTT TGTGACATCA 
CTGGCTTCTC TGTCAGAGAA TCTGCTGCTG CTGCTGGACG ACCTGCTCAC ACCTGCAGTG 
ACTCATCAGC ACACTGAACA CAAAGCTGTT ACCATGGAGA CGGGAGCTGA AACAGGAAGA 
GGACGCAGGA CCTGGCCTGG TATCTCCTTC CTGTTTACCC CCACCAAGGA CTCTGATCCA 
TCCACTCCTG TTACCATGAC AACAGAAGAT ATCATCACAA CCACTTACAG CCAGAAACAT 
GAGGAAGTTA TTGTCAATAG AGATGCTGCT GTGAAGCGGT TTGAGAAGCT GTTCAGCTCT 
GAGACGTCAT GTTCAGATTC CGAAAATCAA AGACACCTGA GTGAACAACA ACGCTGGAAC 
ACACACTGGC AACAACAGAT ACACTCTCTG ACACAGATAC ACACAATGTA A

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

RefSeq	XP_015815816.1
CDS	2508..6518
Translation	MSREVPSGEVNRQLFDAQTQLSKSLRAGRRDMRTECVSSADSNTTCEFCSSSCTRQQRDDEGDEDDVSRLPDSIETSHLTSGILDKLAQKTRQKHDEALKQMDTHLTHLSQACETEVRTLCEQLKSSLQKANLRLDTLKDRMGHLQHSSLQEVLSLWEEVHEEVKERKNRFSELNLQLNDCERQRTDELRAILRTHSQLLEEIRFLPSSEVHRLIHKEATKLNVALLANRRSIAQLLLHLKEDNLQQEFLLHLQWEERLNSWRSIRISGLVERFRTFFSSVVGRQPLSGQQMKQTQEDLTQQRRDVIQQIRTMAPPTISSTAVSDWFNQLTAVNQQIDQHHTDFLRQLKRLRQQTWQDCLAEAEKCKEALSALQLSEEQVNCIISPKLLPLIEGLKSQDEAQLAALKVSRDSLSHHSAGASKCVFDVMRAVALLWETHCRRMETREAELQKHLGDIKQSQQQFIQRKMARVDVPMKDLRQESSEESLKTSLDNISLLVLDIEDRVHSFRSDQKKVVDLLPSLFLKDLDLYRSSIISFFQLNRVSSRTTKARGGTGKGKSKTIQMEKESEPILMKAKSALSKLYDISTNITICPSEGVAYNGPAFSYPAADLPEDLQHKEHLTPFPAELLESTLSQFRVTVLTHLENGFQDLLNMSAAVVTGTMNKDRSELEPLLQPLKPENILTNVYEPRLAELILHQQRVDVHCQEIFDLMTSCRTELKQLETSITMKTQDLSSSLSSMEDDVQTARSSSCLAVVSTTMQDLLDHHVEDVQRCWSGFRQMVRTRLQEARTRTSDLLTSFRTFSEGGDFSPQEVGKYQIRMEKEIRKMRSIRKSILAELEFLESTSQQQVKEASAALEKKLADKKSELEVIKKIQELISRTQTQIKDEAGSSNLQQAEISSRLEELGRMTRSTQVSPDQLCSFLSSTHEEITKRFRYLELDHSKLSADPESRKQVEGSPQSGPQLLSRTTVDPPEDPVLGTSSRVQDPGRGLSSVQEWQSSVDSVISQRGSGSRTKTDDITAEKGFRFLGFEQETEPNACSFSSSVNSVLWKTKNEIRNLTEDTCCSLDSTQQRLLGYQDQASVFLRASKTELLKQMAEFQELLSPLPAFLISNHEQRHRSQLAEDVGVARRRLEELLAASEEEKRSNFHKLRVSLTADELQALNAREELRQQQLHSATWSMHQELQKCVRSRTEEFVTSLASLSENLLLLLDDLLTPAVTHQHTEHKAVTMETGAETGRGRRTWPGISFLFTPTKDSDPSTPVTMTTEDIITTTYSQKHEEVIVNRDAAVKRFEKLFSSETSCSDSENQRHLSEQQRWNTHWQQQIHSLTQIHTM

Target ORF information:

RefSeq Version	XM_015960330.1
Organism	Nothobranchius furzeri(turquoise killifish)
Definition	Nothobranchius furzeri coiled-coil domain containing 180 (ccdc180), transcript variant X1, mRNA.

