BRIP1 cDNA ORF clone, Colius striatus(speckled mousebird)

Gene
Clones
gRNAs

Summary

Gene Symbol	BRIP1
Entrez Gene ID	104564017
Full Name	BRCA1 interacting protein C-terminal helicase 1
Gene Type	protein-coding
Organism	Colius striatus(speckled mousebird)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010210667.1	XP_010208969.1	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
OCo158946	XM_010210667.1 Latest version!	Colius striatus 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_010210667.1 ) cDNA ORF clone, Colius striatus(speckled mousebird) -> XP_010208969.1 Colius striatus BRCA1 interacting protein C-terminal helicase 1 (BRIP1), mRNA.

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CloneID	OCo158946
Clone ID Related Accession (Same CDS sequence)	XM_010210667.1
Accession Version	XM_010210667.1 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	2014-11-06
Organism	Colius striatus(speckled mousebird)
Product	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 (NW_010669773.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Colius striatus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 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##

ATGTCTTCTG ATGTGTCAGA GTATACTATC GGGGGAGTGA AGATCGTATT CCCTTGCAAG 
GCTTACCCTT CACAACTTGC TATGATGAAT GCTATTGTTA AGGGCTTAAA TAATGGGCAA 
CACTGTTTGT TGGAGAGCCC TACAGGAAGC GGCAAAAGCT TGGCATTGCT TTGTTCTGCA 
TTATCATGGC AGCAGTCTTT GTATGAGAAA GCAGTGCTTA CATCATCACG TGAAAAAGAA 
GACAGAAAGC CAGAGCCCTC ACTGCCATGT CGCTGCACGT GTCATTCTCA ATCTAAGAGC 
AACGAGGCTG CAACAAGTGT GAATCGTGGT GCTTCTTGTT CTTTTAATAA CTCTGAAGCA 
GGAAGCTCCA CGAAACCTGG AGGCTCACTA ACAAGCACAG AATGTAAGGA AAATGAGACA 
CTAGCTTCAA AACTGTCTGC CAAAAAAAGG TTATCTCAGT GTGACAAGGA GAATGATGAT 
TTTCAAGTAG ATAGGAAAAG AATTCGTCCT TTGGAGACTG AGCAGCAGGT TAGAAAACGT 
CATTGTCTGG CAAAAGGAGT GCAGCCAGTT GATGCCTTGG AAGTTCATCA TCAGAGAAAA 
AATGGAGAGC TGATTGTTCA CTCAGAAAAA ACTGTGAAAA TCACTACTTT TTCTCCCCAG 
ACATCCTCTG GCCCTTGCAC TGAGTGTTCC TGTTCTTCTG GAAAAGAAAC TGATAAAGAT 
ATTAGTAACA CAAAGAAGAA GGAAAATGGA AATAAGTTGT TTGTTCCCAA AATATTTTTT 
GGAACACGAA CACACAAGCA AATATCCCAG ATTACCAGAG AGCTGAGGAG AACAGCATAT 
TCCAGTGTCC CTATGACAAT TCTTTCCAGC CGGGATTATA CCTGTATTCA TCCAATGGTA 
TCTGGTAGTG GTGGTAACAG GAATGAAATG TGTGTGGAGT TGCTGGAAGG AAAACATGGC 
AAGTCATGTC TTTACTATCA TGGTGTTAAT AAAATCAGTG AACACTATGC CCAACAGTCT 
GCACATAGGA TGTGTCAGGC TTGGGACATT GAAGATTTAG TGAGCTTGGG AAAGAAGCTT 
CGTGCCTGTG CATATTTTGC AGCCAGAGAA CTCATGATGT GTGCAGATAT TGTATTTTGT 
CCTTACAATT ATCTCCTCGA CCCACAGATA CGGGAGAGTA TGGAAATTAA CCTAAAAGGC 
CAAGTAGTCA TTTTAGATGA AGCCCATAAT ATTGAGGACT GTGCTCGGGA GTCAGTGAGC 
TTCGGTGTCA CAGAAAGTCA GCTGAGAGCT GCTCGAGAAG AGCTGGATTT CATGGTCAAT 
AACAACATCC GACAGAAGGA CCATGAGCCC CTGCGAGCTG TGTGCTGCTC TCTGATAAAC 
TGGTTAAAGG AGAGCTTTAG TCTACTAGTA GAAAGAGGAT ATGAAACTTC ATGTAAGGTT 
TGGAGTGGAA GAGAAATGCT CACCATTTTG CACAAAATGG GAATAACTGG TATTACTTTT 
CCCATTTTAC AGAAACATCT TGCAAGTGTC CTTGAAAAAG AAGAAAAAAC ATCAGTGTTT 
GGTAGAGAAG AACTTGTTGA GATGCCAGTT GTGAGCCCGG CTACTCAGAT TGTGTTGAAG 
GGGTTATTCA TGGTTCTCTT GTGTCTTTTT AAAGATAATA GCAGGTATGC AGATGACTAC 
AAAGTTGCTC TACAACAAAC TTACACTTGG ATGAATGAAA ATCAACTTGA TGTTTCAGAT 
ACAAGTGCCT TCTTGACAAG GCCCAAGCAT AAAAGGAGTT TGAGGCAGAA AACCATGGTC 
CACATGCTTA ATTTTTGGTG CTTGAATCCT GCTGTGGCTT TTTCAGACTT GAGTGAAGTT 
AGAACAATTG TTCTGACATC TGGTACACTC TCTCCAATGG ACTCATTTTC TTCAGAGCTT 
GGTGTGAAGT TTTCTATTCA GCTGGAGGCA AATCATGTTA TTCGGAAGTC ACAGATTTGG 
GTTGGCACCG TTGGAGTAGG CCCTAATGGT CGGAAGTTGT GTGCCACATT CCAGCATACA 
GAGACCTTTG AGTTCCAAGA TGAGGTGGGA GCACTTCTGC TGTCAGTCTG TCAAACTGTT 
GGCCAAGGAA TCTTGTGCTT TTTGCCATCT TATAAGCTGT TGGATAAGTT AAAAGATCGC 
TGGATGCACA CTGGCTTGTG GAGAAACCTG GAGCTGGTTA AGACAGTCAT TGCAGAGCCT 
CAAGGAGGGG CAAAGAGTGA CTTTGATGAA CTGCTGAACA TATACTATGA TGCAATAAAA 
TGTAAAGGAG AAAAAGATGG AGCACTCCTT ATAGCTGTAT GCAGAGGAAA AGTTAGTGAA 
GGCTTGGATT TCTGTGATGA GAATGCCCGT GCAGTTATAA CCATAGGTAT TCCGTTTCCA 
AATGTGAAAG ACCTTCAGGT TGAATTAAAG AGAAAGTACA ATGACCAGCA CAAAAATACC 
AGGGGCCTTT TACCAGGAAG TCAGTGGTAT GAAATTCAAG CTTACAGAGC TCTGAACCAA 
GCTCTGGGAA GGTGTATAAG ACACAGGAAT GACTGGGGTG CTCTGATTTT GGTTGACGAC 
CGCTTCCGGA ATAACCCTAA TAAATACATA ACTGGATTAT CTAAATGGAT TCGTCAACAA 
ATCCAGCACC ATGAAAATTT TGGTACTGCA CTTGAATCTT TGGATGCATT TGCCAGAAGA 
AACCAGAAAG GCATCAGTTA TTCCTCAGAG CACAACAGTG AATTTCTCCG TGTACCTTCA 
AACTCAAAAG ACCTGTCACA AGCCTCTCAA CAAGAGGCAA CTATTCATCT GTCACCAGAT 
GTTATTTCTA AAAGCCAGGA GCAAAATTTG GTTTCAGAAA TCAATTTTAG TACAACTATC 
AGCTCAGTTA ATCCTACAGC ATCGAATCAG CTGAGTGGCG TAGAGAGTCA TTCTCACAAT 
GTAACACAAA GAGGAAAACA TATGGACTCT GCACCCAAAA TGCCAGCAAC TAAAATGGAG 
ACAGACAAAA TGAACGGTTG GACTAATGCT GATATTATGA AAGAACATTG CTGCTCTAAA 
CCACTGACTT CAACACCTTT GCCTGTAGCC AAGGGCTGCA TGTCCACAGC TAGTAGCAAA 
GAAGGGAATG TGAATAGGGC TGGCAAACTT ATTGATAGTG TAAATCAGTG CCAGTCATCA 
TTAATTTCGG AACATAAACC AAATGTACCA GAATCATGTT TGGAAAAAGA TAATTTTTCA 
GTGACAAACA CTGAGGCTCC ACTTGCTGAA GAGCATCCTG GTAACCTACA GCTTCAAGTT 
GAGCCCAGCA TTGAATTTCC TTTGGCAGGA GAGAAATCAG ACCTTTCAAA GTTAAATGTA 
TCTGCAGAAG ATGAAGATGA AGATGAGAGT ATGTACTTCA CACCAGAACT CTATGATGAT 
GTAGAATCAG AGGAGCAGAA AATTGAACCT TTGGTTCCAG CCTCTAGTAC AAATGAGAAT 
CTGGTTGGAT GTCGAAAATC CACAGTCACT GATGATCTTT TTGCAATCAA CACCTCAGAA 
ACATTAGAAG TGACTAAAAA AATGTTTGAT GCTGGTGATG ATGGCAGAGA CACAAGTTTA 
CATGGAATAA TGCAAAATGA GGGAAGTAAG AATAGTGCAG TTAATAACAT AGAGAAGACT 
AGTGAAGCAG AAGCAAAGCA GATAGCATCT CAAGAGAAGG ACTCCAAAAA ACAGAAAATC 
AGTCTTTCCA GATCAAGAAA TAAAGGTGTG TCATCTTTTC TATTGAACGG TACTAGCACA 
CAGTTTCTGT AG

