LOC110507111 cDNA ORF clone, Oncorhynchus mykiss(rainbow trout)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110507111
Entrez Gene ID	110507111
Full Name	unconventional myosin-VIIa-like
Gene Type	protein-coding
Organism	Oncorhynchus mykiss(rainbow trout)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021586979.1	XP_021442654.1	unconventional myosin-VIIa-like

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

Gene evolution and gene expression after whole genome duplication in fish: the PhyloFish database.
Pasquier J, Cabau C, Nguyen T, Jouanno E, Severac D, Braasch I, Journot L, Pontarotti P, Klopp C, Postlethwait JH, Guiguen Y, Bobe J
BMC genomics17368(2016 05)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following LOC110507111 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110507111 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
OOf34841	XM_021586979.1 Latest version!	Oncorhynchus mykiss unconventional myosin-VIIa-like (LOC110507111), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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** 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)

LOC110507111 ( XM_021586979.1 ) cDNA ORF clone, Oncorhynchus mykiss(rainbow trout) -> XP_021442654.1 Oncorhynchus mykiss unconventional myosin-VIIa-like (LOC110507111), mRNA.

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CloneID	OOf34841
Clone ID Related Accession (Same CDS sequence)	XM_021586979.1
Accession Version	XM_021586979.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5604bp) 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	unconventional myosin-VIIa-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_035103.1) and transcript sequence (GFIN01034539.1) 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 :: 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 assembly gap :: added 103 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGCACCCCA CCTCCATCCA TGGGGTGGAG GACATGATTC GTCTGGGAGA CCTCAACGAG 
GCCGGCATCC TCCGCAACCT GCTTATACGA TATACAGAAC ACCTTATATA TACGTATACC 