Target ORF information:

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

XM_015960330.1

ORF Insert Sequence:

ATGAGCAGGG AGGTTCCGAG TGGGGAGGTG AACCGGCAGC TGTTTGACGC TCAGACTCAG 
CTGTCCAAAT CACTGCGGGC AGGACGCAGA GACATGAGGA CAGAGTGTGT GTCCTCAGCA 
GACAGTAACA CAACCTGCGA GTTCTGCTCC TCCTCATGCA CGAGGCAGCA GAGGGATGAT 
GAAGGTGACG AAGATGATGT CAGCAGACTT CCTGACTCCA TAGAGACCAG TCACCTGACC 
TCGGGCATTT TGGATAAACT GGCGCAGAAA ACCAGACAGA AACACGATGA AGCTCTGAAG 
CAGATGGACA CACACCTGAC TCACCTGTCC CAGGCGTGCG AGACGGAGGT AAGGACCCTC 
TGTGAGCAGC TGAAGTCCTC TTTGCAGAAG GCAAACCTCA GATTGGACAC CCTGAAGGAC 
AGGATGGGAC ACCTGCAGCA CAGCAGTCTG CAGGAGGTGC TCAGTCTCTG GGAGGAGGTG 
CACGAGGAGG TGAAGGAGAG GAAGAACAGA TTCTCAGAGC TGAACCTCCA GCTGAACGAC 
TGTGAGAGAC AACGAACCGA TGAGCTCAGA GCCATCCTCA GGACACACAG CCAGCTGCTG 
GAGGAGATCC GCTTCCTGCC TTCATCAGAG GTCCACAGAC TCATCCACAA GGAGGCCACG 
AAGCTGAATG TAGCCCTGCT GGCGAACCGC CGCAGCATCG CCCAGCTGCT GCTGCACCTG 
AAGGAGGACA ACCTGCAGCA GGAGTTTCTG CTGCATCTGC AGTGGGAGGA GAGGTTGAAC 
AGCTGGAGGA GCATCAGAAT CAGTGGGCTG GTGGAACGGT TTAGGACTTT CTTCAGCAGC 
GTTGTGGGTC GTCAGCCGCT CTCAGGTCAG CAAATGAAAC AAACTCAAGA GGATCTGACA 
CAACAGCGTC GTGACGTCAT CCAACAGATC AGAACTATGG CCCCGCCCAC CATCTCTTCT 
ACAGCCGTTT CTGATTGGTT CAACCAGCTG ACAGCCGTCA ATCAGCAGAT CGACCAACAT 
CACACGGACT TCCTCCGTCA GCTGAAACGT TTGCGTCAGC AGACGTGGCA GGATTGTCTG 
GCTGAAGCGG AGAAGTGTAA GGAGGCGCTC TCAGCCCTTC AGCTGTCAGA GGAGCAGGTG 
AACTGCATCA TCAGTCCTAA GCTCCTCCCT CTTATTGAAG GACTCAAGAG TCAGGATGAA 
GCACAGCTGG CCGCTTTAAA GGTGAGCAGG GACTCCTTGT CCCACCACTC CGCCGGAGCC 
AGCAAGTGTG TTTTTGATGT GATGCGAGCC GTCGCGTTGC TATGGGAGAC GCACTGCCGC 
AGGATGGAGA CAAGAGAAGC AGAACTGCAG AAGCACCTGG GGGACATCAA ACAATCACAG 
CAGCAATTCA TACAGAGGAA GATGGCGCGC GTGGACGTCC CGATGAAGGA CCTTCGTCAG 
GAGAGCAGCG AGGAGTCTCT GAAGACGTCC CTGGATAACA TCAGTCTGCT TGTGCTGGAC 
ATCGAGGACC GAGTCCACAG CTTTAGGTCA GATCAGAAGA AGGTTGTGGA TCTTCTCCCT 
TCTCTCTTCC TGAAGGACCT GGACCTCTAC AGAAGCAGCA TCATCTCCTT TTTTCAGCTG 
AACCGGGTTT CCAGCAGAAC CACCAAGGCC CGGGGTGGGA CAGGAAAAGG AAAGTCCAAG 
ACGATCCAAA TGGAAAAGGA ATCAGAACCC ATCCTGATGA AGGCGAAGTC CGCTCTATCC 
AAGCTCTATG ACATCAGCAC CAACATCACC ATTTGCCCAT CAGAGGGTGT GGCCTACAAT 
GGCCCCGCCT TTTCCTATCC TGCTGCTGAT CTACCTGAAG ACCTGCAGCA TAAAGAACAC 
CTGACCCCTT TTCCTGCAGA GCTGCTCGAA AGCACACTGA GCCAGTTCCG GGTTACGGTT 
CTGACCCACT TAGAGAATGG CTTCCAGGAC CTCCTCAACA TGTCTGCTGC CGTGGTAACA 
