LOC106607789 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106607789
Entrez Gene ID	106607789
Full Name	tudor domain-containing protein 15-like
Gene Type	protein-coding
Organism	Salmo salar(Atlantic salmon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014205146.1	XP_014060621.1	tudor domain-containing protein 15-like

Pathways from BioSystems
Gene Ontology

The following LOC106607789 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106607789 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
OAt22396	XM_014205146.1 Latest version!	Salmo salar tudor domain-containing protein 15-like (LOC106607789), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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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)

LOC106607789 ( XM_014205146.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014060621.1 Salmo salar tudor domain-containing protein 15-like (LOC106607789), mRNA.

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CloneID	OAt22396
Clone ID Related Accession (Same CDS sequence)	XM_014205146.1
Accession Version	XM_014205146.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6090bp) 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	tudor domain-containing protein 15-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012335289.1) 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##

ATGTTGTTGA GAATGACTTC AGAAAATAGA AAACCTCGGG AGAATTCAAG TCTTCCTGCA 
CCATGTGCTC TGTGGCCTGT AGACCTACAG TTAACGCATG TGAGCTGCAA CCCAGCGGAT 
ACACTGGTGC ACTTCCAGGG CCAATATCTC ACAATATGTG AACTGGACTA TAACATACTG 
CAAGTGGAAA TACAGAATGC ACAGAAAACA AAGATGGCGG TGGAAGTGGG GGAGTTCTGT 
TTGGTAGAGG ATGTCCTATC TACCCGGTGG TACAGAGGAA GGGTTCAGAA CAAACAGAAA 
GAATTGTTTG ACGTGTTCCT CATAGACCAT GGGAATGTTC TGAGTGTTGA TGCCAGCCAT 
TTGGCCACAG CTTTGGATGA GCTCTTCATG CTTCCTCCCA AAATCATCTG TGGTTTCTTT 
GCAAATGTGT TACCGTTGAC AGAAAATTGG GATTCTTTTT CAGAGACGTA TTTTGCTTCC 
TTGATTGGAA GTCATGTCAA AGGCTACATC CAAGCCTTTC TTCCTCACAA AGTCCTCATA 
CTAGAAGCCC CAGATATCAA CAAGGATCTC TTTAGGCTGA GCTTAGGGAA ACATGTGGAC 