GGCTCTATCC TGGTGGCAGT AAACCCCTAC CAGGTGCTGC CCATCTACAC AGCTGACCAG 
ATCCGCCTGT ACACCAATAA GAAGATAGGA GAGATGCCTC CACACATCTT TGCCATCGCA 
GACAACTGTT ACTTCAACAT GCAGAGGAAC AACAGAGACC AGTGCTGTAT CATCAGTGGT 
GAGTCTGGAG CAGGGAAGAC CGAGAGCACT AAGCTGATCC TGCAGTTCCT AGCAGCCATC 
AGTGGACAAC ACTCCTGGAT AGAACAACAG GTCCTGGAGG CTAATCCTAT ACTGGAGGCG 
TTTGGCAATG CTAAGACGAT CCGTAATGAT AACTCTAGCC GCTTCGGGAA ATACATCGAC 
ATCCACTTCA ACAAGAGAGG AGCCATAGAG GGGGCCAAGA TAGAACAATA CCTGCTGGAG 
AAGTCACGAG TCTGCAGACA GGCTCGTGAT GAGAGGAACT ACCATATTTT CTACTGTATG 
TTGAAGGGCA TGCCTTCAGA CCAGAAGAAG AAACTGGGAC TAGGGAAAGC CACAGACTAC 
AGCTACCTTA CTATAGGGAA GTGTACTGTG TGTGATGGTC GTGATGATAT GAAGGAGTAT 
TCAAACATCC AATCAGCCAT GAAGGTGTTG ATGTTCTCTG ACACTGAGAA TTGGATGATC 
TCCAAACTAT TGGCCTCTAT ACTACATATG GGGAACCTGC GTTATGAAGC TCGTACCTAT 
GACAACCTGG ATGCCTGTGA GGTGGTCCGC AGTGTAGACC TGACTTCTGC TGCTACACTG 
CTGGAGGTGG ACTGTAAAGA CCTGATGAAC TGTCTGACCA GTAGGACTTT GATCACTAGA 
GGAGAAACAG TCTCCACTCC CCTCAGTATA GAGCAGGCAC TGGACGTACG GGACGCCTTC 
GTCAAGGGGA TCTACGGTCG TCAGTTTGTG TGGATCGTAG AGAAGATCAA TGCAGCGATC 
TACAAGCCTC CATCCCACGA GCCCAAAGCC CTCAGACGCT CCATTGGACT ACTAGACATC 
TTTGGCTTCG AANNNNNNNN NNTTAACAGT TTTGAGCAGC TGTGCATTAA CTTTGCCAAC 
GAGAACCTGC AGCAGTTCTT TGTGAGGCAT GTGTTCAAAC TGGAGCAGGA GGAGTACAAC 
CTGGAGCACA TCAACTGGCA ACACATCGAG TTCACAGACA ACCAGGACGC CCTGGACATG 
ATCGCTATCA AACCCATGAA CATCATCAGC CTCATAGACG AGGAGAGCAA GTTCCCCAGG 
GGTACAGACA CTACTATGTT GAATAAGTTG AACTCTCAAC ATAAATTGAA CACCAACTAC 
ATCCCTCCTA AGAACACTTA TGAGACCCAG TTTGGCATCC AGCACTTTGC TGGGGTGGTC 
TACTACGAGA CACGAGGTTT CTTGGAGAAG AACAGAGACA CCCTGCACGG TGACATCATT 
CAGCTGGTTC ACTCCTCCAG GAACAAGTTC ATCAAGCAGA TCTTCCAGGC CGATGTTGCC 
ATGGTAATGC AACCTCCGTC ACCCAAGCAA CCCTTCGAGG ACCTGAGGGG AACTTGTCAG 
CGTATAGCGG AAGTTGTCCT TGGGAGAGAT GATGATTGGC AGATGGGAAA GACCAAGATC 
TTCCTCAAGG ACCACCATGA CATGCTGTTG GAGATAGAGA GAGACAAGGC CATCACGGAC 
AAGGTCATCC TCATCCAGAA GGTTGTACGA GGCTTCAAGG ACAGGTCCAA CTTCCTGAAG 
ATGAGAAAGT CAGCCATGAT GATCCAGAAG ACGTGGCGAG GATATCACTG TCGCAAGAAC 
TATGGAGCTA TGCGGGCAGG GTTTGCCAGA CTCCAGGCGT TGTACCGCTC CAGGCGGCTG 
TACGTAACGT ACCACGTGGC CAGACAGAGA GTGATGGGTC TGCAGGCCAG GTGTAGAGGC 
TGTCTGGTCC GAAGGGCCTT CAGACACCGC CTATGGGCCG TCATTACCAT CCAGGCTCAC 
ACACGGGGCA TGATCGCACG ACGCCTCTAC AAGAGACTGA AGGGAGAGTA TCGGAGGAGG 
TTGGAGGCAG AGAAGCTGCG TCTGGCTGAG GAGGAGAAAC TGAGGAACCA GATGAGCGCT 
AAGAAGGCCA AGGTTGAAGC AGAGCGTAAC CACCAGGAGC GACTGGCCCA GCTAGTGAAG 
GAGGATGCGG AGAGAGAGAA GAGAGAAAGG GAGGAGGTGC GGAGGAAGAA GGAGATGGTG 
GAGCAGATGG AGAAAGCCAG ACATGAGCCG GTGAACGACT CTGACATGGT GGATAAGATG 
TTTGGCTTCC TGGGGACAAC AAACTCCTTC CCTGGCCAGG AGGGTGCGCC ACCAGCTGGG 
TTTGAGGACT TGGAACGTGC CCAGAAGGAG CTTGAGGAGG AGGATTTAGA TGATGTTCTT 
CCTCTCCCTG AGGATGAGGA GGATGACCTG TCGGAGTATA AATTTGCCAA GTTCGCTGCC 
ACCTATTTCC AGGGCACCAC AACACACACC TACATCCGAC GGCCACTTAA ACAACCGCTG 
CTGTTCCATG AAGACGAGGG CGACCAGCTG GCAGCGTTAG CGGTATGGAT CACGGTGCTG 
AGGTTCATGG GAGATCTCCC AGAGCCCAAG TACCACACGG CCATCACTGA CGGCTCGGAG 
AAGATCCCTG TGATGACCAA GATCTACGAG ACGCTGGGCA AGAAAACCTA CAAGAGAGAA 
CTACAGGCCC TGCAGGGGGA GGGAGAGACC CCCCATTCAG ACAGCAACAA GAAGAACAGT 
GTCCGACACA AACTAGTGTC CCTCACCCTG AAGAAGAAGT CCAAGATTAC TGAGGAGGTG 
ACCAAGCGCC TGAACGACGG AGAGATTAGT CTCCATGGGG ATGAGATCTA CTGCCAGATC 
TGTAAGCAGT TGAACCAGAA TCCTTCTAAG AGCAGTCACG CCCGCGGCTG GATCCTCATC 
TCTCTGTGTG TCGGCTGCTT CGCTCCCTCT GAGAAGTTTG TCAAGTACCT GCGTAACTAC 
ATCCATGGGG GTCCTCCTGG CTACGCCCCC TACTGCGAGG AGAGACTCAG ACGCACGTTT 
GTTAACGGCA CCAGAACACA ACCCCCGTCC TGGCTGGAGC TACAGGCCAC TAAGTCTAAG 
AAGCCCATCA TGTTGCCAGT AACCTTTATG GATGGGACCA CTAAGACGTT GTTGACAGAC 
TCAGCTACTA CGGCCATGGA GCTGTGTAAC GCCCTGGCAG ACAAGATCAG CCTCAGAGAC 
CGCTTTGGAT TCTCTCTCTA TATCGCCCTG TTTGACAAGG TGTCCTCCCT AGGCAGTGGA 
AAGGACCATG TGATGGATGC AGTGTCCCAG TGTGAGCAGT ATGCCAAGGA GCAGGGTGCC 
CAGGAGAGAA ACGCCCCCTG GAGACTGTTC TACAGGAAGG AGATATTCAC CCCCTGGCAC 
AACCCTGCAG ACGACGCTGT GGCCACCAAC CTCATCTACC AACAGACTGT ACGGGGGGTA 
AAGTTTGGAG AGTACCGCTG TGACAGGGAT GACCTAGCAG AGTTAGCCAG TCAGCAGTAT 
TATGTGGACT ATGGTTCTGA GATCCTGACA GAGCGTCTGC TGAGCCTGAT CCCATCCTAC 
ATCCCCGACC GAGAGGTCAG CTCCTCCCGG AGTGTGGAGA AATGGGCCCA CGTCATCATG 
GCTGCCCATA AAAAGGGCAT CTACACCCAG CAGAGGTTTG ACCCCCAGAA GGTGAAGGAG 
GAAGTGGTGG ACTTCGCTCG CTACAAATGG CCACACCTCA CAGACTGGAT CAAGAAGGCC 
CGGCCCTCTA AAGATGGTCC AAGTCTGCCT AAGAATGATG TCATTGTGGC GGTGAACTGG 
ACAGGGGTGT ACTTTGTGGA CGAACAGGAG CAGGCATTGA TTACCATGAC ACCAGACCAG 
AGACAGGAGA CGGTGCGTTC ATCTCAGCTG GTTTTGCCGG AGACTGGAGA GGAGAGGGTT 
AAACCTTACA CACTGGAAGA GTTCAGCTAT GACCACTTCA GACCTCCTCC CAAACACACT 
CTGAGCAGGG TGATGATCAC TAAGAACAGA GGGAAGGCCT CAATGTGGAG CTGCACCAGA 
GAGCCTATCA AACAGCCCCT ACTGAAGAAG GTCCTCAGCC ATGAAGACCT GTCACAGGAT 
GCCTGTATGG TCTTCATAGC TATGATGAAG TATATGGGGG ACTACCCGTC TAAGCGAACA 
CGTTCTGTTA ACGAGCTGAC GGACCAGATC TTTGAAGGAG CTCTGAAGGC CGAACCTCTA 
AAAGATGAGA TTTTCTGTCA GATCCTCAAA CAACTCACAG ACAACCACGT CAAGTACAGT 
GAGGAGAAGG GCTGGGAGTT GCTGTGGCTG TGTACAGGGC TGTTCCCTCC TAGCAACATG 
CTGCTGCCTC ATGTCCAGCG TTTCCTTCAG TCCAGGAAAC ACCACCCTCT GGCTCAGGAC 
TGTATGACAC GACTACAGAA GGCCCTACGG AATGGCTCGA GGAAGTACCC TCCCCACCTA 
GTGGAGGTAG AGGCCATCCA ACATAAGACC ACCCAGATCT TCCACAAAGT CTATTTCCCT 
GACGATACTG ATGAGGCATT TGAGGTGGAG TCCAGCACCA AGGCTAAAGA CTTCTGTTTG 
GCGATCTCTG CTCGCCTGCT GCTCAAATCA CCCGAAGGAT TCAGCTTGTT CGTAAAGATC 
TCCGACAAGG TGATAAGTGT ACCAGAGGGA GATTTCTTCT TTGACTTTGT CAGACACCTC 
ACAGACTGGA TCAAGAAGGC CCGGCCCTCT AAAGATGGTA TCGTACCGTC TCTGACCTAC 
CAGGTGTTCT TCATGAAGAA GCTGTGGACC AACACTGTTC CTGGTAAAGA CTCCTTCGCT 
GACTCCATCT TCCACTACTA CCAGGAACTG CCTAAGTATC TCCGTGGTTA CCATAAGTGT 
AGTCGTGACG AGGTGTTCCA GCTGGGAGCG TTGATCTACA GGGTGAAGTA CGAAGACGAC 
AAGTCACACT TCCCCTCAAT ACCCAAGATC CTCCGGGAGT TGGTGCCGCA GGACCTGATT 
CGCCAGCTCT CCCCAGATGA CTGGAAACGG TCTGTAGTAG CTTATTTCAA TAAGCAGGCT 
GGTAAGTCCA GGGAAGAGGC CAAACTCCAC TTCCTGAAGA TCATCTTCAA ATGGGCCACG 
TTCGGATCCG CCTTCTTCGA AGTCAAGCAA ACCACAGAGC CCAACTTCCC AGAGATCCTC 
CTGATTGCTA TCAACAAGCA TGGAGTCAGC CTTATAGACC CAAAGACCAA GGACATCCTG 
ACCACCCACC CATTCACTAA GATCTCCAAC TGGAGCAGCG GTAACACCTA CTTCCACATC 
ACCATCGGCA ACCTGGTCAG GGGCAGCAAG CTGCTGTGTG AGACCTCACT GGGCTATAAG 
ATGGATGACC TCCTCACTTC CTACATCAGT CAGATGTTGA CCACCATGAG TAAACAGAGA 
ACTGGGCGGG GACACAGCAA GTGA

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

RefSeq	XP_021442654.1
CDS	154..5757
Translation	MHPTSIHGVEDMIRLGDLNEAGILRNLLIRYTEHLIYTYTGSILVAVNPYQVLPIYTADQIRLYTNKKIGEMPPHIFAIADNCYFNMQRNNRDQCCIISGESGAGKTESTKLILQFLAAISGQHSWIEQQVLEANPILEAFGNAKTIRNDNSSRFGKYIDIHFNKRGAIEGAKIEQYLLEKSRVCRQARDERNYHIFYCMLKGMPSDQKKKLGLGKATDYSYLTIGKCTVCDGRDDMKEYSNIQSAMKVLMFSDTENWMISKLLASILHMGNLRYEARTYDNLDACEVVRSVDLTSAATLLEVDCKDLMNCLTSRTLITRGETVSTPLSIEQALDVRDAFVKGIYGRQFVWIVEKINAAIYKPPSHEPKALRRSIGLLDIFGFEnullnullnullnullNSFEQLCINFANENLQQFFVRHVFKLEQEEYNLEHINWQHIEFTDNQDALDMIAIKPMNIISLIDEESKFPRGTDTTMLNKLNSQHKLNTNYIPPKNTYETQFGIQHFAGVVYYETRGFLEKNRDTLHGDIIQLVHSSRNKFIKQIFQADVAMVMQPPSPKQPFEDLRGTCQRIAEVVLGRDDDWQMGKTKIFLKDHHDMLLEIERDKAITDKVILIQKVVRGFKDRSNFLKMRKSAMMIQKTWRGYHCRKNYGAMRAGFARLQALYRSRRLYVTYHVARQRVMGLQARCRGCLVRRAFRHRLWAVITIQAHTRGMIARRLYKRLKGEYRRRLEAEKLRLAEEEKLRNQMSAKKAKVEAERNHQERLAQLVKEDAEREKREREEVRRKKEMVEQMEKARHEPVNDSDMVDKMFGFLGTTNSFPGQEGAPPAGFEDLERAQKELEEEDLDDVLPLPEDEEDDLSEYKFAKFAATYFQGTTTHTYIRRPLKQPLLFHEDEGDQLAALAVWITVLRFMGDLPEPKYHTAITDGSEKIPVMTKIYETLGKKTYKRELQALQGEGETPHSDSNKKNSVRHKLVSLTLKKKSKITEEVTKRLNDGEISLHGDEIYCQICKQLNQNPSKSSHARGWILISLCVGCFAPSEKFVKYLRNYIHGGPPGYAPYCEERLRRTFVNGTRTQPPSWLELQATKSKKPIMLPVTFMDGTTKTLLTDSATTAMELCNALADKISLRDRFGFSLYIALFDKVSSLGSGKDHVMDAVSQCEQYAKEQGAQERNAPWRLFYRKEIFTPWHNPADDAVATNLIYQQTVRGVKFGEYRCDRDDLAELASQQYYVDYGSEILTERLLSLIPSYIPDREVSSSRSVEKWAHVIMAAHKKGIYTQQRFDPQKVKEEVVDFARYKWPHLTDWIKKARPSKDGPSLPKNDVIVAVNWTGVYFVDEQEQALITMTPDQRQETVRSSQLVLPETGEERVKPYTLEEFSYDHFRPPPKHTLSRVMITKNRGKASMWSCTREPIKQPLLKKVLSHEDLSQDACMVFIAMMKYMGDYPSKRTRSVNELTDQIFEGALKAEPLKDEIFCQILKQLTDNHVKYSEEKGWELLWLCTGLFPPSNMLLPHVQRFLQSRKHHPLAQDCMTRLQKALRNGSRKYPPHLVEVEAIQHKTTQIFHKVYFPDDTDEAFEVESSTKAKDFCLAISARLLLKSPEGFSLFVKISDKVISVPEGDFFFDFVRHLTDWIKKARPSKDGIVPSLTYQVFFMKKLWTNTVPGKDSFADSIFHYYQELPKYLRGYHKCSRDEVFQLGALIYRVKYEDDKSHFPSIPKILRELVPQDLIRQLSPDDWKRSVVAYFNKQAGKSREEAKLHFLKIIFKWATFGSAFFEVKQTTEPNFPEILLIAINKHGVSLIDPKTKDILTTHPFTKISNWSSGNTYFHITIGNLVRGSKLLCETSLGYKMDDLLTSYISQMLTTMSKQRTGRGHSK

Target ORF information:

RefSeq Version	XM_021586979.1
Organism	Oncorhynchus mykiss(rainbow trout)
Definition	Oncorhynchus mykiss unconventional myosin-VIIa-like (LOC110507111), mRNA.

Target ORF information:

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

XM_021586979.1

ORF Insert Sequence:

ATGCACCCCA CCTCCATCCA TGGGGTGGAG GACATGATTC GTCTGGGAGA CCTCAACGAG 
GCCGGCATCC TCCGCAACCT GCTTATACGA TATACAGAAC ACCTTATATA TACGTATACC 
GGCTCTATCC TGGTGGCAGT AAACCCCTAC CAGGTGCTGC CCATCTACAC AGCTGACCAG 
ATCCGCCTGT ACACCAATAA GAAGATAGGA GAGATGCCTC CACACATCTT TGCCATCGCA 
GACAACTGTT ACTTCAACAT GCAGAGGAAC AACAGAGACC AGTGCTGTAT CATCAGTGGT 
GAGTCTGGAG CAGGGAAGAC CGAGAGCACT AAGCTGATCC TGCAGTTCCT AGCAGCCATC 
AGTGGACAAC ACTCCTGGAT AGAACAACAG GTCCTGGAGG CTAATCCTAT ACTGGAGGCG 
TTTGGCAATG CTAAGACGAT CCGTAATGAT AACTCTAGCC GCTTCGGGAA ATACATCGAC 
ATCCACTTCA ACAAGAGAGG AGCCATAGAG GGGGCCAAGA TAGAACAATA CCTGCTGGAG 
AAGTCACGAG TCTGCAGACA GGCTCGTGAT GAGAGGAACT ACCATATTTT CTACTGTATG 
TTGAAGGGCA TGCCTTCAGA CCAGAAGAAG AAACTGGGAC TAGGGAAAGC CACAGACTAC 
AGCTACCTTA CTATAGGGAA GTGTACTGTG TGTGATGGTC GTGATGATAT GAAGGAGTAT 
TCAAACATCC AATCAGCCAT GAAGGTGTTG ATGTTCTCTG ACACTGAGAA TTGGATGATC 
TCCAAACTAT TGGCCTCTAT ACTACATATG GGGAACCTGC GTTATGAAGC TCGTACCTAT 
GACAACCTGG ATGCCTGTGA GGTGGTCCGC AGTGTAGACC TGACTTCTGC TGCTACACTG 
CTGGAGGTGG ACTGTAAAGA CCTGATGAAC TGTCTGACCA GTAGGACTTT GATCACTAGA 
GGAGAAACAG TCTCCACTCC CCTCAGTATA GAGCAGGCAC TGGACGTACG GGACGCCTTC 
GTCAAGGGGA TCTACGGTCG TCAGTTTGTG TGGATCGTAG AGAAGATCAA TGCAGCGATC 
TACAAGCCTC CATCCCACGA GCCCAAAGCC CTCAGACGCT CCATTGGACT ACTAGACATC 
TTTGGCTTCG AANNNNNNNN NNTTAACAGT TTTGAGCAGC TGTGCATTAA CTTTGCCAAC 
GAGAACCTGC AGCAGTTCTT TGTGAGGCAT GTGTTCAAAC TGGAGCAGGA GGAGTACAAC 
CTGGAGCACA TCAACTGGCA ACACATCGAG TTCACAGACA ACCAGGACGC CCTGGACATG 
ATCGCTATCA AACCCATGAA CATCATCAGC CTCATAGACG AGGAGAGCAA GTTCCCCAGG 
GGTACAGACA CTACTATGTT GAATAAGTTG AACTCTCAAC ATAAATTGAA CACCAACTAC 
ATCCCTCCTA AGAACACTTA TGAGACCCAG TTTGGCATCC AGCACTTTGC TGGGGTGGTC 
TACTACGAGA CACGAGGTTT CTTGGAGAAG AACAGAGACA CCCTGCACGG TGACATCATT 
CAGCTGGTTC ACTCCTCCAG GAACAAGTTC ATCAAGCAGA TCTTCCAGGC CGATGTTGCC 
ATGGTAATGC AACCTCCGTC ACCCAAGCAA CCCTTCGAGG ACCTGAGGGG AACTTGTCAG 
CGTATAGCGG AAGTTGTCCT TGGGAGAGAT GATGATTGGC AGATGGGAAA GACCAAGATC 
TTCCTCAAGG ACCACCATGA CATGCTGTTG GAGATAGAGA GAGACAAGGC CATCACGGAC 
AAGGTCATCC TCATCCAGAA GGTTGTACGA GGCTTCAAGG ACAGGTCCAA CTTCCTGAAG 
ATGAGAAAGT CAGCCATGAT GATCCAGAAG ACGTGGCGAG GATATCACTG TCGCAAGAAC 
TATGGAGCTA TGCGGGCAGG GTTTGCCAGA CTCCAGGCGT TGTACCGCTC CAGGCGGCTG 
TACGTAACGT ACCACGTGGC CAGACAGAGA GTGATGGGTC TGCAGGCCAG GTGTAGAGGC 
TGTCTGGTCC GAAGGGCCTT CAGACACCGC CTATGGGCCG TCATTACCAT CCAGGCTCAC 
ACACGGGGCA TGATCGCACG ACGCCTCTAC AAGAGACTGA AGGGAGAGTA TCGGAGGAGG 
TTGGAGGCAG AGAAGCTGCG TCTGGCTGAG GAGGAGAAAC TGAGGAACCA GATGAGCGCT 
AAGAAGGCCA AGGTTGAAGC AGAGCGTAAC CACCAGGAGC GACTGGCCCA GCTAGTGAAG 
GAGGATGCGG AGAGAGAGAA GAGAGAAAGG GAGGAGGTGC GGAGGAAGAA GGAGATGGTG 
GAGCAGATGG AGAAAGCCAG ACATGAGCCG GTGAACGACT CTGACATGGT GGATAAGATG 
TTTGGCTTCC TGGGGACAAC AAACTCCTTC CCTGGCCAGG AGGGTGCGCC ACCAGCTGGG 
TTTGAGGACT TGGAACGTGC CCAGAAGGAG CTTGAGGAGG AGGATTTAGA TGATGTTCTT 
CCTCTCCCTG AGGATGAGGA GGATGACCTG TCGGAGTATA AATTTGCCAA GTTCGCTGCC 
ACCTATTTCC AGGGCACCAC AACACACACC TACATCCGAC GGCCACTTAA ACAACCGCTG 
CTGTTCCATG AAGACGAGGG CGACCAGCTG GCAGCGTTAG CGGTATGGAT CACGGTGCTG 
AGGTTCATGG GAGATCTCCC AGAGCCCAAG TACCACACGG CCATCACTGA CGGCTCGGAG 
AAGATCCCTG TGATGACCAA GATCTACGAG ACGCTGGGCA AGAAAACCTA CAAGAGAGAA 
CTACAGGCCC TGCAGGGGGA GGGAGAGACC CCCCATTCAG ACAGCAACAA GAAGAACAGT 
GTCCGACACA AACTAGTGTC CCTCACCCTG AAGAAGAAGT CCAAGATTAC TGAGGAGGTG 
ACCAAGCGCC TGAACGACGG AGAGATTAGT CTCCATGGGG ATGAGATCTA CTGCCAGATC 
TGTAAGCAGT TGAACCAGAA TCCTTCTAAG AGCAGTCACG CCCGCGGCTG GATCCTCATC 
TCTCTGTGTG TCGGCTGCTT CGCTCCCTCT GAGAAGTTTG TCAAGTACCT GCGTAACTAC 
ATCCATGGGG GTCCTCCTGG CTACGCCCCC TACTGCGAGG AGAGACTCAG ACGCACGTTT 
GTTAACGGCA CCAGAACACA ACCCCCGTCC TGGCTGGAGC TACAGGCCAC TAAGTCTAAG 
AAGCCCATCA TGTTGCCAGT AACCTTTATG GATGGGACCA CTAAGACGTT GTTGACAGAC 
TCAGCTACTA CGGCCATGGA GCTGTGTAAC GCCCTGGCAG ACAAGATCAG CCTCAGAGAC 
CGCTTTGGAT TCTCTCTCTA TATCGCCCTG TTTGACAAGG TGTCCTCCCT AGGCAGTGGA 
AAGGACCATG TGATGGATGC AGTGTCCCAG TGTGAGCAGT ATGCCAAGGA GCAGGGTGCC 
CAGGAGAGAA ACGCCCCCTG GAGACTGTTC TACAGGAAGG AGATATTCAC CCCCTGGCAC 
AACCCTGCAG ACGACGCTGT GGCCACCAAC CTCATCTACC AACAGACTGT ACGGGGGGTA 
AAGTTTGGAG AGTACCGCTG TGACAGGGAT GACCTAGCAG AGTTAGCCAG TCAGCAGTAT 
TATGTGGACT ATGGTTCTGA GATCCTGACA GAGCGTCTGC TGAGCCTGAT CCCATCCTAC 
ATCCCCGACC GAGAGGTCAG CTCCTCCCGG AGTGTGGAGA AATGGGCCCA CGTCATCATG 
GCTGCCCATA AAAAGGGCAT CTACACCCAG CAGAGGTTTG ACCCCCAGAA GGTGAAGGAG 
GAAGTGGTGG ACTTCGCTCG CTACAAATGG CCACACCTCA CAGACTGGAT CAAGAAGGCC 
CGGCCCTCTA AAGATGGTCC AAGTCTGCCT AAGAATGATG TCATTGTGGC GGTGAACTGG 
ACAGGGGTGT ACTTTGTGGA CGAACAGGAG CAGGCATTGA TTACCATGAC ACCAGACCAG 
AGACAGGAGA CGGTGCGTTC ATCTCAGCTG GTTTTGCCGG AGACTGGAGA GGAGAGGGTT 
