LOC106593482 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106593482
Entrez Gene ID	106593482
Full Name	collagen alpha-1(XI) chain-like
Gene Type	protein-coding
Organism	Salmo salar(Atlantic salmon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014184812.1	XP_014040287.1	collagen alpha-1(XI) chain-like isoform X1
XM_014184813.1	XP_014040288.1	collagen alpha-1(XI) chain-like isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC106593482 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106593482 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
OAt11105	XM_014184812.1 Latest version!	Salmo salar collagen alpha-1(XI) chain-like (LOC106593482), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OAt11106	XM_014184813.1 Latest version!	Salmo salar collagen alpha-1(XI) chain-like (LOC106593482), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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)

LOC106593482 ( XM_014184812.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014040287.1 Salmo salar collagen alpha-1(XI) chain-like (LOC106593482), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAt11105
Clone ID Related Accession (Same CDS sequence)	XM_014184812.1
Accession Version	XM_014184812.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5253bp) 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	1442678400000
Organism	Salmo salar(Atlantic salmon)
Product	collagen alpha-1(XI) chain-like isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012333392.1) and transcript sequence (GBRB01033638.1) 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 :: Salmo salar Annotation Release 100 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## assembly gap :: added 182 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGGACCGAA TACGGAGCTC AACGCCCGGG GCATCGCCTC TCCTCCTCCT TCTCCTCCCC 
CTCCTCTCCA TCACTGTTTT TCAGGAGGCG ACAGCGGCAC AGGCGGCCAA TCTGGTGGAC 
GTGCTGAGGA TCCTGGACCT ATCAGAGGAC ATGGAGGGTG TGTCTCTGGA GGCGGGGCTC 
TGCACCAGTC GAGAGGGAAG AGAAGAGACA GACATCTCCT TCAAGATCAA CAAGAAGATC 
CAACTCAGTG TCCCTACAAA ACAGCTGTTC CCAGAAGGGT GGTTCCCAGT GGACTTCTCT 
GTCCTGGCTA CGGTGCGTGC CCGGCGGGGT GCCCAGGTGT TCTTGCTGTC CCTGTACGAC 
CCTCAGGGTA CCCAGCAGCT GGGGATAGAG GTCGGGAGGT CCCCTGTCTT CCTGTATGAA 
GACCAGCAAG GCCTGCCTTC TCCTGAACTC TACCCTACCT TCAGGAAGAT CAACCTGGCT 
GACGGCAAAT GGCACAGGGT AGCGTACAGT GTGGAGGGTC AGTCAGTGAC TCTGTATCTG 
GACTGTGAGA AGGTGGAGAG TCTGGAGCTC CAGAGAGGTC TTAACCCAGA GGTCAGCACT 
GAAGGGGTCA CTGTGTTCGG GACACGGCTA CTGGATGACC AGGTCTTCGA GGGAGAAATC 
CAACAGTTGT TGATCGTAGC CGACCCCAGA GCTGCAGAGA CCTACTGTCA AGACTACATT 
CCCGACTGCC ACGCCCCTTT ACCCTACGAC AGCCTATCAC AAGAGACTGA GGAGGAGACA 
AAGCCCGCCA GGAGAGTGAA GGTGGAGGAG TTTGATGAGT TTGACTACAG TGACCTTTAC 
GACGACCTCT CTGTCTCCAC GGTTACCGTG AGACCTAATG TCACAGAGTA TGAGATTGTA 
GAGTACGAAG ACTACGACAA TGAAACAGAT GAGTACGAGG TCAGAGAGTA TGAATACGAG 
GAGGAATTTG AAGATCGATA CGGATTGGCC GAGAGGGAGA GGGCAGAGAC CTGGAACGGA 
CAGGAAAGAC TAGAGAAAGG AGAGAAAGGG GAACCATCCT ACTTTGGAGC AAGCACCTTA 
ATCACAGGCC CCGGGGGTCT TCCAGGACCA GAGGGAGAAC CAGGACCCCA GGGGCCCACA 
GGACTGGTAG GACCTCAAGG AGACCTAGGA GAACTGGGTC CTCCAGGCCG GCCGGGTCTC 
AACGGGGCTG ATGGGATACC AGGTCCTCCA GGGAACATCC TCATTGTTCC GTTCCAGGCA 
GGTGGAGTCC AACTAACAGG ACCAGTGATA TCGGCCCAGG AGGCTCAAGC CCAGGCCATT 
CTACAACAGA CCAAGTTGTC TATGAAGGGA CCACCTGGAC CATTAGGCCT TATGGGACGT 
CCTGGACCGC TGGGTAACCC GGGTCCTTCG GGGCTGAAGG GAGTAGCCGG GGAGATGGGA 
CCAGCGGGTC CTAGAGGTAT TATGGGCCAA GCAGGGATGA ATGGAAAGTC AGGGAAGAGG 
GGTCGAGCTG GGACGGATGG GAACAGGGGT GCTCCGGGTG AGACCGGTGG AAAGGGTGAC 
AGGGGTTTTG ATGGCTTGCC AGGTCTTCCA GGATACAAGG GACACAGGGG GGAGATAGGA 
AAACCAGGCC CCCACGGTAC TGTTGGGGTG TCAGGAGAGA GGGGTTCAGA AGGACAACCA 
GGACCAAGAG GACAGCCAGG TGATGCTGGT TCCAGAGGGT TAAACGGACC CAGAGGTCAC 
ACTGGCCCTA CAGGTCAGCC TGGTATCCGA GGAGTGGATG GAATCCAAGG TTCTAAGGGA 
AACTTGGGAC CTCCGGGGGA GATGGGAGCA TCCGGGCAGC AAGGAAACCC TGGGTTGCAG 
