Brip1 cDNA ORF clone, Mus pahari(shrew mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Brip1
Entrez Gene ID	110331928
Full Name	BRCA1 interacting protein C-terminal helicase 1
Gene Type	protein-coding
Organism	Mus pahari(shrew mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021212802.1	XP_021068461.1	Fanconi anemia group J protein isoform X2
XM_021212801.1	XP_021068460.1	Fanconi anemia group J protein isoform X1

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
OMv52810	XM_021212801.1 Latest version!	Mus pahari BRCA1 interacting protein C-terminal helicase 1 (Brip1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OMv52811	XM_021212802.1 Latest version!	Mus pahari BRCA1 interacting protein C-terminal helicase 1 (Brip1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
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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_021212801.1 ) cDNA ORF clone, Mus pahari(shrew mouse) -> XP_021068460.1 Mus pahari BRCA1 interacting protein C-terminal helicase 1 (Brip1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OMv52810
Clone ID Related Accession (Same CDS sequence)	XM_021212801.1
Accession Version	XM_021212801.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3528bp) 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	2019-06-17
Organism	Mus pahari(shrew mouse)
Product	Fanconi anemia group J protein isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034603.1) 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 Name :: Mus pahari 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##

ATGTCCTCAG TGTCGTCTGA ATACACCATC GGTGGCGTGA AGATTCACTT TCCCTGTAGA 
GCTTATCCAG CACAGCTTGC TATGATGAAT TCTATTGTCA GAGGACTCAA CAGTAGCCAA 
CATTGTTTGT TGGAGAGTCC CACAGGAAGT GGAAAAAGTT TAGCCTTACT TTGTTCTGCA 
TTAGCATGGC AACAATCTCT TAGTGAGAAG CCAGTGGATG AGGGGCTGAA TAAAAAGCCC 
GAGGCGCCAT CTTCATGTTC TTGTGCATGC CATTCAAAGA GTTTTACGTA CAGCGACACA 
AACCTGGACA CTTCACCTCA TTTCAGTAGT CCAAGCAAAC CATCTTCTGG AAGAAATGGA 
GTCTCATCAC CCTGTCAAGA CTCTCCTGAA AAAAATACTC TGGCTGCAAA GTTATCTGCC 
AAGAAACAGG CATCTATACA CAGAGATGAA GATGATGATT TTCAGGTAGA GAAGAAAAGA 
ATCCGACCCT TAGAAACTAC ACAGCAGATA AGAAAACGTC ATTGTTTGGA AAAGGATGTC 
CACCATTTAG ATGCACGACT ACCTTCGGAA AAGAGAGTAA AGCCTGAGTC TCCAATAGGA 
AAGTCTTTCT CCGACAGGAA AGACTCTTTC CAAAATCCTG ATGGCCTTTG TTCCAGGTGC 
TGCTGTTCTG CTAAACAAGG AAACAACGAA GAGTCTGCAA ATACTGTTAA GAAAGATCAC 
GGGGGACAAA CCAAGAGACC TAAAATTTAT TTTGGGACAC GGACACACAA GCAGATTGCT 
CAGATTACCA GGGAGCTCCG TAAGACAGCT TACTCAGGGG TCCCCATGAC TATTCTTTCC 
AGCAGGGATC ACACTTGTGT TCATCCTGAA GTCGTGGGAA ACTTCAACAG AAAAGAAAAG 
TGCATGGAGC TGCTGGATGG CAAACACGGG CAGTCTTGCT ATTTCTATCA TGGTGTTCAT 
AAAATTAGTA ATCAGCAGAC ACTGCAGCAT CTTCAGGGGA TGTCCAGAGC CTGGGACATA 
GAAGAACTTG TCAGCCTCGG GAAGAAACTG AAAGCTTGTC CCTACTATAC AGCTCGAGAA 
