SEC31A gene cDNA ORF clone, Taeniopygia guttata(zebra finch)

mRNA	Protein	Name
XM_030271792.1	XP_030127652.1	protein transport protein Sec31A isoform X1
XM_030271795.1	XP_030127655.1	protein transport protein Sec31A isoform X4
XM_030271796.1	XP_030127656.1	protein transport protein Sec31A isoform X5
XM_030271797.1	XP_030127657.1	protein transport protein Sec31A isoform X6
XM_030271793.1	XP_030127653.1	protein transport protein Sec31A isoform X2
XM_030271798.1	XP_030127658.1	protein transport protein Sec31A isoform X7
XM_030271800.1	XP_030127660.1	protein transport protein Sec31A isoform X9
XM_030271794.1	XP_030127654.1	protein transport protein Sec31A isoform X3
XM_030271799.1	XP_030127659.1	protein transport protein Sec31A isoform X8
XM_012573340.1	XP_012428794.1	LOW QUALITY PROTEIN: protein transport protein Sec31A

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OTd18327	XM_012573340.1 Latest version!	Taeniopygia guttata SEC31 homolog A (S. cerevisiae) (SEC31A), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OTd44963	XM_030271792.1 Latest version!	Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OTd44964	XM_030271793.1 Latest version!	Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OTd44965	XM_030271794.1 Latest version!	Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OTd44966	XM_030271795.1 Latest version!	Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OTd44967	XM_030271796.1 Latest version!	Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OTd44968	XM_030271797.1 Latest version!	Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OTd44969	XM_030271798.1 Latest version!	Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OTd44970	XM_030271799.1 Latest version!	Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd44971	XM_030271800.1 Latest version!	Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00

SEC31A ( XM_012573340.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012428794.1 Taeniopygia guttata SEC31 homolog A (S. cerevisiae) (SEC31A), mRNA.

Price & Availability↑

CloneID	OTd18327
Clone ID Related Accession (Same CDS sequence)	XM_012573340.1
Accession Version	XM_012573340.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3699bp) 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	2015-05-25
Organism	Taeniopygia guttata(zebra finch)
Product	LOW QUALITY PROTEIN: protein transport protein Sec31A
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002198633.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Taeniopygia guttata Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 2 indels internal stop codons :: corrected 1 genomic stop codons ##RefSeq-Attributes-END##

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGNAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGGGGACAAC 
CCACCTCCTC CAGGGTTTAT TATGCCAGGA GCTGTTGGCC CCAGCATGCC ACCACAGCAA 
GCCATATCTT CCAACTACAG CATGTACCCG CAAGCAGGAA CACGGCCAGC ATACCCACAG 
ACATATCAGG CCACACAGCA GTACTCCTCA GGAACTGGGG TAGCAGCTCT CTATCAGCCT 
CAGCAGCCTA TTGCTGCCCC TNTCTCAGCC TAATACCCCA ACCCTGCCCC TAACACCACC 
CCCTCCTACC TGCCATTTGC CCCTGCCCAC TCCGTGCCCT CCCCTCTGTA CCCCGGGCAG 
CCTCAGCCCT CCCCAACGAG CCTGAATCCC GCCTCTTCCT TCCCTGTTCC TCCTTCTGGC 
ACATCCTTTC AGCATGGCAG GCCAGGACTT CCAGCAACTT CTGTGGCTTA TGCATTACCT 
ACTGGACCAA CAGGTACTCT GCCTGCAGCC AGTGATCTTC CTGCATCCCA GAGAACAGGG 
CCTCAGAATG GCTGGAATGA CCCTCCCACT CTCAACAGAG CTGCCAAGAA GAAGGTCCCT 
GACAACTTCC TGCCCCCGGT CCCCATCACC TCCCCCATCA TGAACCCGCT GGTGGACCCG 
CAGTCTCAGA TGCAGCAGCC CCAGGCTCCA GCACCACCCA GCAAGGCCCC CAGCTTCCAG 
CCTCCACACC TCCCTGCAGG GCAGATGGTG CTGCAGGGTG GCTTCCAGCC TGCTGCCCAG 
CCCCTGGGGC CATCCACCAT GCCACCCACC GTTTCCAAAC CCAGCATGGA GGGGGCCCCA 
GGGGCCCCGA TTGGCAATGC CATCCAGCAT GTGCAGGCAC TGCCAACAGA GAAGATCACC 
AAGAAGCCCA TCCCTGAGGA GCACCTTATT CTGAAGACTA CGTTTGAAGC TCTCATCCAG 
AGGTGCCTGC TGTCTACCTC TGATCCACAA ACCAAGAGGA AACTGGATGA TGCAAATAAA 
CGCCTGGAGT TTCTGTATGA CAAACTTAGA GAACAGACAC TCTCTCCAAA CATCATTAGT 
GGCTTGCACA ACATCGTGAA GAGCATTGAG ACCCGCAACT ACCAGGAGGG ACTGAACATC 
CACACACACA TCGTCAGCAC CAGCAACTTC AGCGAGACCT CTGCTTTCAT GCCAGTCCTC 
AAGGTTGTTC TCACCCAGGC CAATAAGCTG GGGGTGTGA

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

RefSeq	XP_012428794.1
CDS	67..3765
Translation	MKLKEVDRTAMQAWSPAQQHPIYLATGTSAQQLDATFSTSATLEIFELDLADPSLDMKSCATFSSSHRYHKLIWGPHSMTSGDRVSGVLIAGGENGNVILYDSAKIIDGEAEVIIAQKDKHTGPVRALDVNMFQTNLVASGANESEIYIWDLNNFATPMTPGVKTQPLEDISCIAWNRQVQHILASASPSGRATVWDLRKNEPIIKVSDHNNRMHCSGLAWHPEVATQMVLASEDDRLPVIQMWDLRFASSPLRVLESHTRGILAIAWSLADPELLLSCGKDAKILCSNPNTGEVLYELPTNTQWCFDIQWCPRNPAVLSAASFDGRISVYSIMGSSADGLRQKQVDQLSSSFGNLDPFGTGQPLPPLQLPQQTAPQSVVMPLKKPPKWIRRPMGASFSFGGKLVTFENSKPLQQLGMEQQQHPHVYVSQVVTEKEFLARSNQLQEAVQSEGFVSYCQnullKIDMALADFERNVWAFLKVNFEEDSRVRYLELLGYRKDDLRKKITSALNKEGLPDGVLGEAPTESDGSVPNEGDEGQTTEEQFLGETLKDHKKETEDLGCAKTTFNISVSGDVDGLITQALLTGNFESAVDLCLHDNRMADAIILAIAGGQELLSQTQEKYFAKMRSKITRLITAVVTKNWKEIVQSCDLQNWREALAAVLTYARPDEFTALCDLLGSRLENEGDSILQTQACLCYICAGNVDKLVACWTKVQDGNSPLSLQDLIEKVVILRKAVQLTQAVDPNAMGALLAEKMSQYANLLAAQGSLAAALTFLPANTNQPNIVQLRDRLCRAQGELPVGHNGLKGQYEREPMSKGRAGPMAGQMQAPQAPAQQYYQQGDNPPPPGFIMPGAVGPSMPPQQAISSNYSMYPQAGTRPAYPQTYQATQQYSSGTGVAALYQPQQPIAAPnullSA*YPNPAPNTTPSYLPFAPAHSVPSPLYPGQPQPSPTSLNPASSFPVPPSGTSFQHGRPGLPATSVAYALPTGPTGTLPAASDLPASQRTGPQNGWNDPPTLNRAAKKKVPDNFLPPVPITSPIMNPLVDPQSQMQQPQAPAPPSKAPSFQPPHLPAGQMVLQGGFQPAAQPLGPSTMPPTVSKPSMEGAPGAPIGNAIQHVQALPTEKITKKPIPEEHLILKTTFEALIQRCLLSTSDPQTKRKLDDANKRLEFLYDKLREQTLSPNIISGLHNIVKSIETRNYQEGLNIHTHIVSTSNFSETSAFMPVLKVVLTQANKLGV

Target ORF information:

RefSeq Version	XM_012573340.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata SEC31 homolog A (S. cerevisiae) (SEC31A), mRNA.

Target ORF information:

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

XM_012573340.1

ORF Insert Sequence:

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGNAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGGGGACAAC 
CCACCTCCTC CAGGGTTTAT TATGCCAGGA GCTGTTGGCC CCAGCATGCC ACCACAGCAA 
GCCATATCTT CCAACTACAG CATGTACCCG CAAGCAGGAA CACGGCCAGC ATACCCACAG 
ACATATCAGG CCACACAGCA GTACTCCTCA GGAACTGGGG TAGCAGCTCT CTATCAGCCT 
CAGCAGCCTA TTGCTGCCCC TNTCTCAGCC TAATACCCCA ACCCTGCCCC TAACACCACC 
CCCTCCTACC TGCCATTTGC CCCTGCCCAC TCCGTGCCCT CCCCTCTGTA CCCCGGGCAG 
CCTCAGCCCT CCCCAACGAG CCTGAATCCC GCCTCTTCCT TCCCTGTTCC TCCTTCTGGC 
ACATCCTTTC AGCATGGCAG GCCAGGACTT CCAGCAACTT CTGTGGCTTA TGCATTACCT 
ACTGGACCAA CAGGTACTCT GCCTGCAGCC AGTGATCTTC CTGCATCCCA GAGAACAGGG 
CCTCAGAATG GCTGGAATGA CCCTCCCACT CTCAACAGAG CTGCCAAGAA GAAGGTCCCT 
GACAACTTCC TGCCCCCGGT CCCCATCACC TCCCCCATCA TGAACCCGCT GGTGGACCCG 
CAGTCTCAGA TGCAGCAGCC CCAGGCTCCA GCACCACCCA GCAAGGCCCC CAGCTTCCAG 
CCTCCACACC TCCCTGCAGG GCAGATGGTG CTGCAGGGTG GCTTCCAGCC TGCTGCCCAG 
CCCCTGGGGC CATCCACCAT GCCACCCACC GTTTCCAAAC CCAGCATGGA GGGGGCCCCA 
GGGGCCCCGA TTGGCAATGC CATCCAGCAT GTGCAGGCAC TGCCAACAGA GAAGATCACC 
AAGAAGCCCA TCCCTGAGGA GCACCTTATT CTGAAGACTA CGTTTGAAGC TCTCATCCAG 
AGGTGCCTGC TGTCTACCTC TGATCCACAA ACCAAGAGGA AACTGGATGA TGCAAATAAA 
CGCCTGGAGT TTCTGTATGA CAAACTTAGA GAACAGACAC TCTCTCCAAA CATCATTAGT 
GGCTTGCACA ACATCGTGAA GAGCATTGAG ACCCGCAACT ACCAGGAGGG ACTGAACATC 
CACACACACA TCGTCAGCAC CAGCAACTTC AGCGAGACCT CTGCTTTCAT GCCAGTCCTC 
AAGGTTGTTC TCACCCAGGC CAATAAGCTG GGGGTGTGA