AAACCTTACA CACTGGAAGA GTTCAGCTAT GACCACTTCA GACCTCCTCC CAAACACACT 
CTGAGCAGGG TGATGATCAC TAAGAACAGA GGGAAGGCCT CAATGTGGAG CTGCACCAGA 
GAGCCTATCA AACAGCCCCT ACTGAAGAAG GTCCTCAGCC ATGAAGACCT GTCACAGGAT 
GCCTGTATGG TCTTCATAGC TATGATGAAG TATATGGGGG ACTACCCGTC TAAGCGAACA 
CGTTCTGTTA ACGAGCTGAC GGACCAGATC TTTGAAGGAG CTCTGAAGGC CGAACCTCTA 
AAAGATGAGA TTTTCTGTCA GATCCTCAAA CAACTCACAG ACAACCACGT CAAGTACAGT 
GAGGAGAAGG GCTGGGAGTT GCTGTGGCTG TGTACAGGGC TGTTCCCTCC TAGCAACATG 
CTGCTGCCTC ATGTCCAGCG TTTCCTTCAG TCCAGGAAAC ACCACCCTCT GGCTCAGGAC 
TGTATGACAC GACTACAGAA GGCCCTACGG AATGGCTCGA GGAAGTACCC TCCCCACCTA 
GTGGAGGTAG AGGCCATCCA ACATAAGACC ACCCAGATCT TCCACAAAGT CTATTTCCCT 
GACGATACTG ATGAGGCATT TGAGGTGGAG TCCAGCACCA AGGCTAAAGA CTTCTGTTTG 
GCGATCTCTG CTCGCCTGCT GCTCAAATCA CCCGAAGGAT TCAGCTTGTT CGTAAAGATC 
TCCGACAAGG TGATAAGTGT ACCAGAGGGA GATTTCTTCT TTGACTTTGT CAGACACCTC 
ACAGACTGGA TCAAGAAGGC CCGGCCCTCT AAAGATGGTA TCGTACCGTC TCTGACCTAC 
CAGGTGTTCT TCATGAAGAA GCTGTGGACC AACACTGTTC CTGGTAAAGA CTCCTTCGCT 
GACTCCATCT TCCACTACTA CCAGGAACTG CCTAAGTATC TCCGTGGTTA CCATAAGTGT 
AGTCGTGACG AGGTGTTCCA GCTGGGAGCG TTGATCTACA GGGTGAAGTA CGAAGACGAC 
AAGTCACACT TCCCCTCAAT ACCCAAGATC CTCCGGGAGT TGGTGCCGCA GGACCTGATT 
CGCCAGCTCT CCCCAGATGA CTGGAAACGG TCTGTAGTAG CTTATTTCAA TAAGCAGGCT 
GGTAAGTCCA GGGAAGAGGC CAAACTCCAC TTCCTGAAGA TCATCTTCAA ATGGGCCACG 
TTCGGATCCG CCTTCTTCGA AGTCAAGCAA ACCACAGAGC CCAACTTCCC AGAGATCCTC 
CTGATTGCTA TCAACAAGCA TGGAGTCAGC CTTATAGACC CAAAGACCAA GGACATCCTG 
ACCACCCACC CATTCACTAA GATCTCCAAC TGGAGCAGCG GTAACACCTA CTTCCACATC 
ACCATCGGCA ACCTGGTCAG GGGCAGCAAG CTGCTGTGTG AGACCTCACT GGGCTATAAG 
ATGGATGACC TCCTCACTTC CTACATCAGT CAGATGTTGA CCACCATGAG TAAACAGAGA 
ACTGGGCGGG GACACAGCAA GTGA

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

PubMed

Gene evolution and gene expression after whole genome duplication in fish: the PhyloFish database.
BMC genomics17368(2016 05)
Pasquier J,Cabau C,Nguyen T,Jouanno E,Severac D,Braasch I,Journot L,Pontarotti P,Klopp C,Postlethwait JH,Guiguen Y,Bobe J

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LOC110507111 cDNA ORF clone, Oncorhynchus mykiss(rainbow trout)

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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