Hivep1 cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Hivep1
Entrez Gene ID	110308506
Full Name	human immunodeficiency virus type I enhancer binding protein 1
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_029468595.1	XP_029324455.1	zinc finger protein 40
XM_021180949.1	XP_021036608.1	zinc finger protein 40

Pathways from BioSystems
Gene Ontology

The following Hivep1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Hivep1 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
OMv30272	XM_021180949.1 Latest version!	Mus caroli human immunodeficiency virus type I enhancer binding protein 1 (Hivep1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OMv68748	XM_029468595.1 Latest version!	Mus caroli human immunodeficiency virus type I enhancer binding protein 1 (Hivep1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

Hivep1 ( XM_021180949.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021036608.1 Mus caroli human immunodeficiency virus type I enhancer binding protein 1 (Hivep1), mRNA.

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CloneID	OMv30272
Clone ID Related Accession (Same CDS sequence)	XM_021180949.1
Accession Version	XM_021180949.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5610bp) 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	2017-05-20
Organism	Mus caroli(Ryukyu mouse)
Product	zinc finger protein 40
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034582.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Mus caroli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGACAGAAG TCTTAGAGGC TGGCGTTAAA GGAACTTCTG AGTCTCTTAA AGGTGTGAAA 
CGAAAAAAGA TTGTTGCTGA GAATCACCTG AAAAAAATAC CAAAATCCCC CCTGAGGAGT 
CCTCTTCAGA CAAAACACAA GCAAAACCCA GAAGAGCCAC CGTTCAGTGT CCTCCCAAGC 
GTAGCAGAGT CTCATAAGAA ACACAACTGT GTCCCTGCTA AACAGGGGAG GCAATTTACC 
AAGCAAAATG GAGAAACACC AGGGATGACT GCTGAATCCT CAGAATCTGG AGACTCGGTC 
TCCCCAAAGA AAGCCTCATC TCCTCACCAC CGGTCAGAAC TGCGGAGATG GAGNTCGGAG 
GGTTCAGACC CAGCCAGGCT CAGTGGCCTT GATGGGCAGC AGGACTCCAG CTCCTCGTCC 
ACTAAAGCCA GGACTGACAA TAGTGAATGT AGCTCTCCTT GCTGTAGCGC CACGCCCCCC 
TCCTATACAA GTACCGCGTT CGATGTCTTA CTGAAAGCAA TGGAGCCAGA ACTNAGCACC 
TTGTCACAAA AGGGCTCATC TTGTGCAATT AAGACAGAAA AACTGAGACC AAATAAAACT 
GTAAGATCCC CTTCTAAATT AAAGAACAGC TCCCTGGATG CNCCAAATGC TANGTCCCCA 
GAACTGGTTG TNGAATCGCC GTGTCCTCCG TGTACCTCGT ACCCAGTACA TGTGGCCTCC 
ACTCAGAAGA GTGAACAAGT GGCAGCTCAG TGTGTTTCTC ACCTGTACAG CTCACAGGAT 
CACCTTGTTC CCAAACTTAG CCAACAGAAT CAGCAGCTTC CGGGGCACCT GGGCTTCACA 
GGCTCACTGA CAAACCTGCA CACCCTTGAG AGCACTAAAC TTGAGCCGAT CTATAATACA 
GCAATGACAT CCACTGTAGG TCTCACTTCT CCCTCCACTA GAACTCAGGT CACTCCTCCA 
CACCAGCAAA TGGATTCTGT GTCACCTTTG TCAGTAAGCC CTGCCAGTTC CACACAGTCG 
CCCCCNGGGC CAATTTACAG CTCAACCCAT GTTGCTTCTG TTGTCAGTCA AAGTGTAGAN 
CAAATGTGCA GTCTCCTTCT TCGAGATCAG AAGCCAAAAA AACAAGGCAA ATATATCTGT 
GAGTACTGCA ATAGAGCATG TGCAAAGCCC AGCGTGCTTT TAAAGCACAT CCGCTCCCAC 
ACTGGAGAGC GGCCCTACCC CTGTGTGACT TGTGGGTTTT CATTTAAGAC TAAAAGTAAT 
CTGTATAAGC ACAAGAAATC CCATGCACAC ACCATCAAAC TGGGCCTTGT CTTACAACCA 
GAGGCTGGGG GGTTGTTCTT ATCCCAAGAG TGCCCCAAAG CACTTAGTGT CCATTCGGNC 
ATTGAAGACA GTGGGGAGAG CGATGAAGAG GGGCTTGCAG ATNGGAGACA GAACAACCCA 
TGTGTCAAGG ACCTGCAACC TGTGCAAACA ATGAAGACGG TATCGAATCC TGAAGCTTTA 
CCCAAATTGA TACCAAGCAA TTCAGATCAT GTGGTCCNTG GCTTCTCTTC ACAGGACAGA 
CCTTCAGAGT CACAAGCCCN GACAGAGTTA CCAAAGGTTG TGGTCCATCC AGTAAGCATG 
CCCCCCTTGA AAACTGACTG TCTTCAGGTG GCCAATCCCA ATCCTGAACT TCCTAGTCCA 
CAGAGCCCGA GGGACCTTCA TGTTGCAAGC ATACTGTCAC ATTCAGCCAG TGTGTCATCC 
CTAGAGATGG ATGAGTCGTG CCATCAGAAA GGGGATGTGA GTCAGTCAGA AGGGAAGCCA 
GATTCTCACA GTGGAACAGC ACCTCTCCAA ACCATTGTTC TTCCGAGTGT GAACACAGTG 
CCGTTTCAGG CTCCGAGGCT CCCCGATATG GCTTCTGCAG ACTGCCCTGC ACATACTGTG 
CACCCCCAGG CCCTGGCTAA AGATCTTCAG GCAGAAATTT CAAGTTCCAG CTCTNCGGAC 
ACATTTCCTC CTCAACAACT TTTTGGTGCC CATTTATTAA ACAAAACCAA TACACCCCTT 
AGTCACCAAA ACACACCACT GCCTCTGCCA GTGTCTGCAC AGGGTGGCAA ACCAGATGCA 
