LOC110504185 cDNA ORF clone, Oncorhynchus mykiss(rainbow trout)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110504185
Entrez Gene ID	110504185
Full Name	kinase D-interacting substrate of 220 kDa-like
Gene Type	protein-coding
Organism	Oncorhynchus mykiss(rainbow trout)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021583012.1	XP_021438687.1	kinase D-interacting substrate of 220 kDa-like

Pathways from BioSystems
Gene Ontology

The following LOC110504185 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110504185 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
OOf31668	XM_021583012.1 Latest version!	Oncorhynchus mykiss kinase D-interacting substrate of 220 kDa-like (LOC110504185), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

LOC110504185 ( XM_021583012.1 ) cDNA ORF clone, Oncorhynchus mykiss(rainbow trout) -> XP_021438687.1 Oncorhynchus mykiss kinase D-interacting substrate of 220 kDa-like (LOC110504185), mRNA.

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CloneID	OOf31668
Clone ID Related Accession (Same CDS sequence)	XM_021583012.1
Accession Version	XM_021583012.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5046bp) 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	1498406400000
Organism	Oncorhynchus mykiss(rainbow trout)
Product	kinase D-interacting substrate of 220 kDa-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_035101.1) 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGACACCA CCACCTCTCT GAAGATGACC ACTCTGGCCA CCCAGAGCCT GTTCAGCTAC 
GTTGAGGAGA ACAACGTGCC GGCCATAAAA GCCCACCTGG ACAAGTTCAA GGAGGTGGAC 
AGCAGGAGCG AGAATGGTCA GACTCTCCTC ATGGTGACGT CAGAGCAGGG CAACATAGAG 
ATGGTCCAGG AGCTCATCAG GAGAGGAGCC AACGTCAACC TGGACGACGT GGACTGCTGG 
ACGGCACTTA TCTCAGCGGC TAAGGAGGGC CATGTGGAGG TGGTGAAGGA GCTGCTGGCC 
AACAATGCCA GCCTGGAGCA CCGGGACATG GGGGGATGGA GTGCCCTCAT GTGGGCTTCC 
TATAAGGGTC GTGTGGAGGT CACCCAGCTA CTGTTGGAGA AAGGAGCTAT CCCCAACATC 
ACTGGCCAGT ACAGCGTCTA CCCCATTATC TGGGCGGCTG GACGAGGCCA TGCTGATATA 
GTGCATCTCC TGATTCATCA CGGAGCTAAA GTCAACTGCT CTGACAAGTA TGGCACTACC 
CCGTTGATCT GGGCAGCCAG GAAGGGCCAC TATGACAGTG TGATACACCT GCTGGTCAAT 
GGGGCCGATG TGGACCAGGA GGGAGCGAAT TCCATGACCG CTCTGATCGT GGCTGTGCGG 
GGTGGTTTCA ATGAGGTGGT GAAGGAGCTT CTGAAGAGGA ACCCCAACGT CAACATGACA 
GACAAGGACG GCAACACGGC CCTGATGATC GCTGCCAAGG AAGGCTACAC TGAGATAGTC 
CAGGACCTGC TGGACGCTGG CACCTACGTC AACATACCAG ACAGGAGTGG GGAGACGGTG 