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

SEC31A ( XM_030271792.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030127652.1 Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OTd44963
Clone ID Related Accession (Same CDS sequence)	XM_030271792.1
Accession Version	XM_030271792.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3840bp) 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	2019-08-08
Organism	Taeniopygia guttata(zebra finch)
Product	protein transport protein Sec31A isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044215.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGAAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGTTAGAATT 
GCCCCTACTG TCACTACCTG GAGTAACAAA ACTCCTACTG CCCTTCCCAG CCATCCTCCT 
GCAGGCTGTC CCTCTGACAC ACAGGGGGAC AACCCACCTC CTCCAGGGTT TATTATGCCA 
GGAGCTGTTG GCCCCAGCAT GCCACCACAG CAAGCCATAT CTTCCAACTA CAGCATGTAC 
CCGCAAGCAG GAACACGGCC AGCATACCCA CAGACATATC AGGCCACACA GCAGTACTCC 
TCTGGAACTG GGGTAGCAGC TCTCTATCAG CCTCAGCAGC CTATTGCTGC CCCTGCTTCA 
GCCTCCTACC CCAGCCCTGC CCCTAACACC ACCCCCTCCT ACCTGCCCTC TGCCCCTGCC 
CACTCCGTGC CCTCCCCTCT GTACCCCGGG CAGCCTCAGC CCTCCCCAAC GAGCCTGAAT 
CCCGCCTCTT CCTTCCCTGT TCCTCCTTCT GGCACATCCT TTCAGCATGG CAGGCCAGGA 
CTTCCAGCAA CTTCTGTGGC TTATGCATTA CCTACTGGAC CAACAGGTAC TCTGCCTGCA 
GCCAGTGATC TTCCTGCATC CCAGAGAACA GAAAGTCTAC CATCTCAAGA CCAGGCCTCT 
CCCTTCGCAG GTGAACTAGG GCCTCAGAAT GGCTGGAATG ACCCTCCCAC TCTCAACAGA 
GCTGCCAAGA AGAAGGTCCC TGACAACTTC CTGCCCCCGG TCCCCATCAC CTCCCCCATC 
ATGAACCCGC TGGTGGACCC GCAGTCTCAG ATGCAGCAGC CCCAGGCTCC AGCACCACCC 
AGCAAGGCCC CCAGCTTCCA GCCTCCACAC CTCCCTGCAG GGCAGATGGT GCTGCAGGGT 
GGCTTCCAGC CTGCTGCCCA GCCCCTGGGG CCATCCACCA TGCCACCCAC CGTTTCCAAA 
CCCAGCATGG AGGGGGCCCC AGGGGCCCCG ATTGGCAATG CCATCCAGCA TGTGCAGGCA 
CTGCCAACAG AGAAGATCAC CAAGAAGCCC ATCCCTGAGG AGCACCTTAT TCTGAAGACT 
ACGTTTGAAG CTCTCATCCA GAGGTGCCTG CTGTCTACCT CTGATCCACA AACCAAGAGG 
AAACTGGATG ATGCAAATAA ACGCCTGGAG TTTCTGTATG ACAAACTTAG AGAACAGACA 
CTCTCTCCAA ACATCATTAG TGGCTTGCAC AACATCGTGA AGAGCATTGA GACCCGCAAC 
TACCAGGAGG GACTGAACAT CCACACACAC ATCGTCAGCA CCAGCAACTT CAGCGAGACC 
TCTGCTTTCA TGCCAGTCCT CAAGGTTGTT CTCACCCAGG CCAATAAGCT GGGGGTGTGA

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

RefSeq	XP_030127652.1
CDS	115..3954
Translation	MKLKEVDRTAMQAWSPAQQHPIYLATGTSAQQLDATFSTSATLEIFELDLADPSLDMKSCATFSSSHRYHKLIWGPHSMTSGDRVSGVLIAGGENGNVILYDSAKIIDGEAEVIIAQKDKHTGPVRALDVNMFQTNLVASGANESEIYIWDLNNFATPMTPGVKTQPLEDISCIAWNRQVQHILASASPSGRATVWDLRKNEPIIKVSDHNNRMHCSGLAWHPEVATQMVLASEDDRLPVIQMWDLRFASSPLRVLESHTRGILAIAWSLADPELLLSCGKDAKILCSNPNTGEVLYELPTNTQWCFDIQWCPRNPAVLSAASFDGRISVYSIMGSSADGLRQKQVDQLSSSFGNLDPFGTGQPLPPLQLPQQTAPQSVVMPLKKPPKWIRRPMGASFSFGGKLVTFENSKPLQQLGMEQQQHPHVYVSQVVTEKEFLARSNQLQEAVQSEGFVSYCQKKIDMALADFERNVWAFLKVNFEEDSRVRYLELLGYRKDDLRKKITSALNKEGLPDGVLGEAPTESDGSVPNEGDEGQTTEEQFLGETLKDHKKETEDLGCAKTTFNISVSGDVDGLITQALLTGNFESAVDLCLHDNRMADAIILAIAGGQELLSQTQEKYFAKMRSKITRLITAVVTKNWKEIVQSCDLQNWREALAAVLTYARPDEFTALCDLLGSRLENEGDSILQTQACLCYICAGNVDKLVACWTKVQDGNSPLSLQDLIEKVVILRKAVQLTQAVDPNAMGALLAEKMSQYANLLAAQGSLAAALTFLPANTNQPNIVQLRDRLCRAQGELPVGHNGLKGQYEREPMSKGRAGPMAGQMQAPQAPAQQYYQQVRIAPTVTTWSNKTPTALPSHPPAGCPSDTQGDNPPPPGFIMPGAVGPSMPPQQAISSNYSMYPQAGTRPAYPQTYQATQQYSSGTGVAALYQPQQPIAAPASASYPSPAPNTTPSYLPSAPAHSVPSPLYPGQPQPSPTSLNPASSFPVPPSGTSFQHGRPGLPATSVAYALPTGPTGTLPAASDLPASQRTESLPSQDQASPFAGELGPQNGWNDPPTLNRAAKKKVPDNFLPPVPITSPIMNPLVDPQSQMQQPQAPAPPSKAPSFQPPHLPAGQMVLQGGFQPAAQPLGPSTMPPTVSKPSMEGAPGAPIGNAIQHVQALPTEKITKKPIPEEHLILKTTFEALIQRCLLSTSDPQTKRKLDDANKRLEFLYDKLREQTLSPNIISGLHNIVKSIETRNYQEGLNIHTHIVSTSNFSETSAFMPVLKVVLTQANKLGV

Target ORF information:

RefSeq Version	XM_030271792.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X1, mRNA.

Target ORF information:

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

XM_030271792.1

ORF Insert Sequence:

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGAAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGTTAGAATT 
GCCCCTACTG TCACTACCTG GAGTAACAAA ACTCCTACTG CCCTTCCCAG CCATCCTCCT 
GCAGGCTGTC CCTCTGACAC ACAGGGGGAC AACCCACCTC CTCCAGGGTT TATTATGCCA 
GGAGCTGTTG GCCCCAGCAT GCCACCACAG CAAGCCATAT CTTCCAACTA CAGCATGTAC 
CCGCAAGCAG GAACACGGCC AGCATACCCA CAGACATATC AGGCCACACA GCAGTACTCC 
TCTGGAACTG GGGTAGCAGC TCTCTATCAG CCTCAGCAGC CTATTGCTGC CCCTGCTTCA 
GCCTCCTACC CCAGCCCTGC CCCTAACACC ACCCCCTCCT ACCTGCCCTC TGCCCCTGCC 
CACTCCGTGC CCTCCCCTCT GTACCCCGGG CAGCCTCAGC CCTCCCCAAC GAGCCTGAAT 
CCCGCCTCTT CCTTCCCTGT TCCTCCTTCT GGCACATCCT TTCAGCATGG CAGGCCAGGA 
CTTCCAGCAA CTTCTGTGGC TTATGCATTA CCTACTGGAC CAACAGGTAC TCTGCCTGCA 
GCCAGTGATC TTCCTGCATC CCAGAGAACA GAAAGTCTAC CATCTCAAGA CCAGGCCTCT 
CCCTTCGCAG GTGAACTAGG GCCTCAGAAT GGCTGGAATG ACCCTCCCAC TCTCAACAGA 
GCTGCCAAGA AGAAGGTCCC TGACAACTTC CTGCCCCCGG TCCCCATCAC CTCCCCCATC 
ATGAACCCGC TGGTGGACCC GCAGTCTCAG ATGCAGCAGC CCCAGGCTCC AGCACCACCC 
AGCAAGGCCC CCAGCTTCCA GCCTCCACAC CTCCCTGCAG GGCAGATGGT GCTGCAGGGT 
GGCTTCCAGC CTGCTGCCCA GCCCCTGGGG CCATCCACCA TGCCACCCAC CGTTTCCAAA 
CCCAGCATGG AGGGGGCCCC AGGGGCCCCG ATTGGCAATG CCATCCAGCA TGTGCAGGCA 
CTGCCAACAG AGAAGATCAC CAAGAAGCCC ATCCCTGAGG AGCACCTTAT TCTGAAGACT 
ACGTTTGAAG CTCTCATCCA GAGGTGCCTG CTGTCTACCT CTGATCCACA AACCAAGAGG 
AAACTGGATG ATGCAAATAA ACGCCTGGAG TTTCTGTATG ACAAACTTAG AGAACAGACA 
CTCTCTCCAA ACATCATTAG TGGCTTGCAC AACATCGTGA AGAGCATTGA GACCCGCAAC 
TACCAGGAGG GACTGAACAT CCACACACAC ATCGTCAGCA CCAGCAACTT CAGCGAGACC 
TCTGCTTTCA TGCCAGTCCT CAAGGTTGTT CTCACCCAGG CCAATAAGCT GGGGGTGTGA

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

SEC31A ( XM_030271793.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030127653.1 Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X2, mRNA.

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CloneID	OTd44964
Clone ID Related Accession (Same CDS sequence)	XM_030271793.1
Accession Version	XM_030271793.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3795bp) 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	2019-08-08
Organism	Taeniopygia guttata(zebra finch)
Product	protein transport protein Sec31A isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044215.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGAAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGTTAGAATT 
GCCCCTACTG TCACTACCTG GAGTAACAAA ACTCCTACTG CCCTTCCCAG CCATCCTCCT 
GCAGGCTGTC CCTCTGACAC ACAGGGGGAC AACCCACCTC CTCCAGGGTT TATTATGCCA 
GGAGCTGTTG GCCCCAGCAT GCCACCACAG CAAGCCATAT CTTCCAACTA CAGCATGTAC 
CCGCAAGCAG GAACACGGCC AGCATACCCA CAGACATATC AGGCCACACA GCAGTACTCC 
TCTGGAACTG GGGTAGCAGC TCTCTATCAG CCTCAGCAGC CTATTGCTGC CCCTGCTTCA 
GCCTCCTACC CCAGCCCTGC CCCTAACACC ACCCCCTCCT ACCTGCCCTC TGCCCCTGCC 
CACTCCGTGC CCTCCCCTCT GTACCCCGGG CAGCCTCAGC CCTCCCCAAC GAGCCTGAAT 
CCCGCCTCTT CCTTCCCTGT TCCTCCTTCT GGCACATCCT TTCAGCATGG CAGGCCAGGA 
CTTCCAGCAA CTTCTGTGGC TTATGCATTA CCTACTGGAC CAACAGAAAG TCTACCATCT 
CAAGACCAGG CCTCTCCCTT CGCAGGTGAA CTAGGGCCTC AGAATGGCTG GAATGACCCT 
CCCACTCTCA ACAGAGCTGC CAAGAAGAAG GTCCCTGACA ACTTCCTGCC CCCGGTCCCC 
ATCACCTCCC CCATCATGAA CCCGCTGGTG GACCCGCAGT CTCAGATGCA GCAGCCCCAG 
GCTCCAGCAC CACCCAGCAA GGCCCCCAGC TTCCAGCCTC CACACCTCCC TGCAGGGCAG 
ATGGTGCTGC AGGGTGGCTT CCAGCCTGCT GCCCAGCCCC TGGGGCCATC CACCATGCCA 
CCCACCGTTT CCAAACCCAG CATGGAGGGG GCCCCAGGGG CCCCGATTGG CAATGCCATC 
CAGCATGTGC AGGCACTGCC AACAGAGAAG ATCACCAAGA AGCCCATCCC TGAGGAGCAC 
CTTATTCTGA AGACTACGTT TGAAGCTCTC ATCCAGAGGT GCCTGCTGTC TACCTCTGAT 
CCACAAACCA AGAGGAAACT GGATGATGCA AATAAACGCC TGGAGTTTCT GTATGACAAA 
CTTAGAGAAC AGACACTCTC TCCAAACATC ATTAGTGGCT TGCACAACAT CGTGAAGAGC 
ATTGAGACCC GCAACTACCA GGAGGGACTG AACATCCACA CACACATCGT CAGCACCAGC 
AACTTCAGCG AGACCTCTGC TTTCATGCCA GTCCTCAAGG TTGTTCTCAC CCAGGCCAAT 
AAGCTGGGGG TGTGA