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

RefSeq	XP_010208969.1
CDS	1..3792
Translation	MSSDVSEYTIGGVKIVFPCKAYPSQLAMMNAIVKGLNNGQHCLLESPTGSGKSLALLCSALSWQQSLYEKAVLTSSREKEDRKPEPSLPCRCTCHSQSKSNEAATSVNRGASCSFNNSEAGSSTKPGGSLTSTECKENETLASKLSAKKRLSQCDKENDDFQVDRKRIRPLETEQQVRKRHCLAKGVQPVDALEVHHQRKNGELIVHSEKTVKITTFSPQTSSGPCTECSCSSGKETDKDISNTKKKENGNKLFVPKIFFGTRTHKQISQITRELRRTAYSSVPMTILSSRDYTCIHPMVSGSGGNRNEMCVELLEGKHGKSCLYYHGVNKISEHYAQQSAHRMCQAWDIEDLVSLGKKLRACAYFAARELMMCADIVFCPYNYLLDPQIRESMEINLKGQVVILDEAHNIEDCARESVSFGVTESQLRAAREELDFMVNNNIRQKDHEPLRAVCCSLINWLKESFSLLVERGYETSCKVWSGREMLTILHKMGITGITFPILQKHLASVLEKEEKTSVFGREELVEMPVVSPATQIVLKGLFMVLLCLFKDNSRYADDYKVALQQTYTWMNENQLDVSDTSAFLTRPKHKRSLRQKTMVHMLNFWCLNPAVAFSDLSEVRTIVLTSGTLSPMDSFSSELGVKFSIQLEANHVIRKSQIWVGTVGVGPNGRKLCATFQHTETFEFQDEVGALLLSVCQTVGQGILCFLPSYKLLDKLKDRWMHTGLWRNLELVKTVIAEPQGGAKSDFDELLNIYYDAIKCKGEKDGALLIAVCRGKVSEGLDFCDENARAVITIGIPFPNVKDLQVELKRKYNDQHKNTRGLLPGSQWYEIQAYRALNQALGRCIRHRNDWGALILVDDRFRNNPNKYITGLSKWIRQQIQHHENFGTALESLDAFARRNQKGISYSSEHNSEFLRVPSNSKDLSQASQQEATIHLSPDVISKSQEQNLVSEINFSTTISSVNPTASNQLSGVESHSHNVTQRGKHMDSAPKMPATKMETDKMNGWTNADIMKEHCCSKPLTSTPLPVAKGCMSTASSKEGNVNRAGKLIDSVNQCQSSLISEHKPNVPESCLEKDNFSVTNTEAPLAEEHPGNLQLQVEPSIEFPLAGEKSDLSKLNVSAEDEDEDESMYFTPELYDDVESEEQKIEPLVPASSTNENLVGCRKSTVTDDLFAINTSETLEVTKKMFDAGDDGRDTSLHGIMQNEGSKNSAVNNIEKTSEAEAKQIASQEKDSKKQKISLSRSRNKGVSSFLLNGTSTQFL

Target ORF information:

RefSeq Version	XM_010210667.1
Organism	Colius striatus(speckled mousebird)
Definition	Colius striatus 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_010210667.1

ORF Insert Sequence:

ATGTCTTCTG ATGTGTCAGA GTATACTATC GGGGGAGTGA AGATCGTATT CCCTTGCAAG 
GCTTACCCTT CACAACTTGC TATGATGAAT GCTATTGTTA AGGGCTTAAA TAATGGGCAA 
CACTGTTTGT TGGAGAGCCC TACAGGAAGC GGCAAAAGCT TGGCATTGCT TTGTTCTGCA 
TTATCATGGC AGCAGTCTTT GTATGAGAAA GCAGTGCTTA CATCATCACG TGAAAAAGAA 
GACAGAAAGC CAGAGCCCTC ACTGCCATGT CGCTGCACGT GTCATTCTCA ATCTAAGAGC 
AACGAGGCTG CAACAAGTGT GAATCGTGGT GCTTCTTGTT CTTTTAATAA CTCTGAAGCA 
GGAAGCTCCA CGAAACCTGG AGGCTCACTA ACAAGCACAG AATGTAAGGA AAATGAGACA 
CTAGCTTCAA AACTGTCTGC CAAAAAAAGG TTATCTCAGT GTGACAAGGA GAATGATGAT 
TTTCAAGTAG ATAGGAAAAG AATTCGTCCT TTGGAGACTG AGCAGCAGGT TAGAAAACGT 
CATTGTCTGG CAAAAGGAGT GCAGCCAGTT GATGCCTTGG AAGTTCATCA TCAGAGAAAA 
AATGGAGAGC TGATTGTTCA CTCAGAAAAA ACTGTGAAAA TCACTACTTT TTCTCCCCAG 
ACATCCTCTG GCCCTTGCAC TGAGTGTTCC TGTTCTTCTG GAAAAGAAAC TGATAAAGAT 
ATTAGTAACA CAAAGAAGAA GGAAAATGGA AATAAGTTGT TTGTTCCCAA AATATTTTTT 
GGAACACGAA CACACAAGCA AATATCCCAG ATTACCAGAG AGCTGAGGAG AACAGCATAT 
TCCAGTGTCC CTATGACAAT TCTTTCCAGC CGGGATTATA CCTGTATTCA TCCAATGGTA 
TCTGGTAGTG GTGGTAACAG GAATGAAATG TGTGTGGAGT TGCTGGAAGG AAAACATGGC 
AAGTCATGTC TTTACTATCA TGGTGTTAAT AAAATCAGTG AACACTATGC CCAACAGTCT 
GCACATAGGA TGTGTCAGGC TTGGGACATT GAAGATTTAG TGAGCTTGGG AAAGAAGCTT 
CGTGCCTGTG CATATTTTGC AGCCAGAGAA CTCATGATGT GTGCAGATAT TGTATTTTGT 
CCTTACAATT ATCTCCTCGA CCCACAGATA CGGGAGAGTA TGGAAATTAA CCTAAAAGGC 
CAAGTAGTCA TTTTAGATGA AGCCCATAAT ATTGAGGACT GTGCTCGGGA GTCAGTGAGC 
TTCGGTGTCA CAGAAAGTCA GCTGAGAGCT GCTCGAGAAG AGCTGGATTT CATGGTCAAT 
AACAACATCC GACAGAAGGA CCATGAGCCC CTGCGAGCTG TGTGCTGCTC TCTGATAAAC 
TGGTTAAAGG AGAGCTTTAG TCTACTAGTA GAAAGAGGAT ATGAAACTTC ATGTAAGGTT 
TGGAGTGGAA GAGAAATGCT CACCATTTTG CACAAAATGG GAATAACTGG TATTACTTTT 
CCCATTTTAC AGAAACATCT TGCAAGTGTC CTTGAAAAAG AAGAAAAAAC ATCAGTGTTT 
GGTAGAGAAG AACTTGTTGA GATGCCAGTT GTGAGCCCGG CTACTCAGAT TGTGTTGAAG 
GGGTTATTCA TGGTTCTCTT GTGTCTTTTT AAAGATAATA GCAGGTATGC AGATGACTAC 
AAAGTTGCTC TACAACAAAC TTACACTTGG ATGAATGAAA ATCAACTTGA TGTTTCAGAT 
ACAAGTGCCT TCTTGACAAG GCCCAAGCAT AAAAGGAGTT TGAGGCAGAA AACCATGGTC 
CACATGCTTA ATTTTTGGTG CTTGAATCCT GCTGTGGCTT TTTCAGACTT GAGTGAAGTT 
AGAACAATTG TTCTGACATC TGGTACACTC TCTCCAATGG ACTCATTTTC TTCAGAGCTT 