GGAACCATGA ATAAGGACCG TTCTGAGCTG GAACCCCTTC TGCAACCGCT GAAGCCAGAA 
AACATCCTGA CCAACGTATA TGAGCCCCGT TTGGCTGAGC TGATACTCCA CCAGCAGCGT 
GTGGATGTCC ACTGCCAGGA AATATTTGAC CTGATGACCT CCTGCAGGAC GGAACTGAAG 
CAGCTCGAGA CCTCCATCAC CATGAAGACC CAGGACCTGT CCTCTTCTCT GTCGAGCATG 
GAGGACGACG TCCAGACGGC TCGCAGCAGC TCCTGTCTGG CAGTTGTCAG CACCACCATG 
CAGGATCTTC TGGATCATCA CGTTGAAGAC GTTCAGCGAT GTTGGAGCGG CTTCAGGCAG 
ATGGTCCGGA CCAGACTGCA GGAGGCCAGG ACCAGAACCT CAGATCTCCT GACCTCCTTC 
AGGACTTTCA GCGAAGGAGG AGACTTTTCT CCTCAGGAGG TCGGCAAGTA TCAGATCAGG 
ATGGAGAAGG AAATAAGAAA GATGAGATCC ATCCGGAAGT CTATCTTAGC TGAACTGGAG 
TTCTTAGAGT CCACGAGTCA GCAACAGGTG AAGGAGGCAT CAGCAGCTCT GGAGAAGAAG 
CTCGCAGACA AGAAGTCTGA ACTGGAAGTC ATCAAGAAAA TCCAGGAACT CATCAGCAGA 
ACTCAAACTC AGATCAAGGA TGAGGCCGGC AGCAGCAACC TCCAGCAGGC GGAGATCAGC 
AGCAGATTGG AGGAGCTCGG GAGGATGACG AGGAGCACAC AGGTCTCCCC GGATCAGCTG 
TGTTCGTTCC TGTCATCCAC GCATGAAGAG ATCACAAAGC GCTTCCGGTA CCTGGAGCTG 
GATCACTCCA AGCTGTCAGC TGATCCTGAA TCCAGGAAGC AGGTGGAAGG TTCCCCCCAA 
AGTGGCCCAC AGCTCCTGAG CAGAACAACG GTGGACCCAC CTGAAGACCC GGTTCTGGGT 
ACCAGCAGCA GGGTCCAGGA TCCAGGAAGA GGTCTGAGTT CGGTCCAGGA GTGGCAGAGC 
AGCGTTGATT CTGTCATTTC CCAAAGGGGG AGTGGCTCCA GGACTAAAAC AGACGACATC 
ACCGCTGAGA AGGGATTCCG TTTCCTTGGA TTTGAACAGG AAACAGAACC GAACGCGTGC 
TCCTTCAGCT CATCCGTGAA CTCTGTCCTA TGGAAAACCA AAAATGAGAT CCGGAATCTC 
ACGGAGGACA CCTGCTGCAG CCTCGACTCC ACACAGCAAA GGCTTCTGGG ATACCAGGAC 
CAGGCCAGCG TGTTCCTAAG AGCCAGCAAA ACCGAGCTGC TGAAGCAGAT GGCAGAATTC 
CAGGAGCTGC TGAGTCCACT ACCTGCTTTC TTAATCAGTA ACCACGAGCA ACGGCACCGG 
TCGCAGCTCG CAGAGGATGT GGGCGTGGCC AGGAGGAGGC TGGAGGAGCT GCTGGCAGCC 
AGTGAGGAGG AGAAGAGGTC GAACTTCCAC AAGCTGAGAG TTTCTCTCAC AGCCGACGAG 
CTGCAGGCGC TGAACGCCAG AGAGGAGCTG AGGCAGCAGC AGCTGCACAG CGCCACCTGG 
AGCATGCACC AGGAACTGCA GAAGTGTGTG CGTTCCAGAA CAGAGGAGTT TGTGACATCA 
CTGGCTTCTC TGTCAGAGAA TCTGCTGCTG CTGCTGGACG ACCTGCTCAC ACCTGCAGTG 
ACTCATCAGC ACACTGAACA CAAAGCTGTT ACCATGGAGA CGGGAGCTGA AACAGGAAGA 
GGACGCAGGA CCTGGCCTGG TATCTCCTTC CTGTTTACCC CCACCAAGGA CTCTGATCCA 
TCCACTCCTG TTACCATGAC AACAGAAGAT ATCATCACAA CCACTTACAG CCAGAAACAT 
GAGGAAGTTA TTGTCAATAG AGATGCTGCT GTGAAGCGGT TTGAGAAGCT GTTCAGCTCT 
GAGACGTCAT GTTCAGATTC CGAAAATCAA AGACACCTGA GTGAACAACA ACGCTGGAAC 
ACACACTGGC AACAACAGAT ACACTCTCTG ACACAGATAC ACACAATGTA A

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

ccdc180 ( XM_015960331.1 ) cDNA ORF clone, Nothobranchius furzeri(turquoise killifish) -> XP_015815817.1 Nothobranchius furzeri coiled-coil domain containing 180 (ccdc180), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ONo17494
Clone ID Related Accession (Same CDS sequence)	XM_015960331.1
Accession Version	XM_015960331.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4008bp) 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	2016-03-17
Organism	Nothobranchius furzeri(turquoise killifish)
Product	coiled-coil domain-containing protein 180 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015443564.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nothobranchius furzeri Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCAGGG AGGTTCCGAG TGGGGAGGTG AACCGGCAGC TGTTTGACGC TCAGACTCAG 
CTGTCCAAAT CACTGCGGGC AGGACGCAGA GACATGAGGA CAGAGTGTGT GTCCTCAGCA 
GACAGTAACA CAACCTGCGA GTTCTGCTCC TCCTCATGCA CGAGGCAGCA GAGGGATGAT 
GAAGGTGACG AAGATGATGT CAGCAGACTT CCTGACTCCA TAGAGACCAG TCACCTGACC 
TCGGGCATTT TGGATAAACT GGCGCAGAAA ACCAGACAGA AACACGATGA AGCTCTGAAG 
CAGATGGACA CACACCTGAC TCACCTGTCC CAGGCGTGCG AGACGGAGGT AAGGACCCTC 
TGTGAGCAGC TGAAGTCCTC TTTGCAGAAG GCAAACCTCA GATTGGACAC CCTGAAGGAC 
AGGATGGGAC ACCTGCAGCA CAGCAGTCTG CAGGAGGTGC TCAGTCTCTG GGAGGAGGTG 
CACGAGGAGG TGAAGGAGAG GAAGAACAGA TTCTCAGAGC TGAACCTCCA GCTGAACGAC 
TGTGAGAGAC AACGAACCGA TGAGCTCAGA GCCATCCTCA GGACACACAG CCAGCTGCTG 
GAGGAGATCC GCTTCCTGCC TTCATCAGAG GTCCACAGAC TCATCCACAA GGAGGCCACG 
AAGCTGAATG TAGCCCTGCT GGCGAACCGC CGCAGCATCG CCCAGCTGCT GCTGCACCTG 
AAGGAGGACA ACCTGCAGCA GGAGTTTCTG CTGCATCTGC AGTGGGAGGA GAGGTTGAAC 
AGCTGGAGGA GCATCAGAAT CAGTGGGCTG GTGGAACGGT TTAGGACTTT CTTCAGCAGC 
GTTGTGGGTC GTCAGCCGCT CTCAGGTCAG CAAATGAAAC AAACTCAAGA GGATCTGACA 
CAACAGCGTC GTGACGTCAT CCAACAGATC AGAACTATGG CCCCGCCCAC CATCTCTTCT 
ACAGCCGTTT CTGATTGGTT CAACCAGCTG ACAGCCGTCA ATCAGCAGAT CGACCAACAT 
CACACGGACT TCCTCCGTCA GCTGAAACGT TTGCGTCAGC AGACGTGGCA GGATTGTCTG 
GCTGAAGCGG AGAAGTGTAA GGAGGCGCTC TCAGCCCTTC AGCTGTCAGA GGAGCAGGTG 
AACTGCATCA TCAGTCCTAA GCTCCTCCCT CTTATTGAAG GACTCAAGAG TCAGGATGAA 
GCACAGCTGG CCGCTTTAAA GGTGAGCAGG GACTCCTTGT CCCACCACTC CGCCGGAGCC 
AGCAAGTGTG TTTTTGATGT GATGCGAGCC GTCGCGTTGC TATGGGAGAC GCACTGCCGC 
AGGATGGAGA CAAGAGAAGC AGAACTGCAG AAGCACCTGG GGGACATCAA ACAATCACAG 
CAGCAATTCA TACAGAGGAA GATGGCGCGC GTGGACGTCC CGATGAAGGA CCTTCGTCAG 
GAGAGCAGCG AGGAGTCTCT GAAGACGTCC CTGGATAACA TCAGTCTGCT TGTGCTGGAC 
ATCGAGGACC GAGTCCACAG CTTTAGGTCA GATCAGAAGA AGGTTGTGGA TCTTCTCCCT 
TCTCTCTTCC TGAAGGACCT GGACCTCTAC AGAAGCAGCA TCATCTCCTT TTTTCAGCTG 