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

RefSeq	XP_030127653.1
CDS	103..3897
Translation	MKLKEVDRTAMQAWSPAQQHPIYLATGTSAQQLDATFSTSATLEIFELDLADPSLDMKSCATFSSSHRYHKLIWGPHSMTSGDRVSGVLIAGGENGNVILYDSAKIIDGEAEVIIAQKDKHTGPVRALDVNMFQTNLVASGANESEIYIWDLNNFATPMTPGVKTQPLEDISCIAWNRQVQHILASASPSGRATVWDLRKNEPIIKVSDHNNRMHCSGLAWHPEVATQMVLASEDDRLPVIQMWDLRFASSPLRVLESHTRGILAIAWSLADPELLLSCGKDAKILCSNPNTGEVLYELPTNTQWCFDIQWCPRNPAVLSAASFDGRISVYSIMGSSADGLRQKQVDQLSSSFGNLDPFGTGQPLPPLQLPQQTAPQSVVMPLKKPPKWIRRPMGASFSFGGKLVTFENSKPLQQLGMEQQQHPHVYVSQVVTEKEFLARSNQLQEAVQSEGFVSYCQKKIDMALADFERNVWAFLKVNFEEDSRVRYLELLGYRKDDLRKKITSALNKEGLPDGVLGEAPTESDGSVPNEGDEGQTTEEQFLGETLKDHKKETEDLGCAKTTFNISVSGDVDGLITQALLTGNFESAVDLCLHDNRMADAIILAIAGGQELLSQTQEKYFAKMRSKITRLITAVVTKNWKEIVQSCDLQNWREALAAVLTYARPDEFTALCDLLGSRLENEGDSILQTQACLCYICAGNVDKLVACWTKVQDGNSPLSLQDLIEKVVILRKAVQLTQAVDPNAMGALLAEKMSQYANLLAAQGSLAAALTFLPANTNQPNIVQLRDRLCRAQGELPVGHNGLKGQYEREPMSKGRAGPMAGQMQAPQAPAQQYYQQVRIAPTVTTWSNKTPTALPSHPPAGCPSDTQGDNPPPPGFIMPGAVGPSMPPQQAISSNYSMYPQAGTRPAYPQTYQATQQYSSGTGVAALYQPQQPIAAPASASYPSPAPNTTPSYLPSAPAHSVPSPLYPGQPQPSPTSLNPASSFPVPPSGTSFQHGRPGLPATSVAYALPTGPTESLPSQDQASPFAGELGPQNGWNDPPTLNRAAKKKVPDNFLPPVPITSPIMNPLVDPQSQMQQPQAPAPPSKAPSFQPPHLPAGQMVLQGGFQPAAQPLGPSTMPPTVSKPSMEGAPGAPIGNAIQHVQALPTEKITKKPIPEEHLILKTTFEALIQRCLLSTSDPQTKRKLDDANKRLEFLYDKLREQTLSPNIISGLHNIVKSIETRNYQEGLNIHTHIVSTSNFSETSAFMPVLKVVLTQANKLGV

Target ORF information:

RefSeq Version	XM_030271793.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X2, mRNA.

Target ORF information:

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

XM_030271793.1

ORF Insert Sequence:

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGAAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGTTAGAATT 
GCCCCTACTG TCACTACCTG GAGTAACAAA ACTCCTACTG CCCTTCCCAG CCATCCTCCT 
GCAGGCTGTC CCTCTGACAC ACAGGGGGAC AACCCACCTC CTCCAGGGTT TATTATGCCA 
GGAGCTGTTG GCCCCAGCAT GCCACCACAG CAAGCCATAT CTTCCAACTA CAGCATGTAC 
CCGCAAGCAG GAACACGGCC AGCATACCCA CAGACATATC AGGCCACACA GCAGTACTCC 
TCTGGAACTG GGGTAGCAGC TCTCTATCAG CCTCAGCAGC CTATTGCTGC CCCTGCTTCA 
GCCTCCTACC CCAGCCCTGC CCCTAACACC ACCCCCTCCT ACCTGCCCTC TGCCCCTGCC 
CACTCCGTGC CCTCCCCTCT GTACCCCGGG CAGCCTCAGC CCTCCCCAAC GAGCCTGAAT 
CCCGCCTCTT CCTTCCCTGT TCCTCCTTCT GGCACATCCT TTCAGCATGG CAGGCCAGGA 
CTTCCAGCAA CTTCTGTGGC TTATGCATTA CCTACTGGAC CAACAGAAAG TCTACCATCT 
CAAGACCAGG CCTCTCCCTT CGCAGGTGAA CTAGGGCCTC AGAATGGCTG GAATGACCCT 
CCCACTCTCA ACAGAGCTGC CAAGAAGAAG GTCCCTGACA ACTTCCTGCC CCCGGTCCCC 
ATCACCTCCC CCATCATGAA CCCGCTGGTG GACCCGCAGT CTCAGATGCA GCAGCCCCAG 
GCTCCAGCAC CACCCAGCAA GGCCCCCAGC TTCCAGCCTC CACACCTCCC TGCAGGGCAG 
ATGGTGCTGC AGGGTGGCTT CCAGCCTGCT GCCCAGCCCC TGGGGCCATC CACCATGCCA 
CCCACCGTTT CCAAACCCAG CATGGAGGGG GCCCCAGGGG CCCCGATTGG CAATGCCATC 
CAGCATGTGC AGGCACTGCC AACAGAGAAG ATCACCAAGA AGCCCATCCC TGAGGAGCAC 
CTTATTCTGA AGACTACGTT TGAAGCTCTC ATCCAGAGGT GCCTGCTGTC TACCTCTGAT 
CCACAAACCA AGAGGAAACT GGATGATGCA AATAAACGCC TGGAGTTTCT GTATGACAAA 
CTTAGAGAAC AGACACTCTC TCCAAACATC ATTAGTGGCT TGCACAACAT CGTGAAGAGC 
ATTGAGACCC GCAACTACCA GGAGGGACTG AACATCCACA CACACATCGT CAGCACCAGC 
AACTTCAGCG AGACCTCTGC TTTCATGCCA GTCCTCAAGG TTGTTCTCAC CCAGGCCAAT 
AAGCTGGGGG TGTGA

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

SEC31A ( XM_030271794.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030127654.1 Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OTd44965
Clone ID Related Accession (Same CDS sequence)	XM_030271794.1
Accession Version	XM_030271794.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3792bp) 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	2019-08-08
Organism	Taeniopygia guttata(zebra finch)
Product	protein transport protein Sec31A isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044215.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGAAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGTTAGAATT 
GCCCCTACTG TCACTACCTG GAGTAACAAA ACTCCTACTG CCCTTCCCAG CCATCCTCCT 
GCAGGCTGTC CCTCTGACAC ACAGGGGGAC AACCCACCTC CTCCAGGGTT TATTATGCCA 
GGAGCTGTTG GCCCCAGCAT GCCACCACAG CAAGCCATAT CTTCCAACTA CAGCATGTAC 
CCGCAAGCAG GAACACGGCC AGCATACCCA CAGACATATC AGGCCACACA GCAGTACTCC 
TCTGGAACTG GGGTAGCAGC TCTCTATCAG CCTCAGCAGC CTATTGCTGC CCCTGCTTCA 
GCCTCCTACC CCAGCCCTGC CCCTAACACC ACCCCCTCCT ACCTGCCCTC TGCCCCTGCC 
CACTCCGTGC CCTCCCCTCT GTACCCCGGG CAGCCTCAGC CCTCCCCAAC GAGCCTGAAT 
CCCGCCTCTT CCTTCCCTGT TCCTCCTTCT GGCACATCCT TTCAGCATGG CAGGCCAGGA 
CTTCCAGCAA CTTCTGTGGC TTATGCATTA CCTACTGGAC CAACAGGTAC TCTGCCTGCA 
GCCAGTGATC TTCCTGCATC CCAGAGAACA GGGCCTCAGA ATGGCTGGAA TGACCCTCCC 
ACTCTCAACA GAGCTGCCAA GAAGAAGGTC CCTGACAACT TCCTGCCCCC GGTCCCCATC 
ACCTCCCCCA TCATGAACCC GCTGGTGGAC CCGCAGTCTC AGATGCAGCA GCCCCAGGCT 
CCAGCACCAC CCAGCAAGGC CCCCAGCTTC CAGCCTCCAC ACCTCCCTGC AGGGCAGATG 
GTGCTGCAGG GTGGCTTCCA GCCTGCTGCC CAGCCCCTGG GGCCATCCAC CATGCCACCC 
ACCGTTTCCA AACCCAGCAT GGAGGGGGCC CCAGGGGCCC CGATTGGCAA TGCCATCCAG 
CATGTGCAGG CACTGCCAAC AGAGAAGATC ACCAAGAAGC CCATCCCTGA GGAGCACCTT 
ATTCTGAAGA CTACGTTTGA AGCTCTCATC CAGAGGTGCC TGCTGTCTAC CTCTGATCCA 
CAAACCAAGA GGAAACTGGA TGATGCAAAT AAACGCCTGG AGTTTCTGTA TGACAAACTT 
AGAGAACAGA CACTCTCTCC AAACATCATT AGTGGCTTGC ACAACATCGT GAAGAGCATT 
GAGACCCGCA ACTACCAGGA GGGACTGAAC ATCCACACAC ACATCGTCAG CACCAGCAAC 
TTCAGCGAGA CCTCTGCTTT CATGCCAGTC CTCAAGGTTG TTCTCACCCA GGCCAATAAG 
CTGGGGGTGT GA

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

RefSeq	XP_030127654.1
CDS	103..3894
Translation	MKLKEVDRTAMQAWSPAQQHPIYLATGTSAQQLDATFSTSATLEIFELDLADPSLDMKSCATFSSSHRYHKLIWGPHSMTSGDRVSGVLIAGGENGNVILYDSAKIIDGEAEVIIAQKDKHTGPVRALDVNMFQTNLVASGANESEIYIWDLNNFATPMTPGVKTQPLEDISCIAWNRQVQHILASASPSGRATVWDLRKNEPIIKVSDHNNRMHCSGLAWHPEVATQMVLASEDDRLPVIQMWDLRFASSPLRVLESHTRGILAIAWSLADPELLLSCGKDAKILCSNPNTGEVLYELPTNTQWCFDIQWCPRNPAVLSAASFDGRISVYSIMGSSADGLRQKQVDQLSSSFGNLDPFGTGQPLPPLQLPQQTAPQSVVMPLKKPPKWIRRPMGASFSFGGKLVTFENSKPLQQLGMEQQQHPHVYVSQVVTEKEFLARSNQLQEAVQSEGFVSYCQKKIDMALADFERNVWAFLKVNFEEDSRVRYLELLGYRKDDLRKKITSALNKEGLPDGVLGEAPTESDGSVPNEGDEGQTTEEQFLGETLKDHKKETEDLGCAKTTFNISVSGDVDGLITQALLTGNFESAVDLCLHDNRMADAIILAIAGGQELLSQTQEKYFAKMRSKITRLITAVVTKNWKEIVQSCDLQNWREALAAVLTYARPDEFTALCDLLGSRLENEGDSILQTQACLCYICAGNVDKLVACWTKVQDGNSPLSLQDLIEKVVILRKAVQLTQAVDPNAMGALLAEKMSQYANLLAAQGSLAAALTFLPANTNQPNIVQLRDRLCRAQGELPVGHNGLKGQYEREPMSKGRAGPMAGQMQAPQAPAQQYYQQVRIAPTVTTWSNKTPTALPSHPPAGCPSDTQGDNPPPPGFIMPGAVGPSMPPQQAISSNYSMYPQAGTRPAYPQTYQATQQYSSGTGVAALYQPQQPIAAPASASYPSPAPNTTPSYLPSAPAHSVPSPLYPGQPQPSPTSLNPASSFPVPPSGTSFQHGRPGLPATSVAYALPTGPTGTLPAASDLPASQRTGPQNGWNDPPTLNRAAKKKVPDNFLPPVPITSPIMNPLVDPQSQMQQPQAPAPPSKAPSFQPPHLPAGQMVLQGGFQPAAQPLGPSTMPPTVSKPSMEGAPGAPIGNAIQHVQALPTEKITKKPIPEEHLILKTTFEALIQRCLLSTSDPQTKRKLDDANKRLEFLYDKLREQTLSPNIISGLHNIVKSIETRNYQEGLNIHTHIVSTSNFSETSAFMPVLKVVLTQANKLGV

Target ORF information:

RefSeq Version	XM_030271794.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X3, mRNA.