GGTGTGAAGT TTTCTATTCA GCTGGAGGCA AATCATGTTA TTCGGAAGTC ACAGATTTGG 
GTTGGCACCG TTGGAGTAGG CCCTAATGGT CGGAAGTTGT GTGCCACATT CCAGCATACA 
GAGACCTTTG AGTTCCAAGA TGAGGTGGGA GCACTTCTGC TGTCAGTCTG TCAAACTGTT 
GGCCAAGGAA TCTTGTGCTT TTTGCCATCT TATAAGCTGT TGGATAAGTT AAAAGATCGC 
TGGATGCACA CTGGCTTGTG GAGAAACCTG GAGCTGGTTA AGACAGTCAT TGCAGAGCCT 
CAAGGAGGGG CAAAGAGTGA CTTTGATGAA CTGCTGAACA TATACTATGA TGCAATAAAA 
TGTAAAGGAG AAAAAGATGG AGCACTCCTT ATAGCTGTAT GCAGAGGAAA AGTTAGTGAA 
GGCTTGGATT TCTGTGATGA GAATGCCCGT GCAGTTATAA CCATAGGTAT TCCGTTTCCA 
AATGTGAAAG ACCTTCAGGT TGAATTAAAG AGAAAGTACA ATGACCAGCA CAAAAATACC 
AGGGGCCTTT TACCAGGAAG TCAGTGGTAT GAAATTCAAG CTTACAGAGC TCTGAACCAA 
GCTCTGGGAA GGTGTATAAG ACACAGGAAT GACTGGGGTG CTCTGATTTT GGTTGACGAC 
CGCTTCCGGA ATAACCCTAA TAAATACATA ACTGGATTAT CTAAATGGAT TCGTCAACAA 
ATCCAGCACC ATGAAAATTT TGGTACTGCA CTTGAATCTT TGGATGCATT TGCCAGAAGA 
AACCAGAAAG GCATCAGTTA TTCCTCAGAG CACAACAGTG AATTTCTCCG TGTACCTTCA 
AACTCAAAAG ACCTGTCACA AGCCTCTCAA CAAGAGGCAA CTATTCATCT GTCACCAGAT 
GTTATTTCTA AAAGCCAGGA GCAAAATTTG GTTTCAGAAA TCAATTTTAG TACAACTATC 
AGCTCAGTTA ATCCTACAGC ATCGAATCAG CTGAGTGGCG TAGAGAGTCA TTCTCACAAT 
GTAACACAAA GAGGAAAACA TATGGACTCT GCACCCAAAA TGCCAGCAAC TAAAATGGAG 
ACAGACAAAA TGAACGGTTG GACTAATGCT GATATTATGA AAGAACATTG CTGCTCTAAA 
CCACTGACTT CAACACCTTT GCCTGTAGCC AAGGGCTGCA TGTCCACAGC TAGTAGCAAA 
GAAGGGAATG TGAATAGGGC TGGCAAACTT ATTGATAGTG TAAATCAGTG CCAGTCATCA 
TTAATTTCGG AACATAAACC AAATGTACCA GAATCATGTT TGGAAAAAGA TAATTTTTCA 
GTGACAAACA CTGAGGCTCC ACTTGCTGAA GAGCATCCTG GTAACCTACA GCTTCAAGTT 
GAGCCCAGCA TTGAATTTCC TTTGGCAGGA GAGAAATCAG ACCTTTCAAA GTTAAATGTA 
TCTGCAGAAG ATGAAGATGA AGATGAGAGT ATGTACTTCA CACCAGAACT CTATGATGAT 
GTAGAATCAG AGGAGCAGAA AATTGAACCT TTGGTTCCAG CCTCTAGTAC AAATGAGAAT 
CTGGTTGGAT GTCGAAAATC CACAGTCACT GATGATCTTT TTGCAATCAA CACCTCAGAA 
ACATTAGAAG TGACTAAAAA AATGTTTGAT GCTGGTGATG ATGGCAGAGA CACAAGTTTA 
CATGGAATAA TGCAAAATGA GGGAAGTAAG AATAGTGCAG TTAATAACAT AGAGAAGACT 
AGTGAAGCAG AAGCAAAGCA GATAGCATCT CAAGAGAAGG ACTCCAAAAA ACAGAAAATC 
AGTCTTTCCA GATCAAGAAA TAAAGGTGTG TCATCTTTTC TATTGAACGG TACTAGCACA 
CAGTTTCTGT AG