CTGATCGGAG CAGTGCGAGG AGGCCACGTG GAGATCGTCA GAGCCCTCCT AAACAAATAT 
GCCGACATTG ACGTCAGGGG ACAGGATAGT AAGACTGCCC TCTACTGGGC AGTGGAGAAA 
GCGAACGCCA CCATGGTGAG AGACATCCTC CAATGCAACC CGGACACTGA GAGCTGCACC 
AAGGACGCAG AGACCCCTTT GATCAAAGCC ACCAAGATGA GGAAAATTGA GATAGTGGAG 
CTGCTCCTGG ACAGAGGGGC CAAGGTGGCT GCTGTGGACA AGAAAGGCGA CACGGCCCTT 
CACATTGCCA TCAGGGGGCG GAGCCGCAAG CTGGCTGAGC TCCTCCTGAG GAACCCTAAA 
GATGGCCGCC TGCTCTACCG CCCGAACAAG GCCGGCGAGA CGCCCTACAA CATCGACTGC 
ACCCACCAGA AGAGCATCCT CACTCAGATC TTTGGAGCCA AGCACCTGTC TCCCTCCGAG 
TCTGACGGTG ACATGCTGGG TTATGACCTG TACAGCAGTG CCCTGGCAGA CATCCTCAGT 
GAGCCCACCA TGCAGCCGCC CATCTGTGTG GGCCTGTACG CCCAGTGGGG CAGCGGCAAG 
TCCTTCCTGC TCAAGAAGCT GGAGGATGAG ATGAAGACAT TTGCAGGCCA GCAGATTGAG 
CCTCTGTTCC AGTTCTCGTG GCTGGTGGTG CTCCTGTCCC TGCTGCTGTG TGGTTCTGTA 
GCTCTTGTCC TGGGCTTCAC CGTCGACCCC CGCCTGGCCA TCGCCGTCTC CCTCAGCCTC 
CTCACCCTGC TCTACGTCTT CTTTGTGTTG GTGTACTTCG GGGGTCGTCG TGAGGGGGAG 
AACTGGAACT GGGCGTGGGT CCTCAGCACC CGTCTGGCCC GCCAGGTGGG CTACCTGGAG 
CTGCTGCTCA AACTCATGTT TGTCAACCCC CCCGAGCTGC CAGAGCAGAC GACCCGCGCC 
CTGCCTGTCA GGTTCTTGTT CACAGACTAC AATCGTCTGT CCAGTGTGGG AGGGGAGACC 
AGCCTGGCAG AGATGATAGC CACCCTGTCT GATGCCTGTG AGAGGGAGTT TGGCTTCATG 
GCCACCCGCC TCTTCAGGGT GTTCAAGAAC GAGGAGAACC AAGGTAAGAA GTGGAAGAAG 
ACTTGCTGCG TGCCCAGCTT CATGCTGTTC GTCGTGACAC TGGGCTGCCT GATCACAGCC 
ATGGCGCTGC TGGCCATCTT TAAGGTGCAG CGGGAGAACC TGACGGTGAA CGCGGTGCTG 
ATCGCCATGG CCAGCGTGGT GAGCCTGGCC CTCCTGTTGA ACTGTAGGAC CTGGTGGCAG 
GTGGCTGACT CCGTCCTCAA CTCCCAGAGG AAGAGGCTGC ACAGTGCCGC CAACAAGATG 
CACAAGCTCA AGAGCGAGGG ATTCATGAAG GTGTTGAAGC ATGAGGTGGA GCTGATGTCC 
AAGATGGCCA AGACCATCGA TGGCTTCACC CAGGCTTTTA TCATCCCAAT AAGTTCACTA 
CGGATGAGCA GTCTAAATCC TCCTCCTATT CCCCTCCTCC ACCAGGTGAG GGTGCTGTTC 
TCCAAAGGCC CCTTCATCTC CATCTTTGCC AGCGACCCCC ACATCATCAT CAAGGCCATC 
AACCAGAACC TGAACAGCGT GCTCAGGGAC TCCAACATCA ACGGCCACGA CTACATGAGG 
AACATCGTCC ACCTGCCTGT TTTCCTCAAC AGCCGGGGGC TAAGCACGAC CAGGAAGCTG 
TGCACGGCCG CCCCCACCTC CAACGGAGAC CTGGCCAACC CTGAGGGATG GCACGAGGAG 
ATGGACAGGA ACCTGTCCTC CAACAGTCTG GGGGACCAGG CCAAGTTTGG CAGCAAGACG 
GCCCTCAACC GCAGGGACAC GTACCGCAGG AGGCAGATGC AGAGGACTGT TACCAGACAG 
ATGTCCTTTG ACCTGACCAA GCTGCTGGTC ACCGAGGACT GGTTCAGTGA CATCAGCCCC 
CAGACCATGA GGAGGCTCCT GAACATCGTC TCTGTCACAG GACGTCTGCT GAGGGCCAAT 
CAGATCATCT TTAACTGGGA CCGTCTGGCG TCGTGGATCA ACCTGACGGA GGAGTGGCCC 
TACAGGACCT CCTGGCTCAT CCTCTTCCTG GAGGAGACCG ACGGCATCTC AGACCAGGTC 
CCCCTGAAGA CCATCTATGA GAGAATCTCC AAAAACATCC CCACCACCAA AGACATAGAG 
CCCCTGCTGG AGATCGACGG GGACATCCGT AGCTTCGAGG TGTTCCTGTC CTCTAGGACG 
CCCGTCCTCA CGGCGCGCGA CCTGGAGATG TTCCTCCCCT GCACCGTCAA CCTGGACCCC 
AAACTCCGGG AGATCATCGC AGATGTTCGT GCTGCCAGGG AGCAGATGCA CATTGGAGGA 
GTGACCTATC CCACGCTGCC CCTGCAGGAC GTCCCAGCCC GCGCCTCTTC TGCCTTCGGC 
CAGCACTTGG CCGCCTGCTC CCCCACGGGC TCCTTCACTG GCTCCCTGCC CCCCCCAGGG 
CTAGTGCCCT CCCAGCCCCA CAGCAGTTAC TACAGCATGC CCGCCCCACA GCACCCCTTC 
TACACCCGGC CTTATTTCCC CCATCATGAG TATCACCTAC CCCGGCATCA ATACAGCTCC 
CGTCCTCACC CTGCCCCGTC CCAGTCACGC CCCTCCATTA AAGCAGGCTA CCCCAGGGAC 
CCCAATGGAC TTGGTTCTGG CTCCGGGGTA CCAGGCGCCC CTGTGGTACT CCTCAGCTCT 
CTGAACACGG ACGTGGTGTG TGAGCGCGTC ACACACATCG ACGGCATGGA CCCTAGCATG 
CTGGCCCAGT ACACCGCCAC CATCAAGAAG GCCAATGTGA ATGGCCGGGT GCTGTCTCAA 
TGCAACCTGG AAGAGCTGAA GAAAGAGATG AACATGAACT TCGGCGACTG GCAACTCTTC 
AGAGGCATGG TGATGGAGCA GCGTCATGGA GAGAGCCAGG CCCTGCAGGA TGAGTCTCAT 
GCGGCCAGCG AGCAGGGCAG CAGCGTAGTC AACGTGGAGA CGGCCAGGCA CCAGGGAGCT 
CCCCACGAGG TGGGCAGCTA CAGCTTCAAC CTCAGCTTCG AGGAGCTGAG TAACGCAGGC 
CTGGGTCTGG AGGAGCCCCC GAGACCCACT CAGCACTGGC CCGTGGCGGC CACCCACCGC 
ACCCCCAGCA TGTCCAGCCT CAACTCCCAG GAGTCGTCCA ACGATATCTG CAAGCTGACG 
GACAAGCAGC AGGCAGAGTA CCGTGACGCC TACCGCGAGT ACATCACCCA GATGACCCAG 
CTGGACGTGG CCGGAAGCGG GGGAGAGAAG CCCGTCCAGC CCCACCCGGG CCAGTTCCTC 
CAGAGCCGAG AGGCCCGAGA CCCAGAGGAA AAGGACAAAG ACGGGGCCGA GCAGGAGGGA 
CGCAAGCCCT CTTTCTCCAC CAAGAGAGGG GCTAAAGCTA CGGATGCGGT CGATACAGAT 
GCCCCCCTGG ACCCCATCAG CGAAGAGGAC GAGAAGATGT ATTCCAGCTC CTCCAAAGCA 
GGGGGCTCCA AGGTGAAGGG AGCAGGGCCT CGATACCACA AAGTCCCCAG TGACGAGGAG 
TCAGACAACA CCCCTCTGCT CCAGGAAGAA GGGAAGGAGG GGGGAGCCCA AGCGACATCC 
GACATTGTCC AGGACAAGAA GGACTCGTCT GACTCTGGGC TGAGGTCTGG TGAGAGCTCC 
TCGGACCACT CCCTAGAGGA AGCCGAAGAG GTTAATAAAG CAGACCTGAT AGAGCTGGAG 
CTAGAATGTC TGGTAAAGAA GAGGGGCCTG CTGTCCAGCA GTCTGAGTGG ACTCCAGGAT 
TCCACCATCG CCCGCATGTC CATCTGCTCT GAGGCCCCGT CCGAGGGCAG CCTAATGGCC 
TCCAGCCCCG ACGAAGCCTG GTTCCCCGCC AGCTTGTCCA TGAGCAACCT CAACCACGCC 
TCCAGCACCA CCACACTCAA CAACAACAGC AACAACGCTG CCACCACCAA CACCAGCCAA 
GACAACCAAG ACACAGAGAG CTCCACCCCA GGCTCCAGCA CTGCCTCAAC CACGGGGCCC 
ATCCACAACC AAAACCTGCG TGGGAACATC CTCAAGAGGG CCCTGAGCAC CGGGGGGGCC 
CTCGAGGGAC GCACAGGTGC CCCTGATGCC ATTATTCTGG AGGATGAGAG GGAGAGTGTC 
CTGTGA

