BRIP1 cDNA ORF clone, Oryctolagus cuniculus(rabbit)

Gene
Clones
gRNAs

Summary

Gene Symbol	BRIP1
Entrez Gene ID	100359326
Full Name	BRCA1 interacting protein C-terminal helicase 1
Gene Type	protein-coding
Organism	Oryctolagus cuniculus(rabbit)

mRNA and Protein(s)

mRNA	Protein	Name
XM_008271191.2	XP_008269413.1	LOW QUALITY PROTEIN: Fanconi anemia group J protein

Pathways from BioSystems
Gene Ontology

The following BRIP1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BRIP1 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
OOb20302	XM_008271191.2 Latest version!	Oryctolagus cuniculus BRCA1 interacting protein C-terminal helicase 1 (BRIP1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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

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

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

Reference Sequences (Refseq)

BRIP1 ( XM_008271191.2 ) cDNA ORF clone, Oryctolagus cuniculus(rabbit) -> XP_008269413.1 Oryctolagus cuniculus BRCA1 interacting protein C-terminal helicase 1 (BRIP1), mRNA.

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CloneID	OOb20302
Clone ID Related Accession (Same CDS sequence)	XM_008271191.2
Accession Version	XM_008271191.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3741bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-22
Organism	Oryctolagus cuniculus(rabbit)
Product	LOW QUALITY PROTEIN: Fanconi anemia group J protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_013687.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 23, 2016 this sequence version replaced XM_008271191.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Oryctolagus cuniculus Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 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##

ATGAGTACTA TGTCTTCAGT GGGGTCTGAG TATACAATTG GTGGAGTGAA GATTAACTTT 
CCTTGTAAAG CTTACCCCTC GCAGCTTGCT ATGATGAATT CTATTGTCAG AGGTTTAAAC 
AGTAAACAAC ATTGTTTGTT GGAGAGCCCC ACAGGAAGTG GAAAAAGTTT GGCCTTACTT 
TGTTCTGCTT TAGCGTGGCA ACAATCTCTT CTTAATGGGA AGCCAGTAGA TGAGGGCTCA 
CACAAAAAAG CTGAAGAACC ATTGTCATGT TGTTGTACAT GCCACTCGAA GACTTTTACA 
AACAATGACA TGAACCAACG AACTTCACGT CATTTCAACA GTCCAAGCAA ACTACCTTCT 
GAAAGAAGTG GAGCTTCATC AACTTGTCAA GACTCTTCTG AAAAAAACAC GTTGGCTGCA 
AAATTATCTG CCAAGAAACA GGCATCCAAA TCCAGGGATG GAAATGATGA CTTTCAAGTA 
GACAAGAAAA GAATTCGACC CTTGAAACTG CACAGCAGGT AAACAGAATT TATTAGAAAA 
CGTCATTGTT TTGAAAAGGA AGAAATTCAT TTGAATGCAA AAGTTGTTTC AGAAGAGACC 
GTAACACTTA ACTCTCCATC AGAAAAGATA AACTCCTTTT CACCACAAAA TCCCCCTGGC 
TACTGCTCTA GGTGTGGTTG TTCCACTAAA CAAGGAAGCG ATCAAGAGTC TTCAAACACC 
ATTAAGAAAG ATCAAGGGGG CAAATCCAAG AGACCCAAAA TATATTTTGG AACACGCACA 
CACAAGCAGA TTGCTCAGAT TACTAGAGAG CTCCGGAGGA CAGCGTACTC AGGGGTCCCG 
ATGACGATTC TTTCCAGCAG GGATCATACT TGTGTCCACC CTGAAGTAGT TGGTAACTTC 
AACAGAAAGG AAAAGTGCAT GGAATTGCTG GATGGAAAAA ATGGAAAATC ATGCTATTTT 
TATCATGGTG TTCATAAAAT GAGTGATCAA CACACATTAC AGACACTCCA AGGGATGTGC 
AAAGCCTGGG AAATAGAAGA CCTTGTTAGC CTGGGGAAGA AACTAAAGGC GTGTCCATAT 
TACACAGCTC GAGAACTAGT GGAAGATGCC GATATAATAT TTTGTCCATA CAACTATCTT 
CTAGATGCAC AAATAAGGGA AAGTATGGAT ATAAATCTGA AGGAACAGGT TGTCATTTTA 
GATGAAGCTC ATAACATTGA GGACTGTGCT CGAGAATCAG CAAGTTACAG TGTAACCGAA 
GTTCAGCTGC GGTTTGCTAG AGATGAACTA GATAGTCTGG TCAACAATAA TATAAGGAAG 
AAAGACCATG AACCTCTACG AGCTGTGTGC TATAGCCTCA TTAATTGGTT AGAAGCAAAC 
ACTGAACATC TTGTAGAAAG GGATTATGAA TCATCCTGTA AAATATGGAG TGGAAAGGAA 
ATGCTCTTAA ATTTACACAA AATGGGCATC ACTACTGCTA CTTTTCCCAT TTTGCAGGGT 
CATTTTTCCA CTGTTCTTCA AAAAGAAGAA AAAGTCTCAC AAATTCGTGG AATAGAGGAG 
GCAGTAGAAG TACCTGTTAT CAGTGCTTCA ACTCAAGTTA TGCTCAAAGG ACTTTTTATG 
GTGCTTGACT ACCTTTTTAG GCAAAATAGC AGGTTTGCAG ATGACTATAA AATTGCTATT 
CAACAGACTT ACTCCTGGAT AAATCAGACT GATATTTCAG ATAAAAATGG CATCTTGGTT 
CTACCAAAAA ATAACAAACG TTCAAGACAG AAAGCTGCAG TTCATGTGCT AAGCTTTTGG 
TGCTTAAATC CAGCTGTGGC CTTTTCAGAT ATTAATGGCA AAGTTAGGAC AATTGTTTTG 
ACATCTGGCA CATTATCACC AATGAAATCT TTTTCATCAG AACTTGGTGT TACATTTACT 
ATCCAACTGG AGGCTAATCA TGTCATTAAT AACTCACAGC TTTGGGTTGG TACCATTGGA 
TCAGGCCCCA GTGGTAGGAA TCTCTGTGCT ACCTTCCAGC ATACTGAAAC ATTTGAGTTC 
CAGGATGAAG TGGGAGCACT TGTGTTATCT GTGTGCCAGA CTGTGAGCCA AGGAATTTTG 
TGTTTTTTGC CATCTTACAA GCTATTAGAA AAATTAAAAG AACGTTGGCT ATACACTGGT 
TTATGGCATA ATCTGGAGTT GGTGAAGACA GTCATTGTAG AACCGCAANG TGGAGAAAAA 
ACTGATTTTG ATGAATTACT ACAGCTGTAT TATGATGCAA TCAAGTACAA AGGAGGAAAA 
GATGGAGCCC TCCTGGTAGC AGTTTGTCGT GGTAAAGTGA GTGAGGGTCT GGATTTCTCA 
GATGACAATG CCCGTGCTGT CATAACAATA GGAATTCCCT TTCCAAATGT GAAAGATCTA 
CAGGTTGAAC TAAAGCGTGA GTACAATGAC CACCATTCAA AATTAAGAGG TCTATTACCT 
GGACGGCAGT GGTATGAAAT TCAAGCATAC AGGGCTTTAA ATCAGGCCCT TGGTAGATGT 
ATTCGACACA AAAATGATTG GGGAGCTCTT ATTCTAGTGG ATGATCGCTT CGGGAATAAC 
CCAAGTCGCT ATATATCTGG ACTTCCTAAG TGGGTAAGGC AGCAGATTCA ACACCATTCA 
ACCTTTGAAA GTGCACTAGA GTCCTTGGCT GAATTTTCCA AAAAACACCA AAAAGAAATT 
GATGTAACCA GAAAGTATGT GAAGGACCAA GAGTCTACTC TTGAAGTGGC CTGTTTAAAG 
GACAGTGCGC CAGCTTACTT ACTGGATCTG GCAAGTCATC TATCACCAGA AAATCCTAAG 
GAAGATGACA CAGAAATGTG TATCCAGGAA CTACAGTGCC CTAAAAAAGT TACTGAAAAC 
CCATCTCTAC CAAGTGGCAT CATCTCCAGA AAGCGTGGAA ATGACCCAGT GTTATTGGAA 
GAGTCTGTAC AGACAAGGAA AGAGAAAAGG ATCATTTCCC GATCTACAAG CCCAACGTTC 
GGCAAGCAAA CCAACAGAGT CAGCTGGTCT AACTTTCATT CTTTGGGACA GTTCGTTACT 
GGTAAAATAC AGACCACAAC ACCTGAGCTC AGGTCACCAA AGAACTGCAC CTCTAGTCCT 
TGTACTTTCA AAACAGAAAA CACGGAAAAT AAAACTCTTT TGCCACTCTC TGATAAACCT 
GAGTCCTCAA CTCCTACAGT AAAAACGTCA TTTGGATCAT GTCCTCAGTC AGAAACCATT 
GTTTCTTCAG TAAAGATTGA GCATCATTCC AGACAACCAC TCAGTTATGA AGAGGCCCTG 
GGTCTGGACA CTGAATTACC CCCAGTAAAT GAAGATGCTG CCCATTCAAC TTCAGGTAGC 
GCTTCTGAGA CAGAAGTAGA AGATGAATCC ATCTATTTTA CACCTGAACT TTATGATCCT 
GTAGAAACAG ATGAAGAAGA CAATGAGCCT ATTCACACTG ATAAGGGCAG CAGATTGGCT 
AATAATTCAA ATTGCATTTT GGCTACAGAC CTTTTAGAAA TTAAAACTAC AAAAGGAATG 
GATTCAGTCA TTGATAAGAA ANNACAGGAT CACCCAGACA CAGAGTTGAA TATTGAAGGT 
GGTAAAATTG ATGACATTGA TGGTAATGTA AAAACATCTT GCGTAAATGA ATTGAAACTG 
AGAAATACTC ATGAAATAGA TCTAAACAAC TTTCAACAAT CTGTTTCCAA AAATAAAGGT 
GTGAGCCCTG GTGTTAAGTA A