Target ORF information:

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

XM_030271794.1

ORF Insert Sequence:

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGAAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGTTAGAATT 
GCCCCTACTG TCACTACCTG GAGTAACAAA ACTCCTACTG CCCTTCCCAG CCATCCTCCT 
GCAGGCTGTC CCTCTGACAC ACAGGGGGAC AACCCACCTC CTCCAGGGTT TATTATGCCA 
GGAGCTGTTG GCCCCAGCAT GCCACCACAG CAAGCCATAT CTTCCAACTA CAGCATGTAC 
CCGCAAGCAG GAACACGGCC AGCATACCCA CAGACATATC AGGCCACACA GCAGTACTCC 
TCTGGAACTG GGGTAGCAGC TCTCTATCAG CCTCAGCAGC CTATTGCTGC CCCTGCTTCA 
GCCTCCTACC CCAGCCCTGC CCCTAACACC ACCCCCTCCT ACCTGCCCTC TGCCCCTGCC 
CACTCCGTGC CCTCCCCTCT GTACCCCGGG CAGCCTCAGC CCTCCCCAAC GAGCCTGAAT 
CCCGCCTCTT CCTTCCCTGT TCCTCCTTCT GGCACATCCT TTCAGCATGG CAGGCCAGGA 
CTTCCAGCAA CTTCTGTGGC TTATGCATTA CCTACTGGAC CAACAGGTAC TCTGCCTGCA 
GCCAGTGATC TTCCTGCATC CCAGAGAACA GGGCCTCAGA ATGGCTGGAA TGACCCTCCC 
ACTCTCAACA GAGCTGCCAA GAAGAAGGTC CCTGACAACT TCCTGCCCCC GGTCCCCATC 
ACCTCCCCCA TCATGAACCC GCTGGTGGAC CCGCAGTCTC AGATGCAGCA GCCCCAGGCT 
CCAGCACCAC CCAGCAAGGC CCCCAGCTTC CAGCCTCCAC ACCTCCCTGC AGGGCAGATG 
GTGCTGCAGG GTGGCTTCCA GCCTGCTGCC CAGCCCCTGG GGCCATCCAC CATGCCACCC 
ACCGTTTCCA AACCCAGCAT GGAGGGGGCC CCAGGGGCCC CGATTGGCAA TGCCATCCAG 
CATGTGCAGG CACTGCCAAC AGAGAAGATC ACCAAGAAGC CCATCCCTGA GGAGCACCTT 
ATTCTGAAGA CTACGTTTGA AGCTCTCATC CAGAGGTGCC TGCTGTCTAC CTCTGATCCA 
CAAACCAAGA GGAAACTGGA TGATGCAAAT AAACGCCTGG AGTTTCTGTA TGACAAACTT 
AGAGAACAGA CACTCTCTCC AAACATCATT AGTGGCTTGC ACAACATCGT GAAGAGCATT 
GAGACCCGCA ACTACCAGGA GGGACTGAAC ATCCACACAC ACATCGTCAG CACCAGCAAC 
TTCAGCGAGA CCTCTGCTTT CATGCCAGTC CTCAAGGTTG TTCTCACCCA GGCCAATAAG 
CTGGGGGTGT GA

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

SEC31A ( XM_030271795.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030127655.1 Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OTd44966
Clone ID Related Accession (Same CDS sequence)	XM_030271795.1
Accession Version	XM_030271795.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3747bp) 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	2019-08-08
Organism	Taeniopygia guttata(zebra finch)
Product	protein transport protein Sec31A isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044215.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGAAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGGGGACAAC 
CCACCTCCTC CAGGGTTTAT TATGCCAGGA GCTGTTGGCC CCAGCATGCC ACCACAGCAA 
GCCATATCTT CCAACTACAG CATGTACCCG CAAGCAGGAA CACGGCCAGC ATACCCACAG 
ACATATCAGG CCACACAGCA GTACTCCTCT GGAACTGGGG TAGCAGCTCT CTATCAGCCT 
CAGCAGCCTA TTGCTGCCCC TGCTTCAGCC TCCTACCCCA GCCCTGCCCC TAACACCACC 
CCCTCCTACC TGCCCTCTGC CCCTGCCCAC TCCGTGCCCT CCCCTCTGTA CCCCGGGCAG 
CCTCAGCCCT CCCCAACGAG CCTGAATCCC GCCTCTTCCT TCCCTGTTCC TCCTTCTGGC 
ACATCCTTTC AGCATGGCAG GCCAGGACTT CCAGCAACTT CTGTGGCTTA TGCATTACCT 
ACTGGACCAA CAGGTACTCT GCCTGCAGCC AGTGATCTTC CTGCATCCCA GAGAACAGAA 
AGTCTACCAT CTCAAGACCA GGCCTCTCCC TTCGCAGGTG AACTAGGGCC TCAGAATGGC 
TGGAATGACC CTCCCACTCT CAACAGAGCT GCCAAGAAGA AGGTCCCTGA CAACTTCCTG 
CCCCCGGTCC CCATCACCTC CCCCATCATG AACCCGCTGG TGGACCCGCA GTCTCAGATG 
CAGCAGCCCC AGGCTCCAGC ACCACCCAGC AAGGCCCCCA GCTTCCAGCC TCCACACCTC 
CCTGCAGGGC AGATGGTGCT GCAGGGTGGC TTCCAGCCTG CTGCCCAGCC CCTGGGGCCA 
TCCACCATGC CACCCACCGT TTCCAAACCC AGCATGGAGG GGGCCCCAGG GGCCCCGATT 
GGCAATGCCA TCCAGCATGT GCAGGCACTG CCAACAGAGA AGATCACCAA GAAGCCCATC 
CCTGAGGAGC ACCTTATTCT GAAGACTACG TTTGAAGCTC TCATCCAGAG GTGCCTGCTG 
TCTACCTCTG ATCCACAAAC CAAGAGGAAA CTGGATGATG CAAATAAACG CCTGGAGTTT 
CTGTATGACA AACTTAGAGA ACAGACACTC TCTCCAAACA TCATTAGTGG CTTGCACAAC 
ATCGTGAAGA GCATTGAGAC CCGCAACTAC CAGGAGGGAC TGAACATCCA CACACACATC 
GTCAGCACCA GCAACTTCAG CGAGACCTCT GCTTTCATGC CAGTCCTCAA GGTTGTTCTC 
ACCCAGGCCA ATAAGCTGGG GGTGTGA

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

RefSeq	XP_030127655.1
CDS	102..3848
Translation	MKLKEVDRTAMQAWSPAQQHPIYLATGTSAQQLDATFSTSATLEIFELDLADPSLDMKSCATFSSSHRYHKLIWGPHSMTSGDRVSGVLIAGGENGNVILYDSAKIIDGEAEVIIAQKDKHTGPVRALDVNMFQTNLVASGANESEIYIWDLNNFATPMTPGVKTQPLEDISCIAWNRQVQHILASASPSGRATVWDLRKNEPIIKVSDHNNRMHCSGLAWHPEVATQMVLASEDDRLPVIQMWDLRFASSPLRVLESHTRGILAIAWSLADPELLLSCGKDAKILCSNPNTGEVLYELPTNTQWCFDIQWCPRNPAVLSAASFDGRISVYSIMGSSADGLRQKQVDQLSSSFGNLDPFGTGQPLPPLQLPQQTAPQSVVMPLKKPPKWIRRPMGASFSFGGKLVTFENSKPLQQLGMEQQQHPHVYVSQVVTEKEFLARSNQLQEAVQSEGFVSYCQKKIDMALADFERNVWAFLKVNFEEDSRVRYLELLGYRKDDLRKKITSALNKEGLPDGVLGEAPTESDGSVPNEGDEGQTTEEQFLGETLKDHKKETEDLGCAKTTFNISVSGDVDGLITQALLTGNFESAVDLCLHDNRMADAIILAIAGGQELLSQTQEKYFAKMRSKITRLITAVVTKNWKEIVQSCDLQNWREALAAVLTYARPDEFTALCDLLGSRLENEGDSILQTQACLCYICAGNVDKLVACWTKVQDGNSPLSLQDLIEKVVILRKAVQLTQAVDPNAMGALLAEKMSQYANLLAAQGSLAAALTFLPANTNQPNIVQLRDRLCRAQGELPVGHNGLKGQYEREPMSKGRAGPMAGQMQAPQAPAQQYYQQGDNPPPPGFIMPGAVGPSMPPQQAISSNYSMYPQAGTRPAYPQTYQATQQYSSGTGVAALYQPQQPIAAPASASYPSPAPNTTPSYLPSAPAHSVPSPLYPGQPQPSPTSLNPASSFPVPPSGTSFQHGRPGLPATSVAYALPTGPTGTLPAASDLPASQRTESLPSQDQASPFAGELGPQNGWNDPPTLNRAAKKKVPDNFLPPVPITSPIMNPLVDPQSQMQQPQAPAPPSKAPSFQPPHLPAGQMVLQGGFQPAAQPLGPSTMPPTVSKPSMEGAPGAPIGNAIQHVQALPTEKITKKPIPEEHLILKTTFEALIQRCLLSTSDPQTKRKLDDANKRLEFLYDKLREQTLSPNIISGLHNIVKSIETRNYQEGLNIHTHIVSTSNFSETSAFMPVLKVVLTQANKLGV

Target ORF information:

RefSeq Version	XM_030271795.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X4, mRNA.

Target ORF information:

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

XM_030271795.1

ORF Insert Sequence:

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGAAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGGGGACAAC 
CCACCTCCTC CAGGGTTTAT TATGCCAGGA GCTGTTGGCC CCAGCATGCC ACCACAGCAA 
GCCATATCTT CCAACTACAG CATGTACCCG CAAGCAGGAA CACGGCCAGC ATACCCACAG 
ACATATCAGG CCACACAGCA GTACTCCTCT GGAACTGGGG TAGCAGCTCT CTATCAGCCT 
CAGCAGCCTA TTGCTGCCCC TGCTTCAGCC TCCTACCCCA GCCCTGCCCC TAACACCACC 
CCCTCCTACC TGCCCTCTGC CCCTGCCCAC TCCGTGCCCT CCCCTCTGTA CCCCGGGCAG 
CCTCAGCCCT CCCCAACGAG CCTGAATCCC GCCTCTTCCT TCCCTGTTCC TCCTTCTGGC 
ACATCCTTTC AGCATGGCAG GCCAGGACTT CCAGCAACTT CTGTGGCTTA TGCATTACCT 
ACTGGACCAA CAGGTACTCT GCCTGCAGCC AGTGATCTTC CTGCATCCCA GAGAACAGAA 
AGTCTACCAT CTCAAGACCA GGCCTCTCCC TTCGCAGGTG AACTAGGGCC TCAGAATGGC 
TGGAATGACC CTCCCACTCT CAACAGAGCT GCCAAGAAGA AGGTCCCTGA CAACTTCCTG 
CCCCCGGTCC CCATCACCTC CCCCATCATG AACCCGCTGG TGGACCCGCA GTCTCAGATG 
CAGCAGCCCC AGGCTCCAGC ACCACCCAGC AAGGCCCCCA GCTTCCAGCC TCCACACCTC 
CCTGCAGGGC AGATGGTGCT GCAGGGTGGC TTCCAGCCTG CTGCCCAGCC CCTGGGGCCA 
TCCACCATGC CACCCACCGT TTCCAAACCC AGCATGGAGG GGGCCCCAGG GGCCCCGATT 
GGCAATGCCA TCCAGCATGT GCAGGCACTG CCAACAGAGA AGATCACCAA GAAGCCCATC 
CCTGAGGAGC ACCTTATTCT GAAGACTACG TTTGAAGCTC TCATCCAGAG GTGCCTGCTG 
TCTACCTCTG ATCCACAAAC CAAGAGGAAA CTGGATGATG CAAATAAACG CCTGGAGTTT 
CTGTATGACA AACTTAGAGA ACAGACACTC TCTCCAAACA TCATTAGTGG CTTGCACAAC 
ATCGTGAAGA GCATTGAGAC CCGCAACTAC CAGGAGGGAC TGAACATCCA CACACACATC 
GTCAGCACCA GCAACTTCAG CGAGACCTCT GCTTTCATGC CAGTCCTCAA GGTTGTTCTC 
ACCCAGGCCA ATAAGCTGGG GGTGTGA

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

SEC31A ( XM_030271796.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030127656.1 Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X5, mRNA.

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CloneID	OTd44967
Clone ID Related Accession (Same CDS sequence)	XM_030271796.1
Accession Version	XM_030271796.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3747bp) 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	2019-08-08
Organism	Taeniopygia guttata(zebra finch)
Product	protein transport protein Sec31A isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044215.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGAAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGTTAGAATT 
GCCCCTACTG TCACTACCTG GAGTAACAAA ACTCCTACTG CCCTTCCCAG CCATCCTCCT 
GCAGGCTGTC CCTCTGACAC ACAGGGGGAC AACCCACCTC CTCCAGGGTT TATTATGCCA 
GGAGCTGTTG GCCCCAGCAT GCCACCACAG CAAGCCATAT CTTCCAACTA CAGCATGTAC 
CCGCAAGCAG GAACACGGCC AGCATACCCA CAGACATATC AGGCCACACA GCAGTACTCC 
TCTGGAACTG GGGTAGCAGC TCTCTATCAG CCTCAGCAGC CTATTGCTGC CCCTGCTTCA 
GCCTCCTACC CCAGCCCTGC CCCTAACACC ACCCCCTCCT ACCTGCCCTC TGCCCCTGCC 
CACTCCGTGC CCTCCCCTCT GTACCCCGGG CAGCCTCAGC CCTCCCCAAC GAGCCTGAAT 
CCCGCCTCTT CCTTCCCTGT TCCTCCTTCT GGCACATCCT TTCAGCATGG CAGGCCAGGA 
CTTCCAGCAA CTTCTGTGGC TTATGCATTA CCTACTGGAC CAACAGGGCC TCAGAATGGC 
TGGAATGACC CTCCCACTCT CAACAGAGCT GCCAAGAAGA AGGTCCCTGA CAACTTCCTG 
CCCCCGGTCC CCATCACCTC CCCCATCATG AACCCGCTGG TGGACCCGCA GTCTCAGATG 
CAGCAGCCCC AGGCTCCAGC ACCACCCAGC AAGGCCCCCA GCTTCCAGCC TCCACACCTC 
CCTGCAGGGC AGATGGTGCT GCAGGGTGGC TTCCAGCCTG CTGCCCAGCC CCTGGGGCCA 
TCCACCATGC CACCCACCGT TTCCAAACCC AGCATGGAGG GGGCCCCAGG GGCCCCGATT 
GGCAATGCCA TCCAGCATGT GCAGGCACTG CCAACAGAGA AGATCACCAA GAAGCCCATC 
CCTGAGGAGC ACCTTATTCT GAAGACTACG TTTGAAGCTC TCATCCAGAG GTGCCTGCTG 
TCTACCTCTG ATCCACAAAC CAAGAGGAAA CTGGATGATG CAAATAAACG CCTGGAGTTT 
CTGTATGACA AACTTAGAGA ACAGACACTC TCTCCAAACA TCATTAGTGG CTTGCACAAC 
ATCGTGAAGA GCATTGAGAC CCGCAACTAC CAGGAGGGAC TGAACATCCA CACACACATC 
GTCAGCACCA GCAACTTCAG CGAGACCTCT GCTTTCATGC CAGTCCTCAA GGTTGTTCTC 
ACCCAGGCCA ATAAGCTGGG GGTGTGA

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

RefSeq	XP_030127656.1
CDS	103..3849
Translation	MKLKEVDRTAMQAWSPAQQHPIYLATGTSAQQLDATFSTSATLEIFELDLADPSLDMKSCATFSSSHRYHKLIWGPHSMTSGDRVSGVLIAGGENGNVILYDSAKIIDGEAEVIIAQKDKHTGPVRALDVNMFQTNLVASGANESEIYIWDLNNFATPMTPGVKTQPLEDISCIAWNRQVQHILASASPSGRATVWDLRKNEPIIKVSDHNNRMHCSGLAWHPEVATQMVLASEDDRLPVIQMWDLRFASSPLRVLESHTRGILAIAWSLADPELLLSCGKDAKILCSNPNTGEVLYELPTNTQWCFDIQWCPRNPAVLSAASFDGRISVYSIMGSSADGLRQKQVDQLSSSFGNLDPFGTGQPLPPLQLPQQTAPQSVVMPLKKPPKWIRRPMGASFSFGGKLVTFENSKPLQQLGMEQQQHPHVYVSQVVTEKEFLARSNQLQEAVQSEGFVSYCQKKIDMALADFERNVWAFLKVNFEEDSRVRYLELLGYRKDDLRKKITSALNKEGLPDGVLGEAPTESDGSVPNEGDEGQTTEEQFLGETLKDHKKETEDLGCAKTTFNISVSGDVDGLITQALLTGNFESAVDLCLHDNRMADAIILAIAGGQELLSQTQEKYFAKMRSKITRLITAVVTKNWKEIVQSCDLQNWREALAAVLTYARPDEFTALCDLLGSRLENEGDSILQTQACLCYICAGNVDKLVACWTKVQDGNSPLSLQDLIEKVVILRKAVQLTQAVDPNAMGALLAEKMSQYANLLAAQGSLAAALTFLPANTNQPNIVQLRDRLCRAQGELPVGHNGLKGQYEREPMSKGRAGPMAGQMQAPQAPAQQYYQQVRIAPTVTTWSNKTPTALPSHPPAGCPSDTQGDNPPPPGFIMPGAVGPSMPPQQAISSNYSMYPQAGTRPAYPQTYQATQQYSSGTGVAALYQPQQPIAAPASASYPSPAPNTTPSYLPSAPAHSVPSPLYPGQPQPSPTSLNPASSFPVPPSGTSFQHGRPGLPATSVAYALPTGPTGPQNGWNDPPTLNRAAKKKVPDNFLPPVPITSPIMNPLVDPQSQMQQPQAPAPPSKAPSFQPPHLPAGQMVLQGGFQPAAQPLGPSTMPPTVSKPSMEGAPGAPIGNAIQHVQALPTEKITKKPIPEEHLILKTTFEALIQRCLLSTSDPQTKRKLDDANKRLEFLYDKLREQTLSPNIISGLHNIVKSIETRNYQEGLNIHTHIVSTSNFSETSAFMPVLKVVLTQANKLGV

Target ORF information:

RefSeq Version	XM_030271796.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X5, mRNA.

Target ORF information:

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

XM_030271796.1

ORF Insert Sequence:

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGAAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGTTAGAATT 
GCCCCTACTG TCACTACCTG GAGTAACAAA ACTCCTACTG CCCTTCCCAG CCATCCTCCT 
GCAGGCTGTC CCTCTGACAC ACAGGGGGAC AACCCACCTC CTCCAGGGTT TATTATGCCA 
GGAGCTGTTG GCCCCAGCAT GCCACCACAG CAAGCCATAT CTTCCAACTA CAGCATGTAC 
CCGCAAGCAG GAACACGGCC AGCATACCCA CAGACATATC AGGCCACACA GCAGTACTCC 
TCTGGAACTG GGGTAGCAGC TCTCTATCAG CCTCAGCAGC CTATTGCTGC CCCTGCTTCA 
GCCTCCTACC CCAGCCCTGC CCCTAACACC ACCCCCTCCT ACCTGCCCTC TGCCCCTGCC 
CACTCCGTGC CCTCCCCTCT GTACCCCGGG CAGCCTCAGC CCTCCCCAAC GAGCCTGAAT 
CCCGCCTCTT CCTTCCCTGT TCCTCCTTCT GGCACATCCT TTCAGCATGG CAGGCCAGGA 
CTTCCAGCAA CTTCTGTGGC TTATGCATTA CCTACTGGAC CAACAGGGCC TCAGAATGGC 
TGGAATGACC CTCCCACTCT CAACAGAGCT GCCAAGAAGA AGGTCCCTGA CAACTTCCTG 
CCCCCGGTCC CCATCACCTC CCCCATCATG AACCCGCTGG TGGACCCGCA GTCTCAGATG 
CAGCAGCCCC AGGCTCCAGC ACCACCCAGC AAGGCCCCCA GCTTCCAGCC TCCACACCTC 
CCTGCAGGGC AGATGGTGCT GCAGGGTGGC TTCCAGCCTG CTGCCCAGCC CCTGGGGCCA 
TCCACCATGC CACCCACCGT TTCCAAACCC AGCATGGAGG GGGCCCCAGG GGCCCCGATT 
GGCAATGCCA TCCAGCATGT GCAGGCACTG CCAACAGAGA AGATCACCAA GAAGCCCATC 
CCTGAGGAGC ACCTTATTCT GAAGACTACG TTTGAAGCTC TCATCCAGAG GTGCCTGCTG 
TCTACCTCTG ATCCACAAAC CAAGAGGAAA CTGGATGATG CAAATAAACG CCTGGAGTTT 
CTGTATGACA AACTTAGAGA ACAGACACTC TCTCCAAACA TCATTAGTGG CTTGCACAAC 
ATCGTGAAGA GCATTGAGAC CCGCAACTAC CAGGAGGGAC TGAACATCCA CACACACATC 
GTCAGCACCA GCAACTTCAG CGAGACCTCT GCTTTCATGC CAGTCCTCAA GGTTGTTCTC 
ACCCAGGCCA ATAAGCTGGG GGTGTGA

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

SEC31A ( XM_030271797.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030127657.1 Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OTd44968
Clone ID Related Accession (Same CDS sequence)	XM_030271797.1
Accession Version	XM_030271797.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3699bp) 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	2019-08-08
Organism	Taeniopygia guttata(zebra finch)
Product	protein transport protein Sec31A isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044215.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGAAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGGGGACAAC 
CCACCTCCTC CAGGGTTTAT TATGCCAGGA GCTGTTGGCC CCAGCATGCC ACCACAGCAA 
GCCATATCTT CCAACTACAG CATGTACCCG CAAGCAGGAA CACGGCCAGC ATACCCACAG 
ACATATCAGG CCACACAGCA GTACTCCTCT GGAACTGGGG TAGCAGCTCT CTATCAGCCT 
CAGCAGCCTA TTGCTGCCCC TGCTTCAGCC TCCTACCCCA GCCCTGCCCC TAACACCACC 
CCCTCCTACC TGCCCTCTGC CCCTGCCCAC TCCGTGCCCT CCCCTCTGTA CCCCGGGCAG 
CCTCAGCCCT CCCCAACGAG CCTGAATCCC GCCTCTTCCT TCCCTGTTCC TCCTTCTGGC 
ACATCCTTTC AGCATGGCAG GCCAGGACTT CCAGCAACTT CTGTGGCTTA TGCATTACCT 
ACTGGACCAA CAGGTACTCT GCCTGCAGCC AGTGATCTTC CTGCATCCCA GAGAACAGGG 
CCTCAGAATG GCTGGAATGA CCCTCCCACT CTCAACAGAG CTGCCAAGAA GAAGGTCCCT 
GACAACTTCC TGCCCCCGGT CCCCATCACC TCCCCCATCA TGAACCCGCT GGTGGACCCG 
CAGTCTCAGA TGCAGCAGCC CCAGGCTCCA GCACCACCCA GCAAGGCCCC CAGCTTCCAG 
CCTCCACACC TCCCTGCAGG GCAGATGGTG CTGCAGGGTG GCTTCCAGCC TGCTGCCCAG 
CCCCTGGGGC CATCCACCAT GCCACCCACC GTTTCCAAAC CCAGCATGGA GGGGGCCCCA 
GGGGCCCCGA TTGGCAATGC CATCCAGCAT GTGCAGGCAC TGCCAACAGA GAAGATCACC 
AAGAAGCCCA TCCCTGAGGA GCACCTTATT CTGAAGACTA CGTTTGAAGC TCTCATCCAG 
AGGTGCCTGC TGTCTACCTC TGATCCACAA ACCAAGAGGA AACTGGATGA TGCAAATAAA 
CGCCTGGAGT TTCTGTATGA CAAACTTAGA GAACAGACAC TCTCTCCAAA CATCATTAGT 
GGCTTGCACA ACATCGTGAA GAGCATTGAG ACCCGCAACT ACCAGGAGGG ACTGAACATC 
CACACACACA TCGTCAGCAC CAGCAACTTC AGCGAGACCT CTGCTTTCAT GCCAGTCCTC 
AAGGTTGTTC TCACCCAGGC CAATAAGCTG GGGGTGTGA

