SEC31B cDNA ORF clone, Buceros rhinoceros silvestris

Gene
Clones
gRNAs

Summary

Gene Symbol	SEC31B
Entrez Gene ID	104495340
Full Name	SEC31 homolog B, COPII coat complex component
Gene Type	protein-coding
Organism	Buceros rhinoceros silvestris

mRNA and Protein(s)

mRNA	Protein	Name
XM_010138298.1	XP_010136600.1	protein transport protein Sec31B

Pathways from BioSystems
Gene Ontology

The following SEC31B gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SEC31B 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
OBu38749	XM_010138298.1 Latest version!	Buceros rhinoceros silvestris SEC31 homolog B (S. cerevisiae) (SEC31B), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

SEC31B ( XM_010138298.1 ) cDNA ORF clone, Buceros rhinoceros silvestris -> XP_010136600.1 Buceros rhinoceros silvestris SEC31 homolog B (S. cerevisiae) (SEC31B), mRNA.

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CloneID	OBu38749
Clone ID Related Accession (Same CDS sequence)	XM_010138298.1
Accession Version	XM_010138298.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3540bp) 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	2014-11-05
Organism	Buceros rhinoceros silvestris
Product	protein transport protein Sec31B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010417878.1) 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 :: Buceros rhinoceros silvestris Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGCTAA AGGAAATTGA GCGAACAGCT GTCCAGGCAT GGAGTCCAGC AAACAACCAC 
CCCATTTATC TAGCTACAGG AACGTCTGCC CAACAACTGG ATGCATCCTT CAGTACAAAT 
GCCACTCTGG AAATATTTGA GGTTGACTTC AGGGATCCCT CCCTTGACAT GAAGCAGAAA 
GGAACACTTC CTGCCTCAAA CAGGTTTCAT AAGCTGATCT GGGGTAACTT TGGAAATGGG 
TCCCCGGAGT CATCTGGAGT GATCATTGGT GGAGGGGATA ATGGTGTACT GACGATGTAC 
AGTGTGAACT GCATCTTGTC TTCGAAGAGT GAGCCTGTAA TTGGGCAAAC AGAGAAGCAT 
TCAGGTCCTG TTCGAGCTCT TGACTTCAAC CCTTTCCAGA GTAACCTTTT GGCTTCTGGA 
GCCAATGATT CTGAAATTTT CATCTGGGAC TTAAATAACT TCAATGTGCC TATGACTCCA 
GGGTCTAAAT CACAGCCTCA TGAAGACATC AGTGTGGTGT CCTGGAATCG GCAGGTGCAG 
CATATCCTGT CCTCTGCTCA CCCCAGTGGC AAGGCTGTGG TTTGGGACCT CAGAAAGAAC 
GAACCTATCA TCAAAGTCAG TGATCACAGC AACAGAATGC ATTGCTCAGG AATGGCCTGG 
CATCCAGAAG TTGCAACCCA GCTAGTCCTT TCCTCTGAGG ATGACCGCTT GCCAGTGATC 
CAAATATGGG ACTTGCGTTT TGCTACCTCT CCTTTGAGCC AGCTGGAAGG GCACACGAGG 
GGAATTCTCT CTGTCTCTTG GTGCCAGGCT GACCCTGAAC TGCTGTTGAG TAGCGCCAAA 
GACAACCGAA TCTTGTGCTG GAACCCAAAT ATGGGGGAGG TGGTTTACGA GTTGCCTATT 
CGGAGTCAGT GGTGCTTTGA TGTTCAGTGG TGTCCGAGGA ATCCTTCAGT CTTCTCTGCT 
GCCACTTTTG ATGGGTGGAT CAACATTTAT TCTGTTATGG GTGGGAACTT AGAAGCTCAG 
CAGAAGACAC AGGCTGACAA GATCTCTTCC TCCTTCAACA ACCTGGATCC CTTTGGCACA 
GGACAGATCC TTCCTCCTCT GCAGGTGCCA GAGCAAGTAG CTCAGACCAC CTTGATTCCA 
CCGTTAAAAA AGCCACCCAA GTGGATTCGC AGACCTGTGG GAGTTTCATT TGCATTTGGA 
GGAAAACTTA TTTCCTTTGG TCTTACCAAA GCTCCTGGAC AGCAAATGCA GCAGACTTAT 
CCACACCAGG TATTCATTAG TCAAGTCACT ACTGAGACTG AATTCCTGCT CCGATCCAGA 
GAACTGCAGA TGGCTTTGCA GTCAGGGAAC CTCCTTGATT ACTGCCAGGG CAAGATCCAG 
ACAGCCAAGC TGCCATTTGA TGAGAACCTT TGGAACTTCT TAAAGGTGAA TCTGGAGCAG 
GACTCCAGGA CTAAACTCCT CAAGCTGCTG GGCTACAGTA AAGAGGATCT GCAAAAAAAG 
ATTGCCTCAT GTTTGAGCAA TGGGATCCCA GATAAACAGC CCCTTCCTGA GGCAGATGAG 
GCAAATGCGG CACAGCCAGG TCAGGTTTTG ATAAATTCCA GTGATGATGT AGCTGCTGTT 
TCCTCCTCTT CATCTTTTTT TGACAACCTC ATCCCACAGA ATACGAGCAC ATTGGAGATT 
CCTGTCACAG AAGATACGGA TGGACTCATC AGCCAAGCCC TTTTATTGGG CAATTTTGAG 
GGTGCAGTGG AGCTGTGTAT GCGGGCAGGG CGCTTTGCTG ATGCCATCAT CTTAGCTATA 
GCTGGTGGGC CGAACCTCCT AAAGGAGACA CAGAAGCGCT ACTTTGCCAA GTGTAAGACG 
AAACTCTCCC TGCTACTTTC CTCCATTGTG CAGCAGAACT GGCAAGATAT TGTTTGCACA 
TGTCATCTAC AGAGCTGGAA GGAGGCACTG GCCATCTTGT TGACATACTC AAAGCATGAG 
GACTATACCC AGCTCTGTGA TATGCTGGGT GCCCGCCTAG AGTCGGAGGG AGATGCAGCC 
CTGTCCGGTG ATGCCTGTCT CTGCTATATC TCATCAGGCA ATGTGGAGAG GTTGGTGGAA 
TGCTGGGTAA AAAACCATGA GACTTCGTCA CCCCTTGCCC TGCAGGATCT CATTGAGAAG 
GTGATGGTGC TGAGCAGGTC CATTGAGATG CTCAGAGGCA CAGCAGAACA AGCACCAGGC 
CCTGTCCTGG CAGAACAAAT CACCCAATAT GCTAGTCTTC TGGCATCACA AGGATGCTTG 
GCAGCTGCAA TGAATTACCT ACCTAGCAGC TCTAAAGAGC TCCTGATCGA ACGGCTCCGA 
GACCGTCTTT TCCACGCTCA AGGAGAGAAT GTGGGTGATC AGCAGCCACC CCCTTTTCCN 
NNNNNNNNNG TCAATGTTGG TGTCATTAAA CACACCTCTC CAGCAGCCAA GGGTGGTGTC 
GCCCCTGAAG GAGCAGCCCA CAAAACAGGT CCCAGACGTC CAGAGAAGGC CAGCACGGGT 
CCTCAAACAA GTGTCTATTC CAGAGGTACC CCATACCCAC AGTACAACTT GGGCTTGATT 
CCAGCAACCG TTTCAGGGCC AGCTGTGTCA CAGTCTCAGC CATTTGGACC ATCGGGAGTC 
AGACCTGTTG GTCCTGCTCC CTTCCCCAGC CAGCCTTCCC TGCCAGGACA GTCCATGCCC 
GTGGCATCTC CTAGTGTTCC ACCGCCTGGA CCTGCCCTCT TCACTCCGGC CTCAGTTCCA 
TCATCTCAGC TTCCTGCAGC TTGTCCTCTC CCTGTGGCAA GCCAGTCTCC TCTAGGTTTC 
CCTTCAGCAC CTTTCAACTG CCCCATGAAC ATGGGTTACC CTCAGGGAGG TCCTGGAGCT 
CCATCTACTC GGGCCCCGCC AGCAGCCAGC ATTCCTCCTC CTCCCACAGG TTTCTTCCCG 
TGGCTAGATA CCCACATGGA TCATGCAGCT CAGGAGCCTT GGACTGATCC CTCTGCTGTA 
AGAGGAGGCC TTCAAAAGAA AAGGTTGCCT GAGAAATTTA CTCCACCAGC CCCCATCACA 
GCTCCAGTAA TGAGCCTGCC AGCTGAGGCC CAAGGGATTC ATCCTCAGCT GTCCAGGTTG 
CAAGAATCTG TCCAGTCACC CCCTGGAGCA CCCAAGGAAG GGAGCCTGCA GTATCACCAG 
CTACCCGTGG AGAAGGTTGA GAGGAAGGAG GTGCCCCCTG AGCACCAGGC TCTGAAGACC 
ACATTTGAAG GGTTGGTGCA ACGCTGCTCT GCTGTCGCCA CTGATCCAAA AACCCGAAGG 
AAGCTGGAGG ATGCATTGCA GCGGCTGGAG TATTTGTATG AGAAGCTCCG TGGGCAGGCG 
CTCTCTCCAA CCATCCTCAT GGGGCTCCAT GAAATTGCCC GCTGCATTGA GGCTAGGAAC 
TACGTACAGG GTCTCCTGGT TCACACCCAA GTGGTGAGCA GCAGCAGTTT CAGTGAGGTA 
TCTGGTTTCA TGCCCATCTT GAAAGTCCTC ATGACCATGG CTGGCAAGCT GAATGTGTGA

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

RefSeq	XP_010136600.1
CDS	11..3550
Translation	MKLKEIERTAVQAWSPANNHPIYLATGTSAQQLDASFSTNATLEIFEVDFRDPSLDMKQKGTLPASNRFHKLIWGNFGNGSPESSGVIIGGGDNGVLTMYSVNCILSSKSEPVIGQTEKHSGPVRALDFNPFQSNLLASGANDSEIFIWDLNNFNVPMTPGSKSQPHEDISVVSWNRQVQHILSSAHPSGKAVVWDLRKNEPIIKVSDHSNRMHCSGMAWHPEVATQLVLSSEDDRLPVIQIWDLRFATSPLSQLEGHTRGILSVSWCQADPELLLSSAKDNRILCWNPNMGEVVYELPIRSQWCFDVQWCPRNPSVFSAATFDGWINIYSVMGGNLEAQQKTQADKISSSFNNLDPFGTGQILPPLQVPEQVAQTTLIPPLKKPPKWIRRPVGVSFAFGGKLISFGLTKAPGQQMQQTYPHQVFISQVTTETEFLLRSRELQMALQSGNLLDYCQGKIQTAKLPFDENLWNFLKVNLEQDSRTKLLKLLGYSKEDLQKKIASCLSNGIPDKQPLPEADEANAAQPGQVLINSSDDVAAVSSSSSFFDNLIPQNTSTLEIPVTEDTDGLISQALLLGNFEGAVELCMRAGRFADAIILAIAGGPNLLKETQKRYFAKCKTKLSLLLSSIVQQNWQDIVCTCHLQSWKEALAILLTYSKHEDYTQLCDMLGARLESEGDAALSGDACLCYISSGNVERLVECWVKNHETSSPLALQDLIEKVMVLSRSIEMLRGTAEQAPGPVLAEQITQYASLLASQGCLAAAMNYLPSSSKELLIERLRDRLFHAQGENVGDQQPPPFnullnullnullnullVNVGVIKHTSPAAKGGVAPEGAAHKTGPRRPEKASTGPQTSVYSRGTPYPQYNLGLIPATVSGPAVSQSQPFGPSGVRPVGPAPFPSQPSLPGQSMPVASPSVPPPGPALFTPASVPSSQLPAACPLPVASQSPLGFPSAPFNCPMNMGYPQGGPGAPSTRAPPAASIPPPPTGFFPWLDTHMDHAAQEPWTDPSAVRGGLQKKRLPEKFTPPAPITAPVMSLPAEAQGIHPQLSRLQESVQSPPGAPKEGSLQYHQLPVEKVERKEVPPEHQALKTTFEGLVQRCSAVATDPKTRRKLEDALQRLEYLYEKLRGQALSPTILMGLHEIARCIEARNYVQGLLVHTQVVSSSSFSEVSGFMPILKVLMTMAGKLNV

Target ORF information:

RefSeq Version	XM_010138298.1
Organism	Buceros rhinoceros silvestris
Definition	Buceros rhinoceros silvestris SEC31 homolog B (S. cerevisiae) (SEC31B), mRNA.

Target ORF information:

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

XM_010138298.1

ORF Insert Sequence:

ATGAAGCTAA AGGAAATTGA GCGAACAGCT GTCCAGGCAT GGAGTCCAGC AAACAACCAC 
CCCATTTATC TAGCTACAGG AACGTCTGCC CAACAACTGG ATGCATCCTT CAGTACAAAT 
GCCACTCTGG AAATATTTGA GGTTGACTTC AGGGATCCCT CCCTTGACAT GAAGCAGAAA 
GGAACACTTC CTGCCTCAAA CAGGTTTCAT AAGCTGATCT GGGGTAACTT TGGAAATGGG 
TCCCCGGAGT CATCTGGAGT GATCATTGGT GGAGGGGATA ATGGTGTACT GACGATGTAC 
AGTGTGAACT GCATCTTGTC TTCGAAGAGT GAGCCTGTAA TTGGGCAAAC AGAGAAGCAT 
TCAGGTCCTG TTCGAGCTCT TGACTTCAAC CCTTTCCAGA GTAACCTTTT GGCTTCTGGA 
GCCAATGATT CTGAAATTTT CATCTGGGAC TTAAATAACT TCAATGTGCC TATGACTCCA 
GGGTCTAAAT CACAGCCTCA TGAAGACATC AGTGTGGTGT CCTGGAATCG GCAGGTGCAG 
CATATCCTGT CCTCTGCTCA CCCCAGTGGC AAGGCTGTGG TTTGGGACCT CAGAAAGAAC 
GAACCTATCA TCAAAGTCAG TGATCACAGC AACAGAATGC ATTGCTCAGG AATGGCCTGG 
CATCCAGAAG TTGCAACCCA GCTAGTCCTT TCCTCTGAGG ATGACCGCTT GCCAGTGATC 
CAAATATGGG ACTTGCGTTT TGCTACCTCT CCTTTGAGCC AGCTGGAAGG GCACACGAGG 
GGAATTCTCT CTGTCTCTTG GTGCCAGGCT GACCCTGAAC TGCTGTTGAG TAGCGCCAAA 
GACAACCGAA TCTTGTGCTG GAACCCAAAT ATGGGGGAGG TGGTTTACGA GTTGCCTATT 
CGGAGTCAGT GGTGCTTTGA TGTTCAGTGG TGTCCGAGGA ATCCTTCAGT CTTCTCTGCT 
GCCACTTTTG ATGGGTGGAT CAACATTTAT TCTGTTATGG GTGGGAACTT AGAAGCTCAG 
CAGAAGACAC AGGCTGACAA GATCTCTTCC TCCTTCAACA ACCTGGATCC CTTTGGCACA 
GGACAGATCC TTCCTCCTCT GCAGGTGCCA GAGCAAGTAG CTCAGACCAC CTTGATTCCA 
CCGTTAAAAA AGCCACCCAA GTGGATTCGC AGACCTGTGG GAGTTTCATT TGCATTTGGA 
GGAAAACTTA TTTCCTTTGG TCTTACCAAA GCTCCTGGAC AGCAAATGCA GCAGACTTAT 
CCACACCAGG TATTCATTAG TCAAGTCACT ACTGAGACTG AATTCCTGCT CCGATCCAGA 
GAACTGCAGA TGGCTTTGCA GTCAGGGAAC CTCCTTGATT ACTGCCAGGG CAAGATCCAG 
ACAGCCAAGC TGCCATTTGA TGAGAACCTT TGGAACTTCT TAAAGGTGAA TCTGGAGCAG 
GACTCCAGGA CTAAACTCCT CAAGCTGCTG GGCTACAGTA AAGAGGATCT GCAAAAAAAG 
ATTGCCTCAT GTTTGAGCAA TGGGATCCCA GATAAACAGC CCCTTCCTGA GGCAGATGAG 
GCAAATGCGG CACAGCCAGG TCAGGTTTTG ATAAATTCCA GTGATGATGT AGCTGCTGTT 
TCCTCCTCTT CATCTTTTTT TGACAACCTC ATCCCACAGA ATACGAGCAC ATTGGAGATT 
CCTGTCACAG AAGATACGGA TGGACTCATC AGCCAAGCCC TTTTATTGGG CAATTTTGAG 
GGTGCAGTGG AGCTGTGTAT GCGGGCAGGG CGCTTTGCTG ATGCCATCAT CTTAGCTATA 
GCTGGTGGGC CGAACCTCCT AAAGGAGACA CAGAAGCGCT ACTTTGCCAA GTGTAAGACG 
AAACTCTCCC TGCTACTTTC CTCCATTGTG CAGCAGAACT GGCAAGATAT TGTTTGCACA 
TGTCATCTAC AGAGCTGGAA GGAGGCACTG GCCATCTTGT TGACATACTC AAAGCATGAG 
GACTATACCC AGCTCTGTGA TATGCTGGGT GCCCGCCTAG AGTCGGAGGG AGATGCAGCC 
CTGTCCGGTG ATGCCTGTCT CTGCTATATC TCATCAGGCA ATGTGGAGAG GTTGGTGGAA 
TGCTGGGTAA AAAACCATGA GACTTCGTCA CCCCTTGCCC TGCAGGATCT CATTGAGAAG 
GTGATGGTGC TGAGCAGGTC CATTGAGATG CTCAGAGGCA CAGCAGAACA AGCACCAGGC 
CCTGTCCTGG CAGAACAAAT CACCCAATAT GCTAGTCTTC TGGCATCACA AGGATGCTTG 
GCAGCTGCAA TGAATTACCT ACCTAGCAGC TCTAAAGAGC TCCTGATCGA ACGGCTCCGA 
GACCGTCTTT TCCACGCTCA AGGAGAGAAT GTGGGTGATC AGCAGCCACC CCCTTTTCCN 
NNNNNNNNNG TCAATGTTGG TGTCATTAAA CACACCTCTC CAGCAGCCAA GGGTGGTGTC 
GCCCCTGAAG GAGCAGCCCA CAAAACAGGT CCCAGACGTC CAGAGAAGGC CAGCACGGGT 
CCTCAAACAA GTGTCTATTC CAGAGGTACC CCATACCCAC AGTACAACTT GGGCTTGATT 
CCAGCAACCG TTTCAGGGCC AGCTGTGTCA CAGTCTCAGC CATTTGGACC ATCGGGAGTC 
AGACCTGTTG GTCCTGCTCC CTTCCCCAGC CAGCCTTCCC TGCCAGGACA GTCCATGCCC 
GTGGCATCTC CTAGTGTTCC ACCGCCTGGA CCTGCCCTCT TCACTCCGGC CTCAGTTCCA 
TCATCTCAGC TTCCTGCAGC TTGTCCTCTC CCTGTGGCAA GCCAGTCTCC TCTAGGTTTC 
CCTTCAGCAC CTTTCAACTG CCCCATGAAC ATGGGTTACC CTCAGGGAGG TCCTGGAGCT 
CCATCTACTC GGGCCCCGCC AGCAGCCAGC ATTCCTCCTC CTCCCACAGG TTTCTTCCCG 
TGGCTAGATA CCCACATGGA TCATGCAGCT CAGGAGCCTT GGACTGATCC CTCTGCTGTA 
AGAGGAGGCC TTCAAAAGAA AAGGTTGCCT GAGAAATTTA CTCCACCAGC CCCCATCACA 
GCTCCAGTAA TGAGCCTGCC AGCTGAGGCC CAAGGGATTC ATCCTCAGCT GTCCAGGTTG 
CAAGAATCTG TCCAGTCACC CCCTGGAGCA CCCAAGGAAG GGAGCCTGCA GTATCACCAG 
CTACCCGTGG AGAAGGTTGA GAGGAAGGAG GTGCCCCCTG AGCACCAGGC TCTGAAGACC 
ACATTTGAAG GGTTGGTGCA ACGCTGCTCT GCTGTCGCCA CTGATCCAAA AACCCGAAGG 
AAGCTGGAGG ATGCATTGCA GCGGCTGGAG TATTTGTATG AGAAGCTCCG TGGGCAGGCG 
CTCTCTCCAA CCATCCTCAT GGGGCTCCAT GAAATTGCCC GCTGCATTGA GGCTAGGAAC 
TACGTACAGG GTCTCCTGGT TCACACCCAA GTGGTGAGCA GCAGCAGTTT CAGTGAGGTA 
TCTGGTTTCA TGCCCATCTT GAAAGTCCTC ATGACCATGG CTGGCAAGCT GAATGTGTGA