CTGATAGATG ATGCTGACAT AGTTTTTTGT CCCTACAATT ACCTTTTAGA CTCACAAATA 
AGGGAAACTA TGGATATAAA GCTGAAAGGA CAAGTTGTCA TTTTAGATGA AGCTCATAAT 
ATTGAAGACT GTGCTCGGGA ATCAGCAAGC TACAGTGTAA CAGAAGTTCA GCTTAGGTTT 
GCTCGGGATG AGCTAGATAG TTTGATCAAC AGTAATATAA GGAAGAAAAG CCACGAGCCC 
CTACGAGATG TGTGCTGTAA CCTCATCAAT TGGTTAGAAA CAAATTCTAA GCATCTTGTA 
GAAAGGAGTT ATGAATCGTC TTGTAAAATA TGGAGTGGAA ATGAGATGCT CTTAGACTTA 
TACAGGATGG GCATCACCAC AGCCACTTTT CCAGGACTGC AGAGACATCT CTCAGCTGTT 
CTTCAAAAAG AAGAGAAAGC CACATCAATC CATGGTAAAG AGGAGGCAAT ACAAATACCT 
ATTATTAGTG CATCAACTCA AATCATGCTC AAAGGACTCT TTATGGTGCT TGACTATCTC 
TTTAGAGAAA ATAGCAGATT TGCAGATGAT TATAAAGTTG CTATTCAACA GACTTACTCC 
TGGACAAATC AGATTGCTAT TTTTGATAAA ACTGCAGTCT TGGCTGTACC AAAAAATAAG 
AAAAATTCAC GACAGAAAAT TGGAGTTAAT GCGCTAAACT TTTGGTGCTT AAATCCAGCT 
GTGGCCTTTT CAGATATTAA TGACAAAGTA CGGACCATTG TTCTAACATC AGGAACACTC 
TCACCCCTGA AATCCTTTTC ATCTGAGCTT GGTGTCACAT TTAGCATCCA ACTGGAGGCT 
AACCATGTCA TCAGTAACTC ACAGGTTTGG GTTGGTACTG TTGGCTCAGG CCCTAAGGGT 
CGGAATCTCT GCGCTACCTT TCAGCATACT GAAACATTTG AGTTCCAGGA TGAAGTGGGA 
ATGCTTCTGT TATCTGTGTG CCAGACTGTG AGCCAAGGAA TTCTGTGCTT TTTGCCATCT 
TACAAGCTAT TACAGAAATT AAGAGAACGT TGGATTTTCA CTGGCCTATG GCATAGTTTG 
GAGTCAGTGA AGACAGTCAT TGCAGAACCC CAAGGAGGAG AAAAAACTGA TTTTGATGAA 
TTGCTGCAGG TGTACTATGA CGCCATCAAG TTCAAAGGAG AAAAGGATGG AGCCCTTCTC 
ATAGCAGTTT GTCGCGGCAA GGTGAGCGAG GGTCTGGATT TTTCAGATGA TAACGCCCGT 
GCTGTCATAA CCGTAGGGAT TCCTTTCCCA AATGTGAAGG ATCTTCAGGT GGAGCTAAAA 
CGACAATACA ATGACCACCA CTCAAAATCG AGAGGTCTTC TGCCTGGCCG TCAGTGGTAC 
GAAATTCAAG CGTACAGAGC CTTGAATCAG GCTCTAGGCA GATGTATTCG GCACAAAAAT 
GACTGGGGAG CTCTTATTCT AGTGGATGAT CGCTTCAATA ACAACCCAAA CCGCTATATA 
TCAGGACTTT CTAAATGGGT GAGGCAGCAG ATTCAGCACC ACTCAAGCTT TGCAAGTGCC 
TTGGAGTCGC TGACTGAGTT CTCCAGAAGA CACCAGAAAG TTATTAATAG ATCCAAAAAA 
GACGAAAAAC ATACAAAAGA CAATGAGCCT ACTCTGGAAG TAGCCTGTTT GGAGGATAGC 
ACCTTTACAA GTGTGTCAGA AGCAAGCCAT CGGTCACCAG AAAACTCTAC CAAAGAAGCA 
AAAGTGTGTG TCCAGGAGCT GCAGCATCCC CAGATGGCTG CTAAAAACCC CTCAGTACCA 
AGTCACGGCA TTTCCAGAAG GAAGAAAAGT GATCCAGGAC TAAGCGAAGA ATCTCTTCAG 
ACAATGAAAA CAGAAAAAAA TGAGATTTCC CGATCTTCAA GCCCAACTTT CGGGAAGCAG 
ACAGAGCCAG TCAACTGGCC TATCTTTAAA TCTCTACGCC GCCATTTCAA TAGTAAAGTA 
AAAAATTGCA CACCAGTACT CAAGTCATCA AAGAACCATG CCCTTGGTTC TTCCGCTTTC 
AGTAAAACTG CTTTGCCACT CACAGGTAAG TGTGCGTCCT CAAACAAAAC GGCAGCAGAC 
ACATCATTGG GACCTTGCCC TCAGTCAGAA GTCCTAATTT CACCAGTGAA GATTGAAGCT 
ACTCCTGCTA CGAATCATTC CAAACAGGTG TTCTGCTCTG AGAAAGACCT ACTCCCGGGT 
ACCGAGTTGT CTCCGGGAAC TGAGGAAGCC AAGTGTCCCA GCTCAAACAA AGCTGCTGAG 
ACAGAAGTGG ACAACGACTC TGAGTGCTTC ACACCTGAAC TTTTTGATCC TGTCGATACC 
AACGAAGAAA ACAGTGAACT AGTTGAAACC GATAGATCCA GTAATAATTC AGATTGTTTT 
TCAGCGGAAG AGCTTTTTGA AACTGCAACT GGATTTGGGC AGAAGTGA

