SEC23IP cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene
Clones
gRNAs

Summary

Gene Symbol	SEC23IP
Entrez Gene ID	100229205
Full Name	SEC23 interacting protein
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002188422.2	XP_002188458.2	SEC23-interacting protein
XM_030276545.1	XP_030132405.1	LOW QUALITY PROTEIN: SEC23-interacting protein

Pathways from BioSystems
Gene Ontology

The following SEC23IP gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SEC23IP cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OTd48881	XM_030276545.1 Latest version!	Taeniopygia guttata SEC23 interacting protein (SEC23IP), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd11185	XM_002188422.2 Latest version!	Taeniopygia guttata SEC23 interacting protein (SEC23IP), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$629.30 $899.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

SEC23IP ( XM_030276545.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030132405.1 Taeniopygia guttata SEC23 interacting protein (SEC23IP), mRNA.

Price & Availability↑

CloneID	OTd48881
Clone ID Related Accession (Same CDS sequence)	XM_030276545.1
Accession Version	XM_030276545.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3276bp) 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	LOW QUALITY PROTEIN: SEC23-interacting protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044218.1) 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## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGCCCTGCA CGATGCTCAG GGGGCTGTTC AGCCAGTCGC CCACGCACGG CATGGCGGAG 
TCACCCGCGG GGCTGCCGGC ACCCTGCGGC CGCCGAGTCC CTCTCGCCAG CCCAGCGCGG 
GGATCGCCGC CGCTTCCTCC TCCTCCTCTT CGCCCTCCTC CTCCTCTTCC TGCGGGAATG 
GCGGCCGCGC CCGCCTCCCG CCCCTCACGG CTGCGCGCGG CCAGCGCCGC CATCTTGGGT 
GCGGGCGGAA GGGGCCGGGG CCGGGACGTG GCCGGGGCGN CGGCTATGGC GGCGATCAAG 
CCCGGGGGAG GCACCGGCAC CAACCTGCTC TTCTCCTCCT CCGCCACCGA GTTCAGCTTC 
AACGTGCCCT TCATCCCCGT CAGCCAAGCG CCGGCCGCGC CGCCCGGCCC CGCGCTGCTG 
CCCGCCGATG ATTCTGCAGA TGTTGGGGAA GAGGACAGCT TCTTGGGTCA GACATCAGCC 
AGCCCCAACC CTCCACAGAC TTTCAGCTAC TTCTCTCAAG TTCCCAGCAG CAGTGATCCC 
TTTGGGAGTA TTGGACAGCC ACCCTTAACA ACTGTTTCAA CACCTGCTGG AGCACCAGCC 
TTCTCCAGAC CTCCCACTTC ACTTCCACTC GTGTCTGGGT CCCAGGATGG GCAAAATGCC 
TTTTCACCAC ATATTCCCAA ATCCCAGTCT TACAGTGCAC CACCCTCTTC CCAGGTGGGA 
ATGGCGCCGT ACCAGCCCCC TCAGCAGAGC TGTCCCCCAC CTGCCAGCGC TGCCCTGCCC 
ACAGGGACCC CGCAGCAGCA GGGCTACAAC CCCTACAGGC ACACCACCCT GAGCAGCAGG 
GCCAACCCCT ACCTCACCCC TCCCCAGCTG CAGCAGAGCC ACCCCCCTGC CACAGCGTCC 
CCTGTGCCAC CCGTGCAGAT GTACCAGACA CCCCCGGGGC CACTGACACA GTTTCCACCG 
TCCCAGTCCC AGCTCCAGCC TGCCAGGCCT GCAGGGCCCC TGGTCCCAGC CCCTCCTGTG 
CTGCTGCAGA ACCAATACGA GCCAGTTCAG CCCCACTGGT TCTACTGTAA GGAGGTGGAG 
GACAAGCAAA TATGGATGCC ATTCAGCATT CTGGATTCTG CAAAACTAGA GGAGGTCTAT 
AATTCTGTCC AGCCTGACCC CGAGAGCGTG GTGCTGAGCA CGGACGGTGG CCGCTACGAC 
GTCTTCCTGT ACGAGCGCGT GAGGAAAGCC GTGTACTGGG ACGAGGAGCC CTCGGAAGTG 
AGGCGCTGCC TGTGGTTCTA CAAGGGAGAC AAGGACAGCC GCTTCATCCC TTACACTGAG 
GACTTCAGTG ACAAGTTGGA GGCAGAATAT AAAAGGGCTG TAACTACAAA TCAATGGCAT 
CGGCGACTTG AATTTCCAAA TGGGGAGACA ATTGTCATGC ATAATCCCAA GGTCATAGTT 
CAGTTCCAGC CTTCTGCCAC ACCAGATGAA TGGGGCACCA CTCAAGATGG GCAGACAAGG 
CCAAGGGTAG TGAAACGTGG AATTGATGAT GATCATGATG AGATTCCTGA TGGAGAAATG 
TCCCAAATTG ACCATCTGGT ATTTATGGTT CATGGCATAG GTCCTGTATG TGACTTGAGG 
TTTAGAAGCA TTGTTGAATG TGTTGATGAT TTTAGGACTG TTTCTCTGAA GTTGTTGCAG 
ACTCACTTTA AGAAGTGTTT GGAGGAACGC AAAGTGAGCA GGGTGGAATT CCTTCCAGTT 
CACTGGCACA GTTCTCTGCA TGGAGATGCA ACAGGTGTAG ACAGGAACAT AAAGAAAATC 
ACTTTGCCGA GCATTGGTCG CCTGAGGCAC TTCACCAACG AAACGCTGCT CGACATCCTG 
TTCTACAACA GCCCCACGTA CTGCCAGACC ATCGTGGATA AAGTGGGCAT GGAAATGAAC 
CGCCTGTACG CGCTCTTCAT GAGCCGCAAC CCCGACTTCA AAGGGGGAGT CTCTGTGGCT 
GGGCACAGCT TAGGTTCCTT AATTCTATTT GACATACTGT CTAACCAGAA GGACTTGGCT 
TCATCAGTAA ATTCTGGACC ATTCTCTGGT GTTAATGGGA GTGTGAAGGA CGTGGCTGTT 
CATGATAAAC AGATGACTGA AGATACCAGT TCCTTGGGCT CCTCCATTGC TACTTCTGCT 
GATGACCTTT GTGAGGCTGA AGCAGAGGAG GATGTTCCCA CTCTGCAGAA GACTCTGGAA 
ATGCTCAGTT TGGCAGAGTA CGTTAGCACC TTCGAAAAGG AGCGGATCGA CATGGAGTCC 
CTGCTCATGT GTACAGTTGA TGATCTGAAG GAGATGGGCA TACCTCTTGG ACCAAGAAAG 
AAAATAGCTA ATTTTGTAAA AGACAGAGCA GCCAAGCAGG AACAGAAGAA AGCAGTAGCA 
GAAAAGAAAG CAGTGCTGGC TGCCACACTC CAGACTCAAG AAGACACCCA GAAATCAAAA 
GAGGCAATTT CTTCTGTCTC ACCTTCAGAG TCTGGTCAGA TGCACTCAAA GAGGAAGCTC 
CCAGTTGGTG CATCTGTGTC TTCTGTGAAC ATTGACTATG AGTATTTTGA AGTTGGAACT 
GGCCAGGTTT CTGTGGTTTA CAGTGCACTG GACTTTGAAC CAGATATTTT CTTTGCTCTT 
GGTTCCCCTA TTGGTGTGTT CCTTACTGTG AGGGGTGTGG AGAAGATTGA TGAAAACTAC 
AGACTCCCTA CCTGCAAGGG GTTCTTCAAT ATCTATCACC CACTTGATCC AGTAGCTTAC 
AGGTTAGAAC CAATGATTAT TGAAGACATG GATTTAAAAC CAGTTCTCAT TCCACATCAC 
AAAGGCAGAA AAAGACTTCA TCTGGAGCTG AAAGACTCTC TGTCTCGGAT GGGATCTGAT 
CTGAAGCAGG GCTTTATTAG CTCTCTGAAG AGTGCGTGGC AGACCCTTAA TGAATTTGCA 
CGTGCTCATA CATCTTCAAC CCAGCTGCAA GCAGAGCTGG AGAAAGTAGC TAACCAAATT 
AAAGAGGAGG AAGAAAAGCA GGTGGTGGAA GCTGAGAAGA TCACTGAAAG TCCAGACCCT 
CCAAAAGATG AAGATGTTTC GGTGAAGGTT GGGATGCTGA ATGGAGGGCG TCGCATTGAT 
TATGTTCTAC AAGAGAAACC AATAGAAAGC TTCAATGAGT ACCTGTTTGC TTTGCAGAGT 
CACCTGTGCT ACTGGGGATC TGAAGACACT GCTTTGCTGT TTCTCAAGGA GATATACAGG 
ACCATGAATA TCAATCCTGA GCAGCCACAG CATTGA

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

RefSeq	XP_030132405.1
CDS	1..3276
Translation	MPCTMLRGLFSQSPTHGMAESPAGLPAPCGRRVPLASPARGSPPLPPPPLRPPPPLPAGMAAAPASRPSRLRAASAAILGAGGRGRGRDVAGAnullAMAAIKPGGGTGTNLLFSSSATEFSFNVPFIPVSQAPAAPPGPALLPADDSADVGEEDSFLGQTSASPNPPQTFSYFSQVPSSSDPFGSIGQPPLTTVSTPAGAPAFSRPPTSLPLVSGSQDGQNAFSPHIPKSQSYSAPPSSQVGMAPYQPPQQSCPPPASAALPTGTPQQQGYNPYRHTTLSSRANPYLTPPQLQQSHPPATASPVPPVQMYQTPPGPLTQFPPSQSQLQPARPAGPLVPAPPVLLQNQYEPVQPHWFYCKEVEDKQIWMPFSILDSAKLEEVYNSVQPDPESVVLSTDGGRYDVFLYERVRKAVYWDEEPSEVRRCLWFYKGDKDSRFIPYTEDFSDKLEAEYKRAVTTNQWHRRLEFPNGETIVMHNPKVIVQFQPSATPDEWGTTQDGQTRPRVVKRGIDDDHDEIPDGEMSQIDHLVFMVHGIGPVCDLRFRSIVECVDDFRTVSLKLLQTHFKKCLEERKVSRVEFLPVHWHSSLHGDATGVDRNIKKITLPSIGRLRHFTNETLLDILFYNSPTYCQTIVDKVGMEMNRLYALFMSRNPDFKGGVSVAGHSLGSLILFDILSNQKDLASSVNSGPFSGVNGSVKDVAVHDKQMTEDTSSLGSSIATSADDLCEAEAEEDVPTLQKTLEMLSLAEYVSTFEKERIDMESLLMCTVDDLKEMGIPLGPRKKIANFVKDRAAKQEQKKAVAEKKAVLAATLQTQEDTQKSKEAISSVSPSESGQMHSKRKLPVGASVSSVNIDYEYFEVGTGQVSVVYSALDFEPDIFFALGSPIGVFLTVRGVEKIDENYRLPTCKGFFNIYHPLDPVAYRLEPMIIEDMDLKPVLIPHHKGRKRLHLELKDSLSRMGSDLKQGFISSLKSAWQTLNEFARAHTSSTQLQAELEKVANQIKEEEEKQVVEAEKITESPDPPKDEDVSVKVGMLNGGRRIDYVLQEKPIESFNEYLFALQSHLCYWGSEDTALLFLKEIYRTMNINPEQPQH

Target ORF information:

RefSeq Version	XM_030276545.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata SEC23 interacting protein (SEC23IP), mRNA.

Target ORF information:

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

XM_030276545.1

ORF Insert Sequence:

ATGCCCTGCA CGATGCTCAG GGGGCTGTTC AGCCAGTCGC CCACGCACGG CATGGCGGAG 
TCACCCGCGG GGCTGCCGGC ACCCTGCGGC CGCCGAGTCC CTCTCGCCAG CCCAGCGCGG 
GGATCGCCGC CGCTTCCTCC TCCTCCTCTT CGCCCTCCTC CTCCTCTTCC TGCGGGAATG 
GCGGCCGCGC CCGCCTCCCG CCCCTCACGG CTGCGCGCGG CCAGCGCCGC CATCTTGGGT 
GCGGGCGGAA GGGGCCGGGG CCGGGACGTG GCCGGGGCGN CGGCTATGGC GGCGATCAAG 
CCCGGGGGAG GCACCGGCAC CAACCTGCTC TTCTCCTCCT CCGCCACCGA GTTCAGCTTC 
AACGTGCCCT TCATCCCCGT CAGCCAAGCG CCGGCCGCGC CGCCCGGCCC CGCGCTGCTG 
CCCGCCGATG ATTCTGCAGA TGTTGGGGAA GAGGACAGCT TCTTGGGTCA GACATCAGCC 
AGCCCCAACC CTCCACAGAC TTTCAGCTAC TTCTCTCAAG TTCCCAGCAG CAGTGATCCC 
TTTGGGAGTA TTGGACAGCC ACCCTTAACA ACTGTTTCAA CACCTGCTGG AGCACCAGCC 
TTCTCCAGAC CTCCCACTTC ACTTCCACTC GTGTCTGGGT CCCAGGATGG GCAAAATGCC 
TTTTCACCAC ATATTCCCAA ATCCCAGTCT TACAGTGCAC CACCCTCTTC CCAGGTGGGA 
ATGGCGCCGT ACCAGCCCCC TCAGCAGAGC TGTCCCCCAC CTGCCAGCGC TGCCCTGCCC 
ACAGGGACCC CGCAGCAGCA GGGCTACAAC CCCTACAGGC ACACCACCCT GAGCAGCAGG 
GCCAACCCCT ACCTCACCCC TCCCCAGCTG CAGCAGAGCC ACCCCCCTGC CACAGCGTCC 
CCTGTGCCAC CCGTGCAGAT GTACCAGACA CCCCCGGGGC CACTGACACA GTTTCCACCG 
TCCCAGTCCC AGCTCCAGCC TGCCAGGCCT GCAGGGCCCC TGGTCCCAGC CCCTCCTGTG 
CTGCTGCAGA ACCAATACGA GCCAGTTCAG CCCCACTGGT TCTACTGTAA GGAGGTGGAG 
GACAAGCAAA TATGGATGCC ATTCAGCATT CTGGATTCTG CAAAACTAGA GGAGGTCTAT 
AATTCTGTCC AGCCTGACCC CGAGAGCGTG GTGCTGAGCA CGGACGGTGG CCGCTACGAC 
GTCTTCCTGT ACGAGCGCGT GAGGAAAGCC GTGTACTGGG ACGAGGAGCC CTCGGAAGTG 
AGGCGCTGCC TGTGGTTCTA CAAGGGAGAC AAGGACAGCC GCTTCATCCC TTACACTGAG 
GACTTCAGTG ACAAGTTGGA GGCAGAATAT AAAAGGGCTG TAACTACAAA TCAATGGCAT 
CGGCGACTTG AATTTCCAAA TGGGGAGACA ATTGTCATGC ATAATCCCAA GGTCATAGTT 
CAGTTCCAGC CTTCTGCCAC ACCAGATGAA TGGGGCACCA CTCAAGATGG GCAGACAAGG 
CCAAGGGTAG TGAAACGTGG AATTGATGAT GATCATGATG AGATTCCTGA TGGAGAAATG 
TCCCAAATTG ACCATCTGGT ATTTATGGTT CATGGCATAG GTCCTGTATG TGACTTGAGG 
TTTAGAAGCA TTGTTGAATG TGTTGATGAT TTTAGGACTG TTTCTCTGAA GTTGTTGCAG 
ACTCACTTTA AGAAGTGTTT GGAGGAACGC AAAGTGAGCA GGGTGGAATT CCTTCCAGTT 
CACTGGCACA GTTCTCTGCA TGGAGATGCA ACAGGTGTAG ACAGGAACAT AAAGAAAATC 
ACTTTGCCGA GCATTGGTCG CCTGAGGCAC TTCACCAACG AAACGCTGCT CGACATCCTG 
TTCTACAACA GCCCCACGTA CTGCCAGACC ATCGTGGATA AAGTGGGCAT GGAAATGAAC 
CGCCTGTACG CGCTCTTCAT GAGCCGCAAC CCCGACTTCA AAGGGGGAGT CTCTGTGGCT 
GGGCACAGCT TAGGTTCCTT AATTCTATTT GACATACTGT CTAACCAGAA GGACTTGGCT 
TCATCAGTAA ATTCTGGACC ATTCTCTGGT GTTAATGGGA GTGTGAAGGA CGTGGCTGTT 
CATGATAAAC AGATGACTGA AGATACCAGT TCCTTGGGCT CCTCCATTGC TACTTCTGCT 
GATGACCTTT GTGAGGCTGA AGCAGAGGAG GATGTTCCCA CTCTGCAGAA GACTCTGGAA 
ATGCTCAGTT TGGCAGAGTA CGTTAGCACC TTCGAAAAGG AGCGGATCGA CATGGAGTCC 
CTGCTCATGT GTACAGTTGA TGATCTGAAG GAGATGGGCA TACCTCTTGG ACCAAGAAAG 
AAAATAGCTA ATTTTGTAAA AGACAGAGCA GCCAAGCAGG AACAGAAGAA AGCAGTAGCA 
GAAAAGAAAG CAGTGCTGGC TGCCACACTC CAGACTCAAG AAGACACCCA GAAATCAAAA 
GAGGCAATTT CTTCTGTCTC ACCTTCAGAG TCTGGTCAGA TGCACTCAAA GAGGAAGCTC 
CCAGTTGGTG CATCTGTGTC TTCTGTGAAC ATTGACTATG AGTATTTTGA AGTTGGAACT 
GGCCAGGTTT CTGTGGTTTA CAGTGCACTG GACTTTGAAC CAGATATTTT CTTTGCTCTT 
GGTTCCCCTA TTGGTGTGTT CCTTACTGTG AGGGGTGTGG AGAAGATTGA TGAAAACTAC 
AGACTCCCTA CCTGCAAGGG GTTCTTCAAT ATCTATCACC CACTTGATCC AGTAGCTTAC 
AGGTTAGAAC CAATGATTAT TGAAGACATG GATTTAAAAC CAGTTCTCAT TCCACATCAC 
AAAGGCAGAA AAAGACTTCA TCTGGAGCTG AAAGACTCTC TGTCTCGGAT GGGATCTGAT 
CTGAAGCAGG GCTTTATTAG CTCTCTGAAG AGTGCGTGGC AGACCCTTAA TGAATTTGCA 
CGTGCTCATA CATCTTCAAC CCAGCTGCAA GCAGAGCTGG AGAAAGTAGC TAACCAAATT 
AAAGAGGAGG AAGAAAAGCA GGTGGTGGAA GCTGAGAAGA TCACTGAAAG TCCAGACCCT 
CCAAAAGATG AAGATGTTTC GGTGAAGGTT GGGATGCTGA ATGGAGGGCG TCGCATTGAT 
TATGTTCTAC AAGAGAAACC AATAGAAAGC TTCAATGAGT ACCTGTTTGC TTTGCAGAGT 
CACCTGTGCT ACTGGGGATC TGAAGACACT GCTTTGCTGT TTCTCAAGGA GATATACAGG 
ACCATGAATA TCAATCCTGA GCAGCCACAG CATTGA

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

SEC23IP ( XM_002188422.2 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_002188458.2 Taeniopygia guttata SEC23 interacting protein (SEC23IP), mRNA.

Price & Availability↑

CloneID	OTd11185
Clone ID Related Accession (Same CDS sequence)	XM_002188422.2
Accession Version	XM_002188422.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3051bp) 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	SEC23-interacting protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002198843.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Feb 12, 2013 this sequence version replaced XM_002188422.1. ##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## ab initio :: 4% of CDS bases ##RefSeq-Attributes-END##

ATGGCGGCCG CGCCCGCCTC CCGCCCCTCA CGGCTGCGCG CGGTTATTTC CACTGTCTTG 
CCTGCTAGCG GAAAGGGCCG GGGGCCCGAA GGAAGCATCG ACACACTGCT CTTCTCCTCT 
CCGACACGAG TCAGCTCAAC GTGCCTCATC CCCGTCAGCC AAGCACCGAC CGCGCCGCCC 
GACCCCGCGC TGCTGCCCGC CGATGATTCT GCAGATGTTG GGGAAGAGGA CAGCTTCTTG 
GGTCAGACAT CAGCCAGCCC CAACCCTCCA CAGACTTTCA GCTACTTCTC TCAAGTTCCC 
AGCAGCAGTG ATCCCTTTGG GAGTATTGGA CAGCCACCCT TAACAACTGT TTCAACACCT 
GCTGGAGCAC CAGCCTTCTC CAGACCTCCC ACTTCACTTC CACTCGTGTC TGGGTCCCAG 
GATGGGCAAA ATGCCTTTTC ACCACATATT CCCAAATCCC AGTCTTACAG TGCACCACCC 
TCTTCCCAGG TGGGAATGGC GCCGTACCAG CCCCCTCAGC AGAGCTGTCC CCCACCTGCC 
AGCGCTGCCC TGCCCACAGG GACCCCGCAG CAGCAGGGCT ACAACCCCTA CAGGCACACC 
ACCCTGAGCA GCAGGGCCAA CCCCTACCTC ACCCCTCCCC AGCTGCAGCA GAGCCACCCC 
CCTGCCACAG CGTCCCCTGT GCCACCCGTG CAGATGTACC AGACACCCCC GGGGCCACTG 
ACACAGTTTC CACCGTCCCA GTCCCAGCTC CAGCCTGCCA GGCCTGCAGG GCCCCTGGTC 
CCAGCCCCTC CTGTGCTGCT GCAGAACCAA TACGAGCCAG TTCAGCCCCA CTGGTTCTAC 
TGTAAGGAGG TGGAGGACAA GCAAATATGG ATGCCATTCA GCATTCTGGA TTCTGCAAAA 
CTAGAGGAGG TCTATAATTC TGTCCAGCCT GACCCCGAGA GCGTGGTGCT GAGCACGGAC 
GGTGGCCGCT ACGACGTCTT CCTGTACGAG CGCGTGAGGA AAGCCGTGTA CTGGGACGAG 
GAGCCCTCGG AAGTGAGGCG CTGCCTGTGG TTCTACAAGG GAGACAAGGA CAGCCGCTTC 
ATCCCTTACA CTGAGGACTT CAGTGACAAG TTGGAGGCAG AATATAAAAG GGCTGTAACT 
ACAAACCAAT GGCATAGACG ACTTGAATTT CCAAATGGGG AGACAATTGT CATGCATAAT 
CCCAAGGTCA TAGTTCAGTT CCAGCCTTCT GCCACACCAG ATGAATGGGG CACCACTCAA 
GATGGGCAGA CAAGGCCAAG GGTAGTGAAA CGTGGAATTG ATGATGACCA TGATGAGATT 
CCTGATGGAG AAATGTCCCA AATTGACCAT CTGGTATTTA TGGTTCATGG CATAGGTCCT 
GTATGTGACT TGAGGTTTAG AAGCATTGTT GAATGTGTTG ATGATTTTAG GACTGTTTCT 
CTGAAGTTGT TGCAGACTCA CTTTAAGAAG TGTTTGGAGG AACGCAAAGT GAGCAGGGTG 
GAATTCCTTC CAGTTCACTG GCACAGTTCT CTGCATGGAG ATGCAACAGG TGTAGACAGG 
AACATAAAGA AAATCACTTT GCCGAGCATT GGTCGCCTGA GGCACTTCAC CAACGAAACG 
CTGCTCGACA TCCTGTTCTA CAACAGCCCC ACCTACTGCC AGACCATCGT GGATAAAGTG 
GGCATGGAAA TGAACCGCCT GTACGCGCTC TTCATGAGCC GCAACCCCGA CTTCAAAGGG 
GGAGTCTCTG TGGCTGGGCA CAGCTTAGGT TCCTTAATTC TATTTGACAT ACTGTCTAAC 
CAGAAGGACT TGGCTTCATC AGTAAATTCT GGACCATTCT CTGGTGTTAA TGGGAGTGTG 
AAGGACGTGG CTGTTCATGA TAAACAGATG ACTGAAGATA CCAGTTCCTT GGGCTCCTCC 
ATTGCTACTT CTGCTGATGA CCTTTGTGAG GCTGAAGCAG AGGAGGATGT TCCCACTCTG 
CAGAAGACTC TGGAAATGCT CAGTTTGGCA GAGTACGTCA GCACCTTCGA AAAGGAGCGG 
ATCGACATGG AGTCCCTGCT CATGTGTACA GTTGATGATC TGAAGGAGAT GGGCATACCT 
CTTGGACCAA GAAAGAAAAT AGCTAATTTT GTAAAAGACA GAGCAGCCAA GCAGGAACAG 
AAGAAAGCAG TAGCAGAAAA GAAAGCAGTG CTGGCTGCCA CACTCCAGAC TCAAGAAGAC 
ACCCAGAAAT CAAAAGAGGC AATTTCTTCT GTCTCACCTT CAGAGTCTGG TCAGATGCAT 
TCAAAGAGGA AGCTCCCAGT TGGTGCATCT GTGTCTTCTG TGAACATTGA CTATGAGTAT 
TTTGAAGTTG GAACTGGCCA GGTTTCTGTG GTTTACAGTG CACTGGACTT TGAACCAGAT 
ATTTTCTTTG CTCTTGGTTC CCCTATTGGT GTGTTCCTTA CTGTGAGGGG TGTGGAGAAG 
ATTGATGAAA ACTACAGACT CCCTACCTGC AAGGGGTTCT TCAATATCTA TCACCCACTT 
GATCCAGTAG CTTACAGGTT AGAACCAATG ATTATTGAAG ACATGGATTT AAAACCAGTT 
CTCATTCCAC ATCACAAAGG CAGAAAAAGA CTTCATCTGG AGCTGAAAGA CTCTCTGTCT 
CGGATGGGAT CTGATCTGAA GCAGGGCTTT ATTAGCTCTC TGAAGAGTGC ATGGCAGACC 
CTTAATGAAT TTGCACGTGC TCATACATCT TCAACCCAGC TGCAAGCAGA GCTGGAGAAA 
GTAGCTAACC AAATTAAAGA GGAGGAAGAA AAGCAGGTGG TGGAAGCTGA GAAGATCACT 
GAAAGTCCAG ACCCTCCAAA AGATGAAGAT GTTTCGGTGA AGGTTGGGAT GCTGAATGGA 
GGGCGTCGCA TTGATTATGT TCTACAAGAG AAACCAATAG AAAGCTTCAA TGAGTACCTG 
TTTGCTTTGC AGAGTCACCT GTGCTACTGG GGATCTGAAG ACACTGCTTT GCTGTTTCTC 
AAGGAGATAT ACAGGACCAT GAATATCAAT CCTGAGCAGC CACAGCATTG A

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

RefSeq	XP_002188458.2
CDS	1..3051
Translation	MAAAPASRPSRLRAVISTVLPASGKGRGPEGSIDTLLFSSPTRVSSTCLIPVSQAPTAPPDPALLPADDSADVGEEDSFLGQTSASPNPPQTFSYFSQVPSSSDPFGSIGQPPLTTVSTPAGAPAFSRPPTSLPLVSGSQDGQNAFSPHIPKSQSYSAPPSSQVGMAPYQPPQQSCPPPASAALPTGTPQQQGYNPYRHTTLSSRANPYLTPPQLQQSHPPATASPVPPVQMYQTPPGPLTQFPPSQSQLQPARPAGPLVPAPPVLLQNQYEPVQPHWFYCKEVEDKQIWMPFSILDSAKLEEVYNSVQPDPESVVLSTDGGRYDVFLYERVRKAVYWDEEPSEVRRCLWFYKGDKDSRFIPYTEDFSDKLEAEYKRAVTTNQWHRRLEFPNGETIVMHNPKVIVQFQPSATPDEWGTTQDGQTRPRVVKRGIDDDHDEIPDGEMSQIDHLVFMVHGIGPVCDLRFRSIVECVDDFRTVSLKLLQTHFKKCLEERKVSRVEFLPVHWHSSLHGDATGVDRNIKKITLPSIGRLRHFTNETLLDILFYNSPTYCQTIVDKVGMEMNRLYALFMSRNPDFKGGVSVAGHSLGSLILFDILSNQKDLASSVNSGPFSGVNGSVKDVAVHDKQMTEDTSSLGSSIATSADDLCEAEAEEDVPTLQKTLEMLSLAEYVSTFEKERIDMESLLMCTVDDLKEMGIPLGPRKKIANFVKDRAAKQEQKKAVAEKKAVLAATLQTQEDTQKSKEAISSVSPSESGQMHSKRKLPVGASVSSVNIDYEYFEVGTGQVSVVYSALDFEPDIFFALGSPIGVFLTVRGVEKIDENYRLPTCKGFFNIYHPLDPVAYRLEPMIIEDMDLKPVLIPHHKGRKRLHLELKDSLSRMGSDLKQGFISSLKSAWQTLNEFARAHTSSTQLQAELEKVANQIKEEEEKQVVEAEKITESPDPPKDEDVSVKVGMLNGGRRIDYVLQEKPIESFNEYLFALQSHLCYWGSEDTALLFLKEIYRTMNINPEQPQH

Target ORF information:

RefSeq Version	XM_002188422.2
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata SEC23 interacting protein (SEC23IP), mRNA.

Target ORF information:

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

XM_002188422.2

ORF Insert Sequence:

ATGGCGGCCG CGCCCGCCTC CCGCCCCTCA CGGCTGCGCG CGGTTATTTC CACTGTCTTG 
CCTGCTAGCG GAAAGGGCCG GGGGCCCGAA GGAAGCATCG ACACACTGCT CTTCTCCTCT 
CCGACACGAG TCAGCTCAAC GTGCCTCATC CCCGTCAGCC AAGCACCGAC CGCGCCGCCC 
GACCCCGCGC TGCTGCCCGC CGATGATTCT GCAGATGTTG GGGAAGAGGA CAGCTTCTTG 
GGTCAGACAT CAGCCAGCCC CAACCCTCCA CAGACTTTCA GCTACTTCTC TCAAGTTCCC 
AGCAGCAGTG ATCCCTTTGG GAGTATTGGA CAGCCACCCT TAACAACTGT TTCAACACCT 
GCTGGAGCAC CAGCCTTCTC CAGACCTCCC ACTTCACTTC CACTCGTGTC TGGGTCCCAG 
GATGGGCAAA ATGCCTTTTC ACCACATATT CCCAAATCCC AGTCTTACAG TGCACCACCC 
TCTTCCCAGG TGGGAATGGC GCCGTACCAG CCCCCTCAGC AGAGCTGTCC CCCACCTGCC 
AGCGCTGCCC TGCCCACAGG GACCCCGCAG CAGCAGGGCT ACAACCCCTA CAGGCACACC 
ACCCTGAGCA GCAGGGCCAA CCCCTACCTC ACCCCTCCCC AGCTGCAGCA GAGCCACCCC 
CCTGCCACAG CGTCCCCTGT GCCACCCGTG CAGATGTACC AGACACCCCC GGGGCCACTG 
ACACAGTTTC CACCGTCCCA GTCCCAGCTC CAGCCTGCCA GGCCTGCAGG GCCCCTGGTC 
CCAGCCCCTC CTGTGCTGCT GCAGAACCAA TACGAGCCAG TTCAGCCCCA CTGGTTCTAC 
TGTAAGGAGG TGGAGGACAA GCAAATATGG ATGCCATTCA GCATTCTGGA TTCTGCAAAA 
CTAGAGGAGG TCTATAATTC TGTCCAGCCT GACCCCGAGA GCGTGGTGCT GAGCACGGAC 
GGTGGCCGCT ACGACGTCTT CCTGTACGAG CGCGTGAGGA AAGCCGTGTA CTGGGACGAG 
GAGCCCTCGG AAGTGAGGCG CTGCCTGTGG TTCTACAAGG GAGACAAGGA CAGCCGCTTC 
ATCCCTTACA CTGAGGACTT CAGTGACAAG TTGGAGGCAG AATATAAAAG GGCTGTAACT 
ACAAACCAAT GGCATAGACG ACTTGAATTT CCAAATGGGG AGACAATTGT CATGCATAAT 
CCCAAGGTCA TAGTTCAGTT CCAGCCTTCT GCCACACCAG ATGAATGGGG CACCACTCAA 
GATGGGCAGA CAAGGCCAAG GGTAGTGAAA CGTGGAATTG ATGATGACCA TGATGAGATT 
CCTGATGGAG AAATGTCCCA AATTGACCAT CTGGTATTTA TGGTTCATGG CATAGGTCCT 
GTATGTGACT TGAGGTTTAG AAGCATTGTT GAATGTGTTG ATGATTTTAG GACTGTTTCT 
CTGAAGTTGT TGCAGACTCA CTTTAAGAAG TGTTTGGAGG AACGCAAAGT GAGCAGGGTG 
GAATTCCTTC CAGTTCACTG GCACAGTTCT CTGCATGGAG ATGCAACAGG TGTAGACAGG 
AACATAAAGA AAATCACTTT GCCGAGCATT GGTCGCCTGA GGCACTTCAC CAACGAAACG 
CTGCTCGACA TCCTGTTCTA CAACAGCCCC ACCTACTGCC AGACCATCGT GGATAAAGTG 
GGCATGGAAA TGAACCGCCT GTACGCGCTC TTCATGAGCC GCAACCCCGA CTTCAAAGGG 
GGAGTCTCTG TGGCTGGGCA CAGCTTAGGT TCCTTAATTC TATTTGACAT ACTGTCTAAC 
CAGAAGGACT TGGCTTCATC AGTAAATTCT GGACCATTCT CTGGTGTTAA TGGGAGTGTG 
AAGGACGTGG CTGTTCATGA TAAACAGATG ACTGAAGATA CCAGTTCCTT GGGCTCCTCC 
ATTGCTACTT CTGCTGATGA CCTTTGTGAG GCTGAAGCAG AGGAGGATGT TCCCACTCTG 
CAGAAGACTC TGGAAATGCT CAGTTTGGCA GAGTACGTCA GCACCTTCGA AAAGGAGCGG 
ATCGACATGG AGTCCCTGCT CATGTGTACA GTTGATGATC TGAAGGAGAT GGGCATACCT 
CTTGGACCAA GAAAGAAAAT AGCTAATTTT GTAAAAGACA GAGCAGCCAA GCAGGAACAG 
AAGAAAGCAG TAGCAGAAAA GAAAGCAGTG CTGGCTGCCA CACTCCAGAC TCAAGAAGAC 
ACCCAGAAAT CAAAAGAGGC AATTTCTTCT GTCTCACCTT CAGAGTCTGG TCAGATGCAT 
TCAAAGAGGA AGCTCCCAGT TGGTGCATCT GTGTCTTCTG TGAACATTGA CTATGAGTAT 
TTTGAAGTTG GAACTGGCCA GGTTTCTGTG GTTTACAGTG CACTGGACTT TGAACCAGAT 
ATTTTCTTTG CTCTTGGTTC CCCTATTGGT GTGTTCCTTA CTGTGAGGGG TGTGGAGAAG 
ATTGATGAAA ACTACAGACT CCCTACCTGC AAGGGGTTCT TCAATATCTA TCACCCACTT 
GATCCAGTAG CTTACAGGTT AGAACCAATG ATTATTGAAG ACATGGATTT AAAACCAGTT 
CTCATTCCAC ATCACAAAGG CAGAAAAAGA CTTCATCTGG AGCTGAAAGA CTCTCTGTCT 
CGGATGGGAT CTGATCTGAA GCAGGGCTTT ATTAGCTCTC TGAAGAGTGC ATGGCAGACC 
CTTAATGAAT TTGCACGTGC TCATACATCT TCAACCCAGC TGCAAGCAGA GCTGGAGAAA 
GTAGCTAACC AAATTAAAGA GGAGGAAGAA AAGCAGGTGG TGGAAGCTGA GAAGATCACT 
GAAAGTCCAG ACCCTCCAAA AGATGAAGAT GTTTCGGTGA AGGTTGGGAT GCTGAATGGA 
GGGCGTCGCA TTGATTATGT TCTACAAGAG AAACCAATAG AAAGCTTCAA TGAGTACCTG 
TTTGCTTTGC AGAGTCACCT GTGCTACTGG GGATCTGAAG ACACTGCTTT GCTGTTTCTC 
AAGGAGATAT ACAGGACCAT GAATATCAAT CCTGAGCAGC CACAGCATTG A