LOC106608256 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106608256
Entrez Gene ID	106608256
Full Name	formin-like
Gene Type	protein-coding
Organism	Salmo salar(Atlantic salmon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014206108.1	XP_014061583.1	formin-like isoform X1
XM_014206109.1	XP_014061584.1	formin-like isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC106608256 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106608256 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
OAt23109	XM_014206109.1 Latest version!	Salmo salar formin-like (LOC106608256), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAt23108	XM_014206108.1 Latest version!	Salmo salar formin-like (LOC106608256), transcript variant X1, 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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5 or more Clone	50% OFF
All Other ORF Clones
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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)

LOC106608256 ( XM_014206109.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014061584.1 Salmo salar formin-like (LOC106608256), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAt23109
Clone ID Related Accession (Same CDS sequence)	XM_014206109.1
Accession Version	XM_014206109.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4461bp) 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	formin-like isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012335338.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation 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##

ATGAACGGAG TGAACACTAA CGACAACACT GACGCCGCTC AGGGGAAGGC CTCTTCCAAC 
TCATTCCTTG ACAGATTCTC CACCGTCTTT ACTCACCCAG ACAGGTCAGA GTCTCAGCGG 
CCTGACGACA TGATGGCGGT CCTGAAGTTC TTCCAGACTC TCTCTGAAGA GAGCGAGACA 
GACACTTCTC CCAACACTTC TCCTGGGAAC ATCCACAGCA GTCATGAAGT TGTTGAAGTC 
AATGGAAATG AGAGGACAGA AGGAAAGGAT TCAAGTGCAG TAGGTGTGGT GCAGAAGAAT 
GGAGAATCCA CCACTACCAC CACAGTTATG GAACATGACA GCATGAATGG AACTCTGGGC 
CAGATGACTG TAGTACCGAG GAACATGGAC TCAGAAAAGG AAGAGAATGC AAACAGCAAC 
TGTCTTGTCC AACCAGAAGA CATCATTTCA GAGTCTCATT TAGGTATATA TGGTGAGTCA 
ACAGACCAAC CAGATGATTG CATTTCAGAA AGGCTGTCCT ACTTACAAGG ATATAGTGGG 
TCAACTGACC CTGTTGAACA GAGAGTGATG ATAAACAAAC ATAGGAACAG TGTGTCTTCA 
GAGGACTGCA GTATGAAGGA GCCTATAGAC ACACAAAATA CCACAGACAC AGCCAATCAG 
GACATGACAA CTGACTGTCC CAGTACAGAC AAGTTGGAAT CAACTGACCA GCACAGTCAG 
TGTGTGTCAA CAAACAACCG TCATCAAGAT AGGGTCACAA ACAATTATGA TAAAGACAAA 
GTCAAGGAGA TGAAGCACAC AGAGGTGTCG ACAGACAACT ACAACAGGCT GGCCTGGTTA 
ACAGACAGTG AAACCAATCC ACGAGCCAGA AGTTATCAGG AAATATTTAC ATATGATAAC 
CACAGCCAAG ACTCACCTGC TGACAGCAAA GACTTACCTG CTGCTGATGT TGTAGCCACA 
GACCTTGCTA ACCCCTCTGC AGTAATGGCT GGGGAACCTG CTACTAGTAC ACCACTACCT 
TCAAACACCA GAAAACTGGT GATAACCATG ACCAGGACTG AGCCTATATC TGATGACCGG 
CAGCATACAG TCTCTGAAAC TGAGAGCCTG TTAGAGGCTG GAGATCCTGA AACTGAGAGC 
CTGTTAGAGG CTGGAGATCC TGAAACTGAG AGACAGTTAG AGGCTGGAGA GGCTGAAACT 
GAGAGTCTGT TAGAGGTTGG AGAGGCTGAA ACTGAGAGAC TGTTAGAAGC TGGAGATCCT 
GAAACTGAGA GTCTGTTAGA GGCTGGAGAG GCTGAAACTG AGAGTCTGTT AGAAGCTGGA 
GAGGCTGAAA CTGAGAGCCT GTTAGAGGCT GGAGATCCTG AAACTGAGAG TCTGTTAGAG 
GCTGGAGAGG CTGAAACTGA GAGTCTGTTA GAAGCTGGAG AGGCTGAAAC TGAGAGACTA 
TTAGAAGCTG GAGAGGCTGA AACTGAGAGC CTGTTAAAGG CTGGGGAGAC TGTTAATGCA 
CTGGTCGAGG AACTTCCTCA CGCATCTGTT CCTGTGTCTG AGATCACAGC CCATTCTACA 
GCCCAGTCCT CTCAGCCCTG TAGCCCCCAG GATGGAGTCC CAACCCCAGC CCCAGCCAGT 
CCCCAGGATG GAGTCCCAAC CCCAGCACCA GCCAGTCCCC AGGATGGAGT CCCAACCCCA 
GCACCAGCCA GTCCCCAGGA TGGAGCCCCA ACCCCAGCAC CAGCCAGTCC CCAGGACGGG 
CTCCCAGCAC CAGCCAGTCC CCAGGATGGG CTCCCAGCCT TAACCCCAGG TCCAACCAGT 
GGCCCTCCCT CTGGCACCAT CTCCACCAGA ACCACCTTCT CCCCCGGTTC CCCCGTGGAC 
AAGCCCCTCC AATTCCCTGC CTTGTTCAGT GGTCTGAGGA TCCCAAAGAA GGGGGCGACA 
GTGCCGGAAC AGGACATAGT GGGCAAGATC AAAACATCAA CCCCAGCAGG CCTGAGTGTG 
GACAAGCTTG TGAGGAGAAA GCTGAAGGCA GTTCGCAGGA GGCAGGGGAG CTTCTTGGAC 
CAGCTCTCCC AGTTCCTGAA CCTGGAGAAG GATGTTAACA GTAAGACAGA GGAGTTTACA 
GGAGAGGACA GGAGGGAGTT TACAGGAAAG GAGAGGAAGG AGTCTACAGA AGAGGAGAGG 
AGGAAGTATT CAGGAGAGGA CAGGAGGGAG TCTACAGGAG AGGAGAGGAG GGAATCTTCA 
GGAGAGGACA GGTGGGAGTC TACAGCAGAG TACAGGAGGG AGTCAGAACC CTCAGACGAG 
ACCGAAGGAG TCAGAGTTGA ACCTGAGGAT GGGATGGAGG AGAAGGAGAA GGAGAAGACA 
GAACAGGAAG AGGGAGGAGA ACAGCAGAAA ACAGGAGAGG AGAAAAAGAC AGACCAGGAC 
ACAGAGAAAG AGAAGACTGA AGTTCTGTCT TTGATAGAGC CTCCGGAATC TTCAGAACCT 
TCACAGACTC TAGAATTCTC AGAACCTTTA GAACCTCAGA AGCCTCCTCC CTCCAGTGCT 
GAGGTGGCGT TCGATGCCTT CAAGGCCTTC TTCATCCCCA GGCCCCTGAG GAGAGAGGGA 
GACAGGGGCG ACCAGGAGGC AAAGAGGAAG GCCTGGATCT TTGAGAGAAC CTCCAAGACT 
CCTGAAAAGA AAAACATCAC TGACTCAAAA CCGGAGGCAT CGATCTCAGG TGATGGAGAG 
GACCGGTCCA CCCCAGGCCG TCTGCAGGCC ATCTGGCCCC CGACTAAGGA GGAGAAGGTT 
GGACTGAAAT ACACAGAAGC AGAACACCAG GCAGCCCTCC TGCAGCTGAA GAGAGAATGC 
AACGAGGAGG TGGAGAAAAT ACAGGAGGAC TATAGGAAGC AGCTGCGCCA GCTGAGAGGG 
GACAACGAAG AGTGTGTATC CCATCTGGAG GTCACCTTGG CCAGGCTACA AAGTGACTTG 
GCCCTGGGTG CCCACCACCG CCGTGGAGAC CTCCGAGACG TGGCCGTATC CACGGGAGAT 
GACCTCTCAT CCCGGGCCTT CCACACTGTG TGCGTCCAGA CGGACCACAT GACCTTCCCC 
CAACCCCCCC TCAACTTGCC TAAGAGACTG GACCTGGCTT CTATCAGTCT AAATCTGTCT 
GGACAGGCTA CCGCTCCCTC TTCTTCCCCC GTTCATCTCC CTCTACCTCC TGCTCCTCCA 
CTCCCACTAT CCGAGCCACC TGCACCTCAT GAAGGCTTAT TATCAGGCAA CCTAGCCCTT 
CCTCCCCCTC CTCCTCCTCC TCTTCCTTTC CTTCCTGCTC TAACCCAGAC CCAGGGACTC 
GACGGGCCCC CTCCATCTCT TCCACCCCCT CCACCAGGGT CCGCCCCTCC ACCTCCACCC 
CCTCCACCAG GCTGTGGCCC CCCACCACCT CCCCCTCCAG GGTGTCTGAC CTTCAGTACC 
ATGCTAGATA AACCCCCCAG GAAGCCGGCT GTGCAACCAG CCTGCCCCAT GAAGCCTCTC 
TACTGGACCA GGATACAGAC ACAGGACAAC AATAAAGACA CACTGTGGAA CTCTCTTGAG 
GAACCCGACA TCATCAACAC CACAGAGTTT GAAGACCTGT TCTCCAAGAC CACCATACAG 
ACCAAGAGAA GACCTCTGGC AGAGGCCTAT GAGAAGAAAG CCAAGGCCAA GAAGATCATG 
AAGCTTCTGG ATGGGAAGCG TTCCCAGGCC GTTGGGATAC TCATCTCTAG TCTGCACCTG 
GAGATGAAGG ACATACAGCA AGCTGTGCTG AATGTGGACA ACTCCGTAGT GGACGTGGAA 
ACCATCCAGG CTTTATACGA AAACAGAGCC CAGCCTGATG AGCTGGAGCG GATAAAGAAA 
CACTACCAAA CTTTCGAGGA GGAGCAGGTC AAGCTGCTGG ACAAACCTGA ACAGTTCCTG 
TTTGAGTTAT CTCAGATACC AGACTTCCCA GACAGGGCTT CATGTATCAT CTTCCAGTCT 
GTCTTCATAG ACGCCATCGC CTCCATTCAG CACAAGTTGG ACATTGTCTC TCGCGTCTGC 
AAGGATCTGA TGGACACCTC CAGTGTGAGG GAAGTGATGG GTCTGATTCT AGCCCTGGGG 
AACCATATGA ACGGGGGCAA CAGGACCAGA GGACAGGCTG ACGGCTTTGG ACTGGAGATC 
CTGCCCAAAC TAAAGGACGT CAAGAGCAGG GACAATCGTA TCAGTTTGGT TGACTATGTG 
ACATCGTACT ATCTCCGCAA CCTGGACGAG AACGCTGGAA CAGAGAGAAG TGTCTTCCCT 
CTCCCTGAGC CTCAGGATGT GTTCCTGGCT GCCCAGGTCA AGTTTGAAGA CATCACCAAG 
GACCTGAGAC AGCTGAGACG AGACCTGACA GTGTGTGAGA AAGGAGTTCA GAAGGTGTGT 
TCCAGCTCAT CTGAAGAACA TCTCCAGCCA TTTAAGGACA AAATGGAGTC GTTTGTTCTG 
ATTGCTTCCA CGAGCTGGTG A

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

RefSeq	XP_014061584.1
CDS	1167..5627
Translation	MNGVNTNDNTDAAQGKASSNSFLDRFSTVFTHPDRSESQRPDDMMAVLKFFQTLSEESETDTSPNTSPGNIHSSHEVVEVNGNERTEGKDSSAVGVVQKNGESTTTTTVMEHDSMNGTLGQMTVVPRNMDSEKEENANSNCLVQPEDIISESHLGIYGESTDQPDDCISERLSYLQGYSGSTDPVEQRVMINKHRNSVSSEDCSMKEPIDTQNTTDTANQDMTTDCPSTDKLESTDQHSQCVSTNNRHQDRVTNNYDKDKVKEMKHTEVSTDNYNRLAWLTDSETNPRARSYQEIFTYDNHSQDSPADSKDLPAADVVATDLANPSAVMAGEPATSTPLPSNTRKLVITMTRTEPISDDRQHTVSETESLLEAGDPETESLLEAGDPETERQLEAGEAETESLLEVGEAETERLLEAGDPETESLLEAGEAETESLLEAGEAETESLLEAGDPETESLLEAGEAETESLLEAGEAETERLLEAGEAETESLLKAGETVNALVEELPHASVPVSEITAHSTAQSSQPCSPQDGVPTPAPASPQDGVPTPAPASPQDGVPTPAPASPQDGAPTPAPASPQDGLPAPASPQDGLPALTPGPTSGPPSGTISTRTTFSPGSPVDKPLQFPALFSGLRIPKKGATVPEQDIVGKIKTSTPAGLSVDKLVRRKLKAVRRRQGSFLDQLSQFLNLEKDVNSKTEEFTGEDRREFTGKERKESTEEERRKYSGEDRRESTGEERRESSGEDRWESTAEYRRESEPSDETEGVRVEPEDGMEEKEKEKTEQEEGGEQQKTGEEKKTDQDTEKEKTEVLSLIEPPESSEPSQTLEFSEPLEPQKPPPSSAEVAFDAFKAFFIPRPLRREGDRGDQEAKRKAWIFERTSKTPEKKNITDSKPEASISGDGEDRSTPGRLQAIWPPTKEEKVGLKYTEAEHQAALLQLKRECNEEVEKIQEDYRKQLRQLRGDNEECVSHLEVTLARLQSDLALGAHHRRGDLRDVAVSTGDDLSSRAFHTVCVQTDHMTFPQPPLNLPKRLDLASISLNLSGQATAPSSSPVHLPLPPAPPLPLSEPPAPHEGLLSGNLALPPPPPPPLPFLPALTQTQGLDGPPPSLPPPPPGSAPPPPPPPPGCGPPPPPPPGCLTFSTMLDKPPRKPAVQPACPMKPLYWTRIQTQDNNKDTLWNSLEEPDIINTTEFEDLFSKTTIQTKRRPLAEAYEKKAKAKKIMKLLDGKRSQAVGILISSLHLEMKDIQQAVLNVDNSVVDVETIQALYENRAQPDELERIKKHYQTFEEEQVKLLDKPEQFLFELSQIPDFPDRASCIIFQSVFIDAIASIQHKLDIVSRVCKDLMDTSSVREVMGLILALGNHMNGGNRTRGQADGFGLEILPKLKDVKSRDNRISLVDYVTSYYLRNLDENAGTERSVFPLPEPQDVFLAAQVKFEDITKDLRQLRRDLTVCEKGVQKVCSSSSEEHLQPFKDKMESFVLIASTSW

Target ORF information:

RefSeq Version	XM_014206109.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar formin-like (LOC106608256), transcript variant X2, mRNA.

Target ORF information:

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

XM_014206109.1

ORF Insert Sequence:

ATGAACGGAG TGAACACTAA CGACAACACT GACGCCGCTC AGGGGAAGGC CTCTTCCAAC 
TCATTCCTTG ACAGATTCTC CACCGTCTTT ACTCACCCAG ACAGGTCAGA GTCTCAGCGG 
CCTGACGACA TGATGGCGGT CCTGAAGTTC TTCCAGACTC TCTCTGAAGA GAGCGAGACA 
GACACTTCTC CCAACACTTC TCCTGGGAAC ATCCACAGCA GTCATGAAGT TGTTGAAGTC 
AATGGAAATG AGAGGACAGA AGGAAAGGAT TCAAGTGCAG TAGGTGTGGT GCAGAAGAAT 
GGAGAATCCA CCACTACCAC CACAGTTATG GAACATGACA GCATGAATGG AACTCTGGGC 
CAGATGACTG TAGTACCGAG GAACATGGAC TCAGAAAAGG AAGAGAATGC AAACAGCAAC 
TGTCTTGTCC AACCAGAAGA CATCATTTCA GAGTCTCATT TAGGTATATA TGGTGAGTCA 
ACAGACCAAC CAGATGATTG CATTTCAGAA AGGCTGTCCT ACTTACAAGG ATATAGTGGG 
TCAACTGACC CTGTTGAACA GAGAGTGATG ATAAACAAAC ATAGGAACAG TGTGTCTTCA 
GAGGACTGCA GTATGAAGGA GCCTATAGAC ACACAAAATA CCACAGACAC AGCCAATCAG 
GACATGACAA CTGACTGTCC CAGTACAGAC AAGTTGGAAT CAACTGACCA GCACAGTCAG 
TGTGTGTCAA CAAACAACCG TCATCAAGAT AGGGTCACAA ACAATTATGA TAAAGACAAA 
GTCAAGGAGA TGAAGCACAC AGAGGTGTCG ACAGACAACT ACAACAGGCT GGCCTGGTTA 
ACAGACAGTG AAACCAATCC ACGAGCCAGA AGTTATCAGG AAATATTTAC ATATGATAAC 
CACAGCCAAG ACTCACCTGC TGACAGCAAA GACTTACCTG CTGCTGATGT TGTAGCCACA 
GACCTTGCTA ACCCCTCTGC AGTAATGGCT GGGGAACCTG CTACTAGTAC ACCACTACCT 
TCAAACACCA GAAAACTGGT GATAACCATG ACCAGGACTG AGCCTATATC TGATGACCGG 
CAGCATACAG TCTCTGAAAC TGAGAGCCTG TTAGAGGCTG GAGATCCTGA AACTGAGAGC 
CTGTTAGAGG CTGGAGATCC TGAAACTGAG AGACAGTTAG AGGCTGGAGA GGCTGAAACT 
GAGAGTCTGT TAGAGGTTGG AGAGGCTGAA ACTGAGAGAC TGTTAGAAGC TGGAGATCCT 
GAAACTGAGA GTCTGTTAGA GGCTGGAGAG GCTGAAACTG AGAGTCTGTT AGAAGCTGGA 
GAGGCTGAAA CTGAGAGCCT GTTAGAGGCT GGAGATCCTG AAACTGAGAG TCTGTTAGAG 
GCTGGAGAGG CTGAAACTGA GAGTCTGTTA GAAGCTGGAG AGGCTGAAAC TGAGAGACTA 
TTAGAAGCTG GAGAGGCTGA AACTGAGAGC CTGTTAAAGG CTGGGGAGAC TGTTAATGCA 
CTGGTCGAGG AACTTCCTCA CGCATCTGTT CCTGTGTCTG AGATCACAGC CCATTCTACA 
GCCCAGTCCT CTCAGCCCTG TAGCCCCCAG GATGGAGTCC CAACCCCAGC CCCAGCCAGT 
CCCCAGGATG GAGTCCCAAC CCCAGCACCA GCCAGTCCCC AGGATGGAGT CCCAACCCCA 
GCACCAGCCA GTCCCCAGGA TGGAGCCCCA ACCCCAGCAC CAGCCAGTCC CCAGGACGGG 
CTCCCAGCAC CAGCCAGTCC CCAGGATGGG CTCCCAGCCT TAACCCCAGG TCCAACCAGT 
GGCCCTCCCT CTGGCACCAT CTCCACCAGA ACCACCTTCT CCCCCGGTTC CCCCGTGGAC 
AAGCCCCTCC AATTCCCTGC CTTGTTCAGT GGTCTGAGGA TCCCAAAGAA GGGGGCGACA 
GTGCCGGAAC AGGACATAGT GGGCAAGATC AAAACATCAA CCCCAGCAGG CCTGAGTGTG 
GACAAGCTTG TGAGGAGAAA GCTGAAGGCA GTTCGCAGGA GGCAGGGGAG CTTCTTGGAC 
CAGCTCTCCC AGTTCCTGAA CCTGGAGAAG GATGTTAACA GTAAGACAGA GGAGTTTACA 
GGAGAGGACA GGAGGGAGTT TACAGGAAAG GAGAGGAAGG AGTCTACAGA AGAGGAGAGG 
AGGAAGTATT CAGGAGAGGA CAGGAGGGAG TCTACAGGAG AGGAGAGGAG GGAATCTTCA 
GGAGAGGACA GGTGGGAGTC TACAGCAGAG TACAGGAGGG AGTCAGAACC CTCAGACGAG 
ACCGAAGGAG TCAGAGTTGA ACCTGAGGAT GGGATGGAGG AGAAGGAGAA GGAGAAGACA 
GAACAGGAAG AGGGAGGAGA ACAGCAGAAA ACAGGAGAGG AGAAAAAGAC AGACCAGGAC 
ACAGAGAAAG AGAAGACTGA AGTTCTGTCT TTGATAGAGC CTCCGGAATC TTCAGAACCT 
TCACAGACTC TAGAATTCTC AGAACCTTTA GAACCTCAGA AGCCTCCTCC CTCCAGTGCT 
GAGGTGGCGT TCGATGCCTT CAAGGCCTTC TTCATCCCCA GGCCCCTGAG GAGAGAGGGA 
GACAGGGGCG ACCAGGAGGC AAAGAGGAAG GCCTGGATCT TTGAGAGAAC CTCCAAGACT 
CCTGAAAAGA AAAACATCAC TGACTCAAAA CCGGAGGCAT CGATCTCAGG TGATGGAGAG 
GACCGGTCCA CCCCAGGCCG TCTGCAGGCC ATCTGGCCCC CGACTAAGGA GGAGAAGGTT 
GGACTGAAAT ACACAGAAGC AGAACACCAG GCAGCCCTCC TGCAGCTGAA GAGAGAATGC 
AACGAGGAGG TGGAGAAAAT ACAGGAGGAC TATAGGAAGC AGCTGCGCCA GCTGAGAGGG 
GACAACGAAG AGTGTGTATC CCATCTGGAG GTCACCTTGG CCAGGCTACA AAGTGACTTG 
GCCCTGGGTG CCCACCACCG CCGTGGAGAC CTCCGAGACG TGGCCGTATC CACGGGAGAT 
GACCTCTCAT CCCGGGCCTT CCACACTGTG TGCGTCCAGA CGGACCACAT GACCTTCCCC 
CAACCCCCCC TCAACTTGCC TAAGAGACTG GACCTGGCTT CTATCAGTCT AAATCTGTCT 
GGACAGGCTA CCGCTCCCTC TTCTTCCCCC GTTCATCTCC CTCTACCTCC TGCTCCTCCA 
CTCCCACTAT CCGAGCCACC TGCACCTCAT GAAGGCTTAT TATCAGGCAA CCTAGCCCTT 
CCTCCCCCTC CTCCTCCTCC TCTTCCTTTC CTTCCTGCTC TAACCCAGAC CCAGGGACTC 
GACGGGCCCC CTCCATCTCT TCCACCCCCT CCACCAGGGT CCGCCCCTCC ACCTCCACCC 
CCTCCACCAG GCTGTGGCCC CCCACCACCT CCCCCTCCAG GGTGTCTGAC CTTCAGTACC 
ATGCTAGATA AACCCCCCAG GAAGCCGGCT GTGCAACCAG CCTGCCCCAT GAAGCCTCTC 
TACTGGACCA GGATACAGAC ACAGGACAAC AATAAAGACA CACTGTGGAA CTCTCTTGAG 
GAACCCGACA TCATCAACAC CACAGAGTTT GAAGACCTGT TCTCCAAGAC CACCATACAG 
ACCAAGAGAA GACCTCTGGC AGAGGCCTAT GAGAAGAAAG CCAAGGCCAA GAAGATCATG 
AAGCTTCTGG ATGGGAAGCG TTCCCAGGCC GTTGGGATAC TCATCTCTAG TCTGCACCTG 
GAGATGAAGG ACATACAGCA AGCTGTGCTG AATGTGGACA ACTCCGTAGT GGACGTGGAA 
ACCATCCAGG CTTTATACGA AAACAGAGCC CAGCCTGATG AGCTGGAGCG GATAAAGAAA 
CACTACCAAA CTTTCGAGGA GGAGCAGGTC AAGCTGCTGG ACAAACCTGA ACAGTTCCTG 
TTTGAGTTAT CTCAGATACC AGACTTCCCA GACAGGGCTT CATGTATCAT CTTCCAGTCT 
GTCTTCATAG ACGCCATCGC CTCCATTCAG CACAAGTTGG ACATTGTCTC TCGCGTCTGC 
AAGGATCTGA TGGACACCTC CAGTGTGAGG GAAGTGATGG GTCTGATTCT AGCCCTGGGG 
AACCATATGA ACGGGGGCAA CAGGACCAGA GGACAGGCTG ACGGCTTTGG ACTGGAGATC 
CTGCCCAAAC TAAAGGACGT CAAGAGCAGG GACAATCGTA TCAGTTTGGT TGACTATGTG 
ACATCGTACT ATCTCCGCAA CCTGGACGAG AACGCTGGAA CAGAGAGAAG TGTCTTCCCT 
CTCCCTGAGC CTCAGGATGT GTTCCTGGCT GCCCAGGTCA AGTTTGAAGA CATCACCAAG 
GACCTGAGAC AGCTGAGACG AGACCTGACA GTGTGTGAGA AAGGAGTTCA GAAGGTGTGT 
TCCAGCTCAT CTGAAGAACA TCTCCAGCCA TTTAAGGACA AAATGGAGTC GTTTGTTCTG 
ATTGCTTCCA CGAGCTGGTG A

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

LOC106608256 ( XM_014206108.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014061583.1 Salmo salar formin-like (LOC106608256), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAt23108
Clone ID Related Accession (Same CDS sequence)	XM_014206108.1
Accession Version	XM_014206108.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4776bp) 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	formin-like isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012335338.1) 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##

ATGAACGGAG TGAACACTAA CGACAACACT GACGCCGCTC AGGGGAAGGC CTCTTCCAAC 
TCATTCCTTG ACAGATTCTC CACCGTCTTT ACTCACCCAG ACAGGTCAGA GTCTCAGCGG 
CCTGACGACA TGATGGCGGT CCTGAAGTTC TTCCAGACTC TCTCTGAAGA GAGCGAGACA 
GACACTTCTC CCAACACTTC TCCTGGGAAC ATCCACAGCA GTCATGAAGT TGTTGAAGTC 
AATGGAAATG AGAGGACAGA AGGAAAGGAT TCAAGTGCAG TAGGTGTGGT GCAGAAGAAT 
GGAGAATCCA CCACTACCAC CACAGTTATG GAACATGACA GCATGAATGG AACTCTGGGC 
CAGATGACTG TAGTACCGAG GAACATGGAC TCAGAAAAGG AAGAGAATGC AAACAGCAAC 
TGTCTTGTCC AACCAGAAGA CATCATTTCA GAGTCTCATT TAGGTATATA TGGTGAGTCA 
ACAGACCAAC CAGATGATTG CATTTCAGAA AGGCTGTCCT ACTTACAAGG ATATAGTGGG 
TCAACTGACC CTGTTGAACA GAGAGTGATG ATAAACAAAC ATAGGAACAG TGTGTCTTCA 
GAGGACTGCA GTATGAAGGA GCCTATAGAC ACACAAAATA CCACAGACAC AGCCAATCAG 
GACATGACAA CTGACTGTCC CAGTACAGAC AAGTTGGAAT CAACTGACCA GCACAGTCAG 
TGTGTGTCAA CAAACAACCG TCATCAAGAT AGGGTCACAA ACAATTATGA TAAAGACAAA 
GTCAAGGAGA TGAAGCACAC AGAGGTGTCG ACAGACAACT ACAACAGGCT GGCCTGGTTA 
ACAGACAGTG AAACCAATCC ACGAGCCAGA AGTTATCAGG AAATATTTAC ATATGATAAC 
CACAGCCAAG ACTCACCTGC TGACAGCAAA GACTTACCTG CTGCTGATGT TGTAGCCACA 
GACCTTGCTA ACCCCTCTGC AGTAATGGCT GGGGAACCTG CTACTAGTAC ACCACTACCT 
TCAAACACCA GAAAACTGGT GATAACCATG ACCAGGACTG AGCCTATATC TGATGACCGG 
CAGCATACAG TCTCTGAAAC TGAGAGCCTG TTAGAGGCTG GAGATCCTGA AACTGAGAGC 
CTGTTAGAGG CTGGAGATCC TGAAACTGAG AGACAGTTAG AGGCTGGAGA GGCTGAAACT 
GAGAGTCTGT TAGAGGTTGG AGAGGCTGAA ACTGAGAGAC TGTTAGAAGC TGGAGATCCT 
GAAACTGAGA GTCTGTTAGA GGCTGGAGAG GCTGAAACTG AGAGTCTGTT AGAAGCTGGA 
GAGGCTGAAA CTGAGAGCCT GTTAGAGGCT GGAGATCCTG AAACTGAGAG TCTGTTAGAG 
GCTGGAGAGG CTGAAACTGA GAGTCTGTTA GAAGCTGGAG AGGCTGAAAC TGAGAGACTA 
TTAGAAGCTG GAGAGGCTGA AACTGAGAGC CTGTTAAAGG CTGGGGAGAC TGTTAATGCA 
CTGGTCGAGG AACTTCCTCA CGCATCTGTT CCTGTGTCTG AGATCACAGC CCATTCTACA 
GCCCAGTCCT CTCAGCCCTG TAGCCCCCAG GATGGAGTCC CAACCCCAGC CCCAGCCAGT 
CCCCAGGATG GAGTCCCAAC CCCAGCACCA GCCAGTCCCC AGGATGGAGT CCCAACCCCA 
GCACCAGCCA GTCCCCAGGA TGGAGCCCCA ACCCCAGCAC CAGCCAGTCC CCAGGACGGG 
CTCCCAGCAC CAGCCAGTCC CCAGGATGGG CTCCCAGCCT TAACCCCAGG TCCAACCAGT 
GGCCCTCCCT CTGGCACCAT CTCCACCAGA ACCACCTTCT CCCCCGGTTC CCCCGTGGAC 
AAGCCCCTCC AATTCCCTGC CTTGTTCAGT GGTCTGAGGA TCCCAAAGAA GGGGGCGACA 
GTGCCGGAAC AGGACATAGT GGGCAAGATC AAAACATCAA CCCCAGCAGG CCTGAGTGTG 
GACAAGCTTG TGAGGAGAAA GCTGAAGGCA GTTCGCAGGA GGCAGGGGAG CTTCTTGGAC 
CAGCTCTCCC AGTTCCTGAA CCTGGAGAAG GATGTTAACA GTAAGACAGA GGAGTTTACA 
GGAGAGGACA GGAGGGAGTT TACAGGAAAG GAGAGGAAGG AGTCTACAGA AGAGGAGAGG 
AGGAAGTATT CAGGAGAGGA CAGGAGGGAG TCTACAGGAG AGGAGAGGAG GGAATCTTCA 
GGAGAGGACA GGTGGGAGTC TACAGCAGAG TACAGGAGGG AGTCAGAACC CTCAGACGAG 
ACCGAAGGAG TCAGAGTTGA ACCTGAGGAT GGGATGGAGG AGAAGGAGAA GGAGAAGACA 
GAACAGGAAG AGGGAGGAGA ACAGCAGAAA ACAGGAGAGG AGAAAAAGAC AGACCAGGAC 
ACAGAGAAAG AGAAGACTGA AGTTCTGTCT TTGATAGAGC CTCCGGAATC TTCAGAACCT 
TCACAGACTC TAGAATTCTC AGAACCTTTA GAACCTCAGA AGCCTCCTCC CTCCAGTGCT 
GAGGTGGCGT TCGATGCCTT CAAGGCCTTC TTCATCCCCA GGCCCCTGAG GAGAGAGGGA 
GACAGGGGCG ACCAGGAGGC AAAGAGGAAG GCCTGGATCT TTGAGAGAAC CTCCAAGACT 
CCTGAAAAGA AAAACATCAC TGACTCAAAA CCGGAGGCAT CGATCTCAGG TGATGGAGAG 
GACCGGTCCA CCCCAGGCCG TCTGCAGGCC ATCTGGCCCC CGACTAAGGA GGAGAAGGTT 
GGACTGAAAT ACACAGAAGC AGAACACCAG GCAGCCCTCC TGCAGCTGAA GAGAGAATGC 
AACGAGGAGG TGGAGAAAAT ACAGGAGGAC TATAGGAAGC AGCTGCGCCA GCTGAGAGGG 
GACAACGAAG AGTGTGTATC CCATCTGGAG GTCACCTTGG CCAGGCTACA AAGTGACTTG 
GCCCTGGGTG CCCACCACCG CCGTGGAGAC CTCCGAGACG TGGCCGTATC CACGGGAGAT 
GACCTCTCAT CCCGGGCCTT CCACACTGTG TGCGTCCAGA CGGACCACAT GACCTTCCCC 
CAACCCCCCC TCAACTTGCC TAAGAGACTG GACCTGGCTT CTATCAGTCT AAATCTGTCT 
GGACAGGCTA CCGCTCCCTC TTCTTCCCCC GTTCATCTCC CTCTACCTCC TGCTCCTCCA 
CTCCCACTAT CCGAGCCACC TGCACCTCAT GAAGGCTTAT TATCAGGCAA CCTAGCCCTT 
CCTCCCCCTC CTCCTCCTCC TCTTCCTTTC CTTCCTGCTC TAACCCAGAC CCAGGGACTC 
GACGGGCCCC CTCCATCTCT TCCACCCCCT CCACCAGGGT CCGCCCCTCC ACCTCCACCC 
CCTCCACCAG GCTGTGGCCC CCCACCACCT CCCCCTCCAG GGTGTCTGAC CTTCAGTACC 
ATGCTAGATA AACCCCCCAG GAAGCCGGCT GTGCAACCAG CCTGCCCCAT GAAGCCTCTC 
TACTGGACCA GGATACAGAC ACAGGACAAC AATAAAGACA CACTGTGGAA CTCTCTTGAG 
GAACCCGACA TCATCAACAC CACAGAGTTT GAAGACCTGT TCTCCAAGAC CACCATACAG 
ACCAAGAGAA GACCTCTGGC AGAGGCCTAT GAGAAGAAAG CCAAGGCCAA GAAGATCATG 
AAGCTTCTGG ATGGGAAGCG TTCCCAGGCC GTTGGGATAC TCATCTCTAG TCTGCACCTG 
GAGATGAAGG ACATACAGCA AGCTGTGCTG AATGTGGACA ACTCCGTAGT GGACGTGGAA 
ACCATCCAGG CTTTATACGA AAACAGAGCC CAGCCTGATG AGCTGGAGCG GATAAAGAAA 
CACTACCAAA CTTTCGAGGA GGAGCAGGTC AAGCTGCTGG ACAAACCTGA ACAGTTCCTG 
TTTGAGTTAT CTCAGATACC AGACTTCCCA GACAGGGCTT CATGTATCAT CTTCCAGTCT 
GTCTTCATAG ACGCCATCGC CTCCATTCAG CACAAGTTGG ACATTGTCTC TCGCGTCTGC 
AAGGATCTGA TGGACACCTC CAGTGTGAGG GAAGTGATGG GTCTGATTCT AGCCCTGGGG 
AACCATATGA ACGGGGGCAA CAGGACCAGA GGACAGGCTG ACGGCTTTGG ACTGGAGATC 
CTGCCCAAAC TAAAGGACGT CAAGAGCAGG GACAATCGTA TCAGTTTGGT TGACTATGTG 
ACATCGTACT ATCTCCGCAA CCTGGACGAG AACGCTGGAA CAGAGAGAAG TGTCTTCCCT 
CTCCCTGAGC CTCAGGATGT GTTCCTGGCT GCCCAGGTCA AGTTTGAAGA CATCACCAAG 
GACCTGAGAC AGCTGAGACG AGACCTGACA GTGTGTGAGA AAGGAGTTCA GAAGGTGTGT 
TCCAGCTCAT CTGAAGAACA TCTCCAGCCA TTTAAGGACA AAATGGAGTC GTTTGTTCTG 
ATTGCGAGTA ATGAACAAGA TGAAGTGCAT GCCCAGTTGA TGTTTGCACA AAAAAGCTTC 
CACGAGCTGG TGACGTTCTT AGGGTTGAAG CCCAAGACAG GAGAGACTGA AGTGGCGACA 
GGTCACTTCT TTATGCTGTG GTTTGAGTTC TGTACCGACT TCAAGACCAG GTGGAAGAGA 
GAGAACAAGA ATATATCCAA AGAGAGGCTG AAAGAGGCCC AGCTGTCGGT GAAGAAGATT 
ACAGCAGACA AGAAGGTGGA GACTAGGAAG ATCAACCCTA ATAGTCTGAA AGACAGGCTA 
CGCCAGAAGG AAGCTAACAT GGTGGCCACA AGCTGA

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

RefSeq	XP_014061583.1
CDS	1167..5942
Translation	MNGVNTNDNTDAAQGKASSNSFLDRFSTVFTHPDRSESQRPDDMMAVLKFFQTLSEESETDTSPNTSPGNIHSSHEVVEVNGNERTEGKDSSAVGVVQKNGESTTTTTVMEHDSMNGTLGQMTVVPRNMDSEKEENANSNCLVQPEDIISESHLGIYGESTDQPDDCISERLSYLQGYSGSTDPVEQRVMINKHRNSVSSEDCSMKEPIDTQNTTDTANQDMTTDCPSTDKLESTDQHSQCVSTNNRHQDRVTNNYDKDKVKEMKHTEVSTDNYNRLAWLTDSETNPRARSYQEIFTYDNHSQDSPADSKDLPAADVVATDLANPSAVMAGEPATSTPLPSNTRKLVITMTRTEPISDDRQHTVSETESLLEAGDPETESLLEAGDPETERQLEAGEAETESLLEVGEAETERLLEAGDPETESLLEAGEAETESLLEAGEAETESLLEAGDPETESLLEAGEAETESLLEAGEAETERLLEAGEAETESLLKAGETVNALVEELPHASVPVSEITAHSTAQSSQPCSPQDGVPTPAPASPQDGVPTPAPASPQDGVPTPAPASPQDGAPTPAPASPQDGLPAPASPQDGLPALTPGPTSGPPSGTISTRTTFSPGSPVDKPLQFPALFSGLRIPKKGATVPEQDIVGKIKTSTPAGLSVDKLVRRKLKAVRRRQGSFLDQLSQFLNLEKDVNSKTEEFTGEDRREFTGKERKESTEEERRKYSGEDRRESTGEERRESSGEDRWESTAEYRRESEPSDETEGVRVEPEDGMEEKEKEKTEQEEGGEQQKTGEEKKTDQDTEKEKTEVLSLIEPPESSEPSQTLEFSEPLEPQKPPPSSAEVAFDAFKAFFIPRPLRREGDRGDQEAKRKAWIFERTSKTPEKKNITDSKPEASISGDGEDRSTPGRLQAIWPPTKEEKVGLKYTEAEHQAALLQLKRECNEEVEKIQEDYRKQLRQLRGDNEECVSHLEVTLARLQSDLALGAHHRRGDLRDVAVSTGDDLSSRAFHTVCVQTDHMTFPQPPLNLPKRLDLASISLNLSGQATAPSSSPVHLPLPPAPPLPLSEPPAPHEGLLSGNLALPPPPPPPLPFLPALTQTQGLDGPPPSLPPPPPGSAPPPPPPPPGCGPPPPPPPGCLTFSTMLDKPPRKPAVQPACPMKPLYWTRIQTQDNNKDTLWNSLEEPDIINTTEFEDLFSKTTIQTKRRPLAEAYEKKAKAKKIMKLLDGKRSQAVGILISSLHLEMKDIQQAVLNVDNSVVDVETIQALYENRAQPDELERIKKHYQTFEEEQVKLLDKPEQFLFELSQIPDFPDRASCIIFQSVFIDAIASIQHKLDIVSRVCKDLMDTSSVREVMGLILALGNHMNGGNRTRGQADGFGLEILPKLKDVKSRDNRISLVDYVTSYYLRNLDENAGTERSVFPLPEPQDVFLAAQVKFEDITKDLRQLRRDLTVCEKGVQKVCSSSSEEHLQPFKDKMESFVLIASNEQDEVHAQLMFAQKSFHELVTFLGLKPKTGETEVATGHFFMLWFEFCTDFKTRWKRENKNISKERLKEAQLSVKKITADKKVETRKINPNSLKDRLRQKEANMVATS

Target ORF information:

RefSeq Version	XM_014206108.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar formin-like (LOC106608256), transcript variant X1, mRNA.

Target ORF information:

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

XM_014206108.1

ORF Insert Sequence:

ATGAACGGAG TGAACACTAA CGACAACACT GACGCCGCTC AGGGGAAGGC CTCTTCCAAC 
TCATTCCTTG ACAGATTCTC CACCGTCTTT ACTCACCCAG ACAGGTCAGA GTCTCAGCGG 
CCTGACGACA TGATGGCGGT CCTGAAGTTC TTCCAGACTC TCTCTGAAGA GAGCGAGACA 
GACACTTCTC CCAACACTTC TCCTGGGAAC ATCCACAGCA GTCATGAAGT TGTTGAAGTC 
AATGGAAATG AGAGGACAGA AGGAAAGGAT TCAAGTGCAG TAGGTGTGGT GCAGAAGAAT 
GGAGAATCCA CCACTACCAC CACAGTTATG GAACATGACA GCATGAATGG AACTCTGGGC 
CAGATGACTG TAGTACCGAG GAACATGGAC TCAGAAAAGG AAGAGAATGC AAACAGCAAC 
TGTCTTGTCC AACCAGAAGA CATCATTTCA GAGTCTCATT TAGGTATATA TGGTGAGTCA 
ACAGACCAAC CAGATGATTG CATTTCAGAA AGGCTGTCCT ACTTACAAGG ATATAGTGGG 
TCAACTGACC CTGTTGAACA GAGAGTGATG ATAAACAAAC ATAGGAACAG TGTGTCTTCA 
GAGGACTGCA GTATGAAGGA GCCTATAGAC ACACAAAATA CCACAGACAC AGCCAATCAG 
GACATGACAA CTGACTGTCC CAGTACAGAC AAGTTGGAAT CAACTGACCA GCACAGTCAG 
TGTGTGTCAA CAAACAACCG TCATCAAGAT AGGGTCACAA ACAATTATGA TAAAGACAAA 
GTCAAGGAGA TGAAGCACAC AGAGGTGTCG ACAGACAACT ACAACAGGCT GGCCTGGTTA 
ACAGACAGTG AAACCAATCC ACGAGCCAGA AGTTATCAGG AAATATTTAC ATATGATAAC 
CACAGCCAAG ACTCACCTGC TGACAGCAAA GACTTACCTG CTGCTGATGT TGTAGCCACA 
GACCTTGCTA ACCCCTCTGC AGTAATGGCT GGGGAACCTG CTACTAGTAC ACCACTACCT 
TCAAACACCA GAAAACTGGT GATAACCATG ACCAGGACTG AGCCTATATC TGATGACCGG 
CAGCATACAG TCTCTGAAAC TGAGAGCCTG TTAGAGGCTG GAGATCCTGA AACTGAGAGC 
CTGTTAGAGG CTGGAGATCC TGAAACTGAG AGACAGTTAG AGGCTGGAGA GGCTGAAACT 
GAGAGTCTGT TAGAGGTTGG AGAGGCTGAA ACTGAGAGAC TGTTAGAAGC TGGAGATCCT 
GAAACTGAGA GTCTGTTAGA GGCTGGAGAG GCTGAAACTG AGAGTCTGTT AGAAGCTGGA 
GAGGCTGAAA CTGAGAGCCT GTTAGAGGCT GGAGATCCTG AAACTGAGAG TCTGTTAGAG 
GCTGGAGAGG CTGAAACTGA GAGTCTGTTA GAAGCTGGAG AGGCTGAAAC TGAGAGACTA 
TTAGAAGCTG GAGAGGCTGA AACTGAGAGC CTGTTAAAGG CTGGGGAGAC TGTTAATGCA 
CTGGTCGAGG AACTTCCTCA CGCATCTGTT CCTGTGTCTG AGATCACAGC CCATTCTACA 
GCCCAGTCCT CTCAGCCCTG TAGCCCCCAG GATGGAGTCC CAACCCCAGC CCCAGCCAGT 
CCCCAGGATG GAGTCCCAAC CCCAGCACCA GCCAGTCCCC AGGATGGAGT CCCAACCCCA 
GCACCAGCCA GTCCCCAGGA TGGAGCCCCA ACCCCAGCAC CAGCCAGTCC CCAGGACGGG 
CTCCCAGCAC CAGCCAGTCC CCAGGATGGG CTCCCAGCCT TAACCCCAGG TCCAACCAGT 
GGCCCTCCCT CTGGCACCAT CTCCACCAGA ACCACCTTCT CCCCCGGTTC CCCCGTGGAC 
AAGCCCCTCC AATTCCCTGC CTTGTTCAGT GGTCTGAGGA TCCCAAAGAA GGGGGCGACA 
GTGCCGGAAC AGGACATAGT GGGCAAGATC AAAACATCAA CCCCAGCAGG CCTGAGTGTG 
GACAAGCTTG TGAGGAGAAA GCTGAAGGCA GTTCGCAGGA GGCAGGGGAG CTTCTTGGAC 
CAGCTCTCCC AGTTCCTGAA CCTGGAGAAG GATGTTAACA GTAAGACAGA GGAGTTTACA 
GGAGAGGACA GGAGGGAGTT TACAGGAAAG GAGAGGAAGG AGTCTACAGA AGAGGAGAGG 
AGGAAGTATT CAGGAGAGGA CAGGAGGGAG TCTACAGGAG AGGAGAGGAG GGAATCTTCA 
GGAGAGGACA GGTGGGAGTC TACAGCAGAG TACAGGAGGG AGTCAGAACC CTCAGACGAG 
ACCGAAGGAG TCAGAGTTGA ACCTGAGGAT GGGATGGAGG AGAAGGAGAA GGAGAAGACA 
GAACAGGAAG AGGGAGGAGA ACAGCAGAAA ACAGGAGAGG AGAAAAAGAC AGACCAGGAC 
ACAGAGAAAG AGAAGACTGA AGTTCTGTCT TTGATAGAGC CTCCGGAATC TTCAGAACCT 
TCACAGACTC TAGAATTCTC AGAACCTTTA GAACCTCAGA AGCCTCCTCC CTCCAGTGCT 
GAGGTGGCGT TCGATGCCTT CAAGGCCTTC TTCATCCCCA GGCCCCTGAG GAGAGAGGGA 
GACAGGGGCG ACCAGGAGGC AAAGAGGAAG GCCTGGATCT TTGAGAGAAC CTCCAAGACT 
CCTGAAAAGA AAAACATCAC TGACTCAAAA CCGGAGGCAT CGATCTCAGG TGATGGAGAG 
GACCGGTCCA CCCCAGGCCG TCTGCAGGCC ATCTGGCCCC CGACTAAGGA GGAGAAGGTT 
GGACTGAAAT ACACAGAAGC AGAACACCAG GCAGCCCTCC TGCAGCTGAA GAGAGAATGC 
AACGAGGAGG TGGAGAAAAT ACAGGAGGAC TATAGGAAGC AGCTGCGCCA GCTGAGAGGG 
GACAACGAAG AGTGTGTATC CCATCTGGAG GTCACCTTGG CCAGGCTACA AAGTGACTTG 
GCCCTGGGTG CCCACCACCG CCGTGGAGAC CTCCGAGACG TGGCCGTATC CACGGGAGAT 
GACCTCTCAT CCCGGGCCTT CCACACTGTG TGCGTCCAGA CGGACCACAT GACCTTCCCC 
CAACCCCCCC TCAACTTGCC TAAGAGACTG GACCTGGCTT CTATCAGTCT AAATCTGTCT 
GGACAGGCTA CCGCTCCCTC TTCTTCCCCC GTTCATCTCC CTCTACCTCC TGCTCCTCCA 
CTCCCACTAT CCGAGCCACC TGCACCTCAT GAAGGCTTAT TATCAGGCAA CCTAGCCCTT 
CCTCCCCCTC CTCCTCCTCC TCTTCCTTTC CTTCCTGCTC TAACCCAGAC CCAGGGACTC 
GACGGGCCCC CTCCATCTCT TCCACCCCCT CCACCAGGGT CCGCCCCTCC ACCTCCACCC 
CCTCCACCAG GCTGTGGCCC CCCACCACCT CCCCCTCCAG GGTGTCTGAC CTTCAGTACC 
ATGCTAGATA AACCCCCCAG GAAGCCGGCT GTGCAACCAG CCTGCCCCAT GAAGCCTCTC 
TACTGGACCA GGATACAGAC ACAGGACAAC AATAAAGACA CACTGTGGAA CTCTCTTGAG 
GAACCCGACA TCATCAACAC CACAGAGTTT GAAGACCTGT TCTCCAAGAC CACCATACAG 
ACCAAGAGAA GACCTCTGGC AGAGGCCTAT GAGAAGAAAG CCAAGGCCAA GAAGATCATG 
AAGCTTCTGG ATGGGAAGCG TTCCCAGGCC GTTGGGATAC TCATCTCTAG TCTGCACCTG 
GAGATGAAGG ACATACAGCA AGCTGTGCTG AATGTGGACA ACTCCGTAGT GGACGTGGAA 
ACCATCCAGG CTTTATACGA AAACAGAGCC CAGCCTGATG AGCTGGAGCG GATAAAGAAA 
CACTACCAAA CTTTCGAGGA GGAGCAGGTC AAGCTGCTGG ACAAACCTGA ACAGTTCCTG 
TTTGAGTTAT CTCAGATACC AGACTTCCCA GACAGGGCTT CATGTATCAT CTTCCAGTCT 
GTCTTCATAG ACGCCATCGC CTCCATTCAG CACAAGTTGG ACATTGTCTC TCGCGTCTGC 
AAGGATCTGA TGGACACCTC CAGTGTGAGG GAAGTGATGG GTCTGATTCT AGCCCTGGGG 
AACCATATGA ACGGGGGCAA CAGGACCAGA GGACAGGCTG ACGGCTTTGG ACTGGAGATC 
CTGCCCAAAC TAAAGGACGT CAAGAGCAGG GACAATCGTA TCAGTTTGGT TGACTATGTG 
ACATCGTACT ATCTCCGCAA CCTGGACGAG AACGCTGGAA CAGAGAGAAG TGTCTTCCCT 
CTCCCTGAGC CTCAGGATGT GTTCCTGGCT GCCCAGGTCA AGTTTGAAGA CATCACCAAG 
GACCTGAGAC AGCTGAGACG AGACCTGACA GTGTGTGAGA AAGGAGTTCA GAAGGTGTGT 
TCCAGCTCAT CTGAAGAACA TCTCCAGCCA TTTAAGGACA AAATGGAGTC GTTTGTTCTG 
ATTGCGAGTA ATGAACAAGA TGAAGTGCAT GCCCAGTTGA TGTTTGCACA AAAAAGCTTC 
CACGAGCTGG TGACGTTCTT AGGGTTGAAG CCCAAGACAG GAGAGACTGA AGTGGCGACA 
GGTCACTTCT TTATGCTGTG GTTTGAGTTC TGTACCGACT TCAAGACCAG GTGGAAGAGA 
GAGAACAAGA ATATATCCAA AGAGAGGCTG AAAGAGGCCC AGCTGTCGGT GAAGAAGATT 
ACAGCAGACA AGAAGGTGGA GACTAGGAAG ATCAACCCTA ATAGTCTGAA AGACAGGCTA 
CGCCAGAAGG AAGCTAACAT GGTGGCCACA AGCTGA

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

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LOC106608256 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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