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

RefSeq	XP_008269413.1
CDS	205..3945
Translation	MSTMSSVGSEYTIGGVKINFPCKAYPSQLAMMNSIVRGLNSKQHCLLESPTGSGKSLALLCSALAWQQSLLNGKPVDEGSHKKAEEPLSCCCTCHSKTFTNNDMNQRTSRHFNSPSKLPSERSGASSTCQDSSEKNTLAAKLSAKKQASKSRDGNDDFQVDKKRIRPLKLHSR*TEFIRKRHCFEKEEIHLNAKVVSEETVTLNSPSEKINSFSPQNPPGYCSRCGCSTKQGSDQESSNTIKKDQGGKSKRPKIYFGTRTHKQIAQITRELRRTAYSGVPMTILSSRDHTCVHPEVVGNFNRKEKCMELLDGKNGKSCYFYHGVHKMSDQHTLQTLQGMCKAWEIEDLVSLGKKLKACPYYTARELVEDADIIFCPYNYLLDAQIRESMDINLKEQVVILDEAHNIEDCARESASYSVTEVQLRFARDELDSLVNNNIRKKDHEPLRAVCYSLINWLEANTEHLVERDYESSCKIWSGKEMLLNLHKMGITTATFPILQGHFSTVLQKEEKVSQIRGIEEAVEVPVISASTQVMLKGLFMVLDYLFRQNSRFADDYKIAIQQTYSWINQTDISDKNGILVLPKNNKRSRQKAAVHVLSFWCLNPAVAFSDINGKVRTIVLTSGTLSPMKSFSSELGVTFTIQLEANHVINNSQLWVGTIGSGPSGRNLCATFQHTETFEFQDEVGALVLSVCQTVSQGILCFLPSYKLLEKLKERWLYTGLWHNLELVKTVIVEPQnullGEKTDFDELLQLYYDAIKYKGGKDGALLVAVCRGKVSEGLDFSDDNARAVITIGIPFPNVKDLQVELKREYNDHHSKLRGLLPGRQWYEIQAYRALNQALGRCIRHKNDWGALILVDDRFGNNPSRYISGLPKWVRQQIQHHSTFESALESLAEFSKKHQKEIDVTRKYVKDQESTLEVACLKDSAPAYLLDLASHLSPENPKEDDTEMCIQELQCPKKVTENPSLPSGIISRKRGNDPVLLEESVQTRKEKRIISRSTSPTFGKQTNRVSWSNFHSLGQFVTGKIQTTTPELRSPKNCTSSPCTFKTENTENKTLLPLSDKPESSTPTVKTSFGSCPQSETIVSSVKIEHHSRQPLSYEEALGLDTELPPVNEDAAHSTSGSASETEVEDESIYFTPELYDPVETDEEDNEPIHTDKGSRLANNSNCILATDLLEIKTTKGMDSVIDKKnullQDHPDTELNIEGGKIDDIDGNVKTSCVNELKLRNTHEIDLNNFQQSVSKNKGVSPGVK

Target ORF information:

RefSeq Version	XM_008271191.2
Organism	Oryctolagus cuniculus(rabbit)
Definition	Oryctolagus cuniculus BRCA1 interacting protein C-terminal helicase 1 (BRIP1), mRNA.

Target ORF information:

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

XM_008271191.2

ORF Insert Sequence:

ATGAGTACTA TGTCTTCAGT GGGGTCTGAG TATACAATTG GTGGAGTGAA GATTAACTTT 
CCTTGTAAAG CTTACCCCTC GCAGCTTGCT ATGATGAATT CTATTGTCAG AGGTTTAAAC 
AGTAAACAAC ATTGTTTGTT GGAGAGCCCC ACAGGAAGTG GAAAAAGTTT GGCCTTACTT 
TGTTCTGCTT TAGCGTGGCA ACAATCTCTT CTTAATGGGA AGCCAGTAGA TGAGGGCTCA 
CACAAAAAAG CTGAAGAACC ATTGTCATGT TGTTGTACAT GCCACTCGAA GACTTTTACA 
AACAATGACA TGAACCAACG AACTTCACGT CATTTCAACA GTCCAAGCAA ACTACCTTCT 
GAAAGAAGTG GAGCTTCATC AACTTGTCAA GACTCTTCTG AAAAAAACAC GTTGGCTGCA 
AAATTATCTG CCAAGAAACA GGCATCCAAA TCCAGGGATG GAAATGATGA CTTTCAAGTA 
GACAAGAAAA GAATTCGACC CTTGAAACTG CACAGCAGGT AAACAGAATT TATTAGAAAA 
CGTCATTGTT TTGAAAAGGA AGAAATTCAT TTGAATGCAA AAGTTGTTTC AGAAGAGACC 
GTAACACTTA ACTCTCCATC AGAAAAGATA AACTCCTTTT CACCACAAAA TCCCCCTGGC 
TACTGCTCTA GGTGTGGTTG TTCCACTAAA CAAGGAAGCG ATCAAGAGTC TTCAAACACC 
ATTAAGAAAG ATCAAGGGGG CAAATCCAAG AGACCCAAAA TATATTTTGG AACACGCACA 
CACAAGCAGA TTGCTCAGAT TACTAGAGAG CTCCGGAGGA CAGCGTACTC AGGGGTCCCG 
ATGACGATTC TTTCCAGCAG GGATCATACT TGTGTCCACC CTGAAGTAGT TGGTAACTTC 
AACAGAAAGG AAAAGTGCAT GGAATTGCTG GATGGAAAAA ATGGAAAATC ATGCTATTTT 
TATCATGGTG TTCATAAAAT GAGTGATCAA CACACATTAC AGACACTCCA AGGGATGTGC 
AAAGCCTGGG AAATAGAAGA CCTTGTTAGC CTGGGGAAGA AACTAAAGGC GTGTCCATAT 
TACACAGCTC GAGAACTAGT GGAAGATGCC GATATAATAT TTTGTCCATA CAACTATCTT 
CTAGATGCAC AAATAAGGGA AAGTATGGAT ATAAATCTGA AGGAACAGGT TGTCATTTTA 
GATGAAGCTC ATAACATTGA GGACTGTGCT CGAGAATCAG CAAGTTACAG TGTAACCGAA 
GTTCAGCTGC GGTTTGCTAG AGATGAACTA GATAGTCTGG TCAACAATAA TATAAGGAAG 
AAAGACCATG AACCTCTACG AGCTGTGTGC TATAGCCTCA TTAATTGGTT AGAAGCAAAC 
ACTGAACATC TTGTAGAAAG GGATTATGAA TCATCCTGTA AAATATGGAG TGGAAAGGAA 
ATGCTCTTAA ATTTACACAA AATGGGCATC ACTACTGCTA CTTTTCCCAT TTTGCAGGGT 
CATTTTTCCA CTGTTCTTCA AAAAGAAGAA AAAGTCTCAC AAATTCGTGG AATAGAGGAG 
GCAGTAGAAG TACCTGTTAT CAGTGCTTCA ACTCAAGTTA TGCTCAAAGG ACTTTTTATG 
GTGCTTGACT ACCTTTTTAG GCAAAATAGC AGGTTTGCAG ATGACTATAA AATTGCTATT 
CAACAGACTT ACTCCTGGAT AAATCAGACT GATATTTCAG ATAAAAATGG CATCTTGGTT 
CTACCAAAAA ATAACAAACG TTCAAGACAG AAAGCTGCAG TTCATGTGCT AAGCTTTTGG 
TGCTTAAATC CAGCTGTGGC CTTTTCAGAT ATTAATGGCA AAGTTAGGAC AATTGTTTTG 
ACATCTGGCA CATTATCACC AATGAAATCT TTTTCATCAG AACTTGGTGT TACATTTACT 
ATCCAACTGG AGGCTAATCA TGTCATTAAT AACTCACAGC TTTGGGTTGG TACCATTGGA 
TCAGGCCCCA GTGGTAGGAA TCTCTGTGCT ACCTTCCAGC ATACTGAAAC ATTTGAGTTC 
CAGGATGAAG TGGGAGCACT TGTGTTATCT GTGTGCCAGA CTGTGAGCCA AGGAATTTTG 
TGTTTTTTGC CATCTTACAA GCTATTAGAA AAATTAAAAG AACGTTGGCT ATACACTGGT 
TTATGGCATA ATCTGGAGTT GGTGAAGACA GTCATTGTAG AACCGCAANG TGGAGAAAAA 
ACTGATTTTG ATGAATTACT ACAGCTGTAT TATGATGCAA TCAAGTACAA AGGAGGAAAA 
GATGGAGCCC TCCTGGTAGC AGTTTGTCGT GGTAAAGTGA GTGAGGGTCT GGATTTCTCA 
GATGACAATG CCCGTGCTGT CATAACAATA GGAATTCCCT TTCCAAATGT GAAAGATCTA 
CAGGTTGAAC TAAAGCGTGA GTACAATGAC CACCATTCAA AATTAAGAGG TCTATTACCT 
GGACGGCAGT GGTATGAAAT TCAAGCATAC AGGGCTTTAA ATCAGGCCCT TGGTAGATGT 
ATTCGACACA AAAATGATTG GGGAGCTCTT ATTCTAGTGG ATGATCGCTT CGGGAATAAC 
CCAAGTCGCT ATATATCTGG ACTTCCTAAG TGGGTAAGGC AGCAGATTCA ACACCATTCA 
ACCTTTGAAA GTGCACTAGA GTCCTTGGCT GAATTTTCCA AAAAACACCA AAAAGAAATT 
GATGTAACCA GAAAGTATGT GAAGGACCAA GAGTCTACTC TTGAAGTGGC CTGTTTAAAG 
GACAGTGCGC CAGCTTACTT ACTGGATCTG GCAAGTCATC TATCACCAGA AAATCCTAAG 
GAAGATGACA CAGAAATGTG TATCCAGGAA CTACAGTGCC CTAAAAAAGT TACTGAAAAC 
CCATCTCTAC CAAGTGGCAT CATCTCCAGA AAGCGTGGAA ATGACCCAGT GTTATTGGAA 
GAGTCTGTAC AGACAAGGAA AGAGAAAAGG ATCATTTCCC GATCTACAAG CCCAACGTTC 
GGCAAGCAAA CCAACAGAGT CAGCTGGTCT AACTTTCATT CTTTGGGACA GTTCGTTACT 
GGTAAAATAC AGACCACAAC ACCTGAGCTC AGGTCACCAA AGAACTGCAC CTCTAGTCCT 
TGTACTTTCA AAACAGAAAA CACGGAAAAT AAAACTCTTT TGCCACTCTC TGATAAACCT 
GAGTCCTCAA CTCCTACAGT AAAAACGTCA TTTGGATCAT GTCCTCAGTC AGAAACCATT 
GTTTCTTCAG TAAAGATTGA GCATCATTCC AGACAACCAC TCAGTTATGA AGAGGCCCTG 
GGTCTGGACA CTGAATTACC CCCAGTAAAT GAAGATGCTG CCCATTCAAC TTCAGGTAGC 
GCTTCTGAGA CAGAAGTAGA AGATGAATCC ATCTATTTTA CACCTGAACT TTATGATCCT 
GTAGAAACAG ATGAAGAAGA CAATGAGCCT ATTCACACTG ATAAGGGCAG CAGATTGGCT 
AATAATTCAA ATTGCATTTT GGCTACAGAC CTTTTAGAAA TTAAAACTAC AAAAGGAATG 
GATTCAGTCA TTGATAAGAA ANNACAGGAT CACCCAGACA CAGAGTTGAA TATTGAAGGT 
GGTAAAATTG ATGACATTGA TGGTAATGTA AAAACATCTT GCGTAAATGA ATTGAAACTG 
AGAAATACTC ATGAAATAGA TCTAAACAAC TTTCAACAAT CTGTTTCCAA AAATAAAGGT 
GTGAGCCCTG GTGTTAAGTA A