GGTTTTCCTG GTCCTCAGGG CCTGGTAGGC TTGCCAGGAG TTAAGGGGCC CCAAGGGAAG 
AAAGGGTTGC AGGGACTACC TGGGAATGAT GGACCTACCG GTCACCCAGG GAGAGAGGGG 
ACTCCAGGAG AGAAGGGACT ACCAGGCCCA CCAGGAGTCC AGGGGCCTAT AGGATATCCA 
GGATCAAGAG GAGTGAAGGG AGCGGACGGA ATTAGAGGAA TGAAGGGAAG CAAAGGGGAG 
AAGGGTGAGG ATGGGTTCCC CGGCTCTAAG GGAGAGATGG GGCTGAAAGG TGACGGGGGT 
GATAACGGGG TCCCAGGGTC GAGGGGAGAG GATGGTCCTG AAGGACCTAA AGGACAGGCT 
GGACCCCTGG GGGAGGCTGG AGCCGTGGGC ATCGCTGGAG AAAAGGGTAA ACTGGGAGTT 
CCAGGGTTGC CGGGGTATCC GGGACAAAAA GGACCTAAGG GTTCGGATGG TTTTCCTGGA 
TCTATTGGAG TGCTGGGAGA GAAGGGGAAG AGGGGCCCCG GTGGGGAAGC AGGCAGTGCA 
GGACAGAGGG GTCCTAACGG GGTGCGTGGG GGCCGGGGTG CCAAGGGACC AACAGGGAAG 
ACAGGGGGAA AGGGCTCCTC TGGACATGAT GGACCTCATG GACCAACTGG AGACAGGGGG 
CCTCAAGGGC CACAAGGACG GAACGGGGAA TCAGGACCCA AGGGACCCAA CGGTCCAGCG 
GGGAAAGATG GACTTCCGGG TCACCCAGGT CAGAGAGGGG AGCCGGGTTT CCAAGGAAAG 
ACGGGACCCC CAGGTCCAGG AGGTGTTGTG GGGCCACAGG GTAAATCAGG TGAGACCGGG 
TCATTGGGAG ACAGAGGTCA CCCCGGGTCA CCTGGCGTAC CGGGAGAGCA GGGCTTACCT 
GGCGCTGCCG GGAAGGAGGG AGCTAAGGGC GACCCGGGTA CAGGAGGGAC TTCTGGGAAA 
GCTGGTCCTC CAGGACTCAG GGGCTTCAGA GGCAGCAGAG GGGCCGCCGG GGGCATGGGT 
CCTGCTGGTC TGAAAGGAGG TGAAGGACCA GTCGGAGCAG CAGGAGCTAT AGGGGCCGGT 
GGTGAGAGGG GTCCTCCAGG GTCAGCCGGT GCCATTGGTC AGCCTGGGAG GGCAGGGGCT 
GTGGGTGGAC CTGGACCAAT GGGAGAGAAG GGGGAACCGG GAGGGGCCGG CCCCATCGGA 
CCATCAGGAC AGGATGGAGA CCAGGGACCT CTAGGACTAC CTGGAGCTGC AGGCCCTGCA 
GGACCCCCAG GAGAGGATGG AGATAAGGGA GAGACTGGAG GACCAGGGCA GAAGGGCAGC 
AAAGGAGACA AAGGAGAATC AGGCCCCCCA GGACCAACCG GTGGCCAGGG GCCGATGGGG 
CAGTCAGGAG TTCCTGGTTT GGATGGGGAG TCAGGTCCCA GGGGCCAGCA GGGAATGTAC 
GGGGCCAAGG GTGACGAGGG TCTCCGGGGC TTCAAGGGCT CCAAAGGACC CATCGGACTA 
CAGGGGATGC CTGGTCTTCC AGGTGAGAAG GGGGAGAGCG GACACATCGG CTTGATGGGT 
CGTCCAGGTC AGTTTGGTCC CAGAGGGCCA CAAGGGCCTA GTGGGGGACA GGGTGCTCTG 
GGCAGACCAG GTGGGGTTGG ACAGCCAGGG GTAAATGGAG AGAAGGGGGA GGATGGAGAA 
TCGGGAGACC CAGGACCCGT TGGTGTATCA GGAGGCAGCG GGGATATAGG TGACCAGGGG 
GAGAAGGGGG ACTCAGGTCT CTCTGGAGCA GCAGGGCCCC CAGGAGCCAG AGGCCCCCCA 
GGAGAGGACG GGGCCAAGGG AAACTCTGGT CCGATTGGTT TTCCAGGAGA CTCAGGACAG 
CCAGGGGAGG CAGGACCTAA CGGGGAGGAT GGAGGTCCTG GATCCAAGGG AGATGCTGGA 
GATCCAGGGA AATCAGGTCC ACCAGGAGCA TCAGGGGAAC CCGGCCCCTC AGGACCACCG 
GGACGCAGGG GTCACCTGGG TAAAGAAGGG AAGCAGGGGA AAGCAGGGAT GAAAGGAGCG 
AAGGGCACTC CAGGGTTGGA GGGTCTCCTG GGGAAGACAG GACCGGTGGG AGCCCAGGGA 
CATTCTGGTA AACCAGGTCC TAGTGGTCTC AGAGGGATCC CTGGCCCAGC GGGGGAACAA 
GGTTTAAATG GACCACCAGG TGTAACAGGA CCACCAGGAC CCATGGGTCC TCCAGGACTA 
CCGGGGTTGA AGGGAGATCC AGGCAGGAAG GGAGACAAGG GTCATGGAGG TCTGATTGGG 
CTGATAGGCC CTCCAGGAGA GTTTGGAGAG AAGGGAGACA GAGGATTTCC AGGGAACCAG 
GGTCTACTGG GACCCAAAGG AGACGAGGGT CTGGTTGGTC TAGCAGGTCC TAATGGTCCT 
CCAGGTCTAC CTGGTCTCTC TGGTAGAGTA GGACAGAAGG GTTCTAAAGG GAACCAGGGT 
CCCATCGGTT CTATCGGAGA TACAGGTCCT GCTGGCCCTC CTGGACCTCC TGGTCTTCCT 
GCGGTGGGTC TGGAGTCTCC CCCGGTGCAG GAGAGAGGAA GGAGGAGGAG GCAACACTCT 
TCCTTTGACG GGGCCGCTCT GGAAGACGAG GAAGAGCAAG AGGGGATGGA GGGAAGGGAG 
GGAGGAGAGG AGGAGAGGAT GCAGGCAGAC CAGGCAGGGC AGGAGGAGGA GAAGGGGATG 
GAGGAGGTGT TTGCGTCTCT CTCTTCTATG AGGACAGAGG TAGAGGGTCT GAGGACCCCT 
CTGGGGACCT ACCAGTATCC AGCCCGAACC TGCAAGGAGC TACAGCTGTT GTTCCCAAAG 
TACACTGATG GTGAGTACTG GATAGACCCT AACCAGGGTT GCCATAGAGA CTCCTTCAAG 
GTGTTCTGTA ACTTCACGGC CGATGGAGAG ACATGTCTGT ACCCTGACAT TAAGTTCCAG 
TCGGTGAAGC TGAGTTCCTG GAAAGGAGAG AAACCTGGTA CCTGGTACAG CCAGTTCAGG 
AAAGGAAAGC AGTTTTCCTA TTCAGGTTCA GATGGCAGTC CGGTCCATGT AGTCCAGTTG 
GTGTTTCTTA AGCTGTTGAG TGCGTCATCC AGACAAACGT TCACCTACCA CTGTCAGAAC 
TCAGCCGCCT GGCTCCATAC CGCCACCTTC AGCCACCAGC ACGCGCTGCG CTTCAGAGGG 
AGCAGTGGAG AGGAGCTCAC GCACCAAGAC ACACACTACA TCACAGCACT GCACGACGGC 
TGCCAGTCTG GTTCAGGTCA GGAGAGGACA GTGTTAGAGT TTGATGCCCC TCAGTCAGAC 
TCTCTCCCCC TCATCGACGT CTCTGTCTCC GACTTCGGAC ACAACAACCA GAAGTTTGGC 
TTCCAGCTAG GTCCCGTCTG CTTCAACGGT TAA

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

RefSeq	XP_014040287.1
CDS	601..5853
Translation	MDRIRSSTPGASPLLLLLLPLLSITVFQEATAAQAANLVDVLRILDLSEDMEGVSLEAGLCTSREGREETDISFKINKKIQLSVPTKQLFPEGWFPVDFSVLATVRARRGAQVFLLSLYDPQGTQQLGIEVGRSPVFLYEDQQGLPSPELYPTFRKINLADGKWHRVAYSVEGQSVTLYLDCEKVESLELQRGLNPEVSTEGVTVFGTRLLDDQVFEGEIQQLLIVADPRAAETYCQDYIPDCHAPLPYDSLSQETEEETKPARRVKVEEFDEFDYSDLYDDLSVSTVTVRPNVTEYEIVEYEDYDNETDEYEVREYEYEEEFEDRYGLAERERAETWNGQERLEKGEKGEPSYFGASTLITGPGGLPGPEGEPGPQGPTGLVGPQGDLGELGPPGRPGLNGADGIPGPPGNILIVPFQAGGVQLTGPVISAQEAQAQAILQQTKLSMKGPPGPLGLMGRPGPLGNPGPSGLKGVAGEMGPAGPRGIMGQAGMNGKSGKRGRAGTDGNRGAPGETGGKGDRGFDGLPGLPGYKGHRGEIGKPGPHGTVGVSGERGSEGQPGPRGQPGDAGSRGLNGPRGHTGPTGQPGIRGVDGIQGSKGNLGPPGEMGASGQQGNPGLQGFPGPQGLVGLPGVKGPQGKKGLQGLPGNDGPTGHPGREGTPGEKGLPGPPGVQGPIGYPGSRGVKGADGIRGMKGSKGEKGEDGFPGSKGEMGLKGDGGDNGVPGSRGEDGPEGPKGQAGPLGEAGAVGIAGEKGKLGVPGLPGYPGQKGPKGSDGFPGSIGVLGEKGKRGPGGEAGSAGQRGPNGVRGGRGAKGPTGKTGGKGSSGHDGPHGPTGDRGPQGPQGRNGESGPKGPNGPAGKDGLPGHPGQRGEPGFQGKTGPPGPGGVVGPQGKSGETGSLGDRGHPGSPGVPGEQGLPGAAGKEGAKGDPGTGGTSGKAGPPGLRGFRGSRGAAGGMGPAGLKGGEGPVGAAGAIGAGGERGPPGSAGAIGQPGRAGAVGGPGPMGEKGEPGGAGPIGPSGQDGDQGPLGLPGAAGPAGPPGEDGDKGETGGPGQKGSKGDKGESGPPGPTGGQGPMGQSGVPGLDGESGPRGQQGMYGAKGDEGLRGFKGSKGPIGLQGMPGLPGEKGESGHIGLMGRPGQFGPRGPQGPSGGQGALGRPGGVGQPGVNGEKGEDGESGDPGPVGVSGGSGDIGDQGEKGDSGLSGAAGPPGARGPPGEDGAKGNSGPIGFPGDSGQPGEAGPNGEDGGPGSKGDAGDPGKSGPPGASGEPGPSGPPGRRGHLGKEGKQGKAGMKGAKGTPGLEGLLGKTGPVGAQGHSGKPGPSGLRGIPGPAGEQGLNGPPGVTGPPGPMGPPGLPGLKGDPGRKGDKGHGGLIGLIGPPGEFGEKGDRGFPGNQGLLGPKGDEGLVGLAGPNGPPGLPGLSGRVGQKGSKGNQGPIGSIGDTGPAGPPGPPGLPAVGLESPPVQERGRRRRQHSSFDGAALEDEEEQEGMEGREGGEEERMQADQAGQEEEKGMEEVFASLSSMRTEVEGLRTPLGTYQYPARTCKELQLLFPKYTDGEYWIDPNQGCHRDSFKVFCNFTADGETCLYPDIKFQSVKLSSWKGEKPGTWYSQFRKGKQFSYSGSDGSPVHVVQLVFLKLLSASSRQTFTYHCQNSAAWLHTATFSHQHALRFRGSSGEELTHQDTHYITALHDGCQSGSGQERTVLEFDAPQSDSLPLIDVSVSDFGHNNQKFGFQLGPVCFNG

Target ORF information:

RefSeq Version	XM_014184812.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar collagen alpha-1(XI) chain-like (LOC106593482), transcript variant X1, mRNA.

Target ORF information:

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

XM_014184812.1

ORF Insert Sequence:

ATGGACCGAA TACGGAGCTC AACGCCCGGG GCATCGCCTC TCCTCCTCCT TCTCCTCCCC 
CTCCTCTCCA TCACTGTTTT TCAGGAGGCG ACAGCGGCAC AGGCGGCCAA TCTGGTGGAC 
GTGCTGAGGA TCCTGGACCT ATCAGAGGAC ATGGAGGGTG TGTCTCTGGA GGCGGGGCTC 
TGCACCAGTC GAGAGGGAAG AGAAGAGACA GACATCTCCT TCAAGATCAA CAAGAAGATC 
CAACTCAGTG TCCCTACAAA ACAGCTGTTC CCAGAAGGGT GGTTCCCAGT GGACTTCTCT 
GTCCTGGCTA CGGTGCGTGC CCGGCGGGGT GCCCAGGTGT TCTTGCTGTC CCTGTACGAC 
CCTCAGGGTA CCCAGCAGCT GGGGATAGAG GTCGGGAGGT CCCCTGTCTT CCTGTATGAA 
GACCAGCAAG GCCTGCCTTC TCCTGAACTC TACCCTACCT TCAGGAAGAT CAACCTGGCT 
GACGGCAAAT GGCACAGGGT AGCGTACAGT GTGGAGGGTC AGTCAGTGAC TCTGTATCTG 
GACTGTGAGA AGGTGGAGAG TCTGGAGCTC CAGAGAGGTC TTAACCCAGA GGTCAGCACT 
GAAGGGGTCA CTGTGTTCGG GACACGGCTA CTGGATGACC AGGTCTTCGA GGGAGAAATC 
CAACAGTTGT TGATCGTAGC CGACCCCAGA GCTGCAGAGA CCTACTGTCA AGACTACATT 
CCCGACTGCC ACGCCCCTTT ACCCTACGAC AGCCTATCAC AAGAGACTGA GGAGGAGACA 
AAGCCCGCCA GGAGAGTGAA GGTGGAGGAG TTTGATGAGT TTGACTACAG TGACCTTTAC 
GACGACCTCT CTGTCTCCAC GGTTACCGTG AGACCTAATG TCACAGAGTA TGAGATTGTA 
GAGTACGAAG ACTACGACAA TGAAACAGAT GAGTACGAGG TCAGAGAGTA TGAATACGAG 
GAGGAATTTG AAGATCGATA CGGATTGGCC GAGAGGGAGA GGGCAGAGAC CTGGAACGGA 
CAGGAAAGAC TAGAGAAAGG AGAGAAAGGG GAACCATCCT ACTTTGGAGC AAGCACCTTA 
ATCACAGGCC CCGGGGGTCT TCCAGGACCA GAGGGAGAAC CAGGACCCCA GGGGCCCACA 
GGACTGGTAG GACCTCAAGG AGACCTAGGA GAACTGGGTC CTCCAGGCCG GCCGGGTCTC 
AACGGGGCTG ATGGGATACC AGGTCCTCCA GGGAACATCC TCATTGTTCC GTTCCAGGCA 
GGTGGAGTCC AACTAACAGG ACCAGTGATA TCGGCCCAGG AGGCTCAAGC CCAGGCCATT 
CTACAACAGA CCAAGTTGTC TATGAAGGGA CCACCTGGAC CATTAGGCCT TATGGGACGT 
CCTGGACCGC TGGGTAACCC GGGTCCTTCG GGGCTGAAGG GAGTAGCCGG GGAGATGGGA 
CCAGCGGGTC CTAGAGGTAT TATGGGCCAA GCAGGGATGA ATGGAAAGTC AGGGAAGAGG 
GGTCGAGCTG GGACGGATGG GAACAGGGGT GCTCCGGGTG AGACCGGTGG AAAGGGTGAC 
AGGGGTTTTG ATGGCTTGCC AGGTCTTCCA GGATACAAGG GACACAGGGG GGAGATAGGA 
AAACCAGGCC CCCACGGTAC TGTTGGGGTG TCAGGAGAGA GGGGTTCAGA AGGACAACCA 
GGACCAAGAG GACAGCCAGG TGATGCTGGT TCCAGAGGGT TAAACGGACC CAGAGGTCAC 
ACTGGCCCTA CAGGTCAGCC TGGTATCCGA GGAGTGGATG GAATCCAAGG TTCTAAGGGA 
AACTTGGGAC CTCCGGGGGA GATGGGAGCA TCCGGGCAGC AAGGAAACCC TGGGTTGCAG 
GGTTTTCCTG GTCCTCAGGG CCTGGTAGGC TTGCCAGGAG TTAAGGGGCC CCAAGGGAAG 
AAAGGGTTGC AGGGACTACC TGGGAATGAT GGACCTACCG GTCACCCAGG GAGAGAGGGG 
ACTCCAGGAG AGAAGGGACT ACCAGGCCCA CCAGGAGTCC AGGGGCCTAT AGGATATCCA 
GGATCAAGAG GAGTGAAGGG AGCGGACGGA ATTAGAGGAA TGAAGGGAAG CAAAGGGGAG 
AAGGGTGAGG ATGGGTTCCC CGGCTCTAAG GGAGAGATGG GGCTGAAAGG TGACGGGGGT 
GATAACGGGG TCCCAGGGTC GAGGGGAGAG GATGGTCCTG AAGGACCTAA AGGACAGGCT 
GGACCCCTGG GGGAGGCTGG AGCCGTGGGC ATCGCTGGAG AAAAGGGTAA ACTGGGAGTT 
CCAGGGTTGC CGGGGTATCC GGGACAAAAA GGACCTAAGG GTTCGGATGG TTTTCCTGGA 
TCTATTGGAG TGCTGGGAGA GAAGGGGAAG AGGGGCCCCG GTGGGGAAGC AGGCAGTGCA 
GGACAGAGGG GTCCTAACGG GGTGCGTGGG GGCCGGGGTG CCAAGGGACC AACAGGGAAG 
ACAGGGGGAA AGGGCTCCTC TGGACATGAT GGACCTCATG GACCAACTGG AGACAGGGGG 
CCTCAAGGGC CACAAGGACG GAACGGGGAA TCAGGACCCA AGGGACCCAA CGGTCCAGCG 
GGGAAAGATG GACTTCCGGG TCACCCAGGT CAGAGAGGGG AGCCGGGTTT CCAAGGAAAG 
ACGGGACCCC CAGGTCCAGG AGGTGTTGTG GGGCCACAGG GTAAATCAGG TGAGACCGGG 
TCATTGGGAG ACAGAGGTCA CCCCGGGTCA CCTGGCGTAC CGGGAGAGCA GGGCTTACCT 
GGCGCTGCCG GGAAGGAGGG AGCTAAGGGC GACCCGGGTA CAGGAGGGAC TTCTGGGAAA 
GCTGGTCCTC CAGGACTCAG GGGCTTCAGA GGCAGCAGAG GGGCCGCCGG GGGCATGGGT 
CCTGCTGGTC TGAAAGGAGG TGAAGGACCA GTCGGAGCAG CAGGAGCTAT AGGGGCCGGT 
GGTGAGAGGG GTCCTCCAGG GTCAGCCGGT GCCATTGGTC AGCCTGGGAG GGCAGGGGCT 
GTGGGTGGAC CTGGACCAAT GGGAGAGAAG GGGGAACCGG GAGGGGCCGG CCCCATCGGA 
CCATCAGGAC AGGATGGAGA CCAGGGACCT CTAGGACTAC CTGGAGCTGC AGGCCCTGCA 
GGACCCCCAG GAGAGGATGG AGATAAGGGA GAGACTGGAG GACCAGGGCA GAAGGGCAGC 
AAAGGAGACA AAGGAGAATC AGGCCCCCCA GGACCAACCG GTGGCCAGGG GCCGATGGGG 
CAGTCAGGAG TTCCTGGTTT GGATGGGGAG TCAGGTCCCA GGGGCCAGCA GGGAATGTAC 
GGGGCCAAGG GTGACGAGGG TCTCCGGGGC TTCAAGGGCT CCAAAGGACC CATCGGACTA 
CAGGGGATGC CTGGTCTTCC AGGTGAGAAG GGGGAGAGCG GACACATCGG CTTGATGGGT 
CGTCCAGGTC AGTTTGGTCC CAGAGGGCCA CAAGGGCCTA GTGGGGGACA GGGTGCTCTG 
GGCAGACCAG GTGGGGTTGG ACAGCCAGGG GTAAATGGAG AGAAGGGGGA GGATGGAGAA 
TCGGGAGACC CAGGACCCGT TGGTGTATCA GGAGGCAGCG GGGATATAGG TGACCAGGGG 
GAGAAGGGGG ACTCAGGTCT CTCTGGAGCA GCAGGGCCCC CAGGAGCCAG AGGCCCCCCA 
GGAGAGGACG GGGCCAAGGG AAACTCTGGT CCGATTGGTT TTCCAGGAGA CTCAGGACAG 
CCAGGGGAGG CAGGACCTAA CGGGGAGGAT GGAGGTCCTG GATCCAAGGG AGATGCTGGA 
GATCCAGGGA AATCAGGTCC ACCAGGAGCA TCAGGGGAAC CCGGCCCCTC AGGACCACCG 
GGACGCAGGG GTCACCTGGG TAAAGAAGGG AAGCAGGGGA AAGCAGGGAT GAAAGGAGCG 
AAGGGCACTC CAGGGTTGGA GGGTCTCCTG GGGAAGACAG GACCGGTGGG AGCCCAGGGA 
CATTCTGGTA AACCAGGTCC TAGTGGTCTC AGAGGGATCC CTGGCCCAGC GGGGGAACAA 
GGTTTAAATG GACCACCAGG TGTAACAGGA CCACCAGGAC CCATGGGTCC TCCAGGACTA 
CCGGGGTTGA AGGGAGATCC AGGCAGGAAG GGAGACAAGG GTCATGGAGG TCTGATTGGG 
CTGATAGGCC CTCCAGGAGA GTTTGGAGAG AAGGGAGACA GAGGATTTCC AGGGAACCAG 
GGTCTACTGG GACCCAAAGG AGACGAGGGT CTGGTTGGTC TAGCAGGTCC TAATGGTCCT 
CCAGGTCTAC CTGGTCTCTC TGGTAGAGTA GGACAGAAGG GTTCTAAAGG GAACCAGGGT 
CCCATCGGTT CTATCGGAGA TACAGGTCCT GCTGGCCCTC CTGGACCTCC TGGTCTTCCT 
GCGGTGGGTC TGGAGTCTCC CCCGGTGCAG GAGAGAGGAA GGAGGAGGAG GCAACACTCT 
TCCTTTGACG GGGCCGCTCT GGAAGACGAG GAAGAGCAAG AGGGGATGGA GGGAAGGGAG 
GGAGGAGAGG AGGAGAGGAT GCAGGCAGAC CAGGCAGGGC AGGAGGAGGA GAAGGGGATG 
GAGGAGGTGT TTGCGTCTCT CTCTTCTATG AGGACAGAGG TAGAGGGTCT GAGGACCCCT 
CTGGGGACCT ACCAGTATCC AGCCCGAACC TGCAAGGAGC TACAGCTGTT GTTCCCAAAG 
TACACTGATG GTGAGTACTG GATAGACCCT AACCAGGGTT GCCATAGAGA CTCCTTCAAG 
GTGTTCTGTA ACTTCACGGC CGATGGAGAG ACATGTCTGT ACCCTGACAT TAAGTTCCAG 
TCGGTGAAGC TGAGTTCCTG GAAAGGAGAG AAACCTGGTA CCTGGTACAG CCAGTTCAGG 
AAAGGAAAGC AGTTTTCCTA TTCAGGTTCA GATGGCAGTC CGGTCCATGT AGTCCAGTTG 
GTGTTTCTTA AGCTGTTGAG TGCGTCATCC AGACAAACGT TCACCTACCA CTGTCAGAAC 
TCAGCCGCCT GGCTCCATAC CGCCACCTTC AGCCACCAGC ACGCGCTGCG CTTCAGAGGG 
AGCAGTGGAG AGGAGCTCAC GCACCAAGAC ACACACTACA TCACAGCACT GCACGACGGC 
TGCCAGTCTG GTTCAGGTCA GGAGAGGACA GTGTTAGAGT TTGATGCCCC TCAGTCAGAC 
TCTCTCCCCC TCATCGACGT CTCTGTCTCC GACTTCGGAC ACAACAACCA GAAGTTTGGC 
TTCCAGCTAG GTCCCGTCTG CTTCAACGGT TAA

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

LOC106593482 ( XM_014184813.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014040288.1 Salmo salar collagen alpha-1(XI) chain-like (LOC106593482), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAt11106
Clone ID Related Accession (Same CDS sequence)	XM_014184813.1
Accession Version	XM_014184813.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5250bp) 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	1442678400000
Organism	Salmo salar(Atlantic salmon)
Product	collagen alpha-1(XI) chain-like isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012333392.1) and transcript sequence (GBRB01033638.1) 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 :: Salmo salar Annotation Release 100 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## assembly gap :: added 182 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGGACCGAA TACGGAGCTC AACGCCCGGG GCATCGCCTC TCCTCCTCCT TCTCCTCCCC 
CTCCTCTCCA TCACTGTTTT TCAGGAGGCG ACAGCGGCAC AGGCGGCCAA TCTGGTGGAC 
GTGCTGAGGA TCCTGGACCT ATCAGAGGAC ATGGAGGGTG TGTCTCTGGA GGCGGGGCTC 
TGCACCAGTC GAGAGGGAAG AGAAGAGACA GACATCTCCT TCAAGATCAA CAAGAAGATC 
CAACTCAGTG TCCCTACAAA ACAGCTGTTC CCAGGGTGGT TCCCAGTGGA CTTCTCTGTC 
CTGGCTACGG TGCGTGCCCG GCGGGGTGCC CAGGTGTTCT TGCTGTCCCT GTACGACCCT 
CAGGGTACCC AGCAGCTGGG GATAGAGGTC GGGAGGTCCC CTGTCTTCCT GTATGAAGAC 
CAGCAAGGCC TGCCTTCTCC TGAACTCTAC CCTACCTTCA GGAAGATCAA CCTGGCTGAC 
GGCAAATGGC ACAGGGTAGC GTACAGTGTG GAGGGTCAGT CAGTGACTCT GTATCTGGAC 
TGTGAGAAGG TGGAGAGTCT GGAGCTCCAG AGAGGTCTTA ACCCAGAGGT CAGCACTGAA 
GGGGTCACTG TGTTCGGGAC ACGGCTACTG GATGACCAGG TCTTCGAGGG AGAAATCCAA 
CAGTTGTTGA TCGTAGCCGA CCCCAGAGCT GCAGAGACCT ACTGTCAAGA CTACATTCCC 
GACTGCCACG CCCCTTTACC CTACGACAGC CTATCACAAG AGACTGAGGA GGAGACAAAG 
CCCGCCAGGA GAGTGAAGGT GGAGGAGTTT GATGAGTTTG ACTACAGTGA CCTTTACGAC 
GACCTCTCTG TCTCCACGGT TACCGTGAGA CCTAATGTCA CAGAGTATGA GATTGTAGAG 
TACGAAGACT ACGACAATGA AACAGATGAG TACGAGGTCA GAGAGTATGA ATACGAGGAG 
GAATTTGAAG ATCGATACGG ATTGGCCGAG AGGGAGAGGG CAGAGACCTG GAACGGACAG 
GAAAGACTAG AGAAAGGAGA GAAAGGGGAA CCATCCTACT TTGGAGCAAG CACCTTAATC 
ACAGGCCCCG GGGGTCTTCC AGGACCAGAG GGAGAACCAG GACCCCAGGG GCCCACAGGA 
CTGGTAGGAC CTCAAGGAGA CCTAGGAGAA CTGGGTCCTC CAGGCCGGCC GGGTCTCAAC 
GGGGCTGATG GGATACCAGG TCCTCCAGGG AACATCCTCA TTGTTCCGTT CCAGGCAGGT 
GGAGTCCAAC TAACAGGACC AGTGATATCG GCCCAGGAGG CTCAAGCCCA GGCCATTCTA 
CAACAGACCA AGTTGTCTAT GAAGGGACCA CCTGGACCAT TAGGCCTTAT GGGACGTCCT 
GGACCGCTGG GTAACCCGGG TCCTTCGGGG CTGAAGGGAG TAGCCGGGGA GATGGGACCA 
GCGGGTCCTA GAGGTATTAT GGGCCAAGCA GGGATGAATG GAAAGTCAGG GAAGAGGGGT 
CGAGCTGGGA CGGATGGGAA CAGGGGTGCT CCGGGTGAGA CCGGTGGAAA GGGTGACAGG 
GGTTTTGATG GCTTGCCAGG TCTTCCAGGA TACAAGGGAC ACAGGGGGGA GATAGGAAAA 
CCAGGCCCCC ACGGTACTGT TGGGGTGTCA GGAGAGAGGG GTTCAGAAGG ACAACCAGGA 
CCAAGAGGAC AGCCAGGTGA TGCTGGTTCC AGAGGGTTAA ACGGACCCAG AGGTCACACT 
GGCCCTACAG GTCAGCCTGG TATCCGAGGA GTGGATGGAA TCCAAGGTTC TAAGGGAAAC 
TTGGGACCTC CGGGGGAGAT GGGAGCATCC GGGCAGCAAG GAAACCCTGG GTTGCAGGGT 
TTTCCTGGTC CTCAGGGCCT GGTAGGCTTG CCAGGAGTTA AGGGGCCCCA AGGGAAGAAA 
GGGTTGCAGG GACTACCTGG GAATGATGGA CCTACCGGTC ACCCAGGGAG AGAGGGGACT 
CCAGGAGAGA AGGGACTACC AGGCCCACCA GGAGTCCAGG GGCCTATAGG ATATCCAGGA 
TCAAGAGGAG TGAAGGGAGC GGACGGAATT AGAGGAATGA AGGGAAGCAA AGGGGAGAAG 
GGTGAGGATG GGTTCCCCGG CTCTAAGGGA GAGATGGGGC TGAAAGGTGA CGGGGGTGAT 
AACGGGGTCC CAGGGTCGAG GGGAGAGGAT GGTCCTGAAG GACCTAAAGG ACAGGCTGGA 
CCCCTGGGGG AGGCTGGAGC CGTGGGCATC GCTGGAGAAA AGGGTAAACT GGGAGTTCCA 
GGGTTGCCGG GGTATCCGGG ACAAAAAGGA CCTAAGGGTT CGGATGGTTT TCCTGGATCT 
ATTGGAGTGC TGGGAGAGAA GGGGAAGAGG GGCCCCGGTG GGGAAGCAGG CAGTGCAGGA 
CAGAGGGGTC CTAACGGGGT GCGTGGGGGC CGGGGTGCCA AGGGACCAAC AGGGAAGACA 
GGGGGAAAGG GCTCCTCTGG ACATGATGGA CCTCATGGAC CAACTGGAGA CAGGGGGCCT 
CAAGGGCCAC AAGGACGGAA CGGGGAATCA GGACCCAAGG GACCCAACGG TCCAGCGGGG 
AAAGATGGAC TTCCGGGTCA CCCAGGTCAG AGAGGGGAGC CGGGTTTCCA AGGAAAGACG 
GGACCCCCAG GTCCAGGAGG TGTTGTGGGG CCACAGGGTA AATCAGGTGA GACCGGGTCA 
TTGGGAGACA GAGGTCACCC CGGGTCACCT GGCGTACCGG GAGAGCAGGG CTTACCTGGC 
GCTGCCGGGA AGGAGGGAGC TAAGGGCGAC CCGGGTACAG GAGGGACTTC TGGGAAAGCT 
GGTCCTCCAG GACTCAGGGG CTTCAGAGGC AGCAGAGGGG CCGCCGGGGG CATGGGTCCT 
GCTGGTCTGA AAGGAGGTGA AGGACCAGTC GGAGCAGCAG GAGCTATAGG GGCCGGTGGT 
GAGAGGGGTC CTCCAGGGTC AGCCGGTGCC ATTGGTCAGC CTGGGAGGGC AGGGGCTGTG 
GGTGGACCTG GACCAATGGG AGAGAAGGGG GAACCGGGAG GGGCCGGCCC CATCGGACCA 
TCAGGACAGG ATGGAGACCA GGGACCTCTA GGACTACCTG GAGCTGCAGG CCCTGCAGGA 
CCCCCAGGAG AGGATGGAGA TAAGGGAGAG ACTGGAGGAC CAGGGCAGAA GGGCAGCAAA 
GGAGACAAAG GAGAATCAGG CCCCCCAGGA CCAACCGGTG GCCAGGGGCC GATGGGGCAG 
TCAGGAGTTC CTGGTTTGGA TGGGGAGTCA GGTCCCAGGG GCCAGCAGGG AATGTACGGG 
GCCAAGGGTG ACGAGGGTCT CCGGGGCTTC AAGGGCTCCA AAGGACCCAT CGGACTACAG 
GGGATGCCTG GTCTTCCAGG TGAGAAGGGG GAGAGCGGAC ACATCGGCTT GATGGGTCGT 
CCAGGTCAGT TTGGTCCCAG AGGGCCACAA GGGCCTAGTG GGGGACAGGG TGCTCTGGGC 
AGACCAGGTG GGGTTGGACA GCCAGGGGTA AATGGAGAGA AGGGGGAGGA TGGAGAATCG 
GGAGACCCAG GACCCGTTGG TGTATCAGGA GGCAGCGGGG ATATAGGTGA CCAGGGGGAG 
AAGGGGGACT CAGGTCTCTC TGGAGCAGCA GGGCCCCCAG GAGCCAGAGG CCCCCCAGGA 
GAGGACGGGG CCAAGGGAAA CTCTGGTCCG ATTGGTTTTC CAGGAGACTC AGGACAGCCA 
GGGGAGGCAG GACCTAACGG GGAGGATGGA GGTCCTGGAT CCAAGGGAGA TGCTGGAGAT 
CCAGGGAAAT CAGGTCCACC AGGAGCATCA GGGGAACCCG GCCCCTCAGG ACCACCGGGA 
CGCAGGGGTC ACCTGGGTAA AGAAGGGAAG CAGGGGAAAG CAGGGATGAA AGGAGCGAAG 
GGCACTCCAG GGTTGGAGGG TCTCCTGGGG AAGACAGGAC CGGTGGGAGC CCAGGGACAT 
TCTGGTAAAC CAGGTCCTAG TGGTCTCAGA GGGATCCCTG GCCCAGCGGG GGAACAAGGT 
TTAAATGGAC CACCAGGTGT AACAGGACCA CCAGGACCCA TGGGTCCTCC AGGACTACCG 
GGGTTGAAGG GAGATCCAGG CAGGAAGGGA GACAAGGGTC ATGGAGGTCT GATTGGGCTG 
ATAGGCCCTC CAGGAGAGTT TGGAGAGAAG GGAGACAGAG GATTTCCAGG GAACCAGGGT 
CTACTGGGAC CCAAAGGAGA CGAGGGTCTG GTTGGTCTAG CAGGTCCTAA TGGTCCTCCA 
GGTCTACCTG GTCTCTCTGG TAGAGTAGGA CAGAAGGGTT CTAAAGGGAA CCAGGGTCCC 
ATCGGTTCTA TCGGAGATAC AGGTCCTGCT GGCCCTCCTG GACCTCCTGG TCTTCCTGCG 
GTGGGTCTGG AGTCTCCCCC GGTGCAGGAG AGAGGAAGGA GGAGGAGGCA ACACTCTTCC 
TTTGACGGGG CCGCTCTGGA AGACGAGGAA GAGCAAGAGG GGATGGAGGG AAGGGAGGGA 
GGAGAGGAGG AGAGGATGCA GGCAGACCAG GCAGGGCAGG AGGAGGAGAA GGGGATGGAG 
GAGGTGTTTG CGTCTCTCTC TTCTATGAGG ACAGAGGTAG AGGGTCTGAG GACCCCTCTG 
GGGACCTACC AGTATCCAGC CCGAACCTGC AAGGAGCTAC AGCTGTTGTT CCCAAAGTAC 
ACTGATGGTG AGTACTGGAT AGACCCTAAC CAGGGTTGCC ATAGAGACTC CTTCAAGGTG 
TTCTGTAACT TCACGGCCGA TGGAGAGACA TGTCTGTACC CTGACATTAA GTTCCAGTCG 
GTGAAGCTGA GTTCCTGGAA AGGAGAGAAA CCTGGTACCT GGTACAGCCA GTTCAGGAAA 
GGAAAGCAGT TTTCCTATTC AGGTTCAGAT GGCAGTCCGG TCCATGTAGT CCAGTTGGTG 
TTTCTTAAGC TGTTGAGTGC GTCATCCAGA CAAACGTTCA CCTACCACTG TCAGAACTCA 
GCCGCCTGGC TCCATACCGC CACCTTCAGC CACCAGCACG CGCTGCGCTT CAGAGGGAGC 
AGTGGAGAGG AGCTCACGCA CCAAGACACA CACTACATCA CAGCACTGCA CGACGGCTGC 
CAGTCTGGTT CAGGTCAGGA GAGGACAGTG TTAGAGTTTG ATGCCCCTCA GTCAGACTCT 
CTCCCCCTCA TCGACGTCTC TGTCTCCGAC TTCGGACACA ACAACCAGAA GTTTGGCTTC 
CAGCTAGGTC CCGTCTGCTT CAACGGTTAA

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

RefSeq	XP_014040288.1
CDS	603..5852
Translation	MDRIRSSTPGASPLLLLLLPLLSITVFQEATAAQAANLVDVLRILDLSEDMEGVSLEAGLCTSREGREETDISFKINKKIQLSVPTKQLFPGWFPVDFSVLATVRARRGAQVFLLSLYDPQGTQQLGIEVGRSPVFLYEDQQGLPSPELYPTFRKINLADGKWHRVAYSVEGQSVTLYLDCEKVESLELQRGLNPEVSTEGVTVFGTRLLDDQVFEGEIQQLLIVADPRAAETYCQDYIPDCHAPLPYDSLSQETEEETKPARRVKVEEFDEFDYSDLYDDLSVSTVTVRPNVTEYEIVEYEDYDNETDEYEVREYEYEEEFEDRYGLAERERAETWNGQERLEKGEKGEPSYFGASTLITGPGGLPGPEGEPGPQGPTGLVGPQGDLGELGPPGRPGLNGADGIPGPPGNILIVPFQAGGVQLTGPVISAQEAQAQAILQQTKLSMKGPPGPLGLMGRPGPLGNPGPSGLKGVAGEMGPAGPRGIMGQAGMNGKSGKRGRAGTDGNRGAPGETGGKGDRGFDGLPGLPGYKGHRGEIGKPGPHGTVGVSGERGSEGQPGPRGQPGDAGSRGLNGPRGHTGPTGQPGIRGVDGIQGSKGNLGPPGEMGASGQQGNPGLQGFPGPQGLVGLPGVKGPQGKKGLQGLPGNDGPTGHPGREGTPGEKGLPGPPGVQGPIGYPGSRGVKGADGIRGMKGSKGEKGEDGFPGSKGEMGLKGDGGDNGVPGSRGEDGPEGPKGQAGPLGEAGAVGIAGEKGKLGVPGLPGYPGQKGPKGSDGFPGSIGVLGEKGKRGPGGEAGSAGQRGPNGVRGGRGAKGPTGKTGGKGSSGHDGPHGPTGDRGPQGPQGRNGESGPKGPNGPAGKDGLPGHPGQRGEPGFQGKTGPPGPGGVVGPQGKSGETGSLGDRGHPGSPGVPGEQGLPGAAGKEGAKGDPGTGGTSGKAGPPGLRGFRGSRGAAGGMGPAGLKGGEGPVGAAGAIGAGGERGPPGSAGAIGQPGRAGAVGGPGPMGEKGEPGGAGPIGPSGQDGDQGPLGLPGAAGPAGPPGEDGDKGETGGPGQKGSKGDKGESGPPGPTGGQGPMGQSGVPGLDGESGPRGQQGMYGAKGDEGLRGFKGSKGPIGLQGMPGLPGEKGESGHIGLMGRPGQFGPRGPQGPSGGQGALGRPGGVGQPGVNGEKGEDGESGDPGPVGVSGGSGDIGDQGEKGDSGLSGAAGPPGARGPPGEDGAKGNSGPIGFPGDSGQPGEAGPNGEDGGPGSKGDAGDPGKSGPPGASGEPGPSGPPGRRGHLGKEGKQGKAGMKGAKGTPGLEGLLGKTGPVGAQGHSGKPGPSGLRGIPGPAGEQGLNGPPGVTGPPGPMGPPGLPGLKGDPGRKGDKGHGGLIGLIGPPGEFGEKGDRGFPGNQGLLGPKGDEGLVGLAGPNGPPGLPGLSGRVGQKGSKGNQGPIGSIGDTGPAGPPGPPGLPAVGLESPPVQERGRRRRQHSSFDGAALEDEEEQEGMEGREGGEEERMQADQAGQEEEKGMEEVFASLSSMRTEVEGLRTPLGTYQYPARTCKELQLLFPKYTDGEYWIDPNQGCHRDSFKVFCNFTADGETCLYPDIKFQSVKLSSWKGEKPGTWYSQFRKGKQFSYSGSDGSPVHVVQLVFLKLLSASSRQTFTYHCQNSAAWLHTATFSHQHALRFRGSSGEELTHQDTHYITALHDGCQSGSGQERTVLEFDAPQSDSLPLIDVSVSDFGHNNQKFGFQLGPVCFNG

Target ORF information:

RefSeq Version	XM_014184813.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar collagen alpha-1(XI) chain-like (LOC106593482), transcript variant X2, mRNA.

Target ORF information:

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

XM_014184813.1

ORF Insert Sequence:

ATGGACCGAA TACGGAGCTC AACGCCCGGG GCATCGCCTC TCCTCCTCCT TCTCCTCCCC 
CTCCTCTCCA TCACTGTTTT TCAGGAGGCG ACAGCGGCAC AGGCGGCCAA TCTGGTGGAC 
GTGCTGAGGA TCCTGGACCT ATCAGAGGAC ATGGAGGGTG TGTCTCTGGA GGCGGGGCTC 
TGCACCAGTC GAGAGGGAAG AGAAGAGACA GACATCTCCT TCAAGATCAA CAAGAAGATC 
CAACTCAGTG TCCCTACAAA ACAGCTGTTC CCAGGGTGGT TCCCAGTGGA CTTCTCTGTC 
CTGGCTACGG TGCGTGCCCG GCGGGGTGCC CAGGTGTTCT TGCTGTCCCT GTACGACCCT 
CAGGGTACCC AGCAGCTGGG GATAGAGGTC GGGAGGTCCC CTGTCTTCCT GTATGAAGAC 
CAGCAAGGCC TGCCTTCTCC TGAACTCTAC CCTACCTTCA GGAAGATCAA CCTGGCTGAC 
GGCAAATGGC ACAGGGTAGC GTACAGTGTG GAGGGTCAGT CAGTGACTCT GTATCTGGAC 
TGTGAGAAGG TGGAGAGTCT GGAGCTCCAG AGAGGTCTTA ACCCAGAGGT CAGCACTGAA 
GGGGTCACTG TGTTCGGGAC ACGGCTACTG GATGACCAGG TCTTCGAGGG AGAAATCCAA 
CAGTTGTTGA TCGTAGCCGA CCCCAGAGCT GCAGAGACCT ACTGTCAAGA CTACATTCCC 
GACTGCCACG CCCCTTTACC CTACGACAGC CTATCACAAG AGACTGAGGA GGAGACAAAG 
CCCGCCAGGA GAGTGAAGGT GGAGGAGTTT GATGAGTTTG ACTACAGTGA CCTTTACGAC 
GACCTCTCTG TCTCCACGGT TACCGTGAGA CCTAATGTCA CAGAGTATGA GATTGTAGAG 
TACGAAGACT ACGACAATGA AACAGATGAG TACGAGGTCA GAGAGTATGA ATACGAGGAG 
GAATTTGAAG ATCGATACGG ATTGGCCGAG AGGGAGAGGG CAGAGACCTG GAACGGACAG 
GAAAGACTAG AGAAAGGAGA GAAAGGGGAA CCATCCTACT TTGGAGCAAG CACCTTAATC 
ACAGGCCCCG GGGGTCTTCC AGGACCAGAG GGAGAACCAG GACCCCAGGG GCCCACAGGA 
CTGGTAGGAC CTCAAGGAGA CCTAGGAGAA CTGGGTCCTC CAGGCCGGCC GGGTCTCAAC 
GGGGCTGATG GGATACCAGG TCCTCCAGGG AACATCCTCA TTGTTCCGTT CCAGGCAGGT 
GGAGTCCAAC TAACAGGACC AGTGATATCG GCCCAGGAGG CTCAAGCCCA GGCCATTCTA 
CAACAGACCA AGTTGTCTAT GAAGGGACCA CCTGGACCAT TAGGCCTTAT GGGACGTCCT 
GGACCGCTGG GTAACCCGGG TCCTTCGGGG CTGAAGGGAG TAGCCGGGGA GATGGGACCA 
GCGGGTCCTA GAGGTATTAT GGGCCAAGCA GGGATGAATG GAAAGTCAGG GAAGAGGGGT 
CGAGCTGGGA CGGATGGGAA CAGGGGTGCT CCGGGTGAGA CCGGTGGAAA GGGTGACAGG 
GGTTTTGATG GCTTGCCAGG TCTTCCAGGA TACAAGGGAC ACAGGGGGGA GATAGGAAAA 
CCAGGCCCCC ACGGTACTGT TGGGGTGTCA GGAGAGAGGG GTTCAGAAGG ACAACCAGGA 
CCAAGAGGAC AGCCAGGTGA TGCTGGTTCC AGAGGGTTAA ACGGACCCAG AGGTCACACT 
GGCCCTACAG GTCAGCCTGG TATCCGAGGA GTGGATGGAA TCCAAGGTTC TAAGGGAAAC 
TTGGGACCTC CGGGGGAGAT GGGAGCATCC GGGCAGCAAG GAAACCCTGG GTTGCAGGGT 
TTTCCTGGTC CTCAGGGCCT GGTAGGCTTG CCAGGAGTTA AGGGGCCCCA AGGGAAGAAA 
GGGTTGCAGG GACTACCTGG GAATGATGGA CCTACCGGTC ACCCAGGGAG AGAGGGGACT 
CCAGGAGAGA AGGGACTACC AGGCCCACCA GGAGTCCAGG GGCCTATAGG ATATCCAGGA 
TCAAGAGGAG TGAAGGGAGC GGACGGAATT AGAGGAATGA AGGGAAGCAA AGGGGAGAAG 
GGTGAGGATG GGTTCCCCGG CTCTAAGGGA GAGATGGGGC TGAAAGGTGA CGGGGGTGAT 
AACGGGGTCC CAGGGTCGAG GGGAGAGGAT GGTCCTGAAG GACCTAAAGG ACAGGCTGGA 
CCCCTGGGGG AGGCTGGAGC CGTGGGCATC GCTGGAGAAA AGGGTAAACT GGGAGTTCCA 
GGGTTGCCGG GGTATCCGGG ACAAAAAGGA CCTAAGGGTT CGGATGGTTT TCCTGGATCT 
ATTGGAGTGC TGGGAGAGAA GGGGAAGAGG GGCCCCGGTG GGGAAGCAGG CAGTGCAGGA 
CAGAGGGGTC CTAACGGGGT GCGTGGGGGC CGGGGTGCCA AGGGACCAAC AGGGAAGACA 
GGGGGAAAGG GCTCCTCTGG ACATGATGGA CCTCATGGAC CAACTGGAGA CAGGGGGCCT 
CAAGGGCCAC AAGGACGGAA CGGGGAATCA GGACCCAAGG GACCCAACGG TCCAGCGGGG 
AAAGATGGAC TTCCGGGTCA CCCAGGTCAG AGAGGGGAGC CGGGTTTCCA AGGAAAGACG 
GGACCCCCAG GTCCAGGAGG TGTTGTGGGG CCACAGGGTA AATCAGGTGA GACCGGGTCA 
TTGGGAGACA GAGGTCACCC CGGGTCACCT GGCGTACCGG GAGAGCAGGG CTTACCTGGC 
GCTGCCGGGA AGGAGGGAGC TAAGGGCGAC CCGGGTACAG GAGGGACTTC TGGGAAAGCT 
GGTCCTCCAG GACTCAGGGG CTTCAGAGGC AGCAGAGGGG CCGCCGGGGG CATGGGTCCT 
GCTGGTCTGA AAGGAGGTGA AGGACCAGTC GGAGCAGCAG GAGCTATAGG GGCCGGTGGT 
GAGAGGGGTC CTCCAGGGTC AGCCGGTGCC ATTGGTCAGC CTGGGAGGGC AGGGGCTGTG 
GGTGGACCTG GACCAATGGG AGAGAAGGGG GAACCGGGAG GGGCCGGCCC CATCGGACCA 
TCAGGACAGG ATGGAGACCA GGGACCTCTA GGACTACCTG GAGCTGCAGG CCCTGCAGGA 
CCCCCAGGAG AGGATGGAGA TAAGGGAGAG ACTGGAGGAC CAGGGCAGAA GGGCAGCAAA 
GGAGACAAAG GAGAATCAGG CCCCCCAGGA CCAACCGGTG GCCAGGGGCC GATGGGGCAG 
TCAGGAGTTC CTGGTTTGGA TGGGGAGTCA GGTCCCAGGG GCCAGCAGGG AATGTACGGG 
GCCAAGGGTG ACGAGGGTCT CCGGGGCTTC AAGGGCTCCA AAGGACCCAT CGGACTACAG 
GGGATGCCTG GTCTTCCAGG TGAGAAGGGG GAGAGCGGAC ACATCGGCTT GATGGGTCGT 
CCAGGTCAGT TTGGTCCCAG AGGGCCACAA GGGCCTAGTG GGGGACAGGG TGCTCTGGGC 
AGACCAGGTG GGGTTGGACA GCCAGGGGTA AATGGAGAGA AGGGGGAGGA TGGAGAATCG 
GGAGACCCAG GACCCGTTGG TGTATCAGGA GGCAGCGGGG ATATAGGTGA CCAGGGGGAG 
AAGGGGGACT CAGGTCTCTC TGGAGCAGCA GGGCCCCCAG GAGCCAGAGG CCCCCCAGGA 
GAGGACGGGG CCAAGGGAAA CTCTGGTCCG ATTGGTTTTC CAGGAGACTC AGGACAGCCA 
GGGGAGGCAG GACCTAACGG GGAGGATGGA GGTCCTGGAT CCAAGGGAGA TGCTGGAGAT 
CCAGGGAAAT CAGGTCCACC AGGAGCATCA GGGGAACCCG GCCCCTCAGG ACCACCGGGA 
CGCAGGGGTC ACCTGGGTAA AGAAGGGAAG CAGGGGAAAG CAGGGATGAA AGGAGCGAAG 
GGCACTCCAG GGTTGGAGGG TCTCCTGGGG AAGACAGGAC CGGTGGGAGC CCAGGGACAT 
TCTGGTAAAC CAGGTCCTAG TGGTCTCAGA GGGATCCCTG GCCCAGCGGG GGAACAAGGT 
TTAAATGGAC CACCAGGTGT AACAGGACCA CCAGGACCCA TGGGTCCTCC AGGACTACCG 
GGGTTGAAGG GAGATCCAGG CAGGAAGGGA GACAAGGGTC ATGGAGGTCT GATTGGGCTG 
ATAGGCCCTC CAGGAGAGTT TGGAGAGAAG GGAGACAGAG GATTTCCAGG GAACCAGGGT 
CTACTGGGAC CCAAAGGAGA CGAGGGTCTG GTTGGTCTAG CAGGTCCTAA TGGTCCTCCA 
GGTCTACCTG GTCTCTCTGG TAGAGTAGGA CAGAAGGGTT CTAAAGGGAA CCAGGGTCCC 
ATCGGTTCTA TCGGAGATAC AGGTCCTGCT GGCCCTCCTG GACCTCCTGG TCTTCCTGCG 
GTGGGTCTGG AGTCTCCCCC GGTGCAGGAG AGAGGAAGGA GGAGGAGGCA ACACTCTTCC 
TTTGACGGGG CCGCTCTGGA AGACGAGGAA GAGCAAGAGG GGATGGAGGG AAGGGAGGGA 
GGAGAGGAGG AGAGGATGCA GGCAGACCAG GCAGGGCAGG AGGAGGAGAA GGGGATGGAG 
GAGGTGTTTG CGTCTCTCTC TTCTATGAGG ACAGAGGTAG AGGGTCTGAG GACCCCTCTG 
GGGACCTACC AGTATCCAGC CCGAACCTGC AAGGAGCTAC AGCTGTTGTT CCCAAAGTAC 
ACTGATGGTG AGTACTGGAT AGACCCTAAC CAGGGTTGCC ATAGAGACTC CTTCAAGGTG 
TTCTGTAACT TCACGGCCGA TGGAGAGACA TGTCTGTACC CTGACATTAA GTTCCAGTCG 
GTGAAGCTGA GTTCCTGGAA AGGAGAGAAA CCTGGTACCT GGTACAGCCA GTTCAGGAAA 
GGAAAGCAGT TTTCCTATTC AGGTTCAGAT GGCAGTCCGG TCCATGTAGT CCAGTTGGTG 
TTTCTTAAGC TGTTGAGTGC GTCATCCAGA CAAACGTTCA CCTACCACTG TCAGAACTCA 
GCCGCCTGGC TCCATACCGC CACCTTCAGC CACCAGCACG CGCTGCGCTT CAGAGGGAGC 
AGTGGAGAGG AGCTCACGCA CCAAGACACA CACTACATCA CAGCACTGCA CGACGGCTGC 
CAGTCTGGTT CAGGTCAGGA GAGGACAGTG TTAGAGTTTG ATGCCCCTCA GTCAGACTCT 
CTCCCCCTCA TCGACGTCTC TGTCTCCGAC TTCGGACACA ACAACCAGAA GTTTGGCTTC 
CAGCTAGGTC CCGTCTGCTT CAACGGTTAA

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

PubMed

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gene@genscript.com

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1-877-436-7274

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LOC106593482 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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