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

RefSeq	XP_021068460.1
CDS	1..3528
Translation	MSSVSSEYTIGGVKIHFPCRAYPAQLAMMNSIVRGLNSSQHCLLESPTGSGKSLALLCSALAWQQSLSEKPVDEGLNKKPEAPSSCSCACHSKSFTYSDTNLDTSPHFSSPSKPSSGRNGVSSPCQDSPEKNTLAAKLSAKKQASIHRDEDDDFQVEKKRIRPLETTQQIRKRHCLEKDVHHLDARLPSEKRVKPESPIGKSFSDRKDSFQNPDGLCSRCCCSAKQGNNEESANTVKKDHGGQTKRPKIYFGTRTHKQIAQITRELRKTAYSGVPMTILSSRDHTCVHPEVVGNFNRKEKCMELLDGKHGQSCYFYHGVHKISNQQTLQHLQGMSRAWDIEELVSLGKKLKACPYYTARELIDDADIVFCPYNYLLDSQIRETMDIKLKGQVVILDEAHNIEDCARESASYSVTEVQLRFARDELDSLINSNIRKKSHEPLRDVCCNLINWLETNSKHLVERSYESSCKIWSGNEMLLDLYRMGITTATFPGLQRHLSAVLQKEEKATSIHGKEEAIQIPIISASTQIMLKGLFMVLDYLFRENSRFADDYKVAIQQTYSWTNQIAIFDKTAVLAVPKNKKNSRQKIGVNALNFWCLNPAVAFSDINDKVRTIVLTSGTLSPLKSFSSELGVTFSIQLEANHVISNSQVWVGTVGSGPKGRNLCATFQHTETFEFQDEVGMLLLSVCQTVSQGILCFLPSYKLLQKLRERWIFTGLWHSLESVKTVIAEPQGGEKTDFDELLQVYYDAIKFKGEKDGALLIAVCRGKVSEGLDFSDDNARAVITVGIPFPNVKDLQVELKRQYNDHHSKSRGLLPGRQWYEIQAYRALNQALGRCIRHKNDWGALILVDDRFNNNPNRYISGLSKWVRQQIQHHSSFASALESLTEFSRRHQKVINRSKKDEKHTKDNEPTLEVACLEDSTFTSVSEASHRSPENSTKEAKVCVQELQHPQMAAKNPSVPSHGISRRKKSDPGLSEESLQTMKTEKNEISRSSSPTFGKQTEPVNWPIFKSLRRHFNSKVKNCTPVLKSSKNHALGSSAFSKTALPLTGKCASSNKTAADTSLGPCPQSEVLISPVKIEATPATNHSKQVFCSEKDLLPGTELSPGTEEAKCPSSNKAAETEVDNDSECFTPELFDPVDTNEENSELVETDRSSNNSDCFSAEELFETATGFGQK

Target ORF information:

RefSeq Version	XM_021212801.1
Organism	Mus pahari(shrew mouse)
Definition	Mus pahari BRCA1 interacting protein C-terminal helicase 1 (Brip1), transcript variant X1, mRNA.

Target ORF information:

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

XM_021212801.1

ORF Insert Sequence:

ATGTCCTCAG TGTCGTCTGA ATACACCATC GGTGGCGTGA AGATTCACTT TCCCTGTAGA 
GCTTATCCAG CACAGCTTGC TATGATGAAT TCTATTGTCA GAGGACTCAA CAGTAGCCAA 
CATTGTTTGT TGGAGAGTCC CACAGGAAGT GGAAAAAGTT TAGCCTTACT TTGTTCTGCA 
TTAGCATGGC AACAATCTCT TAGTGAGAAG CCAGTGGATG AGGGGCTGAA TAAAAAGCCC 
GAGGCGCCAT CTTCATGTTC TTGTGCATGC CATTCAAAGA GTTTTACGTA CAGCGACACA 
AACCTGGACA CTTCACCTCA TTTCAGTAGT CCAAGCAAAC CATCTTCTGG AAGAAATGGA 
GTCTCATCAC CCTGTCAAGA CTCTCCTGAA AAAAATACTC TGGCTGCAAA GTTATCTGCC 
AAGAAACAGG CATCTATACA CAGAGATGAA GATGATGATT TTCAGGTAGA GAAGAAAAGA 
ATCCGACCCT TAGAAACTAC ACAGCAGATA AGAAAACGTC ATTGTTTGGA AAAGGATGTC 
CACCATTTAG ATGCACGACT ACCTTCGGAA AAGAGAGTAA AGCCTGAGTC TCCAATAGGA 
AAGTCTTTCT CCGACAGGAA AGACTCTTTC CAAAATCCTG ATGGCCTTTG TTCCAGGTGC 
TGCTGTTCTG CTAAACAAGG AAACAACGAA GAGTCTGCAA ATACTGTTAA GAAAGATCAC 
GGGGGACAAA CCAAGAGACC TAAAATTTAT TTTGGGACAC GGACACACAA GCAGATTGCT 
CAGATTACCA GGGAGCTCCG TAAGACAGCT TACTCAGGGG TCCCCATGAC TATTCTTTCC 
AGCAGGGATC ACACTTGTGT TCATCCTGAA GTCGTGGGAA ACTTCAACAG AAAAGAAAAG 
TGCATGGAGC TGCTGGATGG CAAACACGGG CAGTCTTGCT ATTTCTATCA TGGTGTTCAT 
AAAATTAGTA ATCAGCAGAC ACTGCAGCAT CTTCAGGGGA TGTCCAGAGC CTGGGACATA 
GAAGAACTTG TCAGCCTCGG GAAGAAACTG AAAGCTTGTC CCTACTATAC AGCTCGAGAA 
CTGATAGATG ATGCTGACAT AGTTTTTTGT CCCTACAATT ACCTTTTAGA CTCACAAATA 
AGGGAAACTA TGGATATAAA GCTGAAAGGA CAAGTTGTCA TTTTAGATGA AGCTCATAAT 
ATTGAAGACT GTGCTCGGGA ATCAGCAAGC TACAGTGTAA CAGAAGTTCA GCTTAGGTTT 
GCTCGGGATG AGCTAGATAG TTTGATCAAC AGTAATATAA GGAAGAAAAG CCACGAGCCC 
CTACGAGATG TGTGCTGTAA CCTCATCAAT TGGTTAGAAA CAAATTCTAA GCATCTTGTA 
GAAAGGAGTT ATGAATCGTC TTGTAAAATA TGGAGTGGAA ATGAGATGCT CTTAGACTTA 
TACAGGATGG GCATCACCAC AGCCACTTTT CCAGGACTGC AGAGACATCT CTCAGCTGTT 
CTTCAAAAAG AAGAGAAAGC CACATCAATC CATGGTAAAG AGGAGGCAAT ACAAATACCT 
ATTATTAGTG CATCAACTCA AATCATGCTC AAAGGACTCT TTATGGTGCT TGACTATCTC 
TTTAGAGAAA ATAGCAGATT TGCAGATGAT TATAAAGTTG CTATTCAACA GACTTACTCC 
TGGACAAATC AGATTGCTAT TTTTGATAAA ACTGCAGTCT TGGCTGTACC AAAAAATAAG 
AAAAATTCAC GACAGAAAAT TGGAGTTAAT GCGCