GUCY2F cDNA ORF clone, Myotis lucifugus(little brown bat)

Gene
Clones
gRNAs

Summary

Gene Symbol	GUCY2F
Entrez Gene ID	102418083
Full Name	guanylate cyclase 2F, retinal
Gene Type	protein-coding
Organism	Myotis lucifugus(little brown bat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_006082338.1	XP_006082400.1	LOW QUALITY PROTEIN: retinal guanylyl cyclase 2

Pathways from BioSystems
Gene Ontology

The following GUCY2F gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the GUCY2F 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
OMy01530	XM_006082338.1 Latest version!	Myotis lucifugus guanylate cyclase 2F, retinal (GUCY2F), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

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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)

GUCY2F ( XM_006082338.1 ) cDNA ORF clone, Myotis lucifugus(little brown bat) -> XP_006082400.1 Myotis lucifugus guanylate cyclase 2F, retinal (GUCY2F), mRNA.

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CloneID	OMy01530
Clone ID Related Accession (Same CDS sequence)	XM_006082338.1
Accession Version	XM_006082338.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3210bp) 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	2018-01-25
Organism	Myotis lucifugus(little brown bat)
Product	LOW QUALITY PROTEIN: retinal guanylyl cyclase 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005871050.1) 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 Name :: Myotis lucifugus Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 4% of CDS bases frameshifts :: corrected 4 indels internal stop codons :: corrected 8 genomic stop codons ##RefSeq-Attributes-END##

ATGGAGAAAG ACTTAGCCTG CATCATCGTG AAAGAATCCT CTGCATTTGC TGATACCACT 
TCATTTATTC TTATTCATTT TCGACTCATT GTGGTCCCTC AAAAGACAGA GAGACACTAT 
GACCTTGCAT TGTACAAGTT CTTATGGTGT TTGTGCCTCC TGGCCTTCAC ATCTCTCCCT 
AAGCAGGTAA TGGCACCACC CCCCGCCCCC CGGCACAAGA TAGGTGTTGT GGGCCCTTGG 
TCTCGTGATC ATTTGTTCTC AAAGGCCCTG TCTGAAGTTG CTGCTCAATT AGTCACTGAA 
TGGATCAGTA GAGACCCATT ATTTGACCTG GGTTATTCTT TTGAATATGT GATTTTCAAT 
GAAGGCTGCC AGACTTCCAG GGCCCTTTCC AGTTTCATTT CTCACCACCA GGTGGCTTCA 
GGATTCATTG GACCTGTCAA CACCGGCTAC TGAGAGGCAG CCCTGCTGCT AGGAAACAGC 
TGGGACAAAG GGATTTTCTT TTGGGCTTGT GTAAATTATG AATTAGATTT AAAAAATAAC 
GATCCGACCT TTTCTCGGAC ACTCCCTTCT TCCATTNTGG TGATGGTAAC TGTCATGGAA 
TATTTCCAGT GGGCTCAGAC TGGAGTAATT TCTTCAGATG AAGACATTTG GGTGCACACA 
GCCAATCAAG TTGCAAATGC TCTTCAGAGC CATGGCCTCC CTGTAGGGGT CGTCCTGAAC 
ACAGGACAAG ACATTCGGGA ACCTCTTCTG TAAATTTGCC TGGCAGACAG AATTCGCATA 
ATAATCATGT GTATGCATTT GGCCTTGATT GTGAGAGGGA CTCAAACATA TTCCTTGGAA 
TGGGCTCATG ATCTAAAAAT GACTGATGGA ACCTATGTCT TTGTTCTCTA TGATGCCCTA 
CTCTACAATT TACCTTATAA GCATACCCCC TACCAGTTCC TGAAGAGTAA TCCAAAACTC 
TGGGAAGCCT ATGATGCTGT GTTCACCATT ACAGTGGAGT ACCCCAAAAA GACATTCTAT 
GAAGCCTATA CAGAGGCAGC AACTAGAGGT GAAATTCTTG AGAAACTGGA GTCAGATCAA 
GTTTCACCGT TGTTTGGAAC CATCTACAAT TCAATTTACC TTATCGCACA AGCCATGAAT 
AATGCTGTGA AAGAAAATGG ACGGGCTAGT GCTGCCAGCC TGGTTCAGCA TTCCAGAAAC 
ATGCAGTTCT GTGGATTCAA CCAGTTGATA AAGACAGGTT CAAATTGAAA TGGAATTTCA 
GAATATGAAA TCCTGGACAC CAACTGGAAA GAATGGGAAC TCCATGGAAC TTACACTGTG 
GACATGGAAA CAGAGCTGCT ACAATTCATA GGGACTCCCA TTCACTTCCC TCGTGGCAGG 
CCTCCTGGAG CAGATGCAAA ATGTTGGTTT GCAGAAGGGA AGATCTACTG AGGAGGCATG 
GGCCCTGTCT TTGCTGTGAT GGTCTGCCTT GCTTTGCTTA TAACCCTGCT ATCTATTAAT 
GGATTTTCTT ACTTTATAAG GTGTCATATA AATAAAATCC AGTTGATTAA AGGACCCCAT 
AGAATTCTAC TGACTTTGGA GAATGTGACA TTTATCAATC CCCATTTTGG CAGTAAGGGT 
AATTGGGTGT GGCTGAAAAA GTTCCCCTCT GGAGATGTTA AGTCCATCAA ATCCAGTGCA 
AGTGATAAAA CCAATCTGAT GAGAGACCTA TATCATGAAA ATATTAACCC TTTGTTGGGC 
TTCTTCTATG ATTCGGGAAT GTTTGCCATT GTGACAGAAA TCTGTTTCCG AAGGAGTCTA 
GAAGACATAC TGATGAATGA AGATGTGAAA CTAGACTGGA TGTTTAAATC ATCACTCCTG 
CTGGATCTCA TTAAGGGCAT GAAGTACTTA CACCATAGAG AGTTTGCTCA TGGGAGGCTG 
AAATCTCGGA ACTATGTGGT AGATGGGCAT TTTGTACTAA AAGTGACAGA TTATGGCTTT 
AATGACATCT TGGAAATGCT AAGACTCTCC CAAGAGAAAC CTTCTGAAGA ATTGTTGTGG 
ACAGCCCCTG AACTGCTGAG AGCCCCCAGG GGAAGCAAGT TAGGTTCTTT TGCAGTAGAT 
TTCTATAGCT TTGCCATCAT CATGCATGAA GTGATGGTCT GGGGAACCCC ATTCTGCATG 
ATGGACCTGC CTGCTGAAGA AATCATAGAC AGACTTAAGA AGCCTCCTCC TGTGTATAGA 
CCAGTAGCTC CTCCTGAGCG TGCCCCTCCA GAATGTCTCC AGCTGATGAA GAAGTGCTGG 
GCTGAGGCTG CAGAACAACG ACCAACTTTT GATTTAAATA CATTTAATCA GTTCAAAACT 
TTCAATAAAG AGAAAAAGAC CAATATCATT GATTCTATAC TTTGGATGTT GGAACTATAT 
TCTAGCAACT TGGAAGATCT GATCCAGGAA TGGACTGAAG AGCTGGAAAT TGAAAAACAG 
AAAAACTTCA CACAGATGCT ACCACCATAT GTATCAGTTG CTGAATCCCT CAAAAAGGGC 
TGCACGGTTG AACCTGAGGG CTTTGACTTG ATCACCTTGT ACTTCAGTGA CATGGTGTGC 
TTCACCACCA TCTCAGCCAT GAGTGAGCCC ATTGAGGTGG TGGATCTTCT CAATGACCTG 
CACATACTCT TTGATGCCAT CATTTGCAGT CATGATGTCT ACAAAGTAAG TTAATAACCA 
TTGGTGATTG GTGATGCTTA CATGGTGGCA TCAGGCCTCC CAAAGAGGAA TAGCAGTAGG 
CATGCAGCTG AGATTGCAAG CATGTCCCTC GATATCCTGA GATCTGTGAG TATTTTCAAG 
ATGCGGCACA TGCCAGAGGT GCCAGTCTAG ATTTAAATAG GCCTGTACTC AAGGCCAGTT 
GTTGATGGAG TGAGGGGCCT CACCATGCCC AGATACTGCT TATTCGGAGA TACTGTGAAC 
ACAGCTTCTC GGATGGAATC AACAGGGTTA CTTTATTACA TTCATGTCAT TCATAGCACT 
AAGACAATTC TTCAAGCTCT GAGTGAGGGC TATGAAGTGG AGCTTTGTAA GGGCAAAGGC 
ACAGAAAAAA AAAGTTTCAC AAAGCCCCTT CTTGTGCCCC CACCAGTGGG CGAAGTGGGT 
AATCAAGTGG GGCATGGCCT GCAACTGGTG GTTATTGCAG CCTTCCAAAG AAGAAAAACA 
GAAAGGCAGC TGGTAAGAAA CAAGCCATAA