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

RefSeq	XP_021438687.1
CDS	133..5178
Translation	MDTTTSLKMTTLATQSLFSYVEENNVPAIKAHLDKFKEVDSRSENGQTLLMVTSEQGNIEMVQELIRRGANVNLDDVDCWTALISAAKEGHVEVVKELLANNASLEHRDMGGWSALMWASYKGRVEVTQLLLEKGAIPNITGQYSVYPIIWAAGRGHADIVHLLIHHGAKVNCSDKYGTTPLIWAARKGHYDSVIHLLVNGADVDQEGANSMTALIVAVRGGFNEVVKELLKRNPNVNMTDKDGNTALMIAAKEGYTEIVQDLLDAGTYVNIPDRSGETVLIGAVRGGHVEIVRALLNKYADIDVRGQDSKTALYWAVEKANATMVRDILQCNPDTESCTKDAETPLIKATKMRKIEIVELLLDRGAKVAAVDKKGDTALHIAIRGRSRKLAELLLRNPKDGRLLYRPNKAGETPYNIDCTHQKSILTQIFGAKHLSPSESDGDMLGYDLYSSALADILSEPTMQPPICVGLYAQWGSGKSFLLKKLEDEMKTFAGQQIEPLFQFSWLVVLLSLLLCGSVALVLGFTVDPRLAIAVSLSLLTLLYVFFVLVYFGGRREGENWNWAWVLSTRLARQVGYLELLLKLMFVNPPELPEQTTRALPVRFLFTDYNRLSSVGGETSLAEMIATLSDACEREFGFMATRLFRVFKNEENQGKKWKKTCCVPSFMLFVVTLGCLITAMALLAIFKVQRENLTVNAVLIAMASVVSLALLLNCRTWWQVADSVLNSQRKRLHSAANKMHKLKSEGFMKVLKHEVELMSKMAKTIDGFTQAFIIPISSLRMSSLNPPPIPLLHQVRVLFSKGPFISIFASDPHIIIKAINQNLNSVLRDSNINGHDYMRNIVHLPVFLNSRGLSTTRKLCTAAPTSNGDLANPEGWHEEMDRNLSSNSLGDQAKFGSKTALNRRDTYRRRQMQRTVTRQMSFDLTKLLVTEDWFSDISPQTMRRLLNIVSVTGRLLRANQIIFNWDRLASWINLTEEWPYRTSWLILFLEETDGISDQVPLKTIYERISKNIPTTKDIEPLLEIDGDIRSFEVFLSSRTPVLTARDLEMFLPCTVNLDPKLREIIADVRAAREQMHIGGVTYPTLPLQDVPARASSAFGQHLAACSPTGSFTGSLPPPGLVPSQPHSSYYSMPAPQHPFYTRPYFPHHEYHLPRHQYSSRPHPAPSQSRPSIKAGYPRDPNGLGSGSGVPGAPVVLLSSLNTDVVCERVTHIDGMDPSMLAQYTATIKKANVNGRVLSQCNLEELKKEMNMNFGDWQLFRGMVMEQRHGESQALQDESHAASEQGSSVVNVETARHQGAPHEVGSYSFNLSFEELSNAGLGLEEPPRPTQHWPVAATHRTPSMSSLNSQESSNDICKLTDKQQAEYRDAYREYITQMTQLDVAGSGGEKPVQPHPGQFLQSREARDPEEKDKDGAEQEGRKPSFSTKRGAKATDAVDTDAPLDPISEEDEKMYSSSSKAGGSKVKGAGPRYHKVPSDEESDNTPLLQEEGKEGGAQATSDIVQDKKDSSDSGLRSGESSSDHSLEEAEEVNKADLIELELECLVKKRGLLSSSLSGLQDSTIARMSICSEAPSEGSLMASSPDEAWFPASLSMSNLNHASSTTTLNNNSNNAATTNTSQDNQDTESSTPGSSTASTTGPIHNQNLRGNILKRALSTGGALEGRTGAPDAIILEDERESVL

Target ORF information:

RefSeq Version	XM_021583012.1
Organism	Oncorhynchus mykiss(rainbow trout)
Definition	Oncorhynchus mykiss kinase D-interacting substrate of 220 kDa-like (LOC110504185), mRNA.