GCACCCACTG CATGTGTGTC TTCGACAGGG GATGGTAGCT TTGCTCCCAA GTACCAGCTT 
CAGTGTCAGG CCTTCACTTC AGGCCAGGGC TGCTCTGCTC CTNCTCTGCG TTCTTCACCT 
AATCAAGTTC TTCCAGGTCA AGCTGGAGCA GATCCGTGCC CAGCGTCAGA AGCACCGTCA 
GCCAAAGCAG CAGATCCCGT GGCTAAACCC TGCCCTCTGC CGCCGCTGGA GCTCGGGCTC 
CCGAGGGATG AGGGGCTGCA GAAGCAGCTG CCCTCCTTTG TGCTGCCTGT GCCCCAAAAG 
AGGAATGTGA CAGTGGACTG TTTCACTCCT GTCACATCTC TGCCACAGAT CTTAGTGACC 
CAGGATCTGT CCAACATGCC AATTTGCCAA ACTAATCAAA GTCTAGTGCC AGTCAGCGAA 
GAACAAAATT CCATGCCAAA ATCACAGAAC TATCTCCAAA ATGCATTGCC AACACCAGAG 
AAGGATCTTG CATGCAAAAC TGTTCTCCCA GAGATGGGCC AAAATGTTCC AGTTTCAGAA 
TCCTCGCCGA CGGTTCAGAA GGCGTCTGTT GGTAGACTCT CCCCACAACA AGAATCCTCA 
GCCTCGAGTA AAAGGATGCT TTCCCCAGCA AATAGTTTAG ACATTGCCAT GGAAAAGCAT 
CAGAAGCGGG CTAAAGATGA GAACGGAGCT GTTTGTAGCA CAAACATAAG ACCGCTGGAG 
CTGNCAAGCT CAAGAGCTAA TGAGAGCCAT AAACAAAAGA AGCCAGTTCT GGTAAGGCAG 
CTCTGTACTA CAGAGCCCCT TGAAGGAGCG GCACTGGAAC AGGATGCTTG CTCTGCCTCT 
GGAAGGAGCA GCAATAATGC TGCTAATTTG ACTCAAGTTT TACCAACTGA TAATCTGTCA 
TCCAGACCCT CTACGTTTNC AGTCACAGAC CATGTCAATG AATTGCAGGA GTTTAAAAAC 
ACCAAGTTGT CCACNTCTCT GACTCCTACA GTGGGAAGTT TCCCTGCTCC ATCGGAAAGT 
GCCTGTGTTT TGCCTTTGAA GTCTATAGAC AACAACCAGG AAAAGGGGTT GCCAGGGGTT 
AGAAATGAAG AGAACAAGGT CATCNAAGGG CAGAGGCAGC CTGTAGTGTC TGGTCTTTCA 
TTGGTGAGCA GCTCAGACAC TCAACAGCCG TCATTCCCCA GCCTCAAGAC TGCAACCAGC 
TTTACATGGT GTTACCTGCT GAGACAGAAG GCATTGCCGT TGGCTCAGAA TGACCAGAAA 
ACTTCAGCCT ATACAGGGTG GACNGTAAGC TCCAGTAACC CAAATCCACT TGGTTTGCCT 
ACAAAAGTTG CTCTTTCTCT TCTTAATTCT AAACAGAAGA CTGGAAAGTC ACTGTATTGC 
CAAGCAATAA CCACCCATTC AAAATCAGAT TTAGNGGTCT ATTCAAGCAA GTGGAAAAAC 
AACTTAAGCA AGAGAGCATT AGGTAATCAA AAGGCCACAG TAGTTGAATT CAGCAATAAA 
GATGACTCTG AAATTAACAG TGAGCAAGAT AAAGAAAATT CCTTAATCAA AAGTGAACCA 
AGAAGAATTA AAATATTTGA CGGAGGATAC AAGTCAAATG AGGATTACAT GTATGTGCGA 
GGCAGGGGAA GAGGGAAGTA CATTTGTGCA GAGTGTGGAA TACGCTGTAA GAAGCCTAGT 
ATGTTAAAGA AGCACATCCG AACCCACACA GACGTGCGCC CCTACCACTG CTCCTACTGC 
AACTTCTCCT TCAAGACGAA AGGAAACCTG ACAAAACACA TGAAGTCCAA GGCGCACAGT 
AAGAAGTGTG TGGATTTAGG CGTCTCAGTG GGCTTGATAG ACGAGCAGGA CACAGAAGAA 
TCAGATGAAA AGCAAAGATT CGGTTGCGAG CGGTCTGGAT ATGATCTTGA AGAGTCTGAT 
GGCCCAGATG AGGATGATAA TGACAACGAA GAGGACGATG ACGACAGCCA AGCAGAGTCT 
GGCCTCTCAG CAGCACCCTC AGTCACAGCG AGCCCACAGC ATCTCCCATC CAGAAGTGGC 
CTTCAGGACC CTGGGAGTGT CGAGGAGGAG CTTAGAGTTT CCAGTTGCTT CTCAGGGGTA 
CATACAGACC CAATGGACAT TCTACCTAGA GCACTGCTCA CCAAGATGAC TGTTNTGAGC 
ACAGTGCAGA GTGACCCTAA CAGGACAGAC TTACCAGCAA AGGCCAGGCA GAGTACTGNG 
AAGGATGAGC ATGAGCAGGC TCCTCCTGCC GACATCCCCA GGTCCCCCNA AGTCACCCCC 
AGGTCCCCCA GTCATCAGCT GTCTGTGCAT TCCTNTGAAT CCGATGTCCT GAGAAGTCCT 
GCAGCTGGAA ACCCTGCCGC TGGAAGCCCT GTGGCTACAG TACAGGATTC ATCATCTGTG 
GAACTGCCTC CTGCCGTAGC CCAGCTCAAC CCTCAGCAGG CCGCCAGGAT TTCTTCCTCA 
GCCTCACCTC ACCCTGACAG TCAAGACCAG AAGCAACAAA TACTCTTGCA ACCACCTCCC 
GGCTTGCCTT CCCCGCAGAC ACATCTGTTC AGCCATCTCC CNTTGCATTC CCAGCAGCAG 
TCAAGGACCC CATACAACAT GGTTCCCGTA GGNGGAATCC ATGTGGTGCC TGCCGGCCTC 
ACCTACTCCA CTTTTGTACC CATACAGGCN GGGCCAATGC AACTGACCAT CCCCGCTGTG 
AGTGTTATTC ACAGAACCGT GGGCACCTCT GGGGATACCA TCACTGAAGC TTCGGGCGCT 
CCTAATCGCC CCACCGGAGT GGCNGAATTG AGCAGTGTGG TGCCCTGTAT TCCCATAGGC 
CAAATCCACG TGCCAGGCCT GCAGAACTTA AGCCCCCCAG CCTTGCAGTC GCTTACGTCC 
CTGGGGATGG AAACAGTCAA CCTGGTGGGC CTGGCAAACG CTACCGTTGG CCCGCAGGGG 
CACCCCCCGG GCCTGGCCCT CAACGCAGTG GGGCTCCAGG TTTTGGCCAA TGCGCCCGCC 
CAGAGCAGTC CCGCCCCACC GGCACACATT CAGGGACTCC AAATCCTCAA CATCGCCTTG 
CCCACCCTGA TCCCCTCCGT TGGCCCGGTG GCTGTGGGCA CCACGGGGAC TCCCGAGANG 
GCCGCTCCCA ACAGCAAAGC AATGGAGCTG CAGATGCCCG CAGGCCAGGG ACACAGTGCT 
GAGCCTCCAC AGGGGTCACC CGAAGGCCCT CAGGAAACCC CACAAACAAT GTCAGGTCCC 
TCAGCGGACC ACGCAAGNCC TGAAGGCTCA ACCAAAATGG ACACCACGAA GGGGCCCTCT 
GCGGGTCACG TGTTGCCTGG GCGCTCCCCT GCGCAGGCAC AGCCAGCACC CACACTGGAA 
GCTTTACAGA AAGTTGAAAC TTCAGCCCCT CCATCACTTC CCACAGACAG AGCGGCCCCC 
AGGCCCCCAG TGCCCCACAG GCAGCCCATT GTACACTTCA GCGATGTGAG CAGCGATGAT 
GACGAGGACA GGCTTGTCAT AGCAACCTAA

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

RefSeq	XP_021036608.1
CDS	1..5610
Translation	MTEVLEAGVKGTSESLKGVKRKKIVAENHLKKIPKSPLRSPLQTKHKQNPEEPPFSVLPSVAESHKKHNCVPAKQGRQFTKQNGETPGMTAESSESGDSVSPKKASSPHHRSELRRWnullSEGSDPARLSGLDGQQDSSSSSTKARTDNSECSSPCCSATPPSYTSTAFDVLLKAMEPEnullSTLSQKGSSCAIKTEKLRPNKTVRSPSKLKNSSLDnullPNAnullSPELVnullESPCPPCTSYPVHVASTQKSEQVAAQCVSHLYSSQDHLVPKLSQQNQQLPGHLGFTGSLTNLHTLESTKLEPIYNTAMTSTVGLTSPSTRTQVTPPHQQMDSVSPLSVSPASSTQSPnullGPIYSSTHVASVVSQSVnullQMCSLLLRDQKPKKQGKYICEYCNRACAKPSVLLKHIRSHTGERPYPCVTCGFSFKTKSNLYKHKKSHAHTIKLGLVLQPEAGGLFLSQECPKALSVHSnullIEDSGESDEEGLADnullRQNNPCVKDLQPVQTMKTVSNPEALPKLIPSNSDHVVnullGFSSQDRPSESQAnullTELPKVVVHPVSMPPLKTDCLQVANPNPELPSPQSPRDLHVASILSHSASVSSLEMDESCHQKGDVSQSEGKPDSHSGTAPLQTIVLPSVNTVPFQAPRLPDMASADCPAHTVHPQALAKDLQAEISSSSSnullDTFPPQQLFGAHLLNKTNTPLSHQNTPLPLPVSAQGGKPDAAPTACVSSTGDGSFAPKYQLQCQAFTSGQGCSAPnullLRSSPNQVLPGQAGADPCPASEAPSAKAADPVAKPCPLPPLELGLPRDEGLQKQLPSFVLPVPQKRNVTVDCFTPVTSLPQILVTQDLSNMPICQTNQSLVPVSEEQNSMPKSQNYLQNALPTPEKDLACKTVLPEMGQNVPVSESSPTVQKASVGRLSPQQESSASSKRMLSPANSLDIAMEKHQKRAKDENGAVCSTNIRPLELnullSSRANESHKQKKPVLVRQLCTTEPLEGAALEQDACSASGRSSNNAANLTQVLPTDNLSSRPSTFnullVTDHVNELQEFKNTKLSnullSLTPTVGSFPAPSESACVLPLKSIDNNQEKGLPGVRNEENKVInullGQRQPVVSGLSLVSSSDTQQPSFPSLKTATSFTWCYLLRQKALPLAQNDQKTSAYTGWnullVSSSNPNPLGLPTKVALSLLNSKQKTGKSLYCQAITTHSKSDLnullVYSSKWKNNLSKRALGNQKATVVEFSNKDDSEINSEQDKENSLIKSEPRRIKIFDGGYKSNEDYMYVRGRGRGKYICAECGIRCKKPSMLKKHIRTHTDVRPYHCSYCNFSFKTKGNLTKHMKSKAHSKKCVDLGVSVGLIDEQDTEESDEKQRFGCERSGYDLEESDGPDEDDNDNEEDDDDSQAESGLSAAPSVTASPQHLPSRSGLQDPGSVEEELRVSSCFSGVHTDPMDILPRALLTKMTVnullSTVQSDPNRTDLPAKARQSTnullKDEHEQAPPADIPRSPnullVTPRSPSHQLSVHSnullESDVLRSPAAGNPAAGSPVATVQDSSSVELPPAVAQLNPQQAARISSSASPHPDSQDQKQQILLQPPPGLPSPQTHLFSHLnullLHSQQQSRTPYNMVPVnullGIHVVPAGLTYSTFVPIQnullGPMQLTIPAVSVIHRTVGTSGDTITEASGAPNRPTGVnullELSSVVPCIPIGQIHVPGLQNLSPPALQSLTSLGMETVNLVGLANATVGPQGHPPGLALNAVGLQVLANAPAQSSPAPPAHIQGLQILNIALPTLIPSVGPVAVGTTGTPEnullAAPNSKAMELQMPAGQGHSAEPPQGSPEGPQETPQTMSGPSADHAnullPEGSTKMDTTKGPSAGHVLPGRSPAQAQPAPTLEALQKVETSAPPSLPTDRAAPRPPVPHRQPIVHFSDVSSDDDEDRLVIAT

Target ORF information:

RefSeq Version	XM_021180949.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli human immunodeficiency virus type I enhancer binding protein 1 (Hivep1), mRNA.

Target ORF information:

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

XM_021180949.1

ORF Insert Sequence:

ATGACAGAAG TCTTAGAGGC TGGCGTTAAA GGAACTTCTG AGTCTCTTAA AGGTGTGAAA 
CGAAAAAAGA TTGTTGCTGA GAATCACCTG AAAAAAATAC CAAAATCCCC CCTGAGGAGT 
CCTCTTCAGA CAAAACACAA GCAAAACCCA GAAGAGCCAC CGTTCAGTGT CCTCCCAAGC 
GTAGCAGAGT CTCATAAGAA ACACAACTGT GTCCCTGCTA AACAGGGGAG GCAATTTACC 
AAGCAAAATG GAGAAACACC AGGGATGACT GCTGAATCCT CAGAATCTGG AGACTCGGTC 
TCCCCAAAGA AAGCCTCATC TCCTCACCAC CGGTCAGAAC TGCGGAGATG GAGNTCGGAG 
GGTTCAGACC CAGCCAGGCT CAGTGGCCTT GATGGGCAGC AGGACTCCAG CTCCTCGTCC 
ACTAAAGCCA GGACTGACAA TAGTGAATGT AGCTCTCCTT GCTGTAGCGC CACGCCCCCC 
TCCTATACAA GTACCGCGTT CGATGTCTTA CTGAAAGCAA TGGAGCCAGA ACTNAGCACC 
TTGTCACAAA AGGGCTCATC TTGTGCAATT AAGACAGAAA AACTGAGACC AAATAAAACT 
GTAAGATCCC CTTCTAAATT AAAGAACAGC TCCCTGGATG CNCCAAATGC TANGTCCCCA 
GAACTGGTTG TNGAATCGCC GTGTCCTCCG TGTACCTCGT ACCCAGTACA TGTGGCCTCC 
ACTCAGAAGA GTGAACAAGT GGCAGCTCAG TGTGTTTCTC ACCTGTACAG CTCACAGGAT 
CACCTTGTTC CCAAACTTAG CCAACAGAAT CAGCAGCTTC CGGGGCACCT GGGCTTCACA 
GGCTCACTGA CAAACCTGCA CACCCTTGAG AGCACTAAAC TTGAGCCGAT CTATAATACA 
GCAATGACAT CCACTGTAGG TCTCACTTCT CCCTCCACTA GAACTCAGGT CACTCCTCCA 
CACCAGCAAA TGGATTCTGT GTCACCTTTG TCAGTAAGCC CTGCCAGTTC CACACAGTCG 
CCCCCNGGGC CAATTTACAG CTCAACCCAT GTTGCTTCTG TTGTCAGTCA AAGTGTAGAN 
CAAATGTGCA GTCTCCTTCT TCGAGATCAG AAGCCAAAAA AACAAGGCAA ATATATCTGT 
GAGTACTGCA ATAGAGCATG TGCAAAGCCC AGCGTGCTTT TAAAGCACAT CCGCTCCCAC 
ACTGGAGAGC GGCCCTACCC CTGTGTGACT TGTGGGTTTT CATTTAAGAC TAAAAGTAAT 
CTGTATAAGC ACAAGAAATC CCATGCACAC ACCATCAAAC TGGGCCTTGT CTTACAACCA 
GAGGCTGGGG GGTTGTTCTT ATCCCAAGAG TGCCCCAAAG CACTTAGTGT CCATTCGGNC 
ATTGAAGACA GTGGGGAGAG CGATGAAGAG GGGCTTGCAG ATNGGAGACA GAACAACCCA 
TGTGTCAAGG ACCTGCAACC TGTGCAAACA ATGAAGACGG TATCGAATCC TGAAGCTTTA 
CCCAAATTGA TACCAAGCAA TTCAGATCAT GTGGTCCNTG GCTTCTCTTC ACAGGACAGA 
CCTTCAGAGT CACAAGCCCN GACAGAGTTA CCAAAGGTTG TGGTCCATCC AGTAAGCATG 
CCCCCCTTGA AAACTGACTG TCTTCAGGTG GCCAATCCCA ATCCTGAACT TCCTAGTCCA 
CAGAGCCCGA GGGACCTTCA TGTTGCAAGC ATACTGTCAC ATTCAGCCAG TGTGTCATCC 
CTAGAGATGG ATGAGTCGTG CCATCAGAAA GGGGATGTGA GTCAGTCAGA AGGGAAGCCA 
GATTCTCACA GTGGAACAGC ACCTCTCCAA ACCATTGTTC TTCCGAGTGT GAACACAGTG 
CCGTTTCAGG CTCCGAGGCT CCCCGATATG GCTTCTGCAG ACTGCCCTGC ACATACTGTG 
CACCCCCAGG CCCTGGCTAA AGATCTTCAG GCAGAAATTT CAAGTTCCAG CTCTNCGGAC 
ACATTTCCTC CTCAACAACT TTTTGGTGCC CATTTATTAA ACAAAACCAA TACACCCCTT 
AGTCACCAAA ACACACCACT GCCTCTGCCA GTGTCTGCAC AGGGTGGCAA ACCAGATGCA 
GCACCCACTG CATGTGTGTC TTCGACAGGG GATGGTAGCT TTGCTCCCAA GTACCAGCTT 
CAGTGTCAGG CCTTCACTTC AGGCCAGGGC TGCTCTGCTC CTNCTCTGCG TTCTTCACCT 
AATCAAGTTC TTCCAGGTCA AGCTGGAGCA GATCCGTGCC CAGCGTCAGA AGCACCGTCA 
GCCAAAGCAG CAGATCCCGT GGCTAAACCC TGCCCTCTGC CGCCGCTGGA GCTCGGGCTC 
CCGAGGGATG AGGGGCTGCA GAAGCAGCTG CCCTCCTTTG TGCTGCCTGT GCCCCAAAAG 
AGGAATGTGA CAGTGGACTG TTTCACTCCT GTCACATCTC TGCCACAGAT CTTAGTGACC 
CAGGATCTGT CCAACATGCC AATTTGCCAA ACTAATCAAA GTCTAGTGCC AGTCAGCGAA 
GAACAAAATT CCATGCCAAA ATCACAGAAC TATCTCCAAA ATGCATTGCC AACACCAGAG 
AAGGATCTTG CATGCAAAAC TGTTCTCCCA GAGATGGGCC AAAATGTTCC AGTTTCAGAA 
TCCTCGCCGA CGGTTCAGAA GGCGTCTGTT GGTAGACTCT CCCCACAACA AGAATCCTCA 
GCCTCGAGTA AAAGGATGCT TTCCCCAGCA AATAGTTTAG ACATTGCCAT GGAAAAGCAT 
CAGAAGCGGG CTAAAGATGA GAACGGAGCT GTTTGTAGCA CAAACATAAG ACCGCTGGAG 
CTGNCAAGCT CAAGAGCTAA TGAGAGCCAT AAACAAAAGA AGCCAGTTCT GGTAAGGCAG 
CTCTGTACTA CAGAGCCCCT TGAAGGAGCG GCACTGGAAC AGGATGCTTG CTCTGCCTCT 
GGAAGGAGCA GCAATAATGC TGCTAATTTG ACTCAAGTTT TACCAACTGA TAATCTGTCA 
TCCAGACCCT CTACGTTTNC AGTCACAGAC CATGTCAATG AATTGCAGGA GTTTAAAAAC 
ACCAAGTTGT CCACNTCTCT GACTCCTACA GTGGGAAGTT TCCCTGCTCC ATCGGAAAGT 
GCCTGTGTTT TGCCTTTGAA GTCTATAGAC AACAACCAGG AAAAGGGGTT GCCAGGGGTT 
AGAAATGAAG AGAACAAGGT CATCNAAGGG CAGAGGCAGC CTGTAGTGTC TGGTCTTTCA 
TTGGTGAGCA GCTCAGACAC TCAACAGCCG TCATTCCCCA GCCTCAAGAC TGCAACCAGC 
TTTACATGGT GTTACCTGCT GAGACAGAAG GCATTGCCGT TGGCTCAGAA TGACCAGAAA 
ACTTCAGCCT ATACAGGGTG GACNGTAAGC TCCAGTAACC CAAATCCACT TGGTTTGCCT 
ACAAAAGTTG CTCTTTCTCT TCTTAATTCT AAACAGAAGA CTGGAAAGTC ACTGTATTGC 
CAAGCAATAA CCACCCATTC AAAATCAGAT TTAGNGGTCT ATTCAAGCAA GTGGAAAAAC 
AACTTAAGCA AGAGAGCATT AGGTAATCAA AAGGCCACAG TAGTTGAATT CAGCAATAAA 
GATGACTCTG AAATTAACAG TGAGCAAGAT AAAGAAAATT CCTTAATCAA AAGTGAACCA 
AGAAGAATTA AAATATTTGA CGGAGGATAC AAGTCAAATG AGGATTACAT GTATGTGCGA 
GGCAGGGGAA GAGGGAAGTA CATTTGTGCA GAGTGTGGAA TACGCTGTAA GAAGCCTAGT 
ATGTTAAAGA AGCACATCCG AACCCACACA GACGTGCGCC CCTACCACTG CTCCTACTGC 
AACTTCTCCT TCAAGACGAA AGGAAACCTG ACAAAACACA TGAAGTCCAA GGCGCACAGT 
AAGAAGTGTG TGGATTTAGG CGTCTCAGTG GGCTTGATAG ACGAGCAGGA CACAGAAGAA 
TCAGATGAAA AGCAAAGATT CGGTTGCGAG CGGTCTGGAT ATGATCTTGA AGAGTCTGAT 
GGCCCAGATG AGGATGATAA TGACAACGAA GAGGACGATG ACGACAGCCA AGCAGAGTCT 
GGCCTCTCAG CAGCACCCTC AGTCACAGCG AGCCCACAGC ATCTCCCATC CAGAAGTGGC 
CTTCAGGACC CTGGGAGTGT CGAGGAGGAG CTTAGAGTTT CCAGTTGCTT CTCAGGGGTA 
CATACAGACC CAATGGACAT TCTACCTAGA GCACTGCTCA CCAAGATGAC TGTTNTGAGC 
ACAGTGCAGA GTGACCCTAA CAGGACAGAC TTACCAGCAA AGGCCAGGCA GAGTACTGNG 
AAGGATGAGC ATGAGCAGGC TCCTCCTGCC GACATCCCCA GGTCCCCCNA AGTCACCCCC 
AGGTCCCCCA GTCATCAGCT GTCTGTGCAT TCCTNTGAAT CCGATGTCCT GAGAAGTCCT 
GCAGCTGGAA ACCCTGCCGC TGGAAGCCCT GTGGCTACAG TACAGGATTC ATCATCTGTG 
GAACTGCCTC CTGCCGTAGC CCAGCTCAAC CCTCAGCAGG CCGCCAGGAT TTCTTCCTCA 
GCCTCACCTC ACCCTGACAG TCAAGACCAG AAGCAACAAA TACTCTTGCA ACCACCTCCC 
GGCTTGCCTT CCCCGCAGAC ACATCTGTTC AGCCATCTCC CNTTGCATTC CCAGCAGCAG 
TCAAGGACCC CATACAACAT GGTTCCCGTA GGNGGAATCC ATGTGGTGCC TGCCGGCCTC 
ACCTACTCCA CTTTTGTACC CATACAGGCN GGGCCAATGC AACTGACCAT CCCCGCTGTG 
AGTGTTATTC ACAGAACCGT GGGCACCTCT GGGGATACCA TCACTGAAGC TTCGGGCGCT 
CCTAATCGCC CCACCGGAGT GGCNGAATTG AGCAGTGTGG TGCCCTGTAT TCCCATAGGC 
CAAATCCACG TGCCAGGCCT GCAGAACTTA AGCCCCCCAG CCTTGCAGTC GCTTACGTCC 
CTGGGGATGG AAACAGTCAA CCTGGTGGGC CTGGCAAACG CTACCGTTGG CCCGCAGGGG 
CACCCCCCGG GCCTGGCCCT CAACGCAGTG GGGCTCCAGG TTTTGGCCAA TGCGCCCGCC 
CAGAGCAGTC CCGCCCCACC GGCACACATT CAGGGACTCC AAATCCTCAA CATCGCCTTG 
CCCACCCTGA TCCCCTCCGT TGGCCCGGTG GCTGTGGGCA CCACGGGGAC TCCCGAGANG 
GCCGCTCCCA ACAGCAAAGC AATGGAGCTG CAGATGCCCG CAGGCCAGGG ACACAGTGCT 
GAGCCTCCAC AGGGGTCACC CGAAGGCCCT CAGGAAACCC CACAAACAAT GTCAGGTCCC 
TCAGCGGACC ACGCAAGNCC TGAAGGCTCA ACCAAAATGG ACACCACGAA GGGGCCCTCT 
GCGGGTCACG TGTTGCCTGG GCGCTCCCCT GCGCAGGCAC AGCCAGCACC CACACTGGAA 
GCTTTACAGA AAGTTGAAAC TTCAGCCCCT CCATCACTTC CCACAGACAG AGCGGCCCCC 
AGGCCCCCAG TGCCCCACAG GCAGCCCATT GTACACTTCA GCGATGTGAG CAGCGATGAT 
GACGAGGACA GGCTTGTCAT AGCAACCTAA

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

Hivep1 ( XM_029468595.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_029324455.1 Mus caroli human immunodeficiency virus type I enhancer binding protein 1 (Hivep1), mRNA.

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CloneID	OMv68748
Clone ID Related Accession (Same CDS sequence)	XM_029468595.1
Accession Version	XM_029468595.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5697bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	zinc finger protein 40
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034582.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 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##

ATGCCTCGCA CGAAGCAGAT TCATCCCAGA AATCTCAGAG ACAAAATCGA AGAAGCACAA 
AAAGAGCTTA ACGGGGCAGA AGTTTCCAAA AAAGAAGTCT TAGAGGCTGG CGTTAAAGGA 
ACTTCTGAGT CTCTTAAAGG TGTGAAACGA AAAAAGATTG TTGCTGAGAA TCACCTGAAA 
AAAATACCAA AATCCCCCCT GAGGAGTCCT CTTCAGACAA AACACAAGCA AAACCCAGAA 
GAGCCACCGT TCAGTGTCCT CCCAAGCGTA GCAGAGTCTC ATAAGAAACA CAACTGTGTC 
CCTGCTAAAC AGGGGAGGCA ATTTACCAAG CAAAATGGAG AAACACCAGG GATGACTGCT 
GAATCCTCAG AATCTGGAGA CTCGGTCTCC CCAAAGAAAG CCTCATCTCC TCACCACCGG 
TCAGAACTGC GGAGATGGAG NTCGGAGGGT TCAGACCCAG CCAGGCTCAG TGGCCTTGAT 
GGGCAGCAGG ACTCCAGCTC CTCGTCCACT AAAGCCAGGA CTGACAATAG TGAATGTAGC 
TCTCCTTGCT GTAGCGCCAC GCCCCCCTCC TATACAAGTA CCGCGTTCGA TGTCTTACTG 
AAAGCAATGG AGCCAGAACT NAGCACCTTG TCACAAAAGG GCTCATCTTG TGCAATTAAG 
ACAGAAAAAC TGAGACCAAA TAAAACTGTA AGATCCCCTT CTAAATTAAA GAACAGCTCC 
CTGGATGCNC CAAATGCTAN GTCCCCAGAA CTGGTTGTNG AATCGCCGTG TCCTCCGTGT 
ACCTCGTACC CAGTACATGT GGCCTCCACT CAGAAGAGTG AACAAGTGGC AGCTCAGTGT 
GTTTCTCACC TGTACAGCTC ACAGGATCAC CTTGTTCCCA AACTTAGCCA ACAGAATCAG 
CAGCTTCCGG GGCACCTGGG CTTCACAGGC TCACTGACAA ACCTGCACAC CCTTGAGAGC 
ACTAAACTTG AGCCGATCTA TAATACAGCA ATGACATCCA CTGTAGGTCT CACTTCTCCC 
TCCACTAGAA CTCAGGTCAC TCCTCCACAC CAGCAAATGG ATTCTGTGTC ACCTTTGTCA 
GTAAGCCCTG CCAGTTCCAC ACAGTCGCCC CCNGGGCCAA TTTACAGCTC AACCCATGTT 
GCTTCTGTTG TCAGTCAAAG TGTAGANCAA ATGTGCAGTC TCCTTCTTCG AGATCAGAAG 
CCAAAAAAAC AAGGCAAATA TATCTGTGAG TACTGCAATA GAGCATGTGC AAAGCCCAGC 
GTGCTTTTAA AGCACATCCG CTCCCACACT GGAGAGCGGC CCTACCCCTG TGTGACTTGT 
GGGTTTTCAT TTAAGACTAA AAGTAATCTG TATAAGCACA AGAAATCCCA TGCACACACC 
ATCAAACTGG GCCTTGTCTT ACAACCAGAG GCTGGGGGGT TGTTCTTATC CCAAGAGTGC 
CCCAAAGCAC TTAGTGTCCA TTCGGNCATT GAAGACAGTG GGGAGAGCGA TGAAGAGGGG 
CTTGCAGATN GGAGACAGAA CAACCCATGT GTCAAGGACC TGCAACCTGT GCAAACAATG 
AAGACGGTAT CGAATCCTGA AGCTTTACCC AAATTGATAC CAAGCAATTC AGATCATGTG 
GTCCNTGGCT TCTCTTCACA GGACAGACCT TCAGAGTCAC AAGCCCNGAC AGAGTTACCA 
AAGGTTGTGG TCCATCCAGT AAGCATGCCC CCCTTGAAAA CTGACTGTCT TCAGGTGGCC 
AATCCCAATC CTGAACTTCC TAGTCCACAG AGCCCGAGGG ACCTTCATGT TGCAAGCATA 
CTGTCACATT CAGCCAGTGT GTCATCCCTA GAGATGGATG AGTCGTGCCA TCAGAAAGGG 
GATGTGAGTC AGTCAGAAGG GAAGCCAGAT TCTCACAGTG GAACAGCACC TCTCCAAACC 
ATTGTTCTTC CGAGTGTGAA CACAGTGCCG TTTCAGGCTC CGAGGCTCCC CGATATGGCT 
TCTGCAGACT GCCCTGCACA TACTGTGCAC CCCCAGGCCC TGGCTAAAGA TCTTCAGGCA 
GAAATTTCAA GTTCCAGCTC TNCGGACACA TTTCCTCCTC AACAACTTTT TGGTGCCCAT 
TTATTAAACA AAACCAATAC ACCCCTTAGT CACCAAAACA CACCACTGCC TCTGCCAGTG 
TCTGCACAGG GTGGCAAACC AGATGCAGCA CCCACTGCAT GTGTGTCTTC GACAGGGGAT 
GGTAGCTTTG CTCCCAAGTA CCAGCTTCAG TGTCAGGCCT TCACTTCAGG CCAGGGCTGC 
TCTGCTCCTN CTCTGCGTTC TTCACCTAAT CAAGTTCTTC CAGGTCAAGC TGGAGCAGAT 
CCGTGCCCAG CGTCAGAAGC ACCGTCAGCC AAAGCAGCAG ATCCCGTGGC TAAACCCTGC 
CCTCTGCCGC CGCTGGAGCT CGGGCTCCCG AGGGATGAGG GGCTGCAGAA GCAGCTGCCC 
TCCTTTGTGC TGCCTGTGCC CCAAAAGAGG AATGTGACAG TGGACTGTTT CACTCCTGTC 
ACATCTCTGC CACAGATCTT AGTGACCCAG GATCTGTCCA ACATGCCAAT TTGCCAAACT 
AATCAAAGTC TAGTGCCAGT CAGCGAAGAA CAAAATTCCA TGCCAAAATC ACAGAACTAT 
