SEC31B cDNA ORF clone, Pteropus alecto(black flying fox)

Gene
Clones
gRNAs

Summary

Gene Symbol	SEC31B
Entrez Gene ID	102877960
Full Name	SEC31 homolog B, COPII coat complex component
Gene Type	protein-coding
Organism	Pteropus alecto(black flying fox)

mRNA and Protein(s)

mRNA	Protein	Name
XM_006925880.3	XP_006925942.1	protein transport protein Sec31B
XM_006925880.2	XP_006925942.1	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)
OPt31013	XM_006925880.3 Latest version!	Pteropus alecto SEC31 homolog B, COPII coat complex component (SEC31B), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
View Old Accession Versions >>
OPt31013	XM_006925880.2	Pteropus alecto SEC31 homolog B, COPII coat complex component (SEC31B), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
Hide Old Accession Versions >>

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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)

SEC31B ( XM_006925880.3 ) cDNA ORF clone, Pteropus alecto(black flying fox) -> XP_006925942.1 Pteropus alecto SEC31 homolog B, COPII coat complex component (SEC31B), mRNA.

Price & Availability↑

CloneID	OPt31013
Clone ID Related Accession (Same CDS sequence)	XM_006925880.3 , XM_006925880.2
Accession Version	XM_006925880.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3537bp) 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	2018-05-06
Organism	Pteropus alecto(black flying fox)
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_006494611.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On May 7, 2018 this sequence version replaced XM_006925880.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Pteropus alecto 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##

ATGAAGCTGA AGGAACTTGA GAGGCCAGCA GTTCAAGTGT GGAGCCCAGC TAGTCAGCAC 
CCTGTGTATC TGGCTACAGG AACATCTGCC CAGCAGCTAG ATGCCTCCTT TAGCACAAAT 
GGCGCATTGG AAATCTTTGA GGTTGATTTC AGGGACCCCT CTTTGAACTT GAAACACAAA 
GGAGTCCTTT CTGCCTCAAG CAGGTTTCAC AAGCTGATCT GGGGGAACTT TGGCAGTGGG 
CTTCTGGAAG GCTCCGGGGT TATTGCAGGC GGCGGGGACA ATGGCATGCT TACTTTATAC 
AATGTGACCC ACATCCTGTC TTCGGGAAAG GATCCTGTGA TTGCCCAGAG GCAGAAGCAC 
ACAGGGGCTG TCAGAGCCCT CGACTTTAAT CCTTTCCAGG GCAACCTCCT GGCCTCAGGA 
GCCAATGATT CTGAAATCTT CATTTGGGAT TTGAATAACC TGAGTGTACC AATGACCCTA 
GGATACAAGT CACAGCAGCC TCCAGAAGAC ATCAAGGCAC TCTCTTGGAA CCGGCAAGTT 
CAACACATTC TGTCTTCTGC TCATCCCAGT GGTAAGGCAG TTGTGTGGGA TCTCAGGAAG 
AATGAACCCA TCATCAAAGT CAGTGATCAC AGCAACAGGA TGCAATGCTC AGGACTGGCC 
TGGCACCCTG ACATAGCCAC TCAGTTGGTG CTATGCTCAG AAGATGATCG TCTCCCAGTG 
ATTCAGCTGT GGGACTTGCG CTTTGCCTCC TCGCCCCTGA AGGTGCTAGA GAGTCACAGC 
AGGGGGATCT TGTCGGTGTC GTGGAGCCAG GCTGATGCTG AGCTGCTGCT CAGTAGTGCC 
AAAGACAACC AGGTCTTGTG TTGGGACCTG GCGAGCAGTG AGGTGGTATA TAAGCTACCC 
ACACAGAGCA GCTGGTGCTT TGATGTGCAG TGGTGTCCTC GGGACCCTCC AGTGTTCTCT 
GCTGCCTCCT TTGATGGCTG GATCAGTTTG TACTCTGTGA TGGGTAGGAG CTGCGAAGTT 
CAGCAGATGA GACAAGTTGA CAAGATCTCT TCTTCCTTCA GCCAAGGCCA GCCTCTCCCA 
CCATTGCAGG TGCCAGAACA AGCAGCCCAA GCATCATTGA TACCTCCCCT GAAAAAAACC 
CCCAAATGGA TGAGAAGGCC AGCAGGTGTT TCATTTGCTT TTGGAGGGAA GCTGGTTACT 
TTTGTCCTTC CCAGTACCCC TGCCCATCAG GAAACACAGC CTTGCCTCCG CCTAGTCTTC 
ATCAGTCAAG TCATCACAGA ATCCAAATTC CTGATGCAGT CAGCTGAGCT GCAAGAGGCC 
CTGAGATCAG GGAATCTCCT GAATTATTGT CAGAACAAGA TCCAGTGTGC GTCACTGCAA 
AGTGAAAAGA TGCTCTGGCA GTTCCTGAAG GTGACCTTAG AACAAGACTC CAGGACGAAA 
TTCCTAAAGC TATTAGGATA CAATAAAGAT GAGCTTCAGA AGAAGGTGGC CACGTGGTTG 
AAGAGTGACT TGGAGCTAGG TGAGAGTCCT CAGCCCAAGG GAGATGACCT CAACAGTAAC 
AGACAACAGG CCTTCTGCAG CCAGGCTTCC AAATATATCA CAGAGGAAGC TTCTGCTTCC 
TCAACCTTCT TTGATGAGCT GGTCCCTCAG GACATGACTC CATGGGAGAT CCCCATCACA 
GAAGACATGG ATGGACTCCT GAGCCAGGCT CTCCTGCTTG GCGAACTGGG CCCTGCTGTG 
GAGCTGTGTC TGAAGGAAGA GCGCTTTGCT GATGCTATCA TCCTGGCCCA TGCAGGGGGC 
GCAGACCTGC TGAAGCAAAC ACAAGAGTGC TACTTGGCCA AGAAGAAAAC CAGAATCTCC 
TCGCTGCTAG CCTGTGTTGT GCGGAAGAAT TGGAAGGATA TGGTGTGTGC CTGTAGTCTG 
CAGAACTGGA GAGAGGCACT GGCCTTGCTC CTGACATACT CAGGGCCAGA GAAATTCCCT 
GAGCTCTGTG ACATGCTGGG TGCTCGCATG GAGCAGGAGG GCGGCGGGGC ACTCACCTCT 
GAAGCCAGAC TCTGTTATGT GTGCTCAAGG AGTGTGGAGC GGCTGGTGGA GTGCTGGGCA 
AAATGCCACC AGGCTTCATC TCCCATGGCT CTCCAGGACT TGATGGAGAA GGTGATGGTC 
CTCAATAGGA GCTTGGAGCT ACTGCGGGGT CCTGATGGCG TGAGCCCAGG CCCTGCCACA 
ACCTACAGAG TCACTCAGTA TGCCAACCTC CTGGCAGCCC AGGGCAGCCT GGCCACTGCC 
ATGAGCTACC TACCCAGTGA CTGTGCTCAG CCACCAGTTC AGCAGCTGAG AGATAGGCTT 
TTTCATGCCC AGGGCGCTGG TGTCTTGGGC CAACAGTCTC CTCCTTTCCC CTTTCCTCGA 
GTCCTTGTGG GAGCTACCCC CCACTCTAAA GAGACATCAT CTTTCAGATT GGGATTCCAG 
CCTTCTCAGC AGATTCCAAC TCCATCTCCA AGGTCAAGAA TTTTCACATC TCAGTCATCA 
CTAGTGATGC CCTTGACCAA ACTTTCCCAT CCCAGCCCTT ATCAAGGTTC CAGAATACAG 
AATATAAATG ACTACAGGGT ACTTGAGCCC CAGATAACCC AGCCTTTGCC TCTGGGCCCT 
GGGGAAAGGC CTGCTTTATC TCAGCCACAG CTGTTAAGAG GGCAAAGGGT ACAAGCCCCT 
AACCCTGTGG GATTCCTTGG AACATGGCCT CCTCCTGGTC ACCCTCCTCT CATGGCACCA 
TCAAACATCA TGCAGCCTAG CTCTGCCTCC CTGCCTGAGT CTGCTCGACT GCTCCCTTTG 
CCTCCTGTGA GACCACCAGG TCTCGGCCCT ATGAGCTCCC AGCCCCTAGC CCCTCCTGTC 
AGCTTCCCTG CAGCACACCC TCCAGGAGGA CCAGGTGCTC CATGCTCTAG TGCCTTCTCC 
ATCACTGACA TCCTAACTCC TCATCCAGGA ACTCAAGATT CCTTGAAAAG TGTTCCAGCT 
CCCAGGGCAA ACCTCCAGAG GAGAAAGTTG CCAGCGACAT TTACGTCCCC AGCACCAATT 
ACCGCTCCAA TTATGAGCCT CACTTCTGAG CCACGAGGGG TTCTTTCCTC ACAGCCCCAT 
GTCCCTAGTG TGGGTCATGC TCCCCCTGGA GCGCCAGGAG AACGCGGCCT GCAGCAACGG 
CCACCAGAGA AGATGGACAG GAAGGAGCTG CCCCCAGAGC ATCAGCCCTT GAAGACCAGT 
TTTGAGGTGC TTCTACAACG CTGCTCCCAG TCTGCCACCG ACTTAAAGAC AAAACGGAAG 
CTGGATGAGG CAGCGAAACG TCTCGAAAGT TTATATGAGA AGATCTGCGA GGGGACACTC 
TCGCCTCATG TCCTGGCTGG GCTTCACGAG GTGGCCCGAT GTGTGGATGC AGGAAACTTT 
GAGCAGGGCC TCGCAGTGCA CGCCCAGGTG GTGGGCTGCA GCCGCTTCAG TGAGGTCTCC 
AGCTTCATGC CTGTCCTGAA GGCTGTCCTC ACCATTGCTC AGAAGCTGCA CGTGTAA

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

RefSeq	XP_006925942.1
CDS	1905..5441
Translation	MKLKELERPAVQVWSPASQHPVYLATGTSAQQLDASFSTNGALEIFEVDFRDPSLNLKHKGVLSASSRFHKLIWGNFGSGLLEGSGVIAGGGDNGMLTLYNVTHILSSGKDPVIAQRQKHTGAVRALDFNPFQGNLLASGANDSEIFIWDLNNLSVPMTLGYKSQQPPEDIKALSWNRQVQHILSSAHPSGKAVVWDLRKNEPIIKVSDHSNRMQCSGLAWHPDIATQLVLCSEDDRLPVIQLWDLRFASSPLKVLESHSRGILSVSWSQADAELLLSSAKDNQVLCWDLASSEVVYKLPTQSSWCFDVQWCPRDPPVFSAASFDGWISLYSVMGRSCEVQQMRQVDKISSSFSQGQPLPPLQVPEQAAQASLIPPLKKTPKWMRRPAGVSFAFGGKLVTFVLPSTPAHQETQPCLRLVFISQVITESKFLMQSAELQEALRSGNLLNYCQNKIQCASLQSEKMLWQFLKVTLEQDSRTKFLKLLGYNKDELQKKVATWLKSDLELGESPQPKGDDLNSNRQQAFCSQASKYITEEASASSTFFDELVPQDMTPWEIPITEDMDGLLSQALLLGELGPAVELCLKEERFADAIILAHAGGADLLKQTQECYLAKKKTRISSLLACVVRKNWKDMVCACSLQNWREALALLLTYSGPEKFPELCDMLGARMEQEGGGALTSEARLCYVCSRSVERLVECWAKCHQASSPMALQDLMEKVMVLNRSLELLRGPDGVSPGPATTYRVTQYANLLAAQGSLATAMSYLPSDCAQPPVQQLRDRLFHAQGAGVLGQQSPPFPFPRVLVGATPHSKETSSFRLGFQPSQQIPTPSPRSRIFTSQSSLVMPLTKLSHPSPYQGSRIQNINDYRVLEPQITQPLPLGPGERPALSQPQLLRGQRVQAPNPVGFLGTWPPPGHPPLMAPSNIMQPSSASLPESARLLPLPPVRPPGLGPMSSQPLAPPVSFPAAHPPGGPGAPCSSAFSITDILTPHPGTQDSLKSVPAPRANLQRRKLPATFTSPAPITAPIMSLTSEPRGVLSSQPHVPSVGHAPPGAPGERGLQQRPPEKMDRKELPPEHQPLKTSFEVLLQRCSQSATDLKTKRKLDEAAKRLESLYEKICEGTLSPHVLAGLHEVARCVDAGNFEQGLAVHAQVVGCSRFSEVSSFMPVLKAVLTIAQKLHV

Target ORF information:

RefSeq Version	XM_006925880.3
Organism	Pteropus alecto(black flying fox)
Definition	Pteropus alecto SEC31 homolog B, COPII coat complex component (SEC31B), mRNA.

Target ORF information:

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

XM_006925880.3

ORF Insert Sequence:

ATGAAGCTGA AGGAACTTGA GAGGCCAGCA GTTCAAGTGT GGAGCCCAGC TAGTCAGCAC 
CCTGTGTATC TGGCTACAGG AACATCTGCC CAGCAGCTAG ATGCCTCCTT TAGCACAAAT 
GGCGCATTGG AAATCTTTGA GGTTGATTTC AGGGACCCCT CTTTGAACTT GAAACACAAA 
GGAGTCCTTT CTGCCTCAAG CAGGTTTCAC AAGCTGATCT GGGGGAACTT TGGCAGTGGG 
CTTCTGGAAG GCTCCGGGGT TATTGCAGGC GGCGGGGACA ATGGCATGCT TACTTTATAC 
AATGTGACCC ACATCCTGTC TTCGGGAAAG GATCCTGTGA TTGCCCAGAG GCAGAAGCAC 
ACAGGGGCTG TCAGAGCCCT CGACTTTAAT CCTTTCCAGG GCAACCTCCT GGCCTCAGGA 
GCCAATGATT CTGAAATCTT CATTTGGGAT TTGAATAACC TGAGTGTACC AATGACCCTA 
GGATACAAGT CACAGCAGCC TCCAGAAGAC ATCAAGGCAC TCTCTTGGAA CCGGCAAGTT 
CAACACATTC TGTCTTCTGC TCATCCCAGT GGTAAGGCAG TTGTGTGGGA TCTCAGGAAG 
AATGAACCCA TCATCAAAGT CAGTGATCAC AGCAACAGGA TGCAATGCTC AGGACTGGCC 
TGGCACCCTG ACATAGCCAC TCAGTTGGTG CTATGCTCAG AAGATGATCG TCTCCCAGTG 
ATTCAGCTGT GGGACTTGCG CTTTGCCTCC TCGCCCCTGA AGGTGCTAGA GAGTCACAGC 
AGGGGGATCT TGTCGGTGTC GTGGAGCCAG GCTGATGCTG AGCTGCTGCT CAGTAGTGCC 
AAAGACAACC AGGTCTTGTG TTGGGACCTG GCGAGCAGTG AGGTGGTATA TAAGCTACCC 
ACACAGAGCA GCTGGTGCTT TGATGTGCAG TGGTGTCCTC GGGACCCTCC AGTGTTCTCT 
GCTGCCTCCT TTGATGGCTG GATCAGTTTG TACTCTGTGA TGGGTAGGAG CTGCGAAGTT 
CAGCAGATGA GACAAGTTGA CAAGATCTCT TCTTCCTTCA GCCAAGGCCA GCCTCTCCCA 
CCATTGCAGG TGCCAGAACA AGCAGCCCAA GCATCATTGA TACCTCCCCT GAAAAAAACC 
CCCAAATGGA TGAGAAGGCC AGCAGGTGTT TCATTTGCTT TTGGAGGGAA GCTGGTTACT 
TTTGTCCTTC CCAGTACCCC TGCCCATCAG GAAACACAGC CTTGCCTCCG CCTAGTCTTC 
ATCAGTCAAG TCATCACAGA ATCCAAATTC CTGATGCAGT CAGCTGAGCT GCAAGAGGCC 
CTGAGATCAG GGAATCTCCT GAATTATTGT CAGAACAAGA TCCAGTGTGC GTCACTGCAA 
AGTGAAAAGA TGCTCTGGCA GTTCCTGAAG GTGACCTTAG AACAAGACTC CAGGACGAAA 
TTCCTAAAGC TATTAGGATA CAATAAAGAT GAGCTTCAGA AGAAGGTGGC CACGTGGTTG 
AAGAGTGACT TGGAGCTAGG TGAGAGTCCT CAGCCCAAGG GAGATGACCT CAACAGTAAC 
AGACAACAGG CCTTCTGCAG CCAGGCTTCC AAATATATCA CAGAGGAAGC TTCTGCTTCC 
TCAACCTTCT TTGATGAGCT GGTCCCTCAG GACATGACTC CATGGGAGAT CCCCATCACA 
GAAGACATGG ATGGACTCCT GAGCCAGGCT CTCCTGCTTG GCGAACTGGG CCCTGCTGTG 
GAGCTGTGTC TGAAGGAAGA GCGCTTTGCT GATGCTATCA TCCTGGCCCA TGCAGGGGGC 
GCAGACCTGC TGAAGCAAAC ACAAGAGTGC TACTTGGCCA AGAAGAAAAC CAGAATCTCC 
TCGCTGCTAG CCTGTGTTGT GCGGAAGAAT TGGAAGGATA TGGTGTGTGC CTGTAGTCTG 
CAGAACTGGA GAGAGGCACT GGCCTTGCTC CTGACATACT CAGGGCCAGA GAAATTCCCT 
GAGCTCTGTG ACATGCTGGG TGCTCGCATG GAGCAGGAGG GCGGCGGGGC ACTCACCTCT 
GAAGCCAGAC TCTGTTATGT GTGCTCAAGG AGTGTGGAGC GGCTGGTGGA GTGCTGGGCA 
AAATGCCACC AGGCTTCATC TCCCATGGCT CTCCAGGACT TGATGGAGAA GGTGATGGTC 
CTCAATAGGA GCTTGGAGCT ACTGCGGGGT CCTGATGGCG TGAGCCCAGG CCCTGCCACA 
ACCTACAGAG TCACTCAGTA TGCCAACCTC CTGGCAGCCC AGGGCAGCCT GGCCACTGCC 
ATGAGCTACC TACCCAGTGA CTGTGCTCAG CCACCAGTTC AGCAGCTGAG AGATAGGCTT 
TTTCATGCCC AGGGCGCTGG TGTCTTGGGC CAACAGTCTC CTCCTTTCCC CTTTCCTCGA 
GTCCTTGTGG GAGCTACCCC CCACTCTAAA GAGACATCAT CTTTCAGATT GGGATTCCAG 
CCTTCTCAGC AGATTCCAAC TCCATCTCCA AGGTCAAGAA TTTTCACATC TCAGTCATCA 
CTAGTGATGC CCTTGACCAA ACTTTCCCAT CCCAGCCCTT ATCAAGGTTC CAGAATACAG 
AATATAAATG ACTACAGGGT ACTTGAGCCC CAGATAACCC AGCCTTTGCC TCTGGGCCCT 
GGGGAAAGGC CTGCTTTATC TCAGCCACAG CTGTTAAGAG GGCAAAGGGT ACAAGCCCCT 
AACCCTGTGG GATTCCTTGG AACATGGCCT CCTCCTGGTC ACCCTCCTCT CATGGCACCA 
TCAAACATCA TGCAGCCTAG CTCTGCCTCC CTGCCTGAGT CTGCTCGACT GCTCCCTTTG 
CCTCCTGTGA GACCACCAGG TCTCGGCCCT ATGAGCTCCC AGCCCCTAGC CCCTCCTGTC 
AGCTTCCCTG CAGCACACCC TCCAGGAGGA CCAGGTGCTC CATGCTCTAG TGCCTTCTCC 
ATCACTGACA TCCTAACTCC TCATCCAGGA ACTCAAGATT CCTTGAAAAG TGTTCCAGCT 
CCCAGGGCAA ACCTCCAGAG GAGAAAGTTG CCAGCGACAT TTACGTCCCC AGCACCAATT 
ACCGCTCCAA TTATGAGCCT CACTTCTGAG CCACGAGGGG TTCTTTCCTC ACAGCCCCAT 
GTCCCTAGTG TGGGTCATGC TCCCCCTGGA GCGCCAGGAG AACGCGGCCT GCAGCAACGG 
CCACCAGAGA AGATGGACAG GAAGGAGCTG CCCCCAGAGC ATCAGCCCTT GAAGACCAGT 
TTTGAGGTGC TTCTACAACG CTGCTCCCAG TCTGCCACCG ACTTAAAGAC AAAACGGAAG 
CTGGATGAGG CAGCGAAACG TCTCGAAAGT TTATATGAGA AGATCTGCGA GGGGACACTC 
TCGCCTCATG TCCTGGCTGG GCTTCACGAG GTGGCCCGAT GTGTGGATGC AGGAAACTTT 
GAGCAGGGCC TCGCAGTGCA CGCCCAGGTG GTGGGCTGCA GCCGCTTCAG TGAGGTCTCC 
AGCTTCATGC CTGTCCTGAA GGCTGTCCTC ACCATTGCTC AGAAGCTGCA CGTGTAA

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

SEC31B ( XM_006925880.2 ) cDNA ORF clone, Pteropus alecto(black flying fox) -> XP_006925942.1 Pteropus alecto SEC31 homolog B, COPII coat complex component (SEC31B), mRNA.

Price & Availability↑

CloneID	OPt31013
Clone ID Related Accession (Same CDS sequence)	XM_006925880.3 , XM_006925880.2
Accession Version	XM_006925880.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3537bp) 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	2016-02-09
Organism	Pteropus alecto(black flying fox)
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_006494611.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Feb 10, 2016 this sequence version replaced XM_006925880.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Pteropus alecto Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGCTGA AGGAACTTGA GAGGCCAGCA GTTCAAGTGT GGAGCCCAGC TAGTCAGCAC 
CCTGTGTATC TGGCTACAGG AACATCTGCC CAGCAGCTAG ATGCCTCCTT TAGCACAAAT 
GGCGCATTGG AAATCTTTGA GGTTGATTTC AGGGACCCCT CTTTGAACTT GAAACACAAA 
GGAGTCCTTT CTGCCTCAAG CAGGTTTCAC AAGCTGATCT GGGGGAACTT TGGCAGTGGG 
CTTCTGGAAG GCTCCGGGGT TATTGCAGGC GGCGGGGACA ATGGCATGCT TACTTTATAC 
AATGTGACCC ACATCCTGTC TTCGGGAAAG GATCCTGTGA TTGCCCAGAG GCAGAAGCAC 
ACAGGGGCTG TCAGAGCCCT CGACTTTAAT CCTTTCCAGG GCAACCTCCT GGCCTCAGGA 
GCCAATGATT CTGAAATCTT CATTTGGGAT TTGAATAACC TGAGTGTACC AATGACCCTA 
GGATACAAGT CACAGCAGCC TCCAGAAGAC ATCAAGGCAC TCTCTTGGAA CCGGCAAGTT 
CAACACATTC TGTCTTCTGC TCATCCCAGT GGTAAGGCAG TTGTGTGGGA TCTCAGGAAG 
AATGAACCCA TCATCAAAGT CAGTGATCAC AGCAACAGGA TGCAATGCTC AGGACTGGCC 
TGGCACCCTG ACATAGCCAC TCAGTTGGTG CTATGCTCAG AAGATGATCG TCTCCCAGTG 
ATTCAGCTGT GGGACTTGCG CTTTGCCTCC TCGCCCCTGA AGGTGCTAGA GAGTCACAGC 
AGGGGGATCT TGTCGGTGTC GTGGAGCCAG GCTGATGCTG AGCTGCTGCT CAGTAGTGCC 
AAAGACAACC AGGTCTTGTG TTGGGACCTG GCGAGCAGTG AGGTGGTATA TAAGCTACCC 
ACACAGAGCA GCTGGTGCTT TGATGTGCAG TGGTGTCCTC GGGACCCTCC AGTGTTCTCT 
GCTGCCTCCT TTGATGGCTG GATCAGTTTG TACTCTGTGA TGGGTAGGAG CTGCGAAGTT 
CAGCAGATGA GACAAGTTGA CAAGATCTCT TCTTCCTTCA GCCAAGGCCA GCCTCTCCCA 
CCATTGCAGG TGCCAGAACA AGCAGCCCAA GCATCATTGA TACCTCCCCT GAAAAAAACC 
CCCAAATGGA TGAGAAGGCC AGCAGGTGTT TCATTTGCTT TTGGAGGGAA GCTGGTTACT 
TTTGTCCTTC CCAGTACCCC TGCCCATCAG GAAACACAGC CTTGCCTCCG CCTAGTCTTC 
ATCAGTCAAG TCATCACAGA ATCCAAATTC CTGATGCAGT CAGCTGAGCT GCAAGAGGCC 
CTGAGATCAG GGAATCTCCT GAATTATTGT CAGAACAAGA TCCAGTGTGC GTCACTGCAA 
AGTGAAAAGA TGCTCTGGCA GTTCCTGAAG GTGACCTTAG AACAAGACTC CAGGACGAAA 
TTCCTAAAGC TATTAGGATA CAATAAAGAT GAGCTTCAGA AGAAGGTGGC CACGTGGTTG 
AAGAGTGACT TGGAGCTAGG TGAGAGTCCT CAGCCCAAGG GAGATGACCT CAACAGTAAC 
AGACAACAGG CCTTCTGCAG CCAGGCTTCC AAATATATCA CAGAGGAAGC TTCTGCTTCC 
TCAACCTTCT TTGATGAGCT GGTCCCTCAG GACATGACTC CATGGGAGAT CCCCATCACA 
GAAGACATGG ATGGACTCCT GAGCCAGGCT CTCCTGCTTG GCGAACTGGG CCCTGCTGTG 
GAGCTGTGTC TGAAGGAAGA GCGCTTTGCT GATGCTATCA TCCTGGCCCA TGCAGGGGGC 
GCAGACCTGC TGAAGCAAAC ACAAGAGTGC TACTTGGCCA AGAAGAAAAC CAGAATCTCC 
TCGCTGCTAG CCTGTGTTGT GCGGAAGAAT TGGAAGGATA TGGTGTGTGC CTGTAGTCTG 
CAGAACTGGA GAGAGGCACT GGCCTTGCTC CTGACATACT CAGGGCCAGA GAAATTCCCT 
GAGCTCTGTG ACATGCTGGG TGCTCGCATG GAGCAGGAGG GCGGCGGGGC ACTCACCTCT 
GAAGCCAGAC TCTGTTATGT GTGCTCAAGG AGTGTGGAGC GGCTGGTGGA GTGCTGGGCA 
AAATGCCACC AGGCTTCATC TCCCATGGCT CTCCAGGACT TGATGGAGAA GGTGATGGTC 
CTCAATAGGA GCTTGGAGCT ACTGCGGGGT CCTGATGGCG TGAGCCCAGG CCCTGCCACA 
ACCTACAGAG TCACTCAGTA TGCCAACCTC CTGGCAGCCC AGGGCAGCCT GGCCACTGCC 
ATGAGCTACC TACCCAGTGA CTGTGCTCAG CCACCAGTTC AGCAGCTGAG AGATAGGCTT 
TTTCATGCCC AGGGCGCTGG TGTCTTGGGC CAACAGTCTC CTCCTTTCCC CTTTCCTCGA 
GTCCTTGTGG GAGCTACCCC CCACTCTAAA GAGACATCAT CTTTCAGATT GGGATTCCAG 
CCTTCTCAGC AGATTCCAAC TCCATCTCCA AGGTCAAGAA TTTTCACATC TCAGTCATCA 
CTAGTGATGC CCTTGACCAA ACTTTCCCAT CCCAGCCCTT ATCAAGGTTC CAGAATACAG 
AATATAAATG ACTACAGGGT ACTTGAGCCC CAGATAACCC AGCCTTTGCC TCTGGGCCCT 
GGGGAAAGGC CTGCTTTATC TCAGCCACAG CTGTTAAGAG GGCAAAGGGT ACAAGCCCCT 
AACCCTGTGG GATTCCTTGG AACATGGCCT CCTCCTGGTC ACCCTCCTCT CATGGCACCA 
TCAAACATCA TGCAGCCTAG CTCTGCCTCC CTGCCTGAGT CTGCTCGACT GCTCCCTTTG 
CCTCCTGTGA GACCACCAGG TCTCGGCCCT ATGAGCTCCC AGCCCCTAGC CCCTCCTGTC 
AGCTTCCCTG CAGCACACCC TCCAGGAGGA CCAGGTGCTC CATGCTCTAG TGCCTTCTCC 
ATCACTGACA TCCTAACTCC TCATCCAGGA ACTCAAGATT CCTTGAAAAG TGTTCCAGCT 
CCCAGGGCAA ACCTCCAGAG GAGAAAGTTG CCAGCGACAT TTACGTCCCC AGCACCAATT 
ACCGCTCCAA TTATGAGCCT CACTTCTGAG CCACGAGGGG TTCTTTCCTC ACAGCCCCAT 
GTCCCTAGTG TGGGTCATGC TCCCCCTGGA GCGCCAGGAG AACGCGGCCT GCAGCAACGG 
CCACCAGAGA AGATGGACAG GAAGGAGCTG CCCCCAGAGC ATCAGCCCTT GAAGACCAGT 
TTTGAGGTGC TTCTACAACG CTGCTCCCAG TCTGCCACCG ACTTAAAGAC AAAACGGAAG 
CTGGATGAGG CAGCGAAACG TCTCGAAAGT TTATATGAGA AGATCTGCGA GGGGACACTC 
TCGCCTCATG TCCTGGCTGG GCTTCACGAG GTGGCCCGAT GTGTGGATGC AGGAAACTTT 
GAGCAGGGCC TCGCAGTGCA CGCCCAGGTG GTGGGCTGCA GCCGCTTCAG TGAGGTCTCC 
AGCTTCATGC CTGTCCTGAA GGCTGTCCTC ACCATTGCTC AGAAGCTGCA CGTGTAA

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

RefSeq	XP_006925942.1
CDS	21..3557
Translation	MKLKELERPAVQVWSPASQHPVYLATGTSAQQLDASFSTNGALEIFEVDFRDPSLNLKHKGVLSASSRFHKLIWGNFGSGLLEGSGVIAGGGDNGMLTLYNVTHILSSGKDPVIAQRQKHTGAVRALDFNPFQGNLLASGANDSEIFIWDLNNLSVPMTLGYKSQQPPEDIKALSWNRQVQHILSSAHPSGKAVVWDLRKNEPIIKVSDHSNRMQCSGLAWHPDIATQLVLCSEDDRLPVIQLWDLRFASSPLKVLESHSRGILSVSWSQADAELLLSSAKDNQVLCWDLASSEVVYKLPTQSSWCFDVQWCPRDPPVFSAASFDGWISLYSVMGRSCEVQQMRQVDKISSSFSQGQPLPPLQVPEQAAQASLIPPLKKTPKWMRRPAGVSFAFGGKLVTFVLPSTPAHQETQPCLRLVFISQVITESKFLMQSAELQEALRSGNLLNYCQNKIQCASLQSEKMLWQFLKVTLEQDSRTKFLKLLGYNKDELQKKVATWLKSDLELGESPQPKGDDLNSNRQQAFCSQASKYITEEASASSTFFDELVPQDMTPWEIPITEDMDGLLSQALLLGELGPAVELCLKEERFADAIILAHAGGADLLKQTQECYLAKKKTRISSLLACVVRKNWKDMVCACSLQNWREALALLLTYSGPEKFPELCDMLGARMEQEGGGALTSEARLCYVCSRSVERLVECWAKCHQASSPMALQDLMEKVMVLNRSLELLRGPDGVSPGPATTYRVTQYANLLAAQGSLATAMSYLPSDCAQPPVQQLRDRLFHAQGAGVLGQQSPPFPFPRVLVGATPHSKETSSFRLGFQPSQQIPTPSPRSRIFTSQSSLVMPLTKLSHPSPYQGSRIQNINDYRVLEPQITQPLPLGPGERPALSQPQLLRGQRVQAPNPVGFLGTWPPPGHPPLMAPSNIMQPSSASLPESARLLPLPPVRPPGLGPMSSQPLAPPVSFPAAHPPGGPGAPCSSAFSITDILTPHPGTQDSLKSVPAPRANLQRRKLPATFTSPAPITAPIMSLTSEPRGVLSSQPHVPSVGHAPPGAPGERGLQQRPPEKMDRKELPPEHQPLKTSFEVLLQRCSQSATDLKTKRKLDEAAKRLESLYEKICEGTLSPHVLAGLHEVARCVDAGNFEQGLAVHAQVVGCSRFSEVSSFMPVLKAVLTIAQKLHV

Target ORF information:

RefSeq Version	XM_006925880.2
Organism	Pteropus alecto(black flying fox)
Definition	Pteropus alecto SEC31 homolog B, COPII coat complex component (SEC31B), mRNA.

Target ORF information:

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

XM_006925880.2

ORF Insert Sequence:

ATGAAGCTGA AGGAACTTGA GAGGCCAGCA GTTCAAGTGT GGAGCCCAGC TAGTCAGCAC 
CCTGTGTATC TGGCTACAGG AACATCTGCC CAGCAGCTAG ATGCCTCCTT TAGCACAAAT 
GGCGCATTGG AAATCTTTGA GGTTGATTTC AGGGACCCCT CTTTGAACTT GAAACACAAA 
GGAGTCCTTT CTGCCTCAAG CAGGTTTCAC AAGCTGATCT GGGGGAACTT TGGCAGTGGG 
CTTCTGGAAG GCTCCGGGGT TATTGCAGGC GGCGGGGACA ATGGCATGCT TACTTTATAC 
AATGTGACCC ACATCCTGTC TTCGGGAAAG GATCCTGTGA TTGCCCAGAG GCAGAAGCAC 
ACAGGGGCTG TCAGAGCCCT CGACTTTAAT CCTTTCCAGG GCAACCTCCT GGCCTCAGGA 
GCCAATGATT CTGAAATCTT CATTTGGGAT TTGAATAACC TGAGTGTACC AATGACCCTA 
GGATACAAGT CACAGCAGCC TCCAGAAGAC ATCAAGGCAC TCTCTTGGAA CCGGCAAGTT 
CAACACATTC TGTCTTCTGC TCATCCCAGT GGTAAGGCAG TTGTGTGGGA TCTCAGGAAG 
AATGAACCCA TCATCAAAGT CAGTGATCAC AGCAACAGGA TGCAATGCTC AGGACTGGCC 
TGGCACCCTG ACATAGCCAC TCAGTTGGTG CTATGCTCAG AAGATGATCG TCTCCCAGTG 
ATTCAGCTGT GGGACTTGCG CTTTGCCTCC TCGCCCCTGA AGGTGCTAGA GAGTCACAGC 
AGGGGGATCT TGTCGGTGTC GTGGAGCCAG GCTGATGCTG AGCTGCTGCT CAGTAGTGCC 
AAAGACAACC AGGTCTTGTG TTGGGACCTG GCGAGCAGTG AGGTGGTATA TAAGCTACCC 
ACACAGAGCA GCTGGTGCTT TGATGTGCAG TGGTGTCCTC GGGACCCTCC AGTGTTCTCT 
GCTGCCTCCT TTGATGGCTG GATCAGTTTG TACTCTGTGA TGGGTAGGAG CTGCGAAGTT 
CAGCAGATGA GACAAGTTGA CAAGATCTCT TCTTCCTTCA GCCAAGGCCA GCCTCTCCCA 
CCATTGCAGG TGCCAGAACA AGCAGCCCAA GCATCATTGA TACCTCCCCT GAAAAAAACC 
CCCAAATGGA TGAGAAGGCC AGCAGGTGTT TCATTTGCTT TTGGAGGGAA GCTGGTTACT 
TTTGTCCTTC CCAGTACCCC TGCCCATCAG GAAACACAGC CTTGCCTCCG CCTAGTCTTC 
ATCAGTCAAG TCATCACAGA ATCCAAATTC CTGATGCAGT CAGCTGAGCT GCAAGAGGCC 
CTGAGATCAG GGAATCTCCT GAATTATTGT CAGAACAAGA TCCAGTGTGC GTCACTGCAA 
AGTGAAAAGA TGCTCTGGCA GTTCCTGAAG GTGACCTTAG AACAAGACTC CAGGACGAAA 
TTCCTAAAGC TATTAGGATA CAATAAAGAT GAGCTTCAGA AGAAGGTGGC CACGTGGTTG 
AAGAGTGACT TGGAGCTAGG TGAGAGTCCT CAGCCCAAGG GAGATGACCT CAACAGTAAC 
AGACAACAGG CCTTCTGCAG CCAGGCTTCC AAATATATCA CAGAGGAAGC TTCTGCTTCC 
TCAACCTTCT TTGATGAGCT GGTCCCTCAG GACATGACTC CATGGGAGAT CCCCATCACA 
GAAGACATGG ATGGACTCCT GAGCCAGGCT CTCCTGCTTG GCGAACTGGG CCCTGCTGTG 
GAGCTGTGTC TGAAGGAAGA GCGCTTTGCT GATGCTATCA TCCTGGCCCA TGCAGGGGGC 
GCAGACCTGC TGAAGCAAAC ACAAGAGTGC TACTTGGCCA AGAAGAAAAC CAGAATCTCC 
TCGCTGCTAG CCTGTGTTGT GCGGAAGAAT TGGAAGGATA TGGTGTGTGC CTGTAGTCTG 
CAGAACTGGA GAGAGGCACT GGCCTTGCTC CTGACATACT CAGGGCCAGA GAAATTCCCT 
GAGCTCTGTG ACATGCTGGG TGCTCGCATG GAGCAGGAGG GCGGCGGGGC ACTCACCTCT 
GAAGCCAGAC TCTGTTATGT GTGCTCAAGG AGTGTGGAGC GGCTGGTGGA GTGCTGGGCA 
AAATGCCACC AGGCTTCATC TCCCATGGCT CTCCAGGACT TGATGGAGAA GGTGATGGTC 
CTCAATAGGA GCTTGGAGCT ACTGCGGGGT CCTGATGGCG TGAGCCCAGG CCCTGCCACA 
ACCTACAGAG TCACTCAGTA TGCCAACCTC CTGGCAGCCC AGGGCAGCCT GGCCACTGCC 
ATGAGCTACC TACCCAGTGA CTGTGCTCAG CCACCAGTTC AGCAGCTGAG AGATAGGCTT 
TTTCATGCCC AGGGCGCTGG TGTCTTGGGC CAACAGTCTC CTCCTTTCCC CTTTCCTCGA 
GTCCTTGTGG GAGCTACCCC CCACTCTAAA GAGACATCAT CTTTCAGATT GGGATTCCAG 
CCTTCTCAGC AGATTCCAAC TCCATCTCCA AGGTCAAGAA TTTTCACATC TCAGTCATCA 
CTAGTGATGC CCTTGACCAA ACTTTCCCAT CCCAGCCCTT ATCAAGGTTC CAGAATACAG 
AATATAAATG ACTACAGGGT ACTTGAGCCC CAGATAACCC AGCCTTTGCC TCTGGGCCCT 
GGGGAAAGGC CTGCTTTATC TCAGCCACAG CTGTTAAGAG GGCAAAGGGT ACAAGCCCCT 
AACCCTGTGG GATTCCTTGG AACATGGCCT CCTCCTGGTC ACCCTCCTCT CATGGCACCA 
TCAAACATCA TGCAGCCTAG CTCTGCCTCC CTGCCTGAGT CTGCTCGACT GCTCCCTTTG 
CCTCCTGTGA GACCACCAGG TCTCGGCCCT ATGAGCTCCC AGCCCCTAGC CCCTCCTGTC 
AGCTTCCCTG CAGCACACCC TCCAGGAGGA CCAGGTGCTC CATGCTCTAG TGCCTTCTCC 
ATCACTGACA TCCTAACTCC TCATCCAGGA ACTCAAGATT CCTTGAAAAG TGTTCCAGCT 
CCCAGGGCAA ACCTCCAGAG GAGAAAGTTG CCAGCGACAT TTACGTCCCC AGCACCAATT 
ACCGCTCCAA TTATGAGCCT CACTTCTGAG CCACGAGGGG TTCTTTCCTC ACAGCCCCAT 
GTCCCTAGTG TGGGTCATGC TCCCCCTGGA GCGCCAGGAG AACGCGGCCT GCAGCAACGG 
CCACCAGAGA AGATGGACAG GAAGGAGCTG CCCCCAGAGC ATCAGCCCTT GAAGACCAGT 
TTTGAGGTGC TTCTACAACG CTGCTCCCAG TCTGCCACCG ACTTAAAGAC AAAACGGAAG 
CTGGATGAGG CAGCGAAACG TCTCGAAAGT TTATATGAGA AGATCTGCGA GGGGACACTC 
TCGCCTCATG TCCTGGCTGG GCTTCACGAG GTGGCCCGAT GTGTGGATGC AGGAAACTTT 
GAGCAGGGCC TCGCAGTGCA CGCCCAGGTG GTGGGCTGCA GCCGCTTCAG TGAGGTCTCC 
AGCTTCATGC CTGTCCTGAA GGCTGTCCTC ACCATTGCTC AGAAGCTGCA CGTGTAA