ACAGACACAT TCCTTCTCTT GGTGGAAATG TTGACAGAGG TACCACTCAA GCAGAGCATT 
GAACCTGTCC CTGATCTACT GATTGAAAAG CAAGGTGGAC AAGAATTCTC ATTCAAATCA 
TCCAGCTTGA AGGGCTTTGA GGATATTCTG TCATTTTCAG GCCCTAAGTT GACCACTGGC 
AAAAAAGTGA GGGTTAGGGT AACCGCTGCA GTGAACCCTG TTACATTCTA CTGTCAAATG 
ACAAGTATGG CAAAAGATCT GAAACGGATG TCAGACAAAT TGGCATTGTC CTGTGAGTCC 
AAGAGCAAAG ACCCCAGTCT ACAGCCAGCA GAAAATATGG GCTTGCTTTG CTCAGTCAAA 
GGAAAAGATG AGAAGTGGCA TAGAGGCTTT GTGCAGTTTC TCCCTGTAAA CTCTCAAGTA 
AGAGTATTGT TTGTTGATTA CGGATTCTGT GAGTCGGTGA AAATTGAGAA TGTCCTCCAG 
CTTCCACTAG ATTTTCTCTC AACACCAATC ATGGCATTCC CGTGCGCTCT TTCCTGCCTG 
AATGGACAAG ATAAGGCAGT GAAGATCCAG CAGCTGACTT GCTTCAAGAA AGGATTGCTG 
GGTGGAGTAT TAGATGTTGA AATCAATGGC TTTGACAAAG AGCAGAATCT CTATTCGGTC 
ACAGTGCTCA GTGCTGAAGA CTATGCAGCT GTTGAGGCAG GGCCAATTCA AGATGTATCT 
GGACAAAGGG AGTGTGACTT TGTTCTTGAA AGTGAGCCTG CTTTCCCTCT AAACGGCTAC 
CTGTATTATG AGACCGCAAT AATCCAAGCA ATGGATAATT CAGTCATTGT TGAGGAAATG 
CAAGAGGACT CTGTGTTTGA AGGATACGTG GAGCATGTCC TGAATCCAGG TGCGTTCTGG 
TTGAGAACAC AGAAACGCAA CAAAGACTTT GAAGAGATGA TGGAGAACAT GGCCAAGCAC 
TTCAGCCAAG TCCAATTGGA TGAAGAAATT CTGGAGAATC CAGAGCCTGG TACACTTTGC 
TGTGCAATGT ATGAGCTGGA CATGCATTAC TACAGAGCAA TGGTGACAGA CACACTTGAC 
AACGGAGCTG AAGTATTTTT CATTGATTTT GGAAATACTG AAAAGGTACC ACGCATGTGC 
ATCAAGCAGA TCCCGGACAA GTTTGCTATT GAACCAGCAT TTGCCCTGAG TTGTTCTCTG 
GTGAATGTCA TGCCTTTCGA CGATGTATGG ACGATCTCTG CAACCAACTA CTTCCGACGA 
GCAGTCTCCA ACAAAACTCT CCTTGTGCAT GTTGTCCACA TAAGGAAAGA TCTATATGTG 
GTTGATTTGT ATGAGTGTGA AAACAACTCA TCACAAAGAG CATCAAAGAG CATCACAGAG 
CTCTTGACCA CAACAAATCA TGCAGAATTT TGGAAATACA CTCCTTCGGC GCCTGTGATA 
CCTAAGAGCG AGATGGAGAA GAAAATGATG AAACCGAAGT CCTGTAAAAA AGGACAAGTT 
CATACAAATG GATCAAGCAC TAGTGGAGTT ACAAGGAAAC CTTCCAAAGA GACATGGGAA 
ATTTCTGAAT TGGTTGGCTG TGAAAAGAAA CCTGAAACCC CAAAGTCAAG CACCCTAAAA 
GACAAGGCAC CAGCTGTGAA ATTCAAATCC CAGACATTCA AGCCCGGAAG TGAGCTAGTT 
GTGCGATGCT CTCACGTCAA CACACCCTCA GATTTTTGGT GCCAGCTGGA AAGCAAGATC 
CCCAACTTGG AGGACATGAT GGAAGCGATT CAGCGGTATT ACCAAGCGCG CACACTTCCT 