CTCCAAAATG CATTGCCAAC ACCAGAGAAG GATCTTGCAT GCAAAACTGT TCTCCCAGAG 
ATGGGCCAAA ATGTTCCAGT TTCAGAATCC TCGCCGACGG TTCAGAAGGC GTCTGTTGGT 
AGACTCTCCC CACAACAAGA ATCCTCAGCC TCGAGTAAAA GGATGCTTTC CCCAGCAAAT 
AGTTTAGACA TTGCCATGGA AAAGCATCAG AAGCGGGCTA AAGATGAGAA CGGAGCTGTT 
TGTAGCACAA ACATAAGACC GCTGGAGCTG NCAAGCTCAA GAGCTAATGA GAGCCATAAA 
CAAAAGAAGC CAGTTCTGGT AAGGCAGCTC TGTACTACAG AGCCCCTTGA AGGAGCGGCA 
CTGGAACAGG ATGCTTGCTC TGCCTCTGGA AGGAGCAGCA ATAATGCTGC TAATTTGACT 
CAAGTTTTAC CAACTGATAA TCTGTCATCC AGACCCTCTA CGTTTNCAGT CACAGACCAT 
GTCAATGAAT TGCAGGAGTT TAAAAACACC AAGTTGTCCA CNTCTCTGAC TCCTACAGTG 
GGAAGTTTCC CTGCTCCATC GGAAAGTGCC TGTGTTTTGC CTTTGAAGTC TATAGACAAC 
AACCAGGAAA AGGGGTTGCC AGGGGTTAGA AATGAAGAGA ACAAGGTCAT CNAAGGGCAG 
AGGCAGCCTG TAGTGTCTGG TCTTTCATTG GTGAGCAGCT CAGACACTCA ACAGCCGTCA 
TTCCCCAGCC TCAAGACTGC AACCAGCTTT ACATGGTGTT ACCTGCTGAG ACAGAAGGCA 
TTGCCGTTGG CTCAGAATGA CCAGAAAACT TCAGCCTATA CAGGGTGGAC NGTAAGCTCC 
AGTAACCCAA ATCCACTTGG TTTGCCTACA AAAGTTGCTC TTTCTCTTCT TAATTCTAAA 
CAGAAGACTG GAAAGTCACT GTATTGCCAA GCAATAACCA CCCATTCAAA ATCAGATTTA 
GNGGTCTATT CAAGCAAGTG GAAAAACAAC TTAAGCAAGA GAGCATTAGG TAATCAAAAG 
GCCACAGTAG TTGAATTCAG CAATAAAGAT GACTCTGAAA TTAACAGTGA GCAAGATAAA 
GAAAATTCCT TAATCAAAAG TGAACCAAGA AGAATTAAAA TATTTGACGG AGGATACAAG 
TCAAATGAGG ATTACATGTA TGTGCGAGGC AGGGGAAGAG GGAAGTACAT TTGTGCAGAG 
TGTGGAATAC GCTGTAAGAA GCCTAGTATG TTAAAGAAGC ACATCCGAAC CCACACAGAC 
GTGCGCCCCT ACCACTGCTC CTACTGCAAC TTCTCCTTCA AGACGAAAGG AAACCTGACA 
AAACACATGA AGTCCAAGGC GCACAGTAAG AAGTGTGTGG ATTTAGGCGT CTCAGTGGGC 
TTGATAGACG AGCAGGACAC AGAAGAATCA GATGAAAAGC AAAGATTCGG TTGCGAGCGG 
TCTGGATATG ATCTTGAAGA GTCTGATGGC CCAGATGAGG ATGATAATGA CAACGAAGAG 
GACGATGACG ACAGCCAAGC AGAGTCTGGC CTCTCAGCAG CACCCTCAGT CACAGCGAGC 
CCACAGCATC TCCCATCCAG AAGTGGCCTT CAGGACCCTG GGAGTGTCGA GGAGGAGCTT 
AGAGTTTCCA GTTGCTTCTC AGGGGTACAT ACAGACCCAA TGGACATTCT ACCTAGAGCA 
CTGCTCACCA AGATGACTGT TNTGAGCACA GTGCAGAGTG ACCCTAACAG GACAGACTTA 
CCAGCAAAGG CCAGGCAGAG TACTGNGAAG GATGAGCATG AGCAGGCTCC TCCTGCCGAC 
ATCCCCAGGT CCCCCNAAGT CACCCCCAGG TCCCCCAGTC ATCAGCTGTC TGTGCATTCC 
TNTGAATCCG ATGTCCTGAG AAGTCCTGCA GCTGGAAACC CTGCCGCTGG AAGCCCTGTG 
GCTACAGTAC AGGATTCATC ATCTGTGGAA CTGCCTCCTG CCGTAGCCCA GCTCAACCCT 
CAGCAGGCCG CCAGGATTTC TTCCTCAGCC TCACCTCACC CTGACAGTCA AGACCAGAAG 
CAACAAATAC TCTTGCAACC ACCTCCCGGC TTGCCTTCCC CGCAGACACA TCTGTTCAGC 
CATCTCCCNT TGCATTCCCA GCAGCAGTCA AGGACCCCAT ACAACATGGT TCCCGTAGGN 
GGAATCCATG TGGTGCCTGC CGGCCTCACC TACTCCACTT TTGTACCCAT ACAGGCNGGG 
CCAATGCAAC TGACCATCCC CGCTGTGAGT GTTATTCACA GAACCGTGGG CACCTCTGGG 
GATACCATCA CTGAAGCTTC GGGCGCTCCT AATCGCCCCA CCGGAGTGGC NGAATTGAGC 
AGTGTGGTGC CCTGTATTCC CATAGGCCAA ATCCACGTGC CAGGCCTGCA GAACTTAAGC 
CCCCCAGCCT TGCAGTCGCT TACGTCCCTG GGGATGGAAA CAGTCAACCT GGTGGGCCTG 
GCAAACGCTA CCGTTGGCCC GCAGGGGCAC CCCCCGGGCC TGGCCCTCAA CGCAGTGGGG 
CTCCAGGTTT TGGCCAATGC GCCCGCCCAG AGCAGTCCCG CCCCACCGGC ACACATTCAG 
GGACTCCAAA TCCTCAACAT CGCCTTGCCC ACCCTGATCC CCTCCGTTGG CCCGGTGGCT 
GTGGGCACCA CGGGGACTCC CGAGANGGCC GCTCCCAACA GCAAAGCAAT GGAGCTGCAG 
ATGCCCGCAG GCCAGGGACA CAGTGCTGAG CCTCCACAGG GGTCACCCGA AGGCCCTCAG 
GAAACCCCAC AAACAATGTC AGGTCCCTCA GCGGACCACG CAAGNCCTGA AGGCTCAACC 
AAAATGGACA CCACGAAGGG GCCCTCTGCG GGTCACGTGT TGCCTGGGCG CTCCCCTGCG 
CAGGCACAGC CAGCACCCAC ACTGGAAGCT TTACAGAAAG TTGAAACTTC AGCCCCTCCA 
TCACTTCCCA CAGACAGAGC GGCCCCCAGG CCCCCAGTGC CCCACAGGCA GCCCATTGTA 
CACTTCAGCG ATGTGAGCAG CGATGATGAC GAGGACAGGC TTGTCATAGC AACCTAA

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

RefSeq	XP_029324455.1
CDS	189..5885
Translation	MPRTKQIHPRNLRDKIEEAQKELNGAEVSKKEVLEAGVKGTSESLKGVKRKKIVAENHLKKIPKSPLRSPLQTKHKQNPEEPPFSVLPSVAESHKKHNCVPAKQGRQFTKQNGETPGMTAESSESGDSVSPKKASSPHHRSELRRWnullSEGSDPARLSGLDGQQDSSSSSTKARTDNSECSSPCCSATPPSYTSTAFDVLLKAMEPEnullSTLSQKGSSCAIKTEKLRPNKTVRSPSKLKNSSLDnullPNAnullSPELVnullESPCPPCTSYPVHVASTQKSEQVAAQCVSHLYSSQDHLVPKLSQQNQQLPGHLGFTGSLTNLHTLESTKLEPIYNTAMTSTVGLTSPSTRTQVTPPHQQMDSVSPLSVSPASSTQSPnullGPIYSSTHVASVVSQSVnullQMCSLLLRDQKPKKQGKYICEYCNRACAKPSVLLKHIRSHTGERPYPCVTCGFSFKTKSNLYKHKKSHAHTIKLGLVLQPEAGGLFLSQECPKALSVHSnullIEDSGESDEEGLADnullRQNNPCVKDLQPVQTMKTVSNPEALPKLIPSNSDHVVnullGFSSQDRPSESQAnullTELPKVVVHPVSMPPLKTDCLQVANPNPELPSPQSPRDLHVASILSHSASVSSLEMDESCHQKGDVSQSEGKPDSHSGTAPLQTIVLPSVNTVPFQAPRLPDMASADCPAHTVHPQALAKDLQAEISSSSSnullDTFPPQQLFGAHLLNKTNTPLSHQNTPLPLPVSAQGGKPDAAPTACVSSTGDGSFAPKYQLQCQAFTSGQGCSAPnullLRSSPNQVLPGQAGADPCPASEAPSAKAADPVAKPCPLPPLELGLPRDEGLQKQLPSFVLPVPQKRNVTVDCFTPVTSLPQILVTQDLSNMPICQTNQSLVPVSEEQNSMPKSQNYLQNALPTPEKDLACKTVLPEMGQNVPVSESSPTVQKASVGRLSPQQESSASSKRMLSPANSLDIAMEKHQKRAKDENGAVCSTNIRPLELnullSSRANESHKQKKPVLVRQLCTTEPLEGAALEQDACSASGRSSNNAANLTQVLPTDNLSSRPSTFnullVTDHVNELQEFKNTKLSnullSLTPTVGSFPAPSESACVLPLKSIDNNQEKGLPGVRNEENKVInullGQRQPVVSGLSLVSSSDTQQPSFPSLKTATSFTWCYLLRQKALPLAQNDQKTSAYTGWnullVSSSNPNPLGLPTKVALSLLNSKQKTGKSLYCQAITTHSKSDLnullVYSSKWKNNLSKRALGNQKATVVEFSNKDDSEINSEQDKENSLIKSEPRRIKIFDGGYKSNEDYMYVRGRGRGKYICAECGIRCKKPSMLKKHIRTHTDVRPYHCSYCNFSFKTKGNLTKHMKSKAHSKKCVDLGVSVGLIDEQDTEESDEKQRFGCERSGYDLEESDGPDEDDNDNEEDDDDSQAESGLSAAPSVTASPQHLPSRSGLQDPGSVEEELRVSSCFSGVHTDPMDILPRALLTKMTVnullSTVQSDPNRTDLPAKARQSTnullKDEHEQAPPADIPRSPnullVTPRSPSHQLSVHSnullESDVLRSPAAGNPAAGSPVATVQDSSSVELPPAVAQLNPQQAARISSSASPHPDSQDQKQQILLQPPPGLPSPQTHLFSHLnullLHSQQQSRTPYNMVPVnullGIHVVPAGLTYSTFVPIQnullGPMQLTIPAVSVIHRTVGTSGDTITEASGAPNRPTGVnullELSSVVPCIPIGQIHVPGLQNLSPPALQSLTSLGMETVNLVGLANATVGPQGHPPGLALNAVGLQVLANAPAQSSPAPPAHIQGLQILNIALPTLIPSVGPVAVGTTGTPEnullAAPNSKAMELQMPAGQGHSAEPPQGSPEGPQETPQTMSGPSADHAnullPEGSTKMDTTKGPSAGHVLPGRSPAQAQPAPTLEALQKVETSAPPSLPTDRAAPRPPVPHRQPIVHFSDVSSDDDEDRLVIAT

Target ORF information:

RefSeq Version	XM_029468595.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli human immunodeficiency virus type I enhancer binding protein 1 (Hivep1), mRNA.

Target ORF information:

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

XM_029468595.1

ORF Insert Sequence:

ATGCCTCGCA CGAAGCAGAT TCATCCCAGA AATCTCAGAG ACAAAATCGA AGAAGCACAA 
AAAGAGCTTA ACGGGGCAGA AGTTTCCAAA AAAGAAGTCT TAGAGGCTGG CGTTAAAGGA 
ACTTCTGAGT CTCTTAAAGG TGTGAAACGA AAAAAGATTG TTGCTGAGAA TCACCTGAAA 
AAAATACCAA AATCCCCCCT GAGGAGTCCT CTTCAGACAA AACACAAGCA AAACCCAGAA 
GAGCCACCGT TCAGTGTCCT CCCAAGCGTA GCAGAGTCTC ATAAGAAACA CAACTGTGTC 
CCTGCTAAAC AGGGGAGGCA ATTTACCAAG CAAAATGGAG AAACACCAGG GATGACTGCT 
GAATCCTCAG AATCTGGAGA CTCGGTCTCC CCAAAGAAAG CCTCATCTCC TCACCACCGG 
TCAGAACTGC GGAGATGGAG NTCGGAGGGT TCAGACCCAG CCAGGCTCAG TGGCCTTGAT 
GGGCAGCAGG ACTCCAGCTC CTCGTCCACT AAAGCCAGGA CTGACAATAG TGAATGTAGC 
TCTCCTTGCT GTAGCGCCAC GCCCCCCTCC TATACAAGTA CCGCGTTCGA TGTCTTACTG 
AAAGCAATGG AGCCAGAACT NAGCACCTTG TCACAAAAGG GCTCATCTTG TGCAATTAAG 
ACAGAAAAAC TGAGACCAAA TAAAACTGTA AGATCCCCTT CTAAATTAAA GAACAGCTCC 
CTGGATGCNC CAAATGCTAN GTCCCCAGAA CTGGTTGTNG AATCGCCGTG TCCTCCGTGT 
ACCTCGTACC CAGTACATGT GGCCTCCACT CAGAAGAGTG AACAAGTGGC AGCTCAGTGT 
GTTTCTCACC TGTACAGCTC ACAGGATCAC CTTGTTCCCA AACTTAGCCA ACAGAATCAG 
CAGCTTCCGG GGCACCTGGG CTTCACAGGC TCACTGACAA ACCTGCACAC CCTTGAGAGC 
ACTAAACTTG AGCCGATCTA TAATACAGCA ATGACATCCA CTGTAGGTCT CACTTCTCCC 
TCCACTAGAA CTCAGGTCAC TCCTCCACAC CAGCAAATGG ATTCTGTGTC ACCTTTGTCA 
GTAAGCCCTG CCAGTTCCAC ACAGTCGCCC CCNGGGCCAA TTTACAGCTC AACCCATGTT 
GCTTCTGTTG TCAGTCAAAG TGTAGANCAA ATGTGCAGTC TCCTTCTTCG AGATCAGAAG 
CCAAAAAAAC AAGGCAAATA TATCTGTGAG TACTGCAATA GAGCATGTGC AAAGCCCAGC 
GTGCTTTTAA AGCACATCCG CTCCCACACT GGAGAGCGGC CCTACCCCTG TGTGACTTGT 
GGGTTTTCAT TTAAGACTAA AAGTAATCTG TATAAGCACA AGAAATCCCA TGCACACACC 
ATCAAACTGG GCCTTGTCTT ACAACCAGAG GCTGGGGGGT TGTTCTTATC CCAAGAGTGC 
CCCAAAGCAC TTAGTGTCCA TTCGGNCATT GAAGACAGTG GGGAGAGCGA TGAAGAGGGG 
CTTGCAGATN GGAGACAGAA CAACCCATGT GTCAAGGACC TGCAACCTGT GCAAACAATG 
AAGACGGTAT CGAATCCTGA AGCTTTACCC AAATTGATAC CAAGCAATTC AGATCATGTG 
GTCCNTGGCT TCTCTTCACA GGACAGACCT TCAGAGTCAC AAGCCCNGAC AGAGTTACCA 
AAGGTTGTGG TCCATCCAGT AAGCATGCCC CCCTTGAAAA CTGACTGTCT TCAGGTGGCC 
AATCCCAATC CTGAACTTCC TAGTCCACAG AGCCCGAGGG ACCTTCATGT TGCAAGCATA 
CTGTCACATT CAGCCAGTGT GTCATCCCTA GAGATGGATG AGTCGTGCCA TCAGAAAGGG 
GATGTGAGTC AGTCAGAAGG GAAGCCAGAT TCTCACAGTG GAACAGCACC TCTCCAAACC 
ATTGTTCTTC CGAGTGTGAA CACAGTGCCG TTTCAGGCTC CGAGGCTCCC CGATATGGCT 
TCTGCAGACT GCCCTGCACA TACTGTGCAC CCCCAGGCCC TGGCTAAAGA TCTTCAGGCA 
GAAATTTCAA GTTCCAGCTC TNCGGACACA TTTCCTCCTC AACAACTTTT TGGTGCCCAT 
TTATTAAACA AAACCAATAC ACCCCTTAGT CACCAAAACA CACCACTGCC TCTGCCAGTG 
TCTGCACAGG GTGGCAAACC AGATGCAGCA CCCACTGCAT GTGTGTCTTC GACAGGGGAT 
GGTAGCTTTG CTCCCAAGTA CCAGCTTCAG TGTCAGGCCT TCACTTCAGG CCAGGGCTGC 
TCTGCTCCTN CTCTGCGTTC TTCACCTAAT CAAGTTCTTC CAGGTCAAGC TGGAGCAGAT 
CCGTGCCCAG CGTCAGAAGC ACCGTCAGCC AAAGCAGCAG ATCCCGTGGC TAAACCCTGC 
CCTCTGCCGC CGCTGGAGCT CGGGCTCCCG AGGGATGAGG GGCTGCAGAA GCAGCTGCCC 
TCCTTTGTGC TGCCTGTGCC CCAAAAGAGG AATGTGACAG TGGACTGTTT CACTCCTGTC 
ACATCTCTGC CACAGATCTT AGTGACCCAG GATCTGTCCA ACATGCCAAT TTGCCAAACT 
AATCAAAGTC TAGTGCCAGT CAGCGAAGAA CAAAATTCCA TGCCAAAATC ACAGAACTAT 
CTCCAAAATG CATTGCCAAC ACCAGAGAAG GATCTTGCAT GCAAAACTGT TCTCCCAGAG 
ATGGGCCAAA ATGTTCCAGT TTCAGAATCC TCGCCGACGG TTCAGAAGGC GTCTGTTGGT 
AGACTCTCCC CACAACAAGA ATCCTCAGCC TCGAGTAAAA GGATGCTTTC CCCAGCAAAT 
AGTTTAGACA TTGCCATGGA AAAGCATCAG AAGCGGGCTA AAGATGAGAA CGGAGCTGTT 
TGTAGCACAA ACATAAGACC GCTGGAGCTG NCAAGCTCAA GAGCTAATGA GAGCCATAAA 
CAAAAGAAGC CAGTTCTGGT AAGGCAGCTC TGTACTACAG AGCCCCTTGA AGGAGCGGCA 
CTGGAACAGG ATGCTTGCTC TGCCTCTGGA AGGAGCAGCA ATAATGCTGC TAATTTGACT 
CAAGTTTTAC CAACTGATAA TCTGTCATCC AGACCCTCTA CGTTTNCAGT CACAGACCAT 
GTCAATGAAT TGCAGGAGTT TAAAAACACC AAGTTGTCCA CNTCTCTGAC TCCTACAGTG 
GGAAGTTTCC CTGCTCCATC GGAAAGTGCC TGTGTTTTGC CTTTGAAGTC TATAGACAAC 
AACCAGGAAA AGGGGTTGCC AGGGGTTAGA AATGAAGAGA ACAAGGTCAT CNAAGGGCAG 
AGGCAGCCTG TAGTGTCTGG TCTTTCATTG GTGAGCAGCT CAGACACTCA ACAGCCGTCA 
TTCCCCAGCC TCAAGACTGC AACCAGCTTT ACATGGTGTT ACCTGCTGAG ACAGAAGGCA 
TTGCCGTTGG CTCAGAATGA CCAGAAAACT TCAGCCTATA CAGGGTGGAC NGTAAGCTCC 
AGTAACCCAA ATCCACTTGG TTTGCCTACA AAAGTTGCTC TTTCTCTTCT TAATTCTAAA 
CAGAAGACTG GAAAGTCACT GTATTGCCAA GCAATAACCA CCCATTCAAA ATCAGATTTA 
GNGGTCTATT CAAGCAAGTG GAAAAACAAC TTAAGCAAGA GAGCATTAGG TAATCAAAAG 
GCCACAGTAG TTGAATTCAG CAATAAAGAT GACTCTGAAA TTAACAGTGA GCAAGATAAA 
GAAAATTCCT TAATCAAAAG TGAACCAAGA AGAATTAAAA TATTTGACGG AGGATACAAG 
TCAAATGAGG ATTACATGTA TGTGCGAGGC AGGGGAAGAG GGAAGTACAT TTGTGCAGAG 
TGTGGAATAC GCTGTAAGAA GCCTAGTATG TTAAAGAAGC ACATCCGAAC CCACACAGAC 
GTGCGCCCCT ACCACTGCTC CTACTGCAAC TTCTCCTTCA AGACGAAAGG AAACCTGACA 
AAACACATGA AGTCCAAGGC GCACAGTAAG AAGTGTGTGG ATTTAGGCGT CTCAGTGGGC 
TTGATAGACG AGCAGGACAC AGAAGAATCA GATGAAAAGC AAAGATTCGG TTGCGAGCGG 
TCTGGATATG ATCTTGAAGA GTCTGATGGC CCAGATGAGG ATGATAATGA CAACGAAGAG 
GACGATGACG ACAGCCAAGC AGAGTCTGGC CTCTCAGCAG CACCCTCAGT CACAGCGAGC 
CCACAGCATC TCCCATCCAG AAGTGGCCTT CAGGACCCTG GGAGTGTCGA GGAGGAGCTT 
AGAGTTTCCA GTTGCTTCTC AGGGGTACAT ACAGACCCAA TGGACATTCT ACCTAGAGCA 
CTGCTCACCA AGATGACTGT TNTGAGCACA GTGCAGAGTG ACCCTAACAG GACAGACTTA 
CCAGCAAAGG CCAGGCAGAG TACTGNGAAG GATGAGCATG AGCAGGCTCC TCCTGCCGAC 
ATCCCCAGGT CCCCCNAAGT CACCCCCAGG TCCCCCAGTC ATCAGCTGTC TGTGCATTCC 
TNTGAATCCG ATGTCCTGAG AAGTCCTGCA GCTGGAAACC CTGCCGCTGG AAGCCCTGTG 
GCTACAGTAC AGGATTCATC ATCTGTGGAA CTGCCTCCTG CCGTAGCCCA GCTCAACCCT 
CAGCAGGCCG CCAGGATTTC TTCCTCAGCC TCACCTCACC CTGACAGTCA AGACCAGAAG 
CAACAAATAC TCTTGCAACC ACCTCCCGGC TTGCCTTCCC CGCAGACACA TCTGTTCAGC 
CATCTCCCNT TGCATTCCCA GCAGCAGTCA AGGACCCCAT ACAACATGGT TCCCGTAGGN 
GGAATCCATG TGGTGCCTGC CGGCCTCACC TACTCCACTT TTGTACCCAT ACAGGCNGGG 
CCAATGCAAC TGACCATCCC CGCTGTGAGT GTTATTCACA GAACCGTGGG CACCTCTGGG 
GATACCATCA CTGAAGCTTC GGGCGCTCCT AATCGCCCCA CCGGAGTGGC NGAATTGAGC 
AGTGTGGTGC CCTGTATTCC CATAGGCCAA ATCCACGTGC CAGGCCTGCA GAACTTAAGC 
CCCCCAGCCT TGCAGTCGCT TACGTCCCTG GGGATGGAAA CAGTCAACCT GGTGGGCCTG 
GCAAACGCTA CCGTTGGCCC GCAGGGGCAC CCCCCGGGCC TGGCCCTCAA CGCAGTGGGG 
CTCCAGGTTT TGGCCAATGC GCCCGCCCAG AGCAGTCCCG CCCCACCGGC ACACATTCAG 
GGACTCCAAA TCCTCAACAT CGCCTTGCCC ACCCTGATCC CCTCCGTTGG CCCGGTGGCT 
GTGGGCACCA CGGGGACTCC CGAGANGGCC GCTCCCAACA GCAAAGCAAT GGAGCTGCAG 
ATGCCCGCAG GCCAGGGACA CAGTGCTGAG CCTCCACAGG GGTCACCCGA AGGCCCTCAG 
GAAACCCCAC AAACAATGTC AGGTCCCTCA GCGGACCACG CAAGNCCTGA AGGCTCAACC 
AAAATGGACA CCACGAAGGG GCCCTCTGCG GGTCACGTGT TGCCTGGGCG CTCCCCTGCG 
CAGGCACAGC CAGCACCCAC ACTGGAAGCT TTACAGAAAG TTGAAACTTC AGCCCCTCCA 
TCACTTCCCA CAGACAGAGC GGCCCCCAGG CCCCCAGTGC CCCACAGGCA GCCCATTGTA 
CACTTCAGCG ATGTGAGCAG CGATGATGAC GAGGACAGGC TTGTCATAGC AACCTAA