col17a1 cDNA ORF clone, Oncorhynchus mykiss(rainbow trout)

Gene
Clones
gRNAs

Summary

Gene Symbol	col17a1
Entrez Gene ID	110529109
Full Name	collagen type XVII alpha 1 chain
Gene Type	protein-coding
Organism	Oncorhynchus mykiss(rainbow trout)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021611215.1	XP_021466890.1	collagen alpha-1(XVII) chain isoform X1
XM_021611218.1	XP_021466893.1	collagen alpha-1(XVII) chain isoform X2

Pathways from BioSystems
Gene Ontology

The following col17a1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the col17a1 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
OOf52928	XM_021611215.1 Latest version!	Oncorhynchus mykiss collagen type XVII alpha 1 chain (col17a1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OOf52929	XM_021611218.1 Latest version!	Oncorhynchus mykiss collagen type XVII alpha 1 chain (col17a1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

col17a1 ( XM_021611215.1 ) cDNA ORF clone, Oncorhynchus mykiss(rainbow trout) -> XP_021466890.1 Oncorhynchus mykiss collagen type XVII alpha 1 chain (col17a1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OOf52928
Clone ID Related Accession (Same CDS sequence)	XM_021611215.1
Accession Version	XM_021611215.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4965bp) 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	2017-06-26
Organism	Oncorhynchus mykiss(rainbow trout)
Product	collagen alpha-1(XVII) chain isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_035077.1) 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 :: Oncorhynchus mykiss Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATGATT TAACAACAAG AAAGAGAAAC CACTCAGGAG GAAGCTCCGG GGGAAAGGTT 
GTGACAGAAA CTACAACCTC GACAAGTAGA TTGGTATCTT TACCTCCAAA GGGTGGCAGT 
GGATCAAAAA GTAGTACCCA CAGGACTATG TCTAGCAATG CTGGAGGCCT GTGGTTGGAA 
AAGAACATTT TAACCCAGAA CAGCAGTGGA ACTAACTTTT CCTCATCTTC TGTGGGTGTC 
AATGCCGGAG GATCCAGCTC CTCATCAGGG TTCTACATGG GGGACTACTC TGAGGGTGGT 
GGAGATGGTG GAGGGGGAGG TGGTGGAGGG GGAGGTGGTG GAGGTGGGGG AGGTGGAGGA 
GGCGGCGGAG GTGTTGGCAG TGGAGGTGGG GGTGGCTCAG GCTATGGAGG AGTGTATGGA 
GGAAGCCCCG GGTCAAAAGT AAAGAGCAGT TCATCAGGGT GCTCCAGGAG GGCCCAGAGC 
TCTGCCTCGC CTGGGGGTCT CTCCCCTGGC TTCCTGGAAA GGAAGAGTAT GGCCAGTCGC 
TCAGGAGGCT ACGACGGAAG CTCAAGTGGC AACTCCTCCC CCGAGTTTAC ACGGAAAGAC 
TATGCAGGGT CAGGTGCCAC TAGAATAGGG AGGAGCCAGA GCAGAGAGAG TGAAATCAGA 
GCCAGACTGC AGAGTGCCTC TCCCAGTGCT GGCAGATGGA CTGAGCTGGA TGATGTGAAG 
AGGCTGGTGA AGGGAGGACG CTCCAACAGT GTCAGCCCCA CCCGCTCCTC CGCTTCCTCC 
ACCCTGCCTG TCCCCAGGAA GGCCACCGTC GAGGCCAAGA TCGTCACCCA GGCCTCCCAG 
TCAGTCTCTG GGCAGTATGA GACCACTACC CTGGACTCTG GCCTACCTTC TTCCTACTGC 
TGGACTAGCT CTACGCTGCC CATCTCCTCT GCCACTGGCA ACAGCAGCAG CGCATACGGT 
TACCATAGTA ACACAAACAA CATGTCTCCA GGCTTGGGGT CCTCCCTGCT CAACACCACC 
TCACCCTCCT CCTTGTCAGT GTATGGATTC CAGAATAACT TGGCGCCCAT GTCCAGTAGT 
GTCCTCACCA CCAGTGGAGT TAACGCACAT TCAGGCACTT TGACAGCAGG ATATGGAGTG 
CAGAAGAACA TATCGAATGG TGGTGGTCTC GTCAGCACCG GAGTGTCAAC CTCTGCAATG 
TCCGCTTTGA GGTCTCACAC TGATGACGCA TACAGGAAAG ACTTAAAGTA CCTTGTGCTG 
CAGAAGGAGA ATGTTCCAGT CAAGAGAGAT ACTGAGGTGC TCACCCTCAC AAAAGACAGT 
GGAAAACACT TCACTAGCAG TGTTCGCAGT GTTGGGGGTT CACTGTCTGG TGATTCTCTA 
AAGAAGGAGA AGATGGTGTC CAGCTACAGT GAGACTGCAC CAGTCCTTCT GAAGTCTGAG 
TCCAATTCAT ACTATGGATC ACCCCTAGTG TCAACAAAAG ACAAAGCAAC ATATGCAGAG 
ATCCAAAAAG AGGGGGACTA CTACAGCAGC GGAGGACGAG GTGGGGGCTG CTGTGGGTGT 
GAGGACTCCT GCTGTTCCTG GTGGAAGTGG CTGCTAGGAC TGCTCCTGCT CTCCCTGCTG 
CTCCTGGGCC TGCTCTTTGG GCTCATTGCC CTGGCGGAGG ACGTGAGGAA TCTGAAGTCT 
CGAGTGGCAG CTCTGGAGAC CACCTCCACC GCTGCTCACG CCAGCCGCCT GTCAGCCTCC 
AATAACGACA TCCACAACCC CCAGTCTGGC ACCTACATGG ACACTGGGGG CGCGGCCCGC 
TCCGACAACA CCCTGAACCT GGATACCAGC CTGGGCATGG GGATGGGCAC TGGCACGGGC 
ACTGGCATCG CCGGGCACAC AGACAATGCT GCCCTCCAGA GGACCATCCA GCAACTACTG 
AGAGCTGAGA TGCAGTCTCA GTCATTCAGA GCCCTTCTTA CCTCTTCAAT GAAAGGGGAC 
AGAGGAGAGC CGGGAACTAA AGGCGATGCA GGGAATCATG GAACTAAAGG TGACAATGGT 
TTCCCAGGAC TGCCAGGTCC TCCAGGTGCC ATTGGTCACC CAGGACACGA AGGACCCAAA 
GGACAAAAAG GAAGTCAAGG TGACCATGGA GCTGAGGGGC CACAAGGGCT CAGGGGCCGA 
GAGGGGCCTG GAGGGCCCAG AGGGGAGCCA GGACCCTCAG GGTTTGGAGA GAAGGGGGAG 
AAAGGTTCTC CTGGTGAATC AGGATCTCTT GGTCCTGCTG GTCCAGTCGG CCCGGCTGGG 
CCCAAAGGCT CAGGGGGTGC TCCGGGTACT CCTGGTACGC CAGGCCAACC AGGATCTCAA 
GGCTTCCGTG GAGAATCAGG ACTACCTGGT CCGAAGGGGG AGAGGGGTCC TGCTGGATTT 
CAGGGAATCA AAGGTGATCA TGGTGAGAAA GGACCTCGTG GTGCCGCAGG TGACCCAGGA 
CTATCAGGCT TGCCAGGACC AGCCGGAGAG AAAGGACCCA AAGGATCTGC AGGAACTCCT 
GGAATTGATG GTGACAAAGG CCAAAGAGGT GATCACGGTC CTACTGGGTT ACCAGGGATC 
AGAGGTCCAT CTGGGCCTGC AGGGGACTCA GGCCTACCAG GAACACCCGG GCTTCAAGGG 
CCACCAGGAA TACCAGGGAA TCCTGGACAA CCAGGAGCCA AGGGTGAGGC AGGAGAACCA 
GGAAGAATCA TCAATGCAGG GGGATCCAGT TCTGTGGCCA TCCCCGGCCC CCCAGGAAGC 
CCCGGAGCAC CCGGTCAAGC CGGACCCCCA GGGTTATCAG GCCCCATTGG CCCTGCTGGT 
CTTCCTGGCC AGTCTGGTCC TAAAGGTGAG AGAGGGCTGA AGGGTGAGAT GGGTATTCAG 
GGACTCCAGG GAGAGGCAGG TATCTCAGTG AAAACCAGTG AAACCGTCAG CTCATCCAGA 
GCTGAGAGAC AGTTCAATCT TCCTGCACAA CCAGGTCCCC CTGGTCCCCC TGGACCCCCT 
GGAGCCCCTG GACGTGCAGG TGACTCAAGA TCAGGACTCC CAGGACCAGC TGGTCCCCCA 
GGAGAGCCAG GATATGGCAG ACCTGGTCCT AGAGGAGAGA AAGGAGAGTC AGGAAGCTTT 
GTACCCAATT CAGGAACATT CTTCTCTGGA CCCCCTGGAC CACCCGGGCC ATCTGGGCCA 
AAAGGATCAC CCGGTACACC AGGACCAAGA GGAAACCAAG GAGATGCAGG CCAGCCTGGT 
CTACCAGGGA GCCCAGGAAG ACCAGGAGGA GGCTCTGAAA GAGCATCACC ATACGGTGGA 
ACACATGGGC CACCTGGGCC CCCAGGGACT CCAGGGATTC CTGGACCAGA GGGACGGAAA 
GGCGAACCTG GAATTCCCGG TTCTCCTGGT CTTCCTGGCT CTGCAAGAGG CACTGTGGCG 
GCCAGCTCAG GGTTCCCAGG TCCTCCTGGT CCACCGGGTC CTCCCGGACA CCCAGGCATT 
CCAGGCATAG CCTCTGCTCC TCCTGATCTG CGTCAGTATG TCAACGACTA TCTCCGAATT 
AATGCTAGGA GTATGTCCTC TGGTCTTCCT GGCCCCCGTG GCCTCCCTGG ACCCCCAGGA 
GCCCCTGGAT CCTCTGGATC CTCTAGTTCT GTGGAGGACA TATCTTCTCG TGTCATTGCT 
TATCTGCAGC GTTCAGGATC AGGCTTCGGC GGTGGTGCTC AGGGTCCTCC AGGCCCCCCA 
GGACTTCCTG GGTCCTCTGG CTCTGGTTCT GGCTCAATGT CTGTCAACGA CCTCATTGTT 
ATGCTACAGA GGGATGACGT ACGGCGATAT GTAATGGGCC CACCCGGACC TCCAGGCCCA 
GCAGGACCAG CAGCCAGAGG AGGCAGTACG GCAAACTACG ACCCACAGGA AGTGGCTACC 
TACGTCTTCA GAATCATGAA CGAACGCGGG ATCGGTGGTG GGCAGCCTGG ACCTCCGGGT 
GCAACCGGGC CTCCAGGGCT ACCTGGCTCC TTCAGCGGTG TTAGTGACAT CTCCGCACTC 
CTGCAAAATT CACAATTCCG TGCAATGGTT GGGCGCTCTG CTGGAGCCCC TGGTCCTCCT 
GGTACTCCAG GTATCCCGGG ACCCCCAGGC ACCCCTGGTA CCCCAGGAGG GTCATCTTAC 
AGGAGCTCAG CCTCAGGGGG TTTAAGGATA GAGGACGTCC AGCATTACCT ACAAAGTTCT 
GGGTACAGTG GTCCTCCAGG GCCACCCGGC CCCCCAGGAC CTCAGGGGCC CCCAGGGAAC 
TCTCACGGAG TAGTCTCCTA TGGAGATAGT AGAAACATAG GAAACTACCA GCGAGAAAGC 
ATCCGCACAG AACTCCAGGC GTACCTCAGC AGTGACAGTA TACGGCACTC CTTCATTGGC 
CAACCAGGTC CTCCTGGGTC TCAGGGTCCC CGTGGTCACA AAGGAGACCC TGGAGAACCT 
GGTGGGGTTC AGACTAACCG TCAGAGTTAT GCCCAGAGTG ACCCACGTTA CTCTTCTGAC 
CTTGAGCGGC GCCAGAGTGA CATTGGGAGA TTGACAGAGC CACTAGACTA CTCCAACGTT 
GCCTTGAGAG TGACAGACTA CATCAAGAAC CAGGGCTTAC TGCAGGACAT CCTGTCTGAG 
AGTCACCAGC GAGGAGGCTC CTGGGAGTCC CAAGGCCTCC CAGGACCCCC TGGGCCTCCT 
GGACCTCCCG GGTATAGCCG TGTCATTGGA GCTTACGGCA ACGTGACTGC TGACCTCATG 
GACTTCTTTA GAACCCACGG CACCATTGTT GGCCCCCCAG GGAATACTGG CCCGAAAGGA 
GACAGGGGGT ACCTCGGACC CAAAGGAGAC AGAGGCGAGA TGGGTCGCCC AGGCCCTCCA 
GGACTGCAGG GACTACATGG TCAGGATGGA TACAGAGGAG AGAAGGGAGA GAAAGGTGCA 
GGTGAAGTTA GGGTTGGTCG TCGGCGTCGG AGCATCGGTG TTTAA

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

RefSeq	XP_021466890.1
CDS	152..5116
Translation	MDDLTTRKRNHSGGSSGGKVVTETTTSTSRLVSLPPKGGSGSKSSTHRTMSSNAGGLWLEKNILTQNSSGTNFSSSSVGVNAGGSSSSSGFYMGDYSEGGGDGGGGGGGGGGGGGGGGGGGGGGVGSGGGGGSGYGGVYGGSPGSKVKSSSSGCSRRAQSSASPGGLSPGFLERKSMASRSGGYDGSSSGNSSPEFTRKDYAGSGATRIGRSQSRESEIRARLQSASPSAGRWTELDDVKRLVKGGRSNSVSPTRSSASSTLPVPRKATVEAKIVTQASQSVSGQYETTTLDSGLPSSYCWTSSTLPISSATGNSSSAYGYHSNTNNMSPGLGSSLLNTTSPSSLSVYGFQNNLAPMSSSVLTTSGVNAHSGTLTAGYGVQKNISNGGGLVSTGVSTSAMSALRSHTDDAYRKDLKYLVLQKENVPVKRDTEVLTLTKDSGKHFTSSVRSVGGSLSGDSLKKEKMVSSYSETAPVLLKSESNSYYGSPLVSTKDKATYAEIQKEGDYYSSGGRGGGCCGCEDSCCSWWKWLLGLLLLSLLLLGLLFGLIALAEDVRNLKSRVAALETTSTAAHASRLSASNNDIHNPQSGTYMDTGGAARSDNTLNLDTSLGMGMGTGTGTGIAGHTDNAALQRTIQQLLRAEMQSQSFRALLTSSMKGDRGEPGTKGDAGNHGTKGDNGFPGLPGPPGAIGHPGHEGPKGQKGSQGDHGAEGPQGLRGREGPGGPRGEPGPSGFGEKGEKGSPGESGSLGPAGPVGPAGPKGSGGAPGTPGTPGQPGSQGFRGESGLPGPKGERGPAGFQGIKGDHGEKGPRGAAGDPGLSGLPGPAGEKGPKGSAGTPGIDGDKGQRGDHGPTGLPGIRGPSGPAGDSGLPGTPGLQGPPGIPGNPGQPGAKGEAGEPGRIINAGGSSSVAIPGPPGSPGAPGQAGPPGLSGPIGPAGLPGQSGPKGERGLKGEMGIQGLQGEAGISVKTSETVSSSRAERQFNLPAQPGPPGPPGPPGAPGRAGDSRSGLPGPAGPPGEPGYGRPGPRGEKGESGSFVPNSGTFFSGPPGPPGPSGPKGSPGTPGPRGNQGDAGQPGLPGSPGRPGGGSERASPYGGTHGPPGPPGTPGIPGPEGRKGEPGIPGSPGLPGSARGTVAASSGFPGPPGPPGPPGHPGIPGIASAPPDLRQYVNDYLRINARSMSSGLPGPRGLPGPPGAPGSSGSSSSVEDISSRVIAYLQRSGSGFGGGAQGPPGPPGLPGSSGSGSGSMSVNDLIVMLQRDDVRRYVMGPPGPPGPAGPAARGGSTANYDPQEVATYVFRIMNERGIGGGQPGPPGATGPPGLPGSFSGVSDISALLQNSQFRAMVGRSAGAPGPPGTPGIPGPPGTPGTPGGSSYRSSASGGLRIEDVQHYLQSSGYSGPPGPPGPPGPQGPPGNSHGVVSYGDSRNIGNYQRESIRTELQAYLSSDSIRHSFIGQPGPPGSQGPRGHKGDPGEPGGVQTNRQSYAQSDPRYSSDLERRQSDIGRLTEPLDYSNVALRVTDYIKNQGLLQDILSESHQRGGSWESQGLPGPPGPPGPPGYSRVIGAYGNVTADLMDFFRTHGTIVGPPGNTGPKGDRGYLGPKGDRGEMGRPGPPGLQGLHGQDGYRGEKGEKGAGEVRVGRRRRSIGV

Target ORF information:

RefSeq Version	XM_021611215.1
Organism	Oncorhynchus mykiss(rainbow trout)
Definition	Oncorhynchus mykiss collagen type XVII alpha 1 chain (col17a1), transcript variant X1, mRNA.

Target ORF information:

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

XM_021611215.1

ORF Insert Sequence:

ATGGATGATT TAACAACAAG AAAGAGAAAC CACTCAGGAG GAAGCTCCGG GGGAAAGGTT 
GTGACAGAAA CTACAACCTC GACAAGTAGA TTGGTATCTT TACCTCCAAA GGGTGGCAGT 
GGATCAAAAA GTAGTACCCA CAGGACTATG TCTAGCAATG CTGGAGGCCT GTGGTTGGAA 
AAGAACATTT TAACCCAGAA CAGCAGTGGA ACTAACTTTT CCTCATCTTC TGTGGGTGTC 
AATGCCGGAG GATCCAGCTC CTCATCAGGG TTCTACATGG GGGACTACTC TGAGGGTGGT 
GGAGATGGTG GAGGGGGAGG TGGTGGAGGG GGAGGTGGTG GAGGTGGGGG AGGTGGAGGA 
GGCGGCGGAG GTGTTGGCAG TGGAGGTGGG GGTGGCTCAG GCTATGGAGG AGTGTATGGA 
GGAAGCCCCG GGTCAAAAGT AAAGAGCAGT TCATCAGGGT GCTCCAGGAG GGCCCAGAGC 
TCTGCCTCGC CTGGGGGTCT CTCCCCTGGC TTCCTGGAAA GGAAGAGTAT GGCCAGTCGC 
TCAGGAGGCT ACGACGGAAG CTCAAGTGGC AACTCCTCCC CCGAGTTTAC ACGGAAAGAC 
TATGCAGGGT CAGGTGCCAC TAGAATAGGG AGGAGCCAGA GCAGAGAGAG TGAAATCAGA 
GCCAGACTGC AGAGTGCCTC TCCCAGTGCT GGCAGATGGA CTGAGCTGGA TGATGTGAAG 
AGGCTGGTGA AGGGAGGACG CTCCAACAGT GTCAGCCCCA CCCGCTCCTC CGCTTCCTCC 
ACCCTGCCTG TCCCCAGGAA GGCCACCGTC GAGGCCAAGA TCGTCACCCA GGCCTCCCAG 
TCAGTCTCTG GGCAGTATGA GACCACTACC CTGGACTCTG GCCTACCTTC TTCCTACTGC 
TGGACTAGCT CTACGCTGCC CATCTCCTCT GCCACTGGCA ACAGCAGCAG CGCATACGGT 
TACCATAGTA ACACAAACAA CATGTCTCCA GGCTTGGGGT CCTCCCTGCT CAACACCACC 
TCACCCTCCT CCTTGTCAGT GTATGGATTC CAGAATAACT TGGCGCCCAT GTCCAGTAGT 
GTCCTCACCA CCAGTGGAGT TAACGCACAT TCAGGCACTT TGACAGCAGG ATATGGAGTG 
CAGAAGAACA TATCGAATGG TGGTGGTCTC GTCAGCACCG GAGTGTCAAC CTCTGCAATG 
TCCGCTTTGA GGTCTCACAC TGATGACGCA TACAGGAAAG ACTTAAAGTA CCTTGTGCTG 
CAGAAGGAGA ATGTTCCAGT CAAGAGAGAT ACTGAGGTGC TCACCCTCAC AAAAGACAGT 
GGAAAACACT TCACTAGCAG TGTTCGCAGT GTTGGGGGTT CACTGTCTGG TGATTCTCTA 
AAGAAGGAGA AGATGGTGTC CAGCTACAGT GAGACTGCAC CAGTCCTTCT GAAGTCTGAG 
TCCAATTCAT ACTATGGATC ACCCCTAGTG TCAACAAAAG ACAAAGCAAC ATATGCAGAG 
ATCCAAAAAG AGGGGGACTA CTACAGCAGC GGAGGACGAG GTGGGGGCTG CTGTGGGTGT 
GAGGACTCCT GCTGTTCCTG GTGGAAGTGG CTGCTAGGAC TGCTCCTGCT CTCCCTGCTG 
CTCCTGGGCC TGCTCTTTGG GCTCATTGCC CTGGCGGAGG ACGTGAGGAA TCTGAAGTCT 
CGAGTGGCAG CTCTGGAGAC CACCTCCACC GCTGCTCACG CCAGCCGCCT GTCAGCCTCC 
AATAACGACA TCCACAACCC CCAGTCTGGC ACCTACATGG ACACTGGGGG CGCGGCCCGC 
TCCGACAACA CCCTGAACCT GGATACCAGC CTGGGCATGG GGATGGGCAC TGGCACGGGC 
ACTGGCATCG CCGGGCACAC AGACAATGCT GCCCTCCAGA GGACCATCCA GCAACTACTG 
AGAGCTGAGA TGCAGTCTCA GTCATTCAGA GCCCTTCTTA CCTCTTCAAT GAAAGGGGAC 
AGAGGAGAGC CGGGAACTAA AGGCGATGCA GGGAATCATG GAACTAAAGG TGACAATGGT 
TTCCCAGGAC TGCCAGGTCC TCCAGGTGCC ATTGGTCACC CAGGACACGA AGGACCCAAA 
GGACAAAAAG GAAGTCAAGG TGACCATGGA GCTGAGGGGC CACAAGGGCT CAGGGGCCGA 
GAGGGGCCTG GAGGGCCCAG AGGGGAGCCA GGACCCTCAG GGTTTGGAGA GAAGGGGGAG 
AAAGGTTCTC CTGGTGAATC AGGATCTCTT GGTCCTGCTG GTCCAGTCGG CCCGGCTGGG 
CCCAAAGGCT CAGGGGGTGC TCCGGGTACT CCTGGTACGC CAGGCCAACC AGGATCTCAA 
GGCTTCCGTG GAGAATCAGG ACTACCTGGT CCGAAGGGGG AGAGGGGTCC TGCTGGATTT 
CAGGGAATCA AAGGTGATCA TGGTGAGAAA GGACCTCGTG GTGCCGCAGG TGACCCAGGA 
CTATCAGGCT TGCCAGGACC AGCCGGAGAG AAAGGACCCA AAGGATCTGC AGGAACTCCT 
GGAATTGATG GTGACAAAGG CCAAAGAGGT GATCACGGTC CTACTGGGTT ACCAGGGATC 
AGAGGTCCAT CTGGGCCTGC AGGGGACTCA GGCCTACCAG GAACACCCGG GCTTCAAGGG 
CCACCAGGAA TACCAGGGAA TCCTGGACAA CCAGGAGCCA AGGGTGAGGC AGGAGAACCA 
GGAAGAATCA TCAATGCAGG GGGATCCAGT TCTGTGGCCA TCCCCGGCCC CCCAGGAAGC 
CCCGGAGCAC CCGGTCAAGC CGGACCCCCA GGGTTATCAG GCCCCATTGG CCCTGCTGGT 
CTTCCTGGCC AGTCTGGTCC TAAAGGTGAG AGAGGGCTGA AGGGTGAGAT GGGTATTCAG 
GGACTCCAGG GAGAGGCAGG TATCTCAGTG AAAACCAGTG AAACCGTCAG CTCATCCAGA 
GCTGAGAGAC AGTTCAATCT TCCTGCACAA CCAGGTCCCC CTGGTCCCCC TGGACCCCCT 
GGAGCCCCTG GACGTGCAGG TGACTCAAGA TCAGGACTCC CAGGACCAGC TGGTCCCCCA 
GGAGAGCCAG GATATGGCAG ACCTGGTCCT AGAGGAGAGA AAGGAGAGTC AGGAAGCTTT 
GTACCCAATT CAGGAACATT CTTCTCTGGA CCCCCTGGAC CACCCGGGCC ATCTGGGCCA 
AAAGGATCAC CCGGTACACC AGGACCAAGA GGAAACCAAG GAGATGCAGG CCAGCCTGGT 
CTACCAGGGA GCCCAGGAAG ACCAGGAGGA GGCTCTGAAA GAGCATCACC ATACGGTGGA 
ACACATGGGC CACCTGGGCC CCCAGGGACT CCAGGGATTC CTGGACCAGA GGGACGGAAA 
GGCGAACCTG GAATTCCCGG TTCTCCTGGT CTTCCTGGCT CTGCAAGAGG CACTGTGGCG 
GCCAGCTCAG GGTTCCCAGG TCCTCCTGGT CCACCGGGTC CTCCCGGACA CCCAGGCATT 
CCAGGCATAG CCTCTGCTCC TCCTGATCTG CGTCAGTATG TCAACGACTA TCTCCGAATT 
AATGCTAGGA GTATGTCCTC TGGTCTTCCT GGCCCCCGTG GCCTCCCTGG ACCCCCAGGA 
GCCCCTGGAT CCTCTGGATC CTCTAGTTCT GTGGAGGACA TATCTTCTCG TGTCATTGCT 
TATCTGCAGC GTTCAGGATC AGGCTTCGGC GGTGGTGCTC AGGGTCCTCC AGGCCCCCCA 
GGACTTCCTG GGTCCTCTGG CTCTGGTTCT GGCTCAATGT CTGTCAACGA CCTCATTGTT 
ATGCTACAGA GGGATGACGT ACGGCGATAT GTAATGGGCC CACCCGGACC TCCAGGCCCA 
GCAGGACCAG CAGCCAGAGG AGGCAGTACG GCAAACTACG ACCCACAGGA AGTGGCTACC 
TACGTCTTCA GAATCATGAA CGAACGCGGG ATCGGTGGTG GGCAGCCTGG ACCTCCGGGT 
GCAACCGGGC CTCCAGGGCT ACCTGGCTCC TTCAGCGGTG TTAGTGACAT CTCCGCACTC 
CTGCAAAATT CACAATTCCG TGCAATGGTT GGGCGCTCTG CTGGAGCCCC TGGTCCTCCT 
GGTACTCCAG GTATCCCGGG ACCCCCAGGC ACCCCTGGTA CCCCAGGAGG GTCATCTTAC 
AGGAGCTCAG CCTCAGGGGG TTTAAGGATA GAGGACGTCC AGCATTACCT ACAAAGTTCT 
GGGTACAGTG GTCCTCCAGG GCCACCCGGC CCCCCAGGAC CTCAGGGGCC CCCAGGGAAC 
TCTCACGGAG TAGTCTCCTA TGGAGATAGT AGAAACATAG GAAACTACCA GCGAGAAAGC 
ATCCGCACAG AACTCCAGGC GTACCTCAGC AGTGACAGTA TACGGCACTC CTTCATTGGC 
CAACCAGGTC CTCCTGGGTC TCAGGGTCCC CGTGGTCACA AAGGAGACCC TGGAGAACCT 
GGTGGGGTTC AGACTAACCG TCAGAGTTAT GCCCAGAGTG ACCCACGTTA CTCTTCTGAC 
CTTGAGCGGC GCCAGAGTGA CATTGGGAGA TTGACAGAGC CACTAGACTA CTCCAACGTT 
GCCTTGAGAG TGACAGACTA CATCAAGAAC CAGGGCTTAC TGCAGGACAT CCTGTCTGAG 
AGTCACCAGC GAGGAGGCTC CTGGGAGTCC CAAGGCCTCC CAGGACCCCC TGGGCCTCCT 
GGACCTCCCG GGTATAGCCG TGTCATTGGA GCTTACGGCA ACGTGACTGC TGACCTCATG 
GACTTCTTTA GAACCCACGG CACCATTGTT GGCCCCCCAG GGAATACTGG CCCGAAAGGA 
GACAGGGGGT ACCTCGGACC CAAAGGAGAC AGAGGCGAGA TGGGTCGCCC AGGCCCTCCA 
GGACTGCAGG GACTACATGG TCAGGATGGA TACAGAGGAG AGAAGGGAGA GAAAGGTGCA 
GGTGAAGTTA GGGTTGGTCG TCGGCGTCGG AGCATCGGTG TTTAA

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

col17a1 ( XM_021611218.1 ) cDNA ORF clone, Oncorhynchus mykiss(rainbow trout) -> XP_021466893.1 Oncorhynchus mykiss collagen type XVII alpha 1 chain (col17a1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OOf52929
Clone ID Related Accession (Same CDS sequence)	XM_021611218.1
Accession Version	XM_021611218.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4962bp) 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	2017-06-26
Organism	Oncorhynchus mykiss(rainbow trout)
Product	collagen alpha-1(XVII) chain isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_035077.1) 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 :: Oncorhynchus mykiss Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATGATT TAACAACAAG AAAGAGAAAC CACTCAGGAG GAAGCTCCGG GGGAAAGGTT 
GTGACAGAAA CTACAACCTC GACAAGTAGA TTGGTATCTT TACCTCCAAA GGGTGGCAGT 
GGATCAAAAA GTAGTACCCA CAGGACTATG TCTAGCAATG CTGGAGGCCT GTGGTTGGAA 
AAGAACATTT TAACCCAGAA CAGCAGTGGA ACTAACTTTT CCTCATCTTC TGTGGGTGTC 
AATGCCGGAG GATCCAGCTC CTCATCAGGG TTCTACATGG GGGACTACTC TGAGGGTGGT 
GGAGATGGTG GAGGGGGAGG TGGTGGAGGG GGAGGTGGTG GAGGTGGGGG AGGTGGAGGA 
GGCGGCGGAG GTGTTGGCAG TGGAGGTGGG GGTGGCTCAG GCTATGGAGG AGTGTATGGA 
GGAAGCCCCG GGTCAAAAGT AAAGAGCAGT TCATCAGGGT GCTCCAGGAG GGCCCAGAGC 
TCTGCCTCGC CTGGGGGTCT CTCCCCTGGC TTCCTGGAAA GGAAGAGTAT GGCCAGTCGC 
TCAGGAGGCT ACGACGGAAG CTCAAGTGGC AACTCCTCCC CCGAGTTTAC ACGGAAAGAC 
TATGCAGGGT CAGGTGCCAC TAGAATAGGG AGGAGCCAGA GCAGAGAGAG TGAAATCAGA 
GCCAGACTGC AGAGTGCCTC TCCCAGTGCT GGCAGATGGA CTGAGCTGGA TGATGTGAAG 
AGGCTGGTGA AGGGAGGACG CTCCAACAGT GTCAGCCCCA CCCGCTCCTC CGCTTCCTCC 
ACCCTGCCTG TCCCCAGGAA GGCCACCGTC GAGGCCAAGA TCGTCACCCA GGCCTCCCAG 
TCAGTCTCTG GGCAGTATGA GACCACTACC CTGGACTCTG GCCTACCTTC TTCCTACTGC 
TGGACTAGCT CTACGCTGCC CATCTCCTCT GCCACTGGCA ACAGCAGCAG CGCATACGGT 
TACCATAGTA ACACAAACAA CATGTCTCCA GGCTTGGGGT CCTCCCTGCT CAACACCACC 
TCACCCTCCT CCTTGTCAGT GTATGGATTC CAGAATAACT TGGCGCCCAT GTCCAGTAGT 
GTCCTCACCA CCAGTGGAGT TAACGCACAT TCAGGCACTT TGACAGGATA TGGAGTGCAG 
AAGAACATAT CGAATGGTGG TGGTCTCGTC AGCACCGGAG TGTCAACCTC TGCAATGTCC 
GCTTTGAGGT CTCACACTGA TGACGCATAC AGGAAAGACT TAAAGTACCT TGTGCTGCAG 
AAGGAGAATG TTCCAGTCAA GAGAGATACT GAGGTGCTCA CCCTCACAAA AGACAGTGGA 
AAACACTTCA CTAGCAGTGT TCGCAGTGTT GGGGGTTCAC TGTCTGGTGA TTCTCTAAAG 
AAGGAGAAGA TGGTGTCCAG CTACAGTGAG ACTGCACCAG TCCTTCTGAA GTCTGAGTCC 
AATTCATACT ATGGATCACC CCTAGTGTCA ACAAAAGACA AAGCAACATA TGCAGAGATC 
CAAAAAGAGG GGGACTACTA CAGCAGCGGA GGACGAGGTG GGGGCTGCTG TGGGTGTGAG 
GACTCCTGCT GTTCCTGGTG GAAGTGGCTG CTAGGACTGC TCCTGCTCTC CCTGCTGCTC 
CTGGGCCTGC TCTTTGGGCT CATTGCCCTG GCGGAGGACG TGAGGAATCT GAAGTCTCGA 
GTGGCAGCTC TGGAGACCAC CTCCACCGCT GCTCACGCCA GCCGCCTGTC AGCCTCCAAT 
AACGACATCC ACAACCCCCA GTCTGGCACC TACATGGACA CTGGGGGCGC GGCCCGCTCC 
GACAACACCC TGAACCTGGA TACCAGCCTG GGCATGGGGA TGGGCACTGG CACGGGCACT 
GGCATCGCCG GGCACACAGA CAATGCTGCC CTCCAGAGGA CCATCCAGCA ACTACTGAGA 
GCTGAGATGC AGTCTCAGTC ATTCAGAGCC CTTCTTACCT CTTCAATGAA AGGGGACAGA 
GGAGAGCCGG GAACTAAAGG CGATGCAGGG AATCATGGAA CTAAAGGTGA CAATGGTTTC 
CCAGGACTGC CAGGTCCTCC AGGTGCCATT GGTCACCCAG GACACGAAGG ACCCAAAGGA 
CAAAAAGGAA GTCAAGGTGA CCATGGAGCT GAGGGGCCAC AAGGGCTCAG GGGCCGAGAG 
GGGCCTGGAG GGCCCAGAGG GGAGCCAGGA CCCTCAGGGT TTGGAGAGAA GGGGGAGAAA 
GGTTCTCCTG GTGAATCAGG ATCTCTTGGT CCTGCTGGTC CAGTCGGCCC GGCTGGGCCC 
AAAGGCTCAG GGGGTGCTCC GGGTACTCCT GGTACGCCAG GCCAACCAGG ATCTCAAGGC 
TTCCGTGGAG AATCAGGACT ACCTGGTCCG AAGGGGGAGA GGGGTCCTGC TGGATTTCAG 
GGAATCAAAG GTGATCATGG TGAGAAAGGA CCTCGTGGTG CCGCAGGTGA CCCAGGACTA 
TCAGGCTTGC CAGGACCAGC CGGAGAGAAA GGACCCAAAG GATCTGCAGG AACTCCTGGA 
ATTGATGGTG ACAAAGGCCA AAGAGGTGAT CACGGTCCTA CTGGGTTACC AGGGATCAGA 
GGTCCATCTG GGCCTGCAGG GGACTCAGGC CTACCAGGAA CACCCGGGCT TCAAGGGCCA 
CCAGGAATAC CAGGGAATCC TGGACAACCA GGAGCCAAGG GTGAGGCAGG AGAACCAGGA 
AGAATCATCA ATGCAGGGGG ATCCAGTTCT GTGGCCATCC CCGGCCCCCC AGGAAGCCCC 
GGAGCACCCG GTCAAGCCGG ACCCCCAGGG TTATCAGGCC CCATTGGCCC TGCTGGTCTT 
CCTGGCCAGT CTGGTCCTAA AGGTGAGAGA GGGCTGAAGG GTGAGATGGG TATTCAGGGA 
CTCCAGGGAG AGGCAGGTAT CTCAGTGAAA ACCAGTGAAA CCGTCAGCTC ATCCAGAGCT 
GAGAGACAGT TCAATCTTCC TGCACAACCA GGTCCCCCTG GTCCCCCTGG ACCCCCTGGA 
GCCCCTGGAC GTGCAGGTGA CTCAAGATCA GGACTCCCAG GACCAGCTGG TCCCCCAGGA 
GAGCCAGGAT ATGGCAGACC TGGTCCTAGA GGAGAGAAAG GAGAGTCAGG AAGCTTTGTA 
CCCAATTCAG GAACATTCTT CTCTGGACCC CCTGGACCAC CCGGGCCATC TGGGCCAAAA 
GGATCACCCG GTACACCAGG ACCAAGAGGA AACCAAGGAG ATGCAGGCCA GCCTGGTCTA 
CCAGGGAGCC CAGGAAGACC AGGAGGAGGC TCTGAAAGAG CATCACCATA CGGTGGAACA 
CATGGGCCAC CTGGGCCCCC AGGGACTCCA GGGATTCCTG GACCAGAGGG ACGGAAAGGC 
GAACCTGGAA TTCCCGGTTC TCCTGGTCTT CCTGGCTCTG CAAGAGGCAC TGTGGCGGCC 
AGCTCAGGGT TCCCAGGTCC TCCTGGTCCA CCGGGTCCTC CCGGACACCC AGGCATTCCA 
GGCATAGCCT CTGCTCCTCC TGATCTGCGT CAGTATGTCA ACGACTATCT CCGAATTAAT 
GCTAGGAGTA TGTCCTCTGG TCTTCCTGGC CCCCGTGGCC TCCCTGGACC CCCAGGAGCC 
CCTGGATCCT CTGGATCCTC TAGTTCTGTG GAGGACATAT CTTCTCGTGT CATTGCTTAT 
CTGCAGCGTT CAGGATCAGG CTTCGGCGGT GGTGCTCAGG GTCCTCCAGG CCCCCCAGGA 
CTTCCTGGGT CCTCTGGCTC TGGTTCTGGC TCAATGTCTG TCAACGACCT CATTGTTATG 
CTACAGAGGG ATGACGTACG GCGATATGTA ATGGGCCCAC CCGGACCTCC AGGCCCAGCA 
GGACCAGCAG CCAGAGGAGG CAGTACGGCA AACTACGACC CACAGGAAGT GGCTACCTAC 
GTCTTCAGAA TCATGAACGA ACGCGGGATC GGTGGTGGGC AGCCTGGACC TCCGGGTGCA 
ACCGGGCCTC CAGGGCTACC TGGCTCCTTC AGCGGTGTTA GTGACATCTC CGCACTCCTG 
CAAAATTCAC AATTCCGTGC AATGGTTGGG CGCTCTGCTG GAGCCCCTGG TCCTCCTGGT 
ACTCCAGGTA TCCCGGGACC CCCAGGCACC CCTGGTACCC CAGGAGGGTC ATCTTACAGG 
AGCTCAGCCT CAGGGGGTTT AAGGATAGAG GACGTCCAGC ATTACCTACA AAGTTCTGGG 
TACAGTGGTC CTCCAGGGCC ACCCGGCCCC CCAGGACCTC AGGGGCCCCC AGGGAACTCT 
CACGGAGTAG TCTCCTATGG AGATAGTAGA AACATAGGAA ACTACCAGCG AGAAAGCATC 
CGCACAGAAC TCCAGGCGTA CCTCAGCAGT GACAGTATAC GGCACTCCTT CATTGGCCAA 
CCAGGTCCTC CTGGGTCTCA GGGTCCCCGT GGTCACAAAG GAGACCCTGG AGAACCTGGT 
GGGGTTCAGA CTAACCGTCA GAGTTATGCC CAGAGTGACC CACGTTACTC TTCTGACCTT 
GAGCGGCGCC AGAGTGACAT TGGGAGATTG ACAGAGCCAC TAGACTACTC CAACGTTGCC 
TTGAGAGTGA CAGACTACAT CAAGAACCAG GGCTTACTGC AGGACATCCT GTCTGAGAGT 
CACCAGCGAG GAGGCTCCTG GGAGTCCCAA GGCCTCCCAG GACCCCCTGG GCCTCCTGGA 
CCTCCCGGGT ATAGCCGTGT CATTGGAGCT TACGGCAACG TGACTGCTGA CCTCATGGAC 
TTCTTTAGAA CCCACGGCAC CATTGTTGGC CCCCCAGGGA ATACTGGCCC GAAAGGAGAC 
AGGGGGTACC TCGGACCCAA AGGAGACAGA GGCGAGATGG GTCGCCCAGG CCCTCCAGGA 
CTGCAGGGAC TACATGGTCA GGATGGATAC AGAGGAGAGA AGGGAGAGAA AGGTGCAGGT 
GAAGTTAGGG TTGGTCGTCG GCGTCGGAGC ATCGGTGTTT AA