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

RefSeq	XP_006082400.1
CDS	1..3210
Translation	MEKDLACIIVKESSAFADTTSFILIHFRLIVVPQKTERHYDLALYKFLWCLCLLAFTSLPKQVMAPPPAPRHKIGVVGPWSRDHLFSKALSEVAAQLVTEWISRDPLFDLGYSFEYVIFNEGCQTSRALSSFISHHQVASGFIGPVNTGYEAALLLGNSWDKGIFFWACVNYELDLKNNDPTFSRTLPSSInullVMVTVMEYFQWAQTGVISSDEDIWVHTANQVANALQSHGLPVGVVLNTGQDIREPLLICLADRIRIIIMCMHLALIVRGTQTYSLEWAHDLKMTDGTYVFVLYDALLYNLPYKHTPYQFLKSNPKLWEAYDAVFTITVEYPKKTFYEAYTEAATRGEILEKLESDQVSPLFGTIYNSIYLIAQAMNNAVKENGRASAASLVQHSRNMQFCGFNQLIKTGSNNGISEYEILDTNWKEWELHGTYTVDMETELLQFIGTPIHFPRGRPPGADAKCWFAEGKIYGGMGPVFAVMVCLALLITLLSINGFSYFIRCHINKIQLIKGPHRILLTLENVTFINPHFGSKGNWVWLKKFPSGDVKSIKSSASDKTNLMRDLYHENINPLLGFFYDSGMFAIVTEICFRRSLEDILMNEDVKLDWMFKSSLLLDLIKGMKYLHHREFAHGRLKSRNYVVDGHFVLKVTDYGFNDILEMLRLSQEKPSEELLWTAPELLRAPRGSKLGSFAVDFYSFAIIMHEVMVWGTPFCMMDLPAEEIIDRLKKPPPVYRPVAPPERAPPECLQLMKKCWAEAAEQRPTFDLNTFNQFKTFNKEKKTNIIDSILWMLELYSSNLEDLIQEWTEELEIEKQKNFTQMLPPYVSVAESLKKGCTVEPEGFDLITLYFSDMVCFTTISAMSEPIEVVDLLNDLHILFDAIICSHDVYKVS*PLVIGDAYMVASGLPKRNSSRHAAEIASMSLDILRSVSIFKMRHMPEVPVI*IGLYSRPVVDGVRGLTMPRYCLFGDTVNTASRMESTGLLYYIHVIHSTKTILQALSEGYEVELCKGKGTEKKSFTKPLLVPPPVGEVGNQVGHGLQLVVIAAFQRRKTERQLVRNKP

Target ORF information:

RefSeq Version	XM_006082338.1
Organism	Myotis lucifugus(little brown bat)
Definition	Myotis lucifugus guanylate cyclase 2F, retinal (GUCY2F), mRNA.

Target ORF information:

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

XM_006082338.1

ORF Insert Sequence:

ATGGAGAAAG ACTTAGCCTG CATCATCGTG AAAGAATCCT CTGCATTTGC TGATACCACT 
TCATTTATTC TTATTCATTT TCGACTCATT GTGGTCCCTC AAAAGACAGA GAGACACTAT 
GACCTTGCAT TGTACAAGTT CTTATGGTGT TTGTGCCTCC TGGCCTTCAC ATCTCTCCCT 
AAGCAGGTAA TGGCACCACC CCCCGCCCCC CGGCACAAGA TAGGTGTTGT GGGCCCTTGG 
TCTCGTGATC ATTTGTTCTC AAAGGCCCTG TCTGAAGTTG CTGCTCAATT AGTCACTGAA 
TGGATCAGTA GAGACCCATT ATTTGACCTG GGTTATTCTT TTGAATATGT GATTTTCAAT 
GAAGGCTGCC AGACTTCCAG GGCCCTTTCC AGTTTCATTT CTCACCACCA GGTGGCTTCA 
GGATTCATTG GACCTGTCAA CACCGGCTAC TGAGAGGCAG CCCTGCTGCT AGGAAACAGC 
TGGGACAAAG GGATTTTCTT TTGGGCTTGT GTAAATTATG AATTAGATTT AAAAAATAAC 
GATCCGACCT TTTCTCGGAC ACTCCCTTCT TCCATTNTGG TGATGGTAAC TGTCATGGAA 
TATTTCCAGT GGGCTCAGAC TGGAGTAATT TCTTCAGATG AAGACATTTG GGTGCACACA 
GCCAATCAAG TTGCAAATGC TCTTCAGAGC CATGGCCTCC CTGTAGGGGT CGTCCTGAAC 
ACAGGACAAG ACATTCGGGA ACCTCTTCTG TAAATTTGCC TGGCAGACAG AATTCGCATA 
ATAATCATGT GTATGCATTT GGCCTTGATT GTGAGAGGGA CTCAAACATA TTCCTTGGAA 
TGGGCTCATG ATCTAAAAAT GACTGATGGA ACCTATGTCT TTGTTCTCTA TGATGCCCTA 
CTCTACAATT TACCTTATAA GCATACCCCC TACCAGTTCC TGAAGAGTAA TCCAAAACTC 
TGGGAAGCCT ATGATGCTGT GTTCACCATT ACAGTGGAGT ACCCCAAAAA GACATTCTAT 
GAAGCCTATA CAGAGGCAGC AACTAGAGGT GAAATTCTTG AGAAACTGGA GTCAGATCAA 
GTTTCACCGT TGTTTGGAAC CATCTACAAT TCAATTTACC TTATCGCACA AGCCATGAAT 
AATGCTGTGA AAGAAAATGG ACGGGCTAGT GCTGCCAGCC TGGTTCAGCA TTCCAGAAAC 
ATGCAGTTCT GTGGATTCAA CCAGTTGATA AAGACAGGTT CAAATTGAAA TGGAATTTCA 
GAATATGAAA TCCTGGACAC CAACTGGAAA GAATGGGAAC TCCATGGAAC TTACACTGTG 
GACATGGAAA CAGAGCTGCT ACAATTCATA GGGACTCCCA TTCACTTCCC TCGTGGCAGG 
CCTCCTGGAG CAGATGCAAA ATGTTGGTTT GCAGAAGGGA AGATCTACTG AGGAGGCATG 
GGCCCTGTCT TTGCTGTGAT GGTCTGCCTT GCTTTGCTTA TAACCCTGCT ATCTATTAAT 
GGATTTTCTT ACTTTATAAG GTGTCATATA AATAAAATCC AGTTGATTAA AGGACCCCAT 
AGAATTCTAC TGACTTTGGA GAATGTGACA TTTATCAATC CCCATTTTGG CAGTAAGGGT 
AATTGGGTGT GGCTGAAAAA GTTCCCCTCT GGAGATGTTA AGTCCATCAA ATCCAGTGCA 
AGTGATAAAA CCAATCTGAT GAGAGACCTA TATCATGAAA ATATTAACCC TTTGTTGGGC 
TTCTTCTATG ATTCGGGAAT GTTTGCCATT GTGACAGAAA TCTGTTTCCG AAGGAGTCTA 
GAAGACATAC TGATGAATGA AGATGTGAAA CTAGACTGGA TGTTTAAATC ATCACTCCTG 
CTGGATCTCA TTAAGGGCAT GAAGTACTTA CACCATAGAG AGTTTGCTCA TGGGAGGCTG 
AAATCTCGGA ACTATGTGGT AGATGGGCAT TTTGTACTAA AAGTGACAGA TTATGGCTTT 
AATGACATCT TGGAAATGCT AAGACTCTCC CAAGAGAAAC CTTCTGAAGA ATTGTTGTGG 
ACAGCCCCTG AACTGCTGAG AGCCCCCAGG GGAAGCAAGT TAGGTTCTTT TGCAGTAGAT 
TTCTATAGCT TTGCCATCAT CATGCATGAA GTGATGGTCT GGGGAACCCC ATTCTGCATG 
ATGGACCTGC CTGCTGAAGA AATCATAGAC AGACTTAAGA AGCCTCCTCC TGTGTATAGA 
CCAGTAGCTC CTCCTGAGCG TGCCCCTCCA GAATGTCTCC AGCTGATGAA GAAGTGCTGG 
GCTGAGGCTG CAGAACAACG ACCAACTTTT GATTTAAATA CATTTAATCA GTTCAAAACT 
TTCAATAAAG AGAAAAAGAC CAATATCATT GATTCTATAC TTTGGATGTT GGAACTATAT 
TCTAGCAACT TGGAAGATCT GATCCAGGAA TGGACTGAAG AGCTGGAAAT TGAAAAACAG 
AAAAACTTCA CACAGATGCT ACCACCATAT GTATCAGTTG CTGAATCCCT CAAAAAGGGC 
TGCACGGTTG AACCTGAGGG CTTTGACTTG ATCACCTTGT ACTTCAGTGA CATGGTGTGC 
TTCACCACCA TCTCAGCCAT GAGTGAGCCC ATTGAGGTGG TGGATCTTCT CAATGACCTG 
CACATACTCT TTGATGCCAT CATTTGCAGT CATGATGTCT ACAAAGTAAG TTAATAACCA 
TTGGTGATTG GTGATGCTTA CATGGTGGCA TCAGGCCTCC CAAAGAGGAA TAGCAGTAGG 
CATGCAGCTG AGATTGCAAG CATGTCCCTC GATATCCTGA GATCTGTGAG TATTTTCAAG 
ATGCGGCACA TGCCAGAGGT GCCAGTCTAG ATTTAAATAG GCCTGTACTC AAGGCCAGTT 
GTTGATGGAG TGAGGGGCCT CACCATGCCC AGATACTGCT TATTCGGAGA TACTGTGAAC 
ACAGCTTCTC GGATGGAATC AACAGGGTTA CTTTATTACA TTCATGTCAT TCATAGCACT 
AAGACAATTC TTCAAGCTCT GAGTGAGGGC TATGAAGTGG AGCTTTGTAA GGGCAAAGGC 
ACAGAAAAAA AAAGTTTCAC AAAGCCCCTT CTTGTGCCCC CACCAGTGGG CGAAGTGGGT 
AATCAAGTGG GGCATGGCCT GCAACTGGTG GTTATTGCAG CCTTCCAAAG AAGAAAAACA 
GAAAGGCAGC TGGTAAGAAA CAAGCCATAA