AACCGGGTTT CCAGCAGAAC CACCAAGGCC CGGGGTGGGA CAGGAAAAGG AAAGTCCAAG 
ACGATCCAAA TGGAAAAGGA ATCAGAACCC ATCCTGATGA AGGCGAAGTC CGCTCTATCC 
AAGCTCTATG ACATCAGCAC CAACATCACC ATTTGCCCAT CAGAGGGTGT GGCCTACAAT 
GGCCCCGCCT TTTCCTATCC TGCTGCTGAT CTACCTGAAG ACCTGCAGCA TAAAGAACAC 
CTGACCCCTT TTCCTGCAGA GCTGCTCGAA AGCACACTGA GCCAGTTCCG GGTTACGGTT 
CTGACCCACT TAGAGAATGG CTTCCAGGAC CTCCTCAACA TGTCTGCTGC CGTGGTAACA 
GGAACCATGA ATAAGGACCG TTCTGAGCTG GAACCCCTTC TGCAACCGCT GAAGCCAGAA 
AACATCCTGA CCAACGTATA TGAGCCCCGT TTGGCTGAGC TGATACTCCA CCAGCAGCGT 
GTGGATGTCC ACTGCCAGGA AATATTTGAC CTGATGACCT CCTGCAGGAC GGAACTGAAG 
CAGCTCGAGA CCTCCATCAC CATGAAGACC CAGGACCTGT CCTCTTCTCT GTCGAGCATG 
GAGGACGACG TCCAGACGGC TCGCAGCAGC TCCTGTCTGG CAGTTGTCAG CACCACCATG 
CAGGATCTTC TGGATCATCA CGTTGAAGAC GTTCAGCGAT GTTGGAGCGG CTTCAGGCAG 
ATGGTCCGGA CCAGACTGCA GGAGGCCAGG ACCAGAACCT CAGATCTCCT GACCTCCTTC 
AGGACTTTCA GCGAAGGAGG AGACTTTTCT CCTCAGGAGG TCGGCAAGTA TCAGATCAGG 
ATGGAGAAGG AAATAAGAAA GATGAGATCC ATCCGGAAGT CTATCTTAGC TGAACTGGAG 
TTCTTAGAGT CCACGAGTCA GCAACAGGTG AAGGAGGCAT CAGCAGCTCT GGAGAAGAAG 
CTCGCAGACA AGAAGTCTGA ACTGGAAGTC ATCAAGAAAA TCCAGGAACT CATCAGCAGA 
ACTCAAACTC AGATCAAGGA TGAGGCCGGC AGCAGCAACC TCCAGCAGGC GGAGATCAGC 
AGCAGATTGG AGGAGCTCGG GAGGATGACG AGGAGCACAC AGGTCTCCCC GGATCAGCTG 
TGTTCGTTCC TGTCATCCAC GCATGAAGAG ATCACAAAGC GCTTCCGGTA CCTGGAGCTG 
GATCACTCCA AGCTGTCAGC TGATCCTGAA TCCAGGAAGC AGGTGGAAGG TTCCCCCCAA 
AGTGGCCCAC AGCTCCTGAG CAGAACAACG GTGGACCCAC CTGAAGACCC GGTTCTGGGT 
ACCAGCAGGG TCCAGGATCC AGGAAGAGGT CTGAGTTCGG TCCAGGAGTG GCAGAGCAGC 
GTTGATTCTG TCATTTCCCA AAGGGGGAGT GGCTCCAGGA CTAAAACAGA CGACATCACC 
GCTGAGAAGG GATTCCGTTT CCTTGGATTT GAACAGGAAA CAGAACCGAA CGCGTGCTCC 
TTCAGCTCAT CCGTGAACTC TGTCCTATGG AAAACCAAAA ATGAGATCCG GAATCTCACG 
GAGGACACCT GCTGCAGCCT CGACTCCACA CAGCAAAGGC TTCTGGGATA CCAGGACCAG 
GCCAGCGTGT TCCTAAGAGC CAGCAAAACC GAGCTGCTGA AGCAGATGGC AGAATTCCAG 
GAGCTGCTGA GTCCACTACC TGCTTTCTTA ATCAGTAACC ACGAGCAACG GCACCGGTCG 
CAGCTCGCAG AGGATGTGGG CGTGGCCAGG AGGAGGCTGG AGGAGCTGCT GGCAGCCAGT 
GAGGAGGAGA AGAGGTCGAA CTTCCACAAG CTGAGAGTTT CTCTCACAGC CGACGAGCTG 
CAGGCGCTGA ACGCCAGAGA GGAGCTGAGG CAGCAGCAGC TGCACAGCGC CACCTGGAGC 
ATGCACCAGG AACTGCAGAA GTGTGTGCGT TCCAGAACAG AGGAGTTTGT GACATCACTG 
GCTTCTCTGT CAGAGAATCT GCTGCTGCTG CTGGACGACC TGCTCACACC TGCAGTGACT 
CATCAGCACA CTGAACACAA AGCTGTTACC ATGGAGACGG GAGCTGAAAC AGGAAGAGGA 
CGCAGGACCT GGCCTGGTAT CTCCTTCCTG TTTACCCCCA CCAAGGACTC TGATCCATCC 
ACTCCTGTTA CCATGACAAC AGAAGATATC ATCACAACCA CTTACAGCCA GAAACATGAG 
GAAGTTATTG TCAATAGAGA TGCTGCTGTG AAGCGGTTTG AGAAGCTGTT CAGCTCTGAG 
ACGTCATGTT CAGATTCCGA AAATCAAAGA CACCTGAGTG AACAACAACG CTGGAACACA 
CACTGGCAAC AACAGATACA CTCTCTGACA CAGATACACA CAATGTAA

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

RefSeq	XP_015815817.1
CDS	2508..6515
Translation	MSREVPSGEVNRQLFDAQTQLSKSLRAGRRDMRTECVSSADSNTTCEFCSSSCTRQQRDDEGDEDDVSRLPDSIETSHLTSGILDKLAQKTRQKHDEALKQMDTHLTHLSQACETEVRTLCEQLKSSLQKANLRLDTLKDRMGHLQHSSLQEVLSLWEEVHEEVKERKNRFSELNLQLNDCERQRTDELRAILRTHSQLLEEIRFLPSSEVHRLIHKEATKLNVALLANRRSIAQLLLHLKEDNLQQEFLLHLQWEERLNSWRSIRISGLVERFRTFFSSVVGRQPLSGQQMKQTQEDLTQQRRDVIQQIRTMAPPTISSTAVSDWFNQLTAVNQQIDQHHTDFLRQLKRLRQQTWQDCLAEAEKCKEALSALQLSEEQVNCIISPKLLPLIEGLKSQDEAQLAALKVSRDSLSHHSAGASKCVFDVMRAVALLWETHCRRMETREAELQKHLGDIKQSQQQFIQRKMARVDVPMKDLRQESSEESLKTSLDNISLLVLDIEDRVHSFRSDQKKVVDLLPSLFLKDLDLYRSSIISFFQLNRVSSRTTKARGGTGKGKSKTIQMEKESEPILMKAKSALSKLYDISTNITICPSEGVAYNGPAFSYPAADLPEDLQHKEHLTPFPAELLESTLSQFRVTVLTHLENGFQDLLNMSAAVVTGTMNKDRSELEPLLQPLKPENILTNVYEPRLAELILHQQRVDVHCQEIFDLMTSCRTELKQLETSITMKTQDLSSSLSSMEDDVQTARSSSCLAVVSTTMQDLLDHHVEDVQRCWSGFRQMVRTRLQEARTRTSDLLTSFRTFSEGGDFSPQEVGKYQIRMEKEIRKMRSIRKSILAELEFLESTSQQQVKEASAALEKKLADKKSELEVIKKIQELISRTQTQIKDEAGSSNLQQAEISSRLEELGRMTRSTQVSPDQLCSFLSSTHEEITKRFRYLELDHSKLSADPESRKQVEGSPQSGPQLLSRTTVDPPEDPVLGTSRVQDPGRGLSSVQEWQSSVDSVISQRGSGSRTKTDDITAEKGFRFLGFEQETEPNACSFSSSVNSVLWKTKNEIRNLTEDTCCSLDSTQQRLLGYQDQASVFLRASKTELLKQMAEFQELLSPLPAFLISNHEQRHRSQLAEDVGVARRRLEELLAASEEEKRSNFHKLRVSLTADELQALNAREELRQQQLHSATWSMHQELQKCVRSRTEEFVTSLASLSENLLLLLDDLLTPAVTHQHTEHKAVTMETGAETGRGRRTWPGISFLFTPTKDSDPSTPVTMTTEDIITTTYSQKHEEVIVNRDAAVKRFEKLFSSETSCSDSENQRHLSEQQRWNTHWQQQIHSLTQIHTM

Target ORF information:

RefSeq Version	XM_015960331.1
Organism	Nothobranchius furzeri(turquoise killifish)
Definition	Nothobranchius furzeri coiled-coil domain containing 180 (ccdc180), transcript variant X2, mRNA.

Target ORF information:

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

XM_015960331.1

ORF Insert Sequence:

ATGAGCAGGG AGGTTCCGAG TGGGGAGGTG AACCGGCAGC TGTTTGACGC TCAGACTCAG 
CTGTCCAAAT CACTGCGGGC AGGACGCAGA GACATGAGGA CAGAGTGTGT GTCCTCAGCA 
GACAGTAACA CAACCTGCGA GTTCTGCTCC TCCTCATGCA CGAGGCAGCA GAGGGATGAT 
GAAGGTGACG AAGATGATGT CAGCAGACTT CCTGACTCCA TAGAGACCAG TCACCTGACC 
TCGGGCATTT TGGATAAACT GGCGCAGAAA ACCAGACAGA AACACGATGA AGCTCTGAAG 
CAGATGGACA CACACCTGAC TCACCTGTCC CAGGCGTGCG AGACGGAGGT AAGGACCCTC 
TGTGAGCAGC TGAAGTCCTC TTTGCAGAAG GCAAACCTCA GATTGGACAC CCTGAAGGAC 
AGGATGGGAC ACCTGCAGCA CAGCAGTCTG CAGGAGGTGC TCAGTCTCTG GGAGGAGGTG 
CACGAGGAGG TGAAGGAGAG GAAGAACAGA TTCTCAGAGC TGAACCTCCA GCTGAACGAC 
TGTGAGAGAC AACGAACCGA TGAGCTCAGA GCCATCCTCA GGACACACAG CCAGCTGCTG 
GAGGAGATCC GCTTCCTGCC TTCATCAGAG GTCCACAGAC TCATCCACAA GGAGGCCACG 
AAGCTGAATG TAGCCCTGCT GGCGAACCGC CGCAGCATCG CCCAGCTGCT GCTGCACCTG 
AAGGAGGACA ACCTGCAGCA GGAGTTTCTG CTGCATCTGC AGTGGGAGGA GAGGTTGAAC 
AGCTGGAGGA GCATCAGAAT CAGTGGGCTG GTGGAACGGT TTAGGACTTT CTTCAGCAGC 
GTTGTGGGTC GTCAGCCGCT CTCAGGTCAG CAAATGAAAC AAACTCAAGA GGATCTGACA 
CAACAGCGTC GTGACGTCAT CCAACAGATC AGAACTATGG CCCCGCCCAC CATCTCTTCT 
ACAGCCGTTT CTGATTGGTT CAACCAGCTG ACAGCCGTCA ATCAGCAGAT CGACCAACAT 
CACACGGACT TCCTCCGTCA GCTGAAACGT TTGCGTCAGC AGACGTGGCA GGATTGTCTG 
GCTGAAGCGG AGAAGTGTAA GGAGGCGCTC TCAGCCCTTC AGCTGTCAGA GGAGCAGGTG 
AACTGCATCA TCAGTCCTAA GCTCCTCCCT CTTATTGAAG GACTCAAGAG TCAGGATGAA 
GCACAGCTGG CCGCTTTAAA GGTGAGCAGG GACTCCTTGT CCCACCACTC CGCCGGAGCC 
AGCAAGTGTG TTTTTGATGT GATGCGAGCC GTCGCGTTGC TATGGGAGAC GCACTGCCGC 
AGGATGGAGA CAAGAGAAGC AGAACTGCAG AAGCACCTGG GGGACATCAA ACAATCACAG 
CAGCAATTCA TACAGAGGAA GATGGCGCGC GTGGACGTCC CGATGAAGGA CCTTCGTCAG 
GAGAGCAGCG AGGAGTCTCT GAAGACGTCC CTGGATAACA TCAGTCTGCT TGTGCTGGAC 
ATCGAGGACC GAGTCCACAG CTTTAGGTCA GATCAGAAGA AGGTTGTGGA TCTTCTCCCT 
TCTCTCTTCC TGAAGGACCT GGACCTCTAC AGAAGCAGCA TCATCTCCTT TTTTCAGCTG 
AACCGGGTTT CCAGCAGAAC CACCAAGGCC CGGGGTGGGA CAGGAAAAGG AAAGTCCAAG 
ACGATCCAAA TGGAAAAGGA ATCAGAACCC ATCCTGATGA AGGCGAAGTC CGCTCTATCC 
AAGCTCTATG ACATCAGCAC CAACATCACC ATTTGCCCAT CAGAGGGTGT GGCCTACAAT 
GGCCCCGCCT TTTCCTATCC TGCTGCTGAT CTACCTGAAG ACCTGCAGCA TAAAGAACAC 
CTGACCCCTT TTCCTGCAGA GCTGCTCGAA AGCACACTGA GCCAGTTCCG GGTTACGGTT 
CTGACCCACT TAGAGAATGG CTTCCAGGAC CTCCTCAACA TGTCTGCTGC CGTGGTAACA 
GGAACCATGA ATAAGGACCG TTCTGAGCTG GAACCCCTTC TGCAACCGCT GAAGCCAGAA 
AACATCCTGA CCAACGTATA TGAGCCCCGT TTGGCTGAGC TGATACTCCA CCAGCAGCGT 
GTGGATGTCC ACTGCCAGGA AATATTTGAC CTGATGACCT CCTGCAGGAC GGAACTGAAG 
CAGCTCGAGA CCTCCATCAC CATGAAGACC CAGGACCTGT CCTCTTCTCT GTCGAGCATG 
GAGGACGACG TCCAGACGGC TCGCAGCAGC TCCTGTCTGG CAGTTGTCAG CACCACCATG 
CAGGATCTTC TGGATCATCA CGTTGAAGAC GTTCAGCGAT GTTGGAGCGG CTTCAGGCAG 
ATGGTCCGGA CCAGACTGCA GGAGGCCAGG ACCAGAACCT CAGATCTCCT GACCTCCTTC 
AGGACTTTCA GCGAAGGAGG AGACTTTTCT CCTCAGGAGG TCGGCAAGTA TCAGATCAGG 
ATGGAGAAGG AAATAAGAAA GATGAGATCC ATCCGGAAGT CTATCTTAGC TGAACTGGAG 
TTCTTAGAGT CCACGAGTCA GCAACAGGTG AAGGAGGCAT CAGCAGCTCT GGAGAAGAAG 
CTCGCAGACA AGAAGTCTGA ACTGGAAGTC ATCAAGAAAA TCCAGGAACT CATCAGCAGA 
ACTCAAACTC AGATCAAGGA TGAGGCCGGC AGCAGCAACC TCCAGCAGGC GGAGATCAGC 
AGCAGATTGG AGGAGCTCGG GAGGATGACG AGGAGCACAC AGGTCTCCCC GGATCAGCTG 
TGTTCGTTCC TGTCATCCAC GCATGAAGAG ATCACAAAGC GCTTCCGGTA CCTGGAGCTG 
GATCACTCCA AGCTGTCAGC TGATCCTGAA TCCAGGAAGC AGGTGGAAGG TTCCCCCCAA 
AGTGGCCCAC AGCTCCTGAG CAGAACAACG GTGGACCCAC CTGAAGACCC GGTTCTGGGT 
ACCAGCAGGG TCCAGGATCC AGGAAGAGGT CTGAGTTCGG TCCAGGAGTG GCAGAGCAGC 
GTTGATTCTG TCATTTCCCA AAGGGGGAGT GGCTCCAGGA CTAAAACAGA CGACATCACC 
GCTGAGAAGG GATTCCGTTT CCTTGGATTT GAACAGGAAA CAGAACCGAA CGCGTGCTCC 
TTCAGCTCAT CCGTGAACTC TGTCCTATGG AAAACCAAAA ATGAGATCCG GAATCTCACG 
GAGGACACCT GCTGCAGCCT CGACTCCACA CAGCAAAGGC TTCTGGGATA CCAGGACCAG 
GCCAGCGTGT TCCTAAGAGC CAGCAAAACC GAGCTGCTGA AGCAGATGGC AGAATTCCAG 
GAGCTGCTGA GTCCACTACC TGCTTTCTTA ATCAGTAACC ACGAGCAACG GCACCGGTCG 
CAGCTCGCAG AGGATGTGGG CGTGGCCAGG AGGAGGCTGG AGGAGCTGCT GGCAGCCAGT 
GAGGAGGAGA AGAGGTCGAA CTTCCACAAG CTGAGAGTTT CTCTCACAGC CGACGAGCTG 
CAGGCGCTGA ACGCCAGAGA GGAGCTGAGG CAGCAGCAGC TGCACAGCGC CACCTGGAGC 
ATGCACCAGG AACTGCAGAA GTGTGTGCGT TCCAGAACAG AGGAGTTTGT GACATCACTG 
GCTTCTCTGT CAGAGAATCT GCTGCTGCTG CTGGACGACC TGCTCACACC TGCAGTGACT 
CATCAGCACA CTGAACACAA AGCTGTTACC ATGGAGACGG GAGCTGAAAC AGGAAGAGGA 
CGCAGGACCT GGCCTGGTAT CTCCTTCCTG TTTACCCCCA CCAAGGACTC TGATCCATCC 
ACTCCTGTTA CCATGACAAC AGAAGATATC ATCACAACCA CTTACAGCCA GAAACATGAG 
GAAGTTATTG TCAATAGAGA TGCTGCTGTG AAGCGGTTTG AGAAGCTGTT CAGCTCTGAG 
ACGTCATGTT CAGATTCCGA AAATCAAAGA CACCTGAGTG AACAACAACG CTGGAACACA 
CACTGGCAAC AACAGATACA CTCTCTGACA CAGATACACA CAATGTAA