Target ORF information:

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

XM_021583012.1

ORF Insert Sequence:

ATGGACACCA CCACCTCTCT GAAGATGACC ACTCTGGCCA CCCAGAGCCT GTTCAGCTAC 
GTTGAGGAGA ACAACGTGCC GGCCATAAAA GCCCACCTGG ACAAGTTCAA GGAGGTGGAC 
AGCAGGAGCG AGAATGGTCA GACTCTCCTC ATGGTGACGT CAGAGCAGGG CAACATAGAG 
ATGGTCCAGG AGCTCATCAG GAGAGGAGCC AACGTCAACC TGGACGACGT GGACTGCTGG 
ACGGCACTTA TCTCAGCGGC TAAGGAGGGC CATGTGGAGG TGGTGAAGGA GCTGCTGGCC 
AACAATGCCA GCCTGGAGCA CCGGGACATG GGGGGATGGA GTGCCCTCAT GTGGGCTTCC 
TATAAGGGTC GTGTGGAGGT CACCCAGCTA CTGTTGGAGA AAGGAGCTAT CCCCAACATC 
ACTGGCCAGT ACAGCGTCTA CCCCATTATC TGGGCGGCTG GACGAGGCCA TGCTGATATA 
GTGCATCTCC TGATTCATCA CGGAGCTAAA GTCAACTGCT CTGACAAGTA TGGCACTACC 
CCGTTGATCT GGGCAGCCAG GAAGGGCCAC TATGACAGTG TGATACACCT GCTGGTCAAT 
GGGGCCGATG TGGACCAGGA GGGAGCGAAT TCCATGACCG CTCTGATCGT GGCTGTGCGG 
GGTGGTTTCA ATGAGGTGGT GAAGGAGCTT CTGAAGAGGA ACCCCAACGT CAACATGACA 
GACAAGGACG GCAACACGGC CCTGATGATC GCTGCCAAGG AAGGCTACAC TGAGATAGTC 
CAGGACCTGC TGGACGCTGG CACCTACGTC AACATACCAG ACAGGAGTGG GGAGACGGTG 
CTGATCGGAG CAGTGCGAGG AGGCCACGTG GAGATCGTCA GAGCCCTCCT AAACAAATAT 
GCCGACATTG ACGTCAGGGG ACAGGATAGT AAGACTGCCC TCTACTGGGC AGTGGAGAAA 
GCGAACGCCA CCATGGTGAG AGACATCCTC CAATGCAACC CGGACACTGA GAGCTGCACC 
AAGGACGCAG AGACCCCTTT GATCAAAGCC ACCAAGATGA GGAAAATTGA GATAGTGGAG 
CTGCTCCTGG ACAGAGGGGC CAAGGTGGCT GCTGTGGACA AGAAAGGCGA CACGGCCCTT 
CACATTGCCA TCAGGGGGCG GAGCCGCAAG CTGGCTGAGC TCCTCCTGAG GAACCCTAAA 
GATGGCCGCC TGCTCTACCG CCCGAACAAG GCCGGCGAGA CGCCCTACAA CATCGACTGC 
ACCCACCAGA AGAGCATCCT CACTCAGATC TTTGGAGCCA AGCACCTGTC TCCCTCCGAG 
TCTGACGGTG ACATGCTGGG TTATGACCTG TACAGCAGTG CCCTGGCAGA CATCCTCAGT 
GAGCCCACCA TGCAGCCGCC CATCTGTGTG GGCCTGTACG CCCAGTGGGG CAGCGGCAAG 
TCCTTCCTGC TCAAGAAGCT GGAGGATGAG ATGAAGACAT TTGCAGGCCA GCAGATTGAG 
CCTCTGTTCC AGTTCTCGTG GCTGGTGGTG CTCCTGTCCC TGCTGCTGTG TGGTTCTGTA 
GCTCTTGTCC TGGGCTTCAC CGTCGACCCC CGCCTGGCCA TCGCCGTCTC CCTCAGCCTC 
CTCACCCTGC TCTACGTCTT CTTTGTGTTG GTGTACTTCG GGGGTCGTCG TGAGGGGGAG 
AACTGGAACT GGGCGTGGGT CCTCAGCACC CGTCTGGCCC GCCAGGTGGG CTACCTGGAG 
CTGCTGCTCA AACTCATGTT TGTCAACCCC CCCGAGCTGC CAGAGCAGAC GACCCGCGCC 
CTGCCTGTCA GGTTCTTGTT CACAGACTAC AATCGTCTGT CCAGTGTGGG AGGGGAGACC 
AGCCTGGCAG AGATGATAGC CACCCTGTCT GATGCCTGTG AGAGGGAGTT TGGCTTCATG 
GCCACCCGCC TCTTCAGGGT GTTCAAGAAC GAGGAGAACC AAGGTAAGAA GTGGAAGAAG 
ACTTGCTGCG TGCCCAGCTT CATGCTGTTC GTCGTGACAC TGGGCTGCCT GATCACAGCC 
ATGGCGCTGC TGGCCATCTT TAAGGTGCAG CGGGAGAACC TGACGGTGAA CGCGGTGCTG 
ATCGCCATGG CCAGCGTGGT GAGCCTGGCC CTCCTGTTGA ACTGTAGGAC CTGGTGGCAG 
GTGGCTGACT CCGTCCTCAA CTCCCAGAGG AAGAGGCTGC ACAGTGCCGC CAACAAGATG 
CACAAGCTCA AGAGCGAGGG ATTCATGAAG GTGTTGAAGC ATGAGGTGGA GCTGATGTCC 
AAGATGGCCA AGACCATCGA TGGCTTCACC CAGGCTTTTA TCATCCCAAT AAGTTCACTA 
CGGATGAGCA GTCTAAATCC TCCTCCTATT CCCCTCCTCC ACCAGGTGAG GGTGCTGTTC 
TCCAAAGGCC CCTTCATCTC CATCTTTGCC AGCGACCCCC ACATCATCAT CAAGGCCATC 
AACCAGAACC TGAACAGCGT GCTCAGGGAC TCCAACATCA ACGGCCACGA CTACATGAGG 
AACATCGTCC ACCTGCCTGT TTTCCTCAAC AGCCGGGGGC TAAGCACGAC CAGGAAGCTG 
TGCACGGCCG CCCCCACCTC CAACGGAGAC CTGGCCAACC CTGAGGGATG GCACGAGGAG 
ATGGACAGGA ACCTGTCCTC CAACAGTCTG GGGGACCAGG CCAAGTTTGG CAGCAAGACG 
GCCCTCAACC GCAGGGACAC GTACCGCAGG AGGCAGATGC AGAGGACTGT TACCAGACAG 
ATGTCCTTTG ACCTGACCAA GCTGCTGGTC ACCGAGGACT GGTTCAGTGA CATCAGCCCC 
CAGACCATGA GGAGGCTCCT GAACATCGTC TCTGTCACAG GACGTCTGCT GAGGGCCAAT 
CAGATCATCT TTAACTGGGA CCGTCTGGCG TCGTGGATCA ACCTGACGGA GGAGTGGCCC 
TACAGGACCT CCTGGCTCAT CCTCTTCCTG GAGGAGACCG ACGGCATCTC AGACCAGGTC 
CCCCTGAAGA CCATCTATGA GAGAATCTCC AAAAACATCC CCACCACCAA AGACATAGAG 
CCCCTGCTGG AGATCGACGG GGACATCCGT AGCTTCGAGG TGTTCCTGTC CTCTAGGACG 
CCCGTCCTCA CGGCGCGCGA CCTGGAGATG TTCCTCCCCT GCACCGTCAA CCTGGACCCC 
AAACTCCGGG AGATCATCGC AGATGTTCGT GCTGCCAGGG AGCAGATGCA CATTGGAGGA 
GTGACCTATC CCACGCTGCC CCTGCAGGAC GTCCCAGCCC GCGCCTCTTC TGCCTTCGGC 
CAGCACTTGG CCGCCTGCTC CCCCACGGGC TCCTTCACTG GCTCCCTGCC CCCCCCAGGG 
CTAGTGCCCT CCCAGCCCCA CAGCAGTTAC TACAGCATGC CCGCCCCACA GCACCCCTTC 
TACACCCGGC CTTATTTCCC CCATCATGAG TATCACCTAC CCCGGCATCA ATACAGCTCC 
CGTCCTCACC CTGCCCCGTC CCAGTCACGC CCCTCCATTA AAGCAGGCTA CCCCAGGGAC 
CCCAATGGAC TTGGTTCTGG CTCCGGGGTA CCAGGCGCCC CTGTGGTACT CCTCAGCTCT 
CTGAACACGG ACGTGGTGTG TGAGCGCGTC ACACACATCG ACGGCATGGA CCCTAGCATG 
CTGGCCCAGT ACACCGCCAC CATCAAGAAG GCCAATGTGA ATGGCCGGGT GCTGTCTCAA 
TGCAACCTGG AAGAGCTGAA GAAAGAGATG AACATGAACT TCGGCGACTG GCAACTCTTC 
AGAGGCATGG TGATGGAGCA GCGTCATGGA GAGAGCCAGG CCCTGCAGGA TGAGTCTCAT 
GCGGCCAGCG AGCAGGGCAG CAGCGTAGTC AACGTGGAGA CGGCCAGGCA CCAGGGAGCT 
CCCCACGAGG TGGGCAGCTA CAGCTTCAAC CTCAGCTTCG AGGAGCTGAG TAACGCAGGC 
CTGGGTCTGG AGGAGCCCCC GAGACCCACT CAGCACTGGC CCGTGGCGGC CACCCACCGC 
ACCCCCAGCA TGTCCAGCCT CAACTCCCAG GAGTCGTCCA ACGATATCTG CAAGCTGACG 
GACAAGCAGC AGGCAGAGTA CCGTGACGCC TACCGCGAGT ACATCACCCA GATGACCCAG 
CTGGACGTGG CCGGAAGCGG GGGAGAGAAG CCCGTCCAGC CCCACCCGGG CCAGTTCCTC 
CAGAGCCGAG AGGCCCGAGA CCCAGAGGAA AAGGACAAAG ACGGGGCCGA GCAGGAGGGA 
CGCAAGCCCT CTTTCTCCAC CAAGAGAGGG GCTAAAGCTA CGGATGCGGT CGATACAGAT 
GCCCCCCTGG ACCCCATCAG CGAAGAGGAC GAGAAGATGT ATTCCAGCTC CTCCAAAGCA 
GGGGGCTCCA AGGTGAAGGG AGCAGGGCCT CGATACCACA AAGTCCCCAG TGACGAGGAG 
TCAGACAACA CCCCTCTGCT CCAGGAAGAA GGGAAGGAGG GGGGAGCCCA AGCGACATCC 
GACATTGTCC AGGACAAGAA GGACTCGTCT GACTCTGGGC TGAGGTCTGG TGAGAGCTCC 
TCGGACCACT CCCTAGAGGA AGCCGAAGAG GTTAATAAAG CAGACCTGAT AGAGCTGGAG 
CTAGAATGTC TGGTAAAGAA GAGGGGCCTG CTGTCCAGCA GTCTGAGTGG ACTCCAGGAT 
TCCACCATCG CCCGCATGTC CATCTGCTCT GAGGCCCCGT CCGAGGGCAG CCTAATGGCC 
TCCAGCCCCG ACGAAGCCTG GTTCCCCGCC AGCTTGTCCA TGAGCAACCT CAACCACGCC 
TCCAGCACCA CCACACTCAA CAACAACAGC AACAACGCTG CCACCACCAA CACCAGCCAA 
GACAACCAAG ACACAGAGAG CTCCACCCCA GGCTCCAGCA CTGCCTCAAC CACGGGGCCC 
ATCCACAACC AAAACCTGCG TGGGAACATC CTCAAGAGGG CCCTGAGCAC CGGGGGGGCC 
CTCGAGGGAC GCACAGGTGC CCCTGATGCC ATTATTCTGG AGGATGAGAG GGAGAGTGTC 
CTGTGA

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

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LOC110504185 cDNA ORF clone, Oncorhynchus mykiss(rainbow trout)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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