GTGCAGTTAA ATGATTCATG TTGTGTTACC AAATCTAAAG ATGATGGCAG ATGGTATAGG 
GCCTGCATTA TAGGAGCACA GAAAGATGAA GTTGAAATTA TATTTGTGGA CTACGGGATT 
ATAGCAAAAG AGAGGGTGCA CAATCTTCAA GCAATAGTGC CAGAATTCCT TGATCTTGAG 
GGGCAAGCAT TTAGATGTAG CCTTTACAAC TTGATTGAAC CTGCAAAGGG CAGTGGTAGT 
GATTGGGGCA GAGAGGCATG CAATTTACTG AAGTACTTCG CTCAAGACCA GTCAATGAAG 
TTGACATGCT ATATACACGC TCAACTGTAT GTGAAAAACA AGGGCCTGTG CAATGTTGTT 
GACCTCCACA ACACTCAACA GAATGCAACA AAGATGCTTG TGGAAAAAGG TCTTGCAAGA 
GAAGTGCAAA CCCCTATGCA GCTTATGCCA TCAGTATGCC CAGACTCTTT TGTCCATTCC 
TCCTTCAACT TGAGATGTGG AAGTGAAGAG CAAGTCTGTG TCACTCATGT GTGCAGTCCA 
TGGGAGATGT ATTGCCAGTT GGACAGAAAT ACTGAAATGA TTGACAACTT GATGGAGAAA 
GTCGCCATAG AAAGTAAAGA AATACTGCGT GCCAACTCTG GGCCTGATAT CGGAAAACTT 
TGCCTGGCAA AATATTACGG TGATGGCAAA TGGTACAGGG GTGTGGCTTG CCCTGTTCAA 
TCTACTACGC TGCTTCTAAA TGTGTTTTTT GTGGACTATG GAAACATGCA TATTGTTGAA 
AAAAACAATG CTATATCTAT TCCCAGACAT TCAGCAGATT TACTGTTCAC TCCCATGCAG 
GCATTAAGAT GCAGTCTCTC ACAAATCCCG AAAGAGGACA ACTTTGCAGA TGTCAACAAA 
TGGCTAGAGA AATCGATTCT CAACAAGCCA CTTCGAGCTG TCGTTGCAGG AAAGAATGAG 
GATGGGACAG TCTTTTTCGA TCTGTTTGAT GGAGGCATAA ACATCAATGA GAAAGTCAAG 
GAGCTCATTG CAAGTCAAAA ACCAAAGGAG AAGAAAAGCA GTAGACCTGT GACTGGTCAT 
AAAGGACACA AAGAACAAAC GAAGAACAAA ATTGGAAAAA CTAAAGCGGG ACAGCACCTG 
AAATCCACAT GCAAGGGCAA CCAACATCAC CAACATCAAA ATAAGTCTTC AAATGCTCAA 
AAAGCAAACC CACCAAAGTG GCAAGAGCAA AGTGAAAGAA TCACTCAGTT CAAATCTGAG 
AAAAGCACAG AAGGAAAAAC AGATCAACAT GTAGACAGTT CCTCTAAACT CACAGAAACT 
GTTTGCTCTG TCCAATTGCC AAAACTTTCA CAACTACCCT CTAATCCCAA AATAAAATCT 
GGATTCCGAG GTCTGGGGTT TGTTTCCCAT ATCAATACCG TTGACAGCTT TTTTATCCAA 
ATGCAAGATG ATGAACAATC CATTCTGAAA ATGAGAGAAG ACCTCAACAC TGAGCTGTTT 
AAAGAAACCA TGGGGAACAG CACGTTGGTG GACTTCAGAA TGAATGACCT TGTTGCTGCT 
GAATATGAAG AGGATGGTGC ACTCTACCGA GCAGTTGTGA CAGATAATGC GTCTAATGAC 
CATTTCAAGG TGGAGTTTGT TGACTATGGA AATACAGCCA CTGTGACTAA GGACAAAACG 
TACACTCTGA CAAGTGTTTT TTTGTCGCAG CATAGACTAA GCATACCCTG TTCATTGCTA 
AACAGTGTCT CTTATAAAAG TGATGCTTCT TTCACTGATG CAGTAATGGG AAAACCTCTC 
ATGGTTGAAA TTGTCAGTCG TTTTGGGACA CAGTGGGAGG TTAATGTTGA GATCCAACAG 