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

RefSeq	XP_030127657.1
CDS	102..3800
Translation	MKLKEVDRTAMQAWSPAQQHPIYLATGTSAQQLDATFSTSATLEIFELDLADPSLDMKSCATFSSSHRYHKLIWGPHSMTSGDRVSGVLIAGGENGNVILYDSAKIIDGEAEVIIAQKDKHTGPVRALDVNMFQTNLVASGANESEIYIWDLNNFATPMTPGVKTQPLEDISCIAWNRQVQHILASASPSGRATVWDLRKNEPIIKVSDHNNRMHCSGLAWHPEVATQMVLASEDDRLPVIQMWDLRFASSPLRVLESHTRGILAIAWSLADPELLLSCGKDAKILCSNPNTGEVLYELPTNTQWCFDIQWCPRNPAVLSAASFDGRISVYSIMGSSADGLRQKQVDQLSSSFGNLDPFGTGQPLPPLQLPQQTAPQSVVMPLKKPPKWIRRPMGASFSFGGKLVTFENSKPLQQLGMEQQQHPHVYVSQVVTEKEFLARSNQLQEAVQSEGFVSYCQKKIDMALADFERNVWAFLKVNFEEDSRVRYLELLGYRKDDLRKKITSALNKEGLPDGVLGEAPTESDGSVPNEGDEGQTTEEQFLGETLKDHKKETEDLGCAKTTFNISVSGDVDGLITQALLTGNFESAVDLCLHDNRMADAIILAIAGGQELLSQTQEKYFAKMRSKITRLITAVVTKNWKEIVQSCDLQNWREALAAVLTYARPDEFTALCDLLGSRLENEGDSILQTQACLCYICAGNVDKLVACWTKVQDGNSPLSLQDLIEKVVILRKAVQLTQAVDPNAMGALLAEKMSQYANLLAAQGSLAAALTFLPANTNQPNIVQLRDRLCRAQGELPVGHNGLKGQYEREPMSKGRAGPMAGQMQAPQAPAQQYYQQGDNPPPPGFIMPGAVGPSMPPQQAISSNYSMYPQAGTRPAYPQTYQATQQYSSGTGVAALYQPQQPIAAPASASYPSPAPNTTPSYLPSAPAHSVPSPLYPGQPQPSPTSLNPASSFPVPPSGTSFQHGRPGLPATSVAYALPTGPTGTLPAASDLPASQRTGPQNGWNDPPTLNRAAKKKVPDNFLPPVPITSPIMNPLVDPQSQMQQPQAPAPPSKAPSFQPPHLPAGQMVLQGGFQPAAQPLGPSTMPPTVSKPSMEGAPGAPIGNAIQHVQALPTEKITKKPIPEEHLILKTTFEALIQRCLLSTSDPQTKRKLDDANKRLEFLYDKLREQTLSPNIISGLHNIVKSIETRNYQEGLNIHTHIVSTSNFSETSAFMPVLKVVLTQANKLGV

Target ORF information:

RefSeq Version	XM_030271797.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X6, mRNA.

Target ORF information:

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

XM_030271797.1

ORF Insert Sequence:

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGAAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGGGGACAAC 
CCACCTCCTC CAGGGTTTAT TATGCCAGGA GCTGTTGGCC CCAGCATGCC ACCACAGCAA 
GCCATATCTT CCAACTACAG CATGTACCCG CAAGCAGGAA CACGGCCAGC ATACCCACAG 
ACATATCAGG CCACACAGCA GTACTCCTCT GGAACTGGGG TAGCAGCTCT CTATCAGCCT 
CAGCAGCCTA TTGCTGCCCC TGCTTCAGCC TCCTACCCCA GCCCTGCCCC TAACACCACC 
CCCTCCTACC TGCCCTCTGC CCCTGCCCAC TCCGTGCCCT CCCCTCTGTA CCCCGGGCAG 
CCTCAGCCCT CCCCAACGAG CCTGAATCCC GCCTCTTCCT TCCCTGTTCC TCCTTCTGGC 
ACATCCTTTC AGCATGGCAG GCCAGGACTT CCAGCAACTT CTGTGGCTTA TGCATTACCT 
ACTGGACCAA CAGGTACTCT GCCTGCAGCC AGTGATCTTC CTGCATCCCA GAGAACAGGG 
CCTCAGAATG GCTGGAATGA CCCTCCCACT CTCAACAGAG CTGCCAAGAA GAAGGTCCCT 
GACAACTTCC TGCCCCCGGT CCCCATCACC TCCCCCATCA TGAACCCGCT GGTGGACCCG 
CAGTCTCAGA TGCAGCAGCC CCAGGCTCCA GCACCACCCA GCAAGGCCCC CAGCTTCCAG 
CCTCCACACC TCCCTGCAGG GCAGATGGTG CTGCAGGGTG GCTTCCAGCC TGCTGCCCAG 
CCCCTGGGGC CATCCACCAT GCCACCCACC GTTTCCAAAC CCAGCATGGA GGGGGCCCCA 
GGGGCCCCGA TTGGCAATGC CATCCAGCAT GTGCAGGCAC TGCCAACAGA GAAGATCACC 
AAGAAGCCCA TCCCTGAGGA GCACCTTATT CTGAAGACTA CGTTTGAAGC TCTCATCCAG 
AGGTGCCTGC TGTCTACCTC TGATCCACAA ACCAAGAGGA AACTGGATGA TGCAAATAAA 
CGCCTGGAGT TTCTGTATGA CAAACTTAGA GAACAGACAC TCTCTCCAAA CATCATTAGT 
GGCTTGCACA ACATCGTGAA GAGCATTGAG ACCCGCAACT ACCAGGAGGG ACTGAACATC 
CACACACACA TCGTCAGCAC CAGCAACTTC AGCGAGACCT CTGCTTTCAT GCCAGTCCTC 
AAGGTTGTTC TCACCCAGGC CAATAAGCTG GGGGTGTGA

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

SEC31A ( XM_030271798.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030127658.1 Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X7, mRNA.

Price & Availability↑

CloneID	OTd44969
Clone ID Related Accession (Same CDS sequence)	XM_030271798.1
Accession Version	XM_030271798.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3654bp) 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	2019-08-08
Organism	Taeniopygia guttata(zebra finch)
Product	protein transport protein Sec31A isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044215.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGAAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGGGGACAAC 
CCACCTCCTC CAGGGTTTAT TATGCCAGGA GCTGTTGGCC CCAGCATGCC ACCACAGCAA 
GCCATATCTT CCAACTACAG CATGTACCCG CAAGCAGGAA CACGGCCAGC ATACCCACAG 
ACATATCAGG CCACACAGCA GTACTCCTCT GGAACTGGGG TAGCAGCTCT CTATCAGCCT 
CAGCAGCCTA TTGCTGCCCC TGCTTCAGCC TCCTACCCCA GCCCTGCCCC TAACACCACC 
CCCTCCTACC TGCCCTCTGC CCCTGCCCAC TCCGTGCCCT CCCCTCTGTA CCCCGGGCAG 
CCTCAGCCCT CCCCAACGAG CCTGAATCCC GCCTCTTCCT TCCCTGTTCC TCCTTCTGGC 
ACATCCTTTC AGCATGGCAG GCCAGGACTT CCAGCAACTT CTGTGGCTTA TGCATTACCT 
ACTGGACCAA CAGGGCCTCA GAATGGCTGG AATGACCCTC CCACTCTCAA CAGAGCTGCC 
AAGAAGAAGG TCCCTGACAA CTTCCTGCCC CCGGTCCCCA TCACCTCCCC CATCATGAAC 
CCGCTGGTGG ACCCGCAGTC TCAGATGCAG CAGCCCCAGG CTCCAGCACC ACCCAGCAAG 
GCCCCCAGCT TCCAGCCTCC ACACCTCCCT GCAGGGCAGA TGGTGCTGCA GGGTGGCTTC 
CAGCCTGCTG CCCAGCCCCT GGGGCCATCC ACCATGCCAC CCACCGTTTC CAAACCCAGC 
ATGGAGGGGG CCCCAGGGGC CCCGATTGGC AATGCCATCC AGCATGTGCA GGCACTGCCA 
ACAGAGAAGA TCACCAAGAA GCCCATCCCT GAGGAGCACC TTATTCTGAA GACTACGTTT 
GAAGCTCTCA TCCAGAGGTG CCTGCTGTCT ACCTCTGATC CACAAACCAA GAGGAAACTG 
GATGATGCAA ATAAACGCCT GGAGTTTCTG TATGACAAAC TTAGAGAACA GACACTCTCT 
CCAAACATCA TTAGTGGCTT GCACAACATC GTGAAGAGCA TTGAGACCCG CAACTACCAG 
GAGGGACTGA ACATCCACAC ACACATCGTC AGCACCAGCA ACTTCAGCGA GACCTCTGCT 
TTCATGCCAG TCCTCAAGGT TGTTCTCACC CAGGCCAATA AGCTGGGGGT GTGA

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

RefSeq	XP_030127658.1
CDS	102..3755
Translation	MKLKEVDRTAMQAWSPAQQHPIYLATGTSAQQLDATFSTSATLEIFELDLADPSLDMKSCATFSSSHRYHKLIWGPHSMTSGDRVSGVLIAGGENGNVILYDSAKIIDGEAEVIIAQKDKHTGPVRALDVNMFQTNLVASGANESEIYIWDLNNFATPMTPGVKTQPLEDISCIAWNRQVQHILASASPSGRATVWDLRKNEPIIKVSDHNNRMHCSGLAWHPEVATQMVLASEDDRLPVIQMWDLRFASSPLRVLESHTRGILAIAWSLADPELLLSCGKDAKILCSNPNTGEVLYELPTNTQWCFDIQWCPRNPAVLSAASFDGRISVYSIMGSSADGLRQKQVDQLSSSFGNLDPFGTGQPLPPLQLPQQTAPQSVVMPLKKPPKWIRRPMGASFSFGGKLVTFENSKPLQQLGMEQQQHPHVYVSQVVTEKEFLARSNQLQEAVQSEGFVSYCQKKIDMALADFERNVWAFLKVNFEEDSRVRYLELLGYRKDDLRKKITSALNKEGLPDGVLGEAPTESDGSVPNEGDEGQTTEEQFLGETLKDHKKETEDLGCAKTTFNISVSGDVDGLITQALLTGNFESAVDLCLHDNRMADAIILAIAGGQELLSQTQEKYFAKMRSKITRLITAVVTKNWKEIVQSCDLQNWREALAAVLTYARPDEFTALCDLLGSRLENEGDSILQTQACLCYICAGNVDKLVACWTKVQDGNSPLSLQDLIEKVVILRKAVQLTQAVDPNAMGALLAEKMSQYANLLAAQGSLAAALTFLPANTNQPNIVQLRDRLCRAQGELPVGHNGLKGQYEREPMSKGRAGPMAGQMQAPQAPAQQYYQQGDNPPPPGFIMPGAVGPSMPPQQAISSNYSMYPQAGTRPAYPQTYQATQQYSSGTGVAALYQPQQPIAAPASASYPSPAPNTTPSYLPSAPAHSVPSPLYPGQPQPSPTSLNPASSFPVPPSGTSFQHGRPGLPATSVAYALPTGPTGPQNGWNDPPTLNRAAKKKVPDNFLPPVPITSPIMNPLVDPQSQMQQPQAPAPPSKAPSFQPPHLPAGQMVLQGGFQPAAQPLGPSTMPPTVSKPSMEGAPGAPIGNAIQHVQALPTEKITKKPIPEEHLILKTTFEALIQRCLLSTSDPQTKRKLDDANKRLEFLYDKLREQTLSPNIISGLHNIVKSIETRNYQEGLNIHTHIVSTSNFSETSAFMPVLKVVLTQANKLGV

Target ORF information:

RefSeq Version	XM_030271798.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X7, mRNA.

Target ORF information:

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

XM_030271798.1

ORF Insert Sequence:

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGAAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGGGGACAAC 
CCACCTCCTC CAGGGTTTAT TATGCCAGGA GCTGTTGGCC CCAGCATGCC ACCACAGCAA 
GCCATATCTT CCAACTACAG CATGTACCCG CAAGCAGGAA CACGGCCAGC ATACCCACAG 
ACATATCAGG CCACACAGCA GTACTCCTCT GGAACTGGGG TAGCAGCTCT CTATCAGCCT 
CAGCAGCCTA TTGCTGCCCC TGCTTCAGCC TCCTACCCCA GCCCTGCCCC TAACACCACC 
CCCTCCTACC TGCCCTCTGC CCCTGCCCAC TCCGTGCCCT CCCCTCTGTA CCCCGGGCAG 
CCTCAGCCCT CCCCAACGAG CCTGAATCCC GCCTCTTCCT TCCCTGTTCC TCCTTCTGGC 
ACATCCTTTC AGCATGGCAG GCCAGGACTT CCAGCAACTT CTGTGGCTTA TGCATTACCT 
ACTGGACCAA CAGGGCCTCA GAATGGCTGG AATGACCCTC CCACTCTCAA CAGAGCTGCC 
AAGAAGAAGG TCCCTGACAA CTTCCTGCCC CCGGTCCCCA TCACCTCCCC CATCATGAAC 
CCGCTGGTGG ACCCGCAGTC TCAGATGCAG CAGCCCCAGG CTCCAGCACC ACCCAGCAAG 
GCCCCCAGCT TCCAGCCTCC ACACCTCCCT GCAGGGCAGA TGGTGCTGCA GGGTGGCTTC 
CAGCCTGCTG CCCAGCCCCT GGGGCCATCC ACCATGCCAC CCACCGTTTC CAAACCCAGC 
ATGGAGGGGG CCCCAGGGGC CCCGATTGGC AATGCCATCC AGCATGTGCA GGCACTGCCA 
ACAGAGAAGA TCACCAAGAA GCCCATCCCT GAGGAGCACC TTATTCTGAA GACTACGTTT 
GAAGCTCTCA TCCAGAGGTG CCTGCTGTCT ACCTCTGATC CACAAACCAA GAGGAAACTG 
GATGATGCAA ATAAACGCCT GGAGTTTCTG TATGACAAAC TTAGAGAACA GACACTCTCT 
CCAAACATCA TTAGTGGCTT GCACAACATC GTGAAGAGCA TTGAGACCCG CAACTACCAG 
GAGGGACTGA ACATCCACAC ACACATCGTC AGCACCAGCA ACTTCAGCGA GACCTCTGCT 
TTCATGCCAG TCCTCAAGGT TGTTCTCACC CAGGCCAATA AGCTGGGGGT GTGA

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

SEC31A ( XM_030271799.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030127659.1 Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OTd44970
Clone ID Related Accession (Same CDS sequence)	XM_030271799.1
Accession Version	XM_030271799.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3435bp) 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	2019-08-08
Organism	Taeniopygia guttata(zebra finch)
Product	protein transport protein Sec31A isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044215.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGAAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGTTAGAATT 
GCCCCTACTG TCACTACCTG GAGTAACAAA ACTCCTACTG CCCTTCCCAG CCATCCTCCT 
GCAGGCTGTC CCTCTGACAC ACAGGGGGAC AACCCACCTC CTCCAGGGTT TATTATGCCA 
GGAGCTGTTG GCCCCAGCAT GCCACCACAG CAAGCCATAT CTTCCAACTA CAGCATGTAC 
CCGCAAGCAG GAACACGGCC AGCATACCCA CAGAGGCCTC AGAATGGCTG GAATGACCCT 
CCCACTCTCA ACAGAGCTGC CAAGAAGAAG GTCCCTGACA ACTTCCTGCC CCCGGTCCCC 
ATCACCTCCC CCATCATGAA CCCGCTGGTG GACCCGCAGT CTCAGATGCA GCAGCCCCAG 
GCTCCAGCAC CACCCAGCAA GGCCCCCAGC TTCCAGCCTC CACACCTCCC TGCAGGGCAG 
ATGGTGCTGC AGGGTGGCTT CCAGCCTGCT GCCCAGCCCC TGGGGCCATC CACCATGCCA 
CCCACCGTTT CCAAACCCAG CATGGAGGGG GCCCCAGGGG CCCCGATTGG CAATGCCATC 
CAGCATGTGC AGGCACTGCC AACAGAGAAG ATCACCAAGA AGCCCATCCC TGAGGAGCAC 
CTTATTCTGA AGACTACGTT TGAAGCTCTC ATCCAGAGGT GCCTGCTGTC TACCTCTGAT 
CCACAAACCA AGAGGAAACT GGATGATGCA AATAAACGCC TGGAGTTTCT GTATGACAAA 
CTTAGAGAAC AGACACTCTC TCCAAACATC ATTAGTGGCT TGCACAACAT CGTGAAGAGC 
ATTGAGACCC GCAACTACCA GGAGGGACTG AACATCCACA CACACATCGT CAGCACCAGC 
AACTTCAGCG AGACCTCTGC TTTCATGCCA GTCCTCAAGG TTGTTCTCAC CCAGGCCAAT 
AAGCTGGGGG TGTGA

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

RefSeq	XP_030127659.1
CDS	102..3536
Translation	MKLKEVDRTAMQAWSPAQQHPIYLATGTSAQQLDATFSTSATLEIFELDLADPSLDMKSCATFSSSHRYHKLIWGPHSMTSGDRVSGVLIAGGENGNVILYDSAKIIDGEAEVIIAQKDKHTGPVRALDVNMFQTNLVASGANESEIYIWDLNNFATPMTPGVKTQPLEDISCIAWNRQVQHILASASPSGRATVWDLRKNEPIIKVSDHNNRMHCSGLAWHPEVATQMVLASEDDRLPVIQMWDLRFASSPLRVLESHTRGILAIAWSLADPELLLSCGKDAKILCSNPNTGEVLYELPTNTQWCFDIQWCPRNPAVLSAASFDGRISVYSIMGSSADGLRQKQVDQLSSSFGNLDPFGTGQPLPPLQLPQQTAPQSVVMPLKKPPKWIRRPMGASFSFGGKLVTFENSKPLQQLGMEQQQHPHVYVSQVVTEKEFLARSNQLQEAVQSEGFVSYCQKKIDMALADFERNVWAFLKVNFEEDSRVRYLELLGYRKDDLRKKITSALNKEGLPDGVLGEAPTESDGSVPNEGDEGQTTEEQFLGETLKDHKKETEDLGCAKTTFNISVSGDVDGLITQALLTGNFESAVDLCLHDNRMADAIILAIAGGQELLSQTQEKYFAKMRSKITRLITAVVTKNWKEIVQSCDLQNWREALAAVLTYARPDEFTALCDLLGSRLENEGDSILQTQACLCYICAGNVDKLVACWTKVQDGNSPLSLQDLIEKVVILRKAVQLTQAVDPNAMGALLAEKMSQYANLLAAQGSLAAALTFLPANTNQPNIVQLRDRLCRAQGELPVGHNGLKGQYEREPMSKGRAGPMAGQMQAPQAPAQQYYQQVRIAPTVTTWSNKTPTALPSHPPAGCPSDTQGDNPPPPGFIMPGAVGPSMPPQQAISSNYSMYPQAGTRPAYPQRPQNGWNDPPTLNRAAKKKVPDNFLPPVPITSPIMNPLVDPQSQMQQPQAPAPPSKAPSFQPPHLPAGQMVLQGGFQPAAQPLGPSTMPPTVSKPSMEGAPGAPIGNAIQHVQALPTEKITKKPIPEEHLILKTTFEALIQRCLLSTSDPQTKRKLDDANKRLEFLYDKLREQTLSPNIISGLHNIVKSIETRNYQEGLNIHTHIVSTSNFSETSAFMPVLKVVLTQANKLGV

Target ORF information:

RefSeq Version	XM_030271799.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X8, mRNA.

Target ORF information:

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

XM_030271799.1

ORF Insert Sequence:

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGAAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGTTAGAATT 
GCCCCTACTG TCACTACCTG GAGTAACAAA ACTCCTACTG CCCTTCCCAG CCATCCTCCT 
GCAGGCTGTC CCTCTGACAC ACAGGGGGAC AACCCACCTC CTCCAGGGTT TATTATGCCA 
GGAGCTGTTG GCCCCAGCAT GCCACCACAG CAAGCCATAT CTTCCAACTA CAGCATGTAC 
CCGCAAGCAG GAACACGGCC AGCATACCCA CAGAGGCCTC AGAATGGCTG GAATGACCCT 
CCCACTCTCA ACAGAGCTGC CAAGAAGAAG GTCCCTGACA ACTTCCTGCC CCCGGTCCCC 
ATCACCTCCC CCATCATGAA CCCGCTGGTG GACCCGCAGT CTCAGATGCA GCAGCCCCAG 
GCTCCAGCAC CACCCAGCAA GGCCCCCAGC TTCCAGCCTC CACACCTCCC TGCAGGGCAG 
ATGGTGCTGC AGGGTGGCTT CCAGCCTGCT GCCCAGCCCC TGGGGCCATC CACCATGCCA 
CCCACCGTTT CCAAACCCAG CATGGAGGGG GCCCCAGGGG CCCCGATTGG CAATGCCATC 
CAGCATGTGC AGGCACTGCC AACAGAGAAG ATCACCAAGA AGCCCATCCC TGAGGAGCAC 
CTTATTCTGA AGACTACGTT TGAAGCTCTC ATCCAGAGGT GCCTGCTGTC TACCTCTGAT 
CCACAAACCA AGAGGAAACT GGATGATGCA AATAAACGCC TGGAGTTTCT GTATGACAAA 
CTTAGAGAAC AGACACTCTC TCCAAACATC ATTAGTGGCT TGCACAACAT CGTGAAGAGC 
ATTGAGACCC GCAACTACCA GGAGGGACTG AACATCCACA CACACATCGT CAGCACCAGC 
AACTTCAGCG AGACCTCTGC TTTCATGCCA GTCCTCAAGG TTGTTCTCAC CCAGGCCAAT 
AAGCTGGGGG TGTGA

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

SEC31A ( XM_030271800.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030127660.1 Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X9, mRNA.