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

RefSeq	XP_021466893.1
CDS	152..5113
Translation	MDDLTTRKRNHSGGSSGGKVVTETTTSTSRLVSLPPKGGSGSKSSTHRTMSSNAGGLWLEKNILTQNSSGTNFSSSSVGVNAGGSSSSSGFYMGDYSEGGGDGGGGGGGGGGGGGGGGGGGGGGVGSGGGGGSGYGGVYGGSPGSKVKSSSSGCSRRAQSSASPGGLSPGFLERKSMASRSGGYDGSSSGNSSPEFTRKDYAGSGATRIGRSQSRESEIRARLQSASPSAGRWTELDDVKRLVKGGRSNSVSPTRSSASSTLPVPRKATVEAKIVTQASQSVSGQYETTTLDSGLPSSYCWTSSTLPISSATGNSSSAYGYHSNTNNMSPGLGSSLLNTTSPSSLSVYGFQNNLAPMSSSVLTTSGVNAHSGTLTGYGVQKNISNGGGLVSTGVSTSAMSALRSHTDDAYRKDLKYLVLQKENVPVKRDTEVLTLTKDSGKHFTSSVRSVGGSLSGDSLKKEKMVSSYSETAPVLLKSESNSYYGSPLVSTKDKATYAEIQKEGDYYSSGGRGGGCCGCEDSCCSWWKWLLGLLLLSLLLLGLLFGLIALAEDVRNLKSRVAALETTSTAAHASRLSASNNDIHNPQSGTYMDTGGAARSDNTLNLDTSLGMGMGTGTGTGIAGHTDNAALQRTIQQLLRAEMQSQSFRALLTSSMKGDRGEPGTKGDAGNHGTKGDNGFPGLPGPPGAIGHPGHEGPKGQKGSQGDHGAEGPQGLRGREGPGGPRGEPGPSGFGEKGEKGSPGESGSLGPAGPVGPAGPKGSGGAPGTPGTPGQPGSQGFRGESGLPGPKGERGPAGFQGIKGDHGEKGPRGAAGDPGLSGLPGPAGEKGPKGSAGTPGIDGDKGQRGDHGPTGLPGIRGPSGPAGDSGLPGTPGLQGPPGIPGNPGQPGAKGEAGEPGRIINAGGSSSVAIPGPPGSPGAPGQAGPPGLSGPIGPAGLPGQSGPKGERGLKGEMGIQGLQGEAGISVKTSETVSSSRAERQFNLPAQPGPPGPPGPPGAPGRAGDSRSGLPGPAGPPGEPGYGRPGPRGEKGESGSFVPNSGTFFSGPPGPPGPSGPKGSPGTPGPRGNQGDAGQPGLPGSPGRPGGGSERASPYGGTHGPPGPPGTPGIPGPEGRKGEPGIPGSPGLPGSARGTVAASSGFPGPPGPPGPPGHPGIPGIASAPPDLRQYVNDYLRINARSMSSGLPGPRGLPGPPGAPGSSGSSSSVEDISSRVIAYLQRSGSGFGGGAQGPPGPPGLPGSSGSGSGSMSVNDLIVMLQRDDVRRYVMGPPGPPGPAGPAARGGSTANYDPQEVATYVFRIMNERGIGGGQPGPPGATGPPGLPGSFSGVSDISALLQNSQFRAMVGRSAGAPGPPGTPGIPGPPGTPGTPGGSSYRSSASGGLRIEDVQHYLQSSGYSGPPGPPGPPGPQGPPGNSHGVVSYGDSRNIGNYQRESIRTELQAYLSSDSIRHSFIGQPGPPGSQGPRGHKGDPGEPGGVQTNRQSYAQSDPRYSSDLERRQSDIGRLTEPLDYSNVALRVTDYIKNQGLLQDILSESHQRGGSWESQGLPGPPGPPGPPGYSRVIGAYGNVTADLMDFFRTHGTIVGPPGNTGPKGDRGYLGPKGDRGEMGRPGPPGLQGLHGQDGYRGEKGEKGAGEVRVGRRRRSIGV

Target ORF information:

RefSeq Version	XM_021611218.1
Organism	Oncorhynchus mykiss(rainbow trout)
Definition	Oncorhynchus mykiss collagen type XVII alpha 1 chain (col17a1), transcript variant X2, mRNA.

Target ORF information:

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

XM_021611218.1

ORF Insert Sequence:

ATGGATGATT TAACAACAAG AAAGAGAAAC CACTCAGGAG GAAGCTCCGG GGGAAAGGTT 
GTGACAGAAA CTACAACCTC GACAAGTAGA TTGGTATCTT TACCTCCAAA GGGTGGCAGT 
GGATCAAAAA GTAGTACCCA CAGGACTATG TCTAGCAATG CTGGAGGCCT GTGGTTGGAA 
AAGAACATTT TAACCCAGAA CAGCAGTGGA ACTAACTTTT CCTCATCTTC TGTGGGTGTC 
AATGCCGGAG GATCCAGCTC CTCATCAGGG TTCTACATGG GGGACTACTC TGAGGGTGGT 
GGAGATGGTG GAGGGGGAGG TGGTGGAGGG GGAGGTGGTG GAGGTGGGGG AGGTGGAGGA 
GGCGGCGGAG GTGTTGGCAG TGGAGGTGGG GGTGGCTCAG GCTATGGAGG AGTGTATGGA 
GGAAGCCCCG GGTCAAAAGT AAAGAGCAGT TCATCAGGGT GCTCCAGGAG GGCCCAGAGC 
TCTGCCTCGC CTGGGGGTCT CTCCCCTGGC TTCCTGGAAA GGAAGAGTAT GGCCAGTCGC 
TCAGGAGGCT ACGACGGAAG CTCAAGTGGC AACTCCTCCC CCGAGTTTAC ACGGAAAGAC 
TATGCAGGGT CAGGTGCCAC TAGAATAGGG AGGAGCCAGA GCAGAGAGAG TGAAATCAGA 
GCCAGACTGC AGAGTGCCTC TCCCAGTGCT GGCAGATGGA CTGAGCTGGA TGATGTGAAG 
AGGCTGGTGA AGGGAGGACG CTCCAACAGT GTCAGCCCCA CCCGCTCCTC CGCTTCCTCC 
ACCCTGCCTG TCCCCAGGAA GGCCACCGTC GAGGCCAAGA TCGTCACCCA GGCCTCCCAG 
TCAGTCTCTG GGCAGTATGA GACCACTACC CTGGACTCTG GCCTACCTTC TTCCTACTGC 
TGGACTAGCT CTACGCTGCC CATCTCCTCT GCCACTGGCA ACAGCAGCAG CGCATACGGT 
TACCATAGTA ACACAAACAA CATGTCTCCA GGCTTGGGGT CCTCCCTGCT CAACACCACC 
TCACCCTCCT CCTTGTCAGT GTATGGATTC CAGAATAACT TGGCGCCCAT GTCCAGTAGT 
GTCCTCACCA CCAGTGGAGT TAACGCACAT TCAGGCACTT TGACAGGATA TGGAGTGCAG 
AAGAACATAT CGAATGGTGG TGGTCTCGTC AGCACCGGAG TGTCAACCTC TGCAATGTCC 
GCTTTGAGGT CTCACACTGA TGACGCATAC AGGAAAGACT TAAAGTACCT TGTGCTGCAG 
AAGGAGAATG TTCCAGTCAA GAGAGATACT GAGGTGCTCA CCCTCACAAA AGACAGTGGA 
AAACACTTCA CTAGCAGTGT TCGCAGTGTT GGGGGTTCAC TGTCTGGTGA TTCTCTAAAG 
AAGGAGAAGA TGGTGTCCAG CTACAGTGAG ACTGCACCAG TCCTTCTGAA GTCTGAGTCC 
AATTCATACT ATGGATCACC CCTAGTGTCA ACAAAAGACA AAGCAACATA TGCAGAGATC 
CAAAAAGAGG GGGACTACTA CAGCAGCGGA GGACGAGGTG GGGGCTGCTG TGGGTGTGAG 
GACTCCTGCT GTTCCTGGTG GAAGTGGCTG CTAGGACTGC TCCTGCTCTC CCTGCTGCTC 
CTGGGCCTGC TCTTTGGGCT CATTGCCCTG GCGGAGGACG TGAGGAATCT GAAGTCTCGA 
GTGGCAGCTC TGGAGACCAC CTCCACCGCT GCTCACGCCA GCCGCCTGTC AGCCTCCAAT 
AACGACATCC ACAACCCCCA GTCTGGCACC TACATGGACA CTGGGGGCGC GGCCCGCTCC 
GACAACACCC TGAACCTGGA TACCAGCCTG GGCATGGGGA TGGGCACTGG CACGGGCACT 
GGCATCGCCG GGCACACAGA CAATGCTGCC CTCCAGAGGA CCATCCAGCA ACTACTGAGA 
GCTGAGATGC AGTCTCAGTC ATTCAGAGCC CTTCTTACCT CTTCAATGAA AGGGGACAGA 
GGAGAGCCGG GAACTAAAGG CGATGCAGGG AATCATGGAA CTAAAGGTGA CAATGGTTTC 
CCAGGACTGC CAGGTCCTCC AGGTGCCATT GGTCACCCAG GACACGAAGG ACCCAAAGGA 
CAAAAAGGAA GTCAAGGTGA CCATGGAGCT GAGGGGCCAC AAGGGCTCAG GGGCCGAGAG 
GGGCCTGGAG GGCCCAGAGG GGAGCCAGGA CCCTCAGGGT TTGGAGAGAA GGGGGAGAAA 
GGTTCTCCTG GTGAATCAGG ATCTCTTGGT CCTGCTGGTC CAGTCGGCCC GGCTGGGCCC 
AAAGGCTCAG GGGGTGCTCC GGGTACTCCT GGTACGCCAG GCCAACCAGG ATCTCAAGGC 
TTCCGTGGAG AATCAGGACT ACCTGGTCCG AAGGGGGAGA GGGGTCCTGC TGGATTTCAG 
GGAATCAAAG GTGATCATGG TGAGAAAGGA CCTCGTGGTG CCGCAGGTGA CCCAGGACTA 
TCAGGCTTGC CAGGACCAGC CGGAGAGAAA GGACCCAAAG GATCTGCAGG AACTCCTGGA 
ATTGATGGTG ACAAAGGCCA AAGAGGTGAT CACGGTCCTA CTGGGTTACC AGGGATCAGA 
GGTCCATCTG GGCCTGCAGG GGACTCAGGC CTACCAGGAA CACCCGGGCT TCAAGGGCCA 
CCAGGAATAC CAGGGAATCC TGGACAACCA GGAGCCAAGG GTGAGGCAGG AGAACCAGGA 
AGAATCATCA ATGCAGGGGG ATCCAGTTCT GTGGCCATCC CCGGCCCCCC AGGAAGCCCC 
GGAGCACCCG GTCAAGCCGG ACCCCCAGGG TTATCAGGCC CCATTGGCCC TGCTGGTCTT 
CCTGGCCAGT CTGGTCCTAA AGGTGAGAGA GGGCTGAAGG GTGAGATGGG TATTCAGGGA 
CTCCAGGGAG AGGCAGGTAT CTCAGTGAAA ACCAGTGAAA CCGTCAGCTC ATCCAGAGCT 
GAGAGACAGT TCAATCTTCC TGCACAACCA GGTCCCCCTG GTCCCCCTGG ACCCCCTGGA 
GCCCCTGGAC GTGCAGGTGA CTCAAGATCA GGACTCCCAG GACCAGCTGG TCCCCCAGGA 
GAGCCAGGAT ATGGCAGACC TGGTCCTAGA GGAGAGAAAG GAGAGTCAGG AAGCTTTGTA 
CCCAATTCAG GAACATTCTT CTCTGGACCC CCTGGACCAC CCGGGCCATC TGGGCCAAAA 
GGATCACCCG GTACACCAGG ACCAAGAGGA AACCAAGGAG ATGCAGGCCA GCCTGGTCTA 
CCAGGGAGCC CAGGAAGACC AGGAGGAGGC TCTGAAAGAG CATCACCATA CGGTGGAACA 
CATGGGCCAC CTGGGCCCCC AGGGACTCCA GGGATTCCTG GACCAGAGGG ACGGAAAGGC 
GAACCTGGAA TTCCCGGTTC TCCTGGTCTT CCTGGCTCTG CAAGAGGCAC TGTGGCGGCC 
AGCTCAGGGT TCCCAGGTCC TCCTGGTCCA CCGGGTCCTC CCGGACACCC AGGCATTCCA 
GGCATAGCCT CTGCTCCTCC TGATCTGCGT CAGTATGTCA ACGACTATCT CCGAATTAAT 
GCTAGGAGTA TGTCCTCTGG TCTTCCTGGC CCCCGTGGCC TCCCTGGACC CCCAGGAGCC 
CCTGGATCCT CTGGATCCTC TAGTTCTGTG GAGGACATAT CTTCTCGTGT CATTGCTTAT 
CTGCAGCGTT CAGGATCAGG CTTCGGCGGT GGTGCTCAGG GTCCTCCAGG CCCCCCAGGA 
CTTCCTGGGT CCTCTGGCTC TGGTTCTGGC TCAATGTCTG TCAACGACCT CATTGTTATG 
CTACAGAGGG ATGACGTACG GCGATATGTA ATGGGCCCAC CCGGACCTCC AGGCCCAGCA 
GGACCAGCAG CCAGAGGAGG CAGTACGGCA AACTACGACC CACAGGAAGT GGCTACCTAC 
GTCTTCAGAA TCATGAACGA ACGCGGGATC GGTGGTGGGC AGCCTGGACC TCCGGGTGCA 
ACCGGGCCTC CAGGGCTACC TGGCTCCTTC AGCGGTGTTA GTGACATCTC CGCACTCCTG 
CAAAATTCAC AATTCCGTGC AATGGTTGGG CGCTCTGCTG GAGCCCCTGG TCCTCCTGGT 
ACTCCAGGTA TCCCGGGACC CCCAGGCACC CCTGGTACCC CAGGAGGGTC ATCTTACAGG 
AGCTCAGCCT CAGGGGGTTT AAGGATAGAG GACGTCCAGC ATTACCTACA AAGTTCTGGG 
TACAGTGGTC CTCCAGGGCC ACCCGGCCCC CCAGGACCTC AGGGGCCCCC AGGGAACTCT 
CACGGAGTAG TCTCCTATGG AGATAGTAGA AACATAGGAA ACTACCAGCG AGAAAGCATC 
CGCACAGAAC TCCAGGCGTA CCTCAGCAGT GACAGTATAC GGCACTCCTT CATTGGCCAA 
CCAGGTCCTC CTGGGTCTCA GGGTCCCCGT GGTCACAAAG GAGACCCTGG AGAACCTGGT 
GGGGTTCAGA CTAACCGTCA GAGTTATGCC CAGAGTGACC CACGTTACTC TTCTGACCTT 
GAGCGGCGCC AGAGTGACAT TGGGAGATTG ACAGAGCCAC TAGACTACTC CAACGTTGCC 
TTGAGAGTGA CAGACTACAT CAAGAACCAG GGCTTACTGC AGGACATCCT GTCTGAGAGT 
CACCAGCGAG GAGGCTCCTG GGAGTCCCAA GGCCTCCCAG GACCCCCTGG GCCTCCTGGA 
CCTCCCGGGT ATAGCCGTGT CATTGGAGCT TACGGCAACG TGACTGCTGA CCTCATGGAC 
TTCTTTAGAA CCCACGGCAC CATTGTTGGC CCCCCAGGGA ATACTGGCCC GAAAGGAGAC 
AGGGGGTACC TCGGACCCAA AGGAGACAGA GGCGAGATGG GTCGCCCAGG CCCTCCAGGA 
CTGCAGGGAC TACATGGTCA GGATGGATAC AGAGGAGAGA AGGGAGAGAA AGGTGCAGGT 
GAAGTTAGGG TTGGTCGTCG GCGTCGGAGC ATCGGTGTTT AA