GACAACCCAA CACTTGACAA TGTGACTGAA AATGAAGCGG TCCAAGCTTT GTGTGCAAGC 
CAAGTTGACA CAGTTAAAAA GCAAACGAGA GTAACCATCA AGGACAATAG CCAGTCCAAT 
ACACATTCTG AGAGGGTTAT GTTCACTGCT CAAGGTGAAA AGGTCTTGCA GAATGTGTCC 
CCAAGGCCCT CGCCAACTAG GCACAAACAT GACATTTGCA AACACCAGGA CTCCAGTCAA 
CTCCAAGCAA CAACCTTTGG ACCGTCTATG GAGGCCGTGA AGGATATGGC CATTCCATCA 
CAGGATATAA GAGCCGGACA GGCAGAGAGC GGGACACTGT TGTCCATCTT GGAGAATGGA 
GATCTATATC TGAGACTCCA CAGGACCACT GAACAGTTTA CTGTACTTGA GAATCTCATA 
GTTGAACATT TGTCTAAGTG CAAAGTCATG TCTGAGAAGA ATGTCAAAGA AGGACTTCAA 
TGCTTGGCAA AATCAACCAA AGACGACCAG TGGCACAGAG CAGTTGTACG GCATGCATCT 
ATTGACCAAG GAAAATGCGT TGTGTTCCTT GTGGATCATG GCACTGTAGA GGACGTCCCA 
ATGGGCTGCA TCAAAGACAT CTGTAATGAC CTCAAGCAAA CTCCTGTACA AGCAGTCTTG 
TGCAAGTGGA ATAGCCCTGG CCTCCCTATC AGCGACGCTT ATGAGATATT GAAGAACACT 
CTGAAACAAA TGATAGGCAA GGATGTGAAA CTGATGTTTG TGTCCTACTC TGAAGCTGAT 
AACTTGTGGA TGGTCGAAAT CATGATAAAT GGACTGTTCC TTGTTCAGCA AATAAAGACT 
GCAACTTCTG AATTTACTGA AGAAAGACCA ATCCCCACAA AGACTCAAAC TGTAACCCCA 
AAAGAGAAAA AATCCAACCT GGACAACAGT CCCCAGAGGT TCTTCCTTGC CCCAGTGAAC 
ATGGACCTGG GATACTCCGG CTTTGCAGCT GCAGTCACCA CACCAAGTGA ATTCTACATT 
GTTCTGGAAG ATTTGCTTCT CATCATGAAC ACTGTGTCTA CGATTCTTGA GGATCTTCCA 
AAGGAGCTGT TGCCATTGCA TGAAGAACAC CTAATTCCAG GGTCATGCTG CCTTGTGATG 
TCTGATAGTA AGAACAAATG GTGCCGAGCT GAAATCGTCC ATTCCGATAG CGCAGTGGTT 
GTGATCAATT TGGTTGACTA TGGCCATTGT GTGGACATGC CGTACAAAGA TTGGTCTGAG 
CTGAGACGAC TTCCTGACCA GTTGACCAAG CTACCAAAGG TCACGTATCC ATGCACTTTG 
AGAGGAGTAA AATCAGTCGA GGAGCAATGG ACAGATGAAG CAGTTGTTTT CTTTCAAGAG 
TGCATCTGTA AGAAAAACCT TCAAATATAC TTCAGACAGT ACATTTCTGA AGCACACTGG 
GAGGTGGACA TTGTAGCAGA TGGCGTTCAC GTGGCTAAAG ACCTGGTTGA TGCTGGCCAT 
GCAGAATACA TCGACATCAT GCTTGGACTG AGATTTCAAG AACAAAGCCC CATCAAAGCC 
CCTGAACAGA AACAAGGCAT GAGTCGTGCA GAGAAAACAT CCAAAGTGGA ACCAGAAATG 
ACACCACCTC GGACAAACAA ACTCCTGAGA AGACTGAATG AAGAACTAGA ACTCGTTGGA 
CACACTTCAA GTGAGGCTGC CTTCCGTGGA CAAGGATTTG AAAATGCAAG CGAGAAGACA 
GCCCGTGCTA CTGAGTACTC TGATGGCCAA GGAGCAGAGA TGAAACACTG TAGCACAATG 
ACTGGAACAA AAAATTGTGC CCTGATGTGA

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

RefSeq	XP_014060621.1
CDS	266..6355
Translation	MLLRMTSENRKPRENSSLPAPCALWPVDLQLTHVSCNPADTLVHFQGQYLTICELDYNILQVEIQNAQKTKMAVEVGEFCLVEDVLSTRWYRGRVQNKQKELFDVFLIDHGNVLSVDASHLATALDELFMLPPKIICGFFANVLPLTENWDSFSETYFASLIGSHVKGYIQAFLPHKVLILEAPDINKDLFRLSLGKHVDTDTFLLLVEMLTEVPLKQSIEPVPDLLIEKQGGQEFSFKSSSLKGFEDILSFSGPKLTTGKKVRVRVTAAVNPVTFYCQMTSMAKDLKRMSDKLALSCESKSKDPSLQPAENMGLLCSVKGKDEKWHRGFVQFLPVNSQVRVLFVDYGFCESVKIENVLQLPLDFLSTPIMAFPCALSCLNGQDKAVKIQQLTCFKKGLLGGVLDVEINGFDKEQNLYSVTVLSAEDYAAVEAGPIQDVSGQRECDFVLESEPAFPLNGYLYYETAIIQAMDNSVIVEEMQEDSVFEGYVEHVLNPGAFWLRTQKRNKDFEEMMENMAKHFSQVQLDEEILENPEPGTLCCAMYELDMHYYRAMVTDTLDNGAEVFFIDFGNTEKVPRMCIKQIPDKFAIEPAFALSCSLVNVMPFDDVWTISATNYFRRAVSNKTLLVHVVHIRKDLYVVDLYECENNSSQRASKSITELLTTTNHAEFWKYTPSAPVIPKSEMEKKMMKPKSCKKGQVHTNGSSTSGVTRKPSKETWEISELVGCEKKPETPKSSTLKDKAPAVKFKSQTFKPGSELVVRCSHVNTPSDFWCQLESKIPNLEDMMEAIQRYYQARTLPVQLNDSCCVTKSKDDGRWYRACIIGAQKDEVEIIFVDYGIIAKERVHNLQAIVPEFLDLEGQAFRCSLYNLIEPAKGSGSDWGREACNLLKYFAQDQSMKLTCYIHAQLYVKNKGLCNVVDLHNTQQNATKMLVEKGLAREVQTPMQLMPSVCPDSFVHSSFNLRCGSEEQVCVTHVCSPWEMYCQLDRNTEMIDNLMEKVAIESKEILRANSGPDIGKLCLAKYYGDGKWYRGVACPVQSTTLLLNVFFVDYGNMHIVEKNNAISIPRHSADLLFTPMQALRCSLSQIPKEDNFADVNKWLEKSILNKPLRAVVAGKNEDGTVFFDLFDGGININEKVKELIASQKPKEKKSSRPVTGHKGHKEQTKNKIGKTKAGQHLKSTCKGNQHHQHQNKSSNAQKANPPKWQEQSERITQFKSEKSTEGKTDQHVDSSSKLTETVCSVQLPKLSQLPSNPKIKSGFRGLGFVSHINTVDSFFIQMQDDEQSILKMREDLNTELFKETMGNSTLVDFRMNDLVAAEYEEDGALYRAVVTDNASNDHFKVEFVDYGNTATVTKDKTYTLTSVFLSQHRLSIPCSLLNSVSYKSDASFTDAVMGKPLMVEIVSRFGTQWEVNVEIQQDNPTLDNVTENEAVQALCASQVDTVKKQTRVTIKDNSQSNTHSERVMFTAQGEKVLQNVSPRPSPTRHKHDICKHQDSSQLQATTFGPSMEAVKDMAIPSQDIRAGQAESGTLLSILENGDLYLRLHRTTEQFTVLENLIVEHLSKCKVMSEKNVKEGLQCLAKSTKDDQWHRAVVRHASIDQGKCVVFLVDHGTVEDVPMGCIKDICNDLKQTPVQAVLCKWNSPGLPISDAYEILKNTLKQMIGKDVKLMFVSYSEADNLWMVEIMINGLFLVQQIKTATSEFTEERPIPTKTQTVTPKEKKSNLDNSPQRFFLAPVNMDLGYSGFAAAVTTPSEFYIVLEDLLLIMNTVSTILEDLPKELLPLHEEHLIPGSCCLVMSDSKNKWCRAEIVHSDSAVVVINLVDYGHCVDMPYKDWSELRRLPDQLTKLPKVTYPCTLRGVKSVEEQWTDEAVVFFQECICKKNLQIYFRQYISEAHWEVDIVADGVHVAKDLVDAGHAEYIDIMLGLRFQEQSPIKAPEQKQGMSRAEKTSKVEPEMTPPRTNKLLRRLNEELELVGHTSSEAAFRGQGFENASEKTARATEYSDGQGAEMKHCSTMTGTKNCALM

Target ORF information:

RefSeq Version	XM_014205146.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar tudor domain-containing protein 15-like (LOC106607789), mRNA.

Target ORF information:

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

XM_014205146.1

ORF Insert Sequence:

ATGTTGTTGA GAATGACTTC AGAAAATAGA AAACCTCGGG AGAATTCAAG TCTTCCTGCA 
CCATGTGCTC TGTGGCCTGT AGACCTACAG TTAACGCATG TGAGCTGCAA CCCAGCGGAT 
ACACTGGTGC ACTTCCAGGG CCAATATCTC ACAATATGTG AACTGGACTA TAACATACTG 
CAAGTGGAAA TACAGAATGC ACAGAAAACA AAGATGGCGG TGGAAGTGGG GGAGTTCTGT 
TTGGTAGAGG ATGTCCTATC TACCCGGTGG TACAGAGGAA GGGTTCAGAA CAAACAGAAA 
GAATTGTTTG ACGTGTTCCT CATAGACCAT GGGAATGTTC TGAGTGTTGA TGCCAGCCAT 
TTGGCCACAG CTTTGGATGA GCTCTTCATG CTTCCTCCCA AAATCATCTG TGGTTTCTTT 
GCAAATGTGT TACCGTTGAC AGAAAATTGG GATTCTTTTT CAGAGACGTA TTTTGCTTCC 
TTGATTGGAA GTCATGTCAA AGGCTACATC CAAGCCTTTC TTCCTCACAA AGTCCTCATA 
CTAGAAGCCC CAGATATCAA CAAGGATCTC TTTAGGCTGA GCTTAGGGAA ACATGTGGAC 
ACAGACACAT TCCTTCTCTT GGTGGAAATG TTGACAGAGG TACCACTCAA GCAGAGCATT 
GAACCTGTCC CTGATCTACT GATTGAAAAG CAAGGTGGAC AAGAATTCTC ATTCAAATCA 
TCCAGCTTGA AGGGCTTTGA GGATATTCTG TCATTTTCAG GCCCTAAGTT GACCACTGGC 
AAAAAAGTGA GGGTTAGGGT AACCGCTGCA GTGAACCCTG TTACATTCTA CTGTCAAATG 
ACAAGTATGG CAAAAGATCT GAAACGGATG TCAGACAAAT TGGCATTGTC CTGTGAGTCC 
AAGAGCAAAG ACCCCAGTCT ACAGCCAGCA GAAAATATGG GCTTGCTTTG CTCAGTCAAA 
GGAAAAGATG AGAAGTGGCA TAGAGGCTTT GTGCAGTTTC TCCCTGTAAA CTCTCAAGTA 
AGAGTATTGT TTGTTGATTA CGGATTCTGT GAGTCGGTGA AAATTGAGAA TGTCCTCCAG 
CTTCCACTAG ATTTTCTCTC AACACCAATC ATGGCATTCC CGTGCGCTCT TTCCTGCCTG 
AATGGACAAG ATAAGGCAGT GAAGATCCAG CAGCTGACTT GCTTCAAGAA AGGATTGCTG 
GGTGGAGTAT TAGATGTTGA AATCAATGGC TTTGACAAAG AGCAGAATCT CTATTCGGTC 
ACAGTGCTCA GTGCTGAAGA CTATGCAGCT GTTGAGGCAG GGCCAATTCA AGATGTATCT 
GGACAAAGGG AGTGTGACTT TGTTCTTGAA AGTGAGCCTG CTTTCCCTCT AAACGGCTAC 
CTGTATTATG AGACCGCAAT AATCCAAGCA ATGGATAATT CAGTCATTGT TGAGGAAATG 
CAAGAGGACT CTGTGTTTGA AGGATACGTG GAGCATGTCC TGAATCCAGG TGCGTTCTGG 
TTGAGAACAC AGAAACGCAA CAAAGACTTT GAAGAGATGA TGGAGAACAT GGCCAAGCAC 
TTCAGCCAAG TCCAATTGGA TGAAGAAATT CTGGAGAATC CAGAGCCTGG TACACTTTGC 
TGTGCAATGT ATGAGCTGGA CATGCATTAC TACAGAGCAA TGGTGACAGA CACACTTGAC 
AACGGAGCTG AAGTATTTTT CATTGATTTT GGAAATACTG AAAAGGTACC ACGCATGTGC 
ATCAAGCAGA TCCCGGACAA GTTTGCTATT GAACCAGCAT TTGCCCTGAG TTGTTCTCTG 
GTGAATGTCA TGCCTTTCGA CGATGTATGG ACGATCTCTG CAACCAACTA CTTCCGACGA 
GCAGTCTCCA ACAAAACTCT CCTTGTGCAT GTTGTCCACA TAAGGAAAGA TCTATATGTG 
GTTGATTTGT ATGAGTGTGA AAACAACTCA TCACAAAGAG CATCAAAGAG CATCACAGAG 
CTCTTGACCA CAACAAATCA TGCAGAATTT TGGAAATACA CTCCTTCGGC GCCTGTGATA 
CCTAAGAGCG AGATGGAGAA GAAAATGATG AAACCGAAGT CCTGTAAAAA AGGACAAGTT 
CATACAAATG GATCAAGCAC TAGTGGAGTT ACAAGGAAAC CTTCCAAAGA GACATGGGAA 
ATTTCTGAAT TGGTTGGCTG TGAAAAGAAA CCTGAAACCC CAAAGTCAAG CACCCTAAAA 
GACAAGGCAC CAGCTGTGAA ATTCAAATCC CAGACATTCA AGCCCGGAAG TGAGCTAGTT 
GTGCGATGCT CTCACGTCAA CACACCCTCA GATTTTTGGT GCCAGCTGGA AAGCAAGATC 
CCCAACTTGG AGGACATGAT GGAAGCGATT CAGCGGTATT ACCAAGCGCG CACACTTCCT 
GTGCAGTTAA ATGATTCATG TTGTGTTACC AAATCTAAAG ATGATGGCAG ATGGTATAGG 
GCCTGCATTA TAGGAGCACA GAAAGATGAA GTTGAAATTA TATTTGTGGA CTACGGGATT 
ATAGCAAAAG AGAGGGTGCA CAATCTTCAA GCAATAGTGC CAGAATTCCT TGATCTTGAG 
GGGCAAGCAT TTAGATGTAG CCTTTACAAC TTGATTGAAC CTGCAAAGGG CAGTGGTAGT 
GATTGGGGCA GAGAGGCATG CAATTTACTG AAGTACTTCG CTCAAGACCA GTCAATGAAG 
TTGACATGCT ATATACACGC TCAACTGTAT GTGAAAAACA AGGGCCTGTG CAATGTTGTT 
GACCTCCACA ACACTCAACA GAATGCAACA AAGATGCTTG TGGAAAAAGG TCTTGCAAGA 
GAAGTGCAAA CCCCTATGCA GCTTATGCCA TCAGTATGCC CAGACTCTTT TGTCCATTCC 
TCCTTCAACT TGAGATGTGG AAGTGAAGAG CAAGTCTGTG TCACTCATGT GTGCAGTCCA 
TGGGAGATGT ATTGCCAGTT GGACAGAAAT ACTGAAATGA TTGACAACTT GATGGAGAAA 
GTCGCCATAG AAAGTAAAGA AATACTGCGT GCCAACTCTG GGCCTGATAT CGGAAAACTT 
TGCCTGGCAA AATATTACGG TGATGGCAAA TGGTACAGGG GTGTGGCTTG CCCTGTTCAA 
TCTACTACGC TGCTTCTAAA TGTGTTTTTT GTGGACTATG GAAACATGCA TATTGTTGAA 
AAAAACAATG CTATATCTAT TCCCAGACAT TCAGCAGATT TACTGTTCAC TCCCATGCAG 
GCATTAAGAT GCAGTCTCTC ACAAATCCCG AAAGAGGACA ACTTTGCAGA TGTCAACAAA 
TGGCTAGAGA AATCGATTCT CAACAAGCCA CTTCGAGCTG TCGTTGCAGG AAAGAATGAG 
GATGGGACAG TCTTTTTCGA TCTGTTTGAT GGAGGCATAA ACATCAATGA GAAAGTCAAG 
GAGCTCATTG CAAGTCAAAA ACCAAAGGAG AAGAAAAGCA GTAGACCTGT GACTGGTCAT 
AAAGGACACA AAGAACAAAC GAAGAACAAA ATTGGAAAAA CTAAAGCGGG ACAGCACCTG 
AAATCCACAT GCAAGGGCAA CCAACATCAC CAACATCAAA ATAAGTCTTC AAATGCTCAA 
AAAGCAAACC CACCAAAGTG GCAAGAGCAA AGTGAAAGAA TCACTCAGTT CAAATCTGAG 
AAAAGCACAG AAGGAAAAAC AGATCAACAT GTAGACAGTT CCTCTAAACT CACAGAAACT 
GTTTGCTCTG TCCAATTGCC AAAACTTTCA CAACTACCCT CTAATCCCAA AATAAAATCT 
GGATTCCGAG GTCTGGGGTT TGTTTCCCAT ATCAATACCG TTGACAGCTT TTTTATCCAA 
ATGCAAGATG ATGAACAATC CATTCTGAAA ATGAGAGAAG ACCTCAACAC TGAGCTGTTT 
AAAGAAACCA TGGGGAACAG CACGTTGGTG GACTTCAGAA TGAATGACCT TGTTGCTGCT 
GAATATGAAG AGGATGGTGC ACTCTACCGA GCAGTTGTGA CAGATAATGC GTCTAATGAC 
CATTTCAAGG TGGAGTTTGT TGACTATGGA AATACAGCCA CTGTGACTAA GGACAAAACG 
TACACTCTGA CAAGTGTTTT TTTGTCGCAG CATAGACTAA GCATACCCTG TTCATTGCTA 
AACAGTGTCT CTTATAAAAG TGATGCTTCT TTCACTGATG CAGTAATGGG AAAACCTCTC 
ATGGTTGAAA TTGTCAGTCG TTTTGGGACA CAGTGGGAGG TTAATGTTGA GATCCAACAG 
GACAACCCAA CACTTGACAA TGTGACTGAA AATGAAGCGG TCCAAGCTTT GTGTGCAAGC 
CAAGTTGACA CAGTTAAAAA GCAAACGAGA GTAACCATCA AGGACAATAG CCAGTCCAAT 
ACACATTCTG AGAGGGTTAT GTTCACTGCT CAAGGTGAAA AGGTCTTGCA GAATGTGTCC 
CCAAGGCCCT CGCCAACTAG GCACAAACAT GACATTTGCA AACACCAGGA CTCCAGTCAA 
CTCCAAGCAA CAACCTTTGG ACCGTCTATG GAGGCCGTGA AGGATATGGC CATTCCATCA 
CAGGATATAA GAGCCGGACA GGCAGAGAGC GGGACACTGT TGTCCATCTT GGAGAATGGA 
GATCTATATC TGAGACTCCA CAGGACCACT GAACAGTTTA CTGTACTTGA GAATCTCATA 
GTTGAACATT TGTCTAAGTG CAAAGTCATG TCTGAGAAGA ATGTCAAAGA AGGACTTCAA 
TGCTTGGCAA AATCAACCAA AGACGACCAG TGGCACAGAG CAGTTGTACG GCATGCATCT 
ATTGACCAAG GAAAATGCGT TGTGTTCCTT GTGGATCATG GCACTGTAGA GGACGTCCCA 
ATGGGCTGCA TCAAAGACAT CTGTAATGAC CTCAAGCAAA CTCCTGTACA AGCAGTCTTG 
TGCAAGTGGA ATAGCCCTGG CCTCCCTATC AGCGACGCTT ATGAGATATT GAAGAACACT 
CTGAAACAAA TGATAGGCAA GGATGTGAAA CTGATGTTTG TGTCCTACTC TGAAGCTGAT 
AACTTGTGGA TGGTCGAAAT CATGATAAAT GGACTGTTCC TTGTTCAGCA AATAAAGACT 
GCAACTTCTG AATTTACTGA AGAAAGACCA ATCCCCACAA AGACTCAAAC TGTAACCCCA 
AAAGAGAAAA AATCCAACCT GGACAACAGT CCCCAGAGGT TCTTCCTTGC CCCAGTGAAC 
ATGGACCTGG GATACTCCGG CTTTGCAGCT GCAGTCACCA CACCAAGTGA ATTCTACATT 
GTTCTGGAAG ATTTGCTTCT CATCATGAAC ACTGTGTCTA CGATTCTTGA GGATCTTCCA 
AAGGAGCTGT TGCCATTGCA TGAAGAACAC CTAATTCCAG GGTCATGCTG CCTTGTGATG 
TCTGATAGTA AGAACAAATG GTGCCGAGCT GAAATCGTCC ATTCCGATAG CGCAGTGGTT 
GTGATCAATT TGGTTGACTA TGGCCATTGT GTGGACATGC CGTACAAAGA TTGGTCTGAG 
CTGAGACGAC TTCCTGACCA GTTGACCAAG CTACCAAAGG TCACGTATCC ATGCACTTTG 
AGAGGAGTAA AATCAGTCGA GGAGCAATGG ACAGATGAAG CAGTTGTTTT CTTTCAAGAG 
TGCATCTGTA AGAAAAACCT TCAAATATAC TTCAGACAGT ACATTTCTGA AGCACACTGG 
GAGGTGGACA TTGTAGCAGA TGGCGTTCAC GTGGCTAAAG ACCTGGTTGA TGCTGGCCAT 
GCAGAATACA TCGACATCAT GCTTGGACTG AGATTTCAAG AACAAAGCCC CATCAAAGCC 
CCTGAACAGA AACAAGGCAT GAGTCGTGCA GAGAAAACAT CCAAAGTGGA ACCAGAAATG 
ACACCACCTC GGACAAACAA ACTCCTGAGA AGACTGAATG AAGAACTAGA ACTCGTTGGA 
CACACTTCAA GTGAGGCTGC CTTCCGTGGA CAAGGATTTG AAAATGCAAG CGAGAAGACA 
GCCCGTGCTA CTGAGTACTC TGATGGCCAA GGAGCAGAGA TGAAACACTG TAGCACAATG 
ACTGGAACAA AAAATTGTGC CCTGATGTGA

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

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LOC106607789 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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