Price & Availability↑

CloneID	OTd44971
Clone ID Related Accession (Same CDS sequence)	XM_030271800.1
Accession Version	XM_030271800.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3342bp) 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	2019-08-08
Organism	Taeniopygia guttata(zebra finch)
Product	protein transport protein Sec31A isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044215.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGAAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGGGGACAAC 
CCACCTCCTC CAGGGTTTAT TATGCCAGGA GCTGTTGGCC CCAGCATGCC ACCACAGCAA 
GCCATATCTT CCAACTACAG CATGTACCCG CAAGCAGGAA CACGGCCAGC ATACCCACAG 
AGGCCTCAGA ATGGCTGGAA TGACCCTCCC ACTCTCAACA GAGCTGCCAA GAAGAAGGTC 
CCTGACAACT TCCTGCCCCC GGTCCCCATC ACCTCCCCCA TCATGAACCC GCTGGTGGAC 
CCGCAGTCTC AGATGCAGCA GCCCCAGGCT CCAGCACCAC CCAGCAAGGC CCCCAGCTTC 
CAGCCTCCAC ACCTCCCTGC AGGGCAGATG GTGCTGCAGG GTGGCTTCCA GCCTGCTGCC 
CAGCCCCTGG GGCCATCCAC CATGCCACCC ACCGTTTCCA AACCCAGCAT GGAGGGGGCC 
CCAGGGGCCC CGATTGGCAA TGCCATCCAG CATGTGCAGG CACTGCCAAC AGAGAAGATC 
ACCAAGAAGC CCATCCCTGA GGAGCACCTT ATTCTGAAGA CTACGTTTGA AGCTCTCATC 
CAGAGGTGCC TGCTGTCTAC CTCTGATCCA CAAACCAAGA GGAAACTGGA TGATGCAAAT 
AAACGCCTGG AGTTTCTGTA TGACAAACTT AGAGAACAGA CACTCTCTCC AAACATCATT 
AGTGGCTTGC ACAACATCGT GAAGAGCATT GAGACCCGCA ACTACCAGGA GGGACTGAAC 
ATCCACACAC ACATCGTCAG CACCAGCAAC TTCAGCGAGA CCTCTGCTTT CATGCCAGTC 
CTCAAGGTTG TTCTCACCCA GGCCAATAAG CTGGGGGTGT GA

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

RefSeq	XP_030127660.1
CDS	101..3442
Translation	MKLKEVDRTAMQAWSPAQQHPIYLATGTSAQQLDATFSTSATLEIFELDLADPSLDMKSCATFSSSHRYHKLIWGPHSMTSGDRVSGVLIAGGENGNVILYDSAKIIDGEAEVIIAQKDKHTGPVRALDVNMFQTNLVASGANESEIYIWDLNNFATPMTPGVKTQPLEDISCIAWNRQVQHILASASPSGRATVWDLRKNEPIIKVSDHNNRMHCSGLAWHPEVATQMVLASEDDRLPVIQMWDLRFASSPLRVLESHTRGILAIAWSLADPELLLSCGKDAKILCSNPNTGEVLYELPTNTQWCFDIQWCPRNPAVLSAASFDGRISVYSIMGSSADGLRQKQVDQLSSSFGNLDPFGTGQPLPPLQLPQQTAPQSVVMPLKKPPKWIRRPMGASFSFGGKLVTFENSKPLQQLGMEQQQHPHVYVSQVVTEKEFLARSNQLQEAVQSEGFVSYCQKKIDMALADFERNVWAFLKVNFEEDSRVRYLELLGYRKDDLRKKITSALNKEGLPDGVLGEAPTESDGSVPNEGDEGQTTEEQFLGETLKDHKKETEDLGCAKTTFNISVSGDVDGLITQALLTGNFESAVDLCLHDNRMADAIILAIAGGQELLSQTQEKYFAKMRSKITRLITAVVTKNWKEIVQSCDLQNWREALAAVLTYARPDEFTALCDLLGSRLENEGDSILQTQACLCYICAGNVDKLVACWTKVQDGNSPLSLQDLIEKVVILRKAVQLTQAVDPNAMGALLAEKMSQYANLLAAQGSLAAALTFLPANTNQPNIVQLRDRLCRAQGELPVGHNGLKGQYEREPMSKGRAGPMAGQMQAPQAPAQQYYQQGDNPPPPGFIMPGAVGPSMPPQQAISSNYSMYPQAGTRPAYPQRPQNGWNDPPTLNRAAKKKVPDNFLPPVPITSPIMNPLVDPQSQMQQPQAPAPPSKAPSFQPPHLPAGQMVLQGGFQPAAQPLGPSTMPPTVSKPSMEGAPGAPIGNAIQHVQALPTEKITKKPIPEEHLILKTTFEALIQRCLLSTSDPQTKRKLDDANKRLEFLYDKLREQTLSPNIISGLHNIVKSIETRNYQEGLNIHTHIVSTSNFSETSAFMPVLKVVLTQANKLGV

Target ORF information:

RefSeq Version	XM_030271800.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata SEC31 homolog A, COPII coat complex component (SEC31A), transcript variant X9, mRNA.

Target ORF information:

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

XM_030271800.1

ORF Insert Sequence:

ATGAAGCTGA AGGAAGTAGA CCGTACTGCC ATGCAGGCAT GGAGCCCTGC CCAGCAGCAC 
CCCATTTACC TGGCTACAGG TACATCAGCT CAGCAGCTGG ATGCAACCTT CAGTACAAGT 
GCTACTCTAG AAATATTTGA ATTGGACTTA GCAGACCCTT CACTGGATAT GAAGAGCTGT 
GCCACATTCT CCTCCTCACA CAGGTACCAC AAGCTGATCT GGGGCCCTCA CAGCATGACC 
TCAGGGGACA GAGTGTCTGG AGTCCTGATT GCTGGCGGTG AAAATGGAAA TGTCATCTTG 
TATGACTCAG CCAAAATCAT AGATGGAGAG GCTGAAGTAA TAATAGCCCA GAAAGACAAG 
CACACGGGAC CAGTGAGAGC ACTCGATGTC AACATGTTCC AGACTAATCT GGTAGCCTCT 
GGTGCTAACG AGTCTGAAAT CTATATCTGG GACTTGAACA ACTTTGCTAC ACCAATGACA 
CCAGGAGTGA AGACACAGCC TCTGGAGGAC ATCAGCTGCA TTGCATGGAA CAGGCAAGTG 
CAGCACATCC TGGCCTCCGC CAGCCCCAGC GGCCGGGCTA CCGTCTGGGA CCTCAGGAAG 
AACGAGCCCA TCATCAAAGT CAGTGACCAC AACAACAGGA TGCACTGCTC AGGCTTGGCA 
TGGCACCCTG AAGTTGCCAC ACAGATGGTT TTGGCCTCGG AGGATGACAG GCTGCCTGTT 
ATTCAGATGT GGGACCTAAG ATTTGCCTCC TCACCACTTC GTGTTCTAGA AAGTCACACA 
AGGGGTATAT TGGCCATTGC TTGGAGTCTG GCAGATCCAG AGCTGCTACT TAGCTGTGGG 
AAGGATGCTA AAATTCTCTG CTCCAACCCT AACACGGGCG AGGTGCTGTA CGAGCTGCCC 
ACCAACACCC AGTGGTGCTT TGACATCCAG TGGTGCCCGA GGAACCCTGC TGTGCTGTCT 
GCAGCCTCCT TCGACGGGCG CATCAGTGTC TACTCCATCA TGGGCAGCAG CGCTGATGGC 
CTGAGGCAGA AGCAAGTTGA CCAGCTCTCC TCGTCTTTTG GGAACCTTGA TCCGTTTGGC 
ACGGGCCAGC CCCTGCCTCC CCTGCAGCTT CCCCAGCAGA CTGCCCCACA GAGTGTGGTG 
ATGCCTCTGA AGAAACCACC CAAGTGGATC CGGCGACCCA TGGGAGCGTC CTTCTCGTTT 
GGAGGCAAGC TGGTGACGTT TGAGAATTCC AAGCCTCTGC AGCAGCTGGG CATGGAGCAG 
CAACAGCATC CCCATGTCTA CGTGAGCCAG GTTGTCACAG AGAAGGAGTT CCTGGCCCGC 
TCAAACCAGC TGCAGGAGGC TGTGCAGTCC GAGGGCTTTG TCAGCTACTG CCAGAAGAAA 
ATTGACATGG CCCTGGCTGA CTTTGAAAGG AATGTGTGGG CTTTCTTAAA GGTGAACTTT 
GAAGAAGATT CACGTGTTAG ATACCTCGAG CTCTTAGGAT ACCGAAAGGA TGATCTGAGG 
AAGAAGATCA CATCTGCTCT GAATAAAGAA GGTCTTCCAG ATGGTGTCTT GGGAGAGGCT 
CCTACAGAAT CTGATGGATC TGTGCCAAAT GAAGGGGATG AAGGCCAGAC TACAGAGGAA 
CAGTTCTTGG GAGAGACGCT GAAGGACCAT AAAAAAGAAA CTGAAGATTT GGGATGTGCA 
AAGACAACAT TTAACATTTC TGTTAGTGGA GATGTGGATG GGCTGATCAC ACAGGCTCTG 
CTGACAGGGA ACTTTGAAAG TGCAGTGGAT CTGTGCCTGC ACGACAACCG CATGGCTGAT 
GCCATCATCC TGGCCATCGC CGGCGGGCAG GAGCTGCTCT CCCAGACGCA GGAGAAGTAC 
TTTGCCAAGA TGCGGAGCAA AATTACCAGG CTCATCACTG CAGTTGTAAC AAAGAACTGG 
AAAGAGATTG TGCAGTCTTG TGACCTGCAA AATTGGAGGG AGGCATTGGC TGCTGTGCTC 
ACTTATGCCA GGCCAGACGA GTTTACAGCC CTTTGTGATC TCCTGGGTAG CAGGCTGGAG 
AATGAGGGGG ACAGCATTCT GCAGACACAA GCTTGCCTCT GTTACATTTG TGCTGGCAAC 
GTGGATAAAC TTGTTGCTTG TTGGACCAAA GTTCAGGATG GAAACAGCCC CTTGTCCCTT 
CAGGATTTAA TAGAGAAGGT TGTGATCCTG CGCAAAGCCG TGCAGCTCAC ACAGGCTGTG 
GACCCGAACG CCATGGGTGC TCTTTTGGCC GAGAAGATGA GCCAATATGC CAACCTCCTG 
GCTGCTCAGG GAAGCCTGGC TGCAGCACTC ACCTTCCTCC CTGCCAACAC CAACCAGCCA 
AACATCGTGC AGCTACGGGA CAGGCTGTGC AGAGCCCAGG GGGAGCTCCC AGTGGGACAC 
AATGGCCTTA AGGGACAATA TGAGAGAGAG CCCATGTCCA AAGGGCGAGC TGGCCCCATG 
GCTGGACAGA TGCAGGCGCC CCAGGCTCCA GCCCAGCAGT ATTACCAGCA GGGGGACAAC 
CCACCTCCTC CAGGGTTTAT TATGCCAGGA GCTGTTGGCC CCAGCATGCC ACCACAGCAA 
GCCATATCTT CCAACTACAG CATGTACCCG CAAGCAGGAA CACGGCCAGC ATACCCACAG 
AGGCCTCAGA ATGGCTGGAA TGACCCTCCC ACTCTCAACA GAGCTGCCAA GAAGAAGGTC 
CCTGACAACT TCCTGCCCCC GGTCCCCATC ACCTCCCCCA TCATGAACCC GCTGGTGGAC 
CCGCAGTCTC AGATGCAGCA GCCCCAGGCT CCAGCACCAC CCAGCAAGGC CCCCAGCTTC 
CAGCCTCCAC ACCTCCCTGC AGGGCAGATG GTGCTGCAGG GTGGCTTCCA GCCTGCTGCC 
CAGCCCCTGG GGCCATCCAC CATGCCACCC ACCGTTTCCA AACCCAGCAT GGAGGGGGCC 
CCAGGGGCCC CGATTGGCAA TGCCATCCAG CATGTGCAGG CACTGCCAAC AGAGAAGATC 
ACCAAGAAGC CCATCCCTGA GGAGCACCTT ATTCTGAAGA CTACGTTTGA AGCTCTCATC 
CAGAGGTGCC TGCTGTCTAC CTCTGATCCA CAAACCAAGA GGAAACTGGA TGATGCAAAT 
AAACGCCTGG AGTTTCTGTA TGACAAACTT AGAGAACAGA CACTCTCTCC AAACATCATT 
AGTGGCTTGC ACAACATCGT GAAGAGCATT GAGACCCGCA ACTACCAGGA GGGACTGAAC 
ATCCACACAC ACATCGTCAG CACCAGCAAC TTCAGCGAGA CCTCTGCTTT CATGCCAGTC 
CTCAAGGTTG TTCTCACCCA GGCCAATAAG CTGGGGGTGT GA

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

Gene Symbol	SEC31A
Entrez Gene ID	100227372
Full Name	SEC31 homolog A, COPII coat complex component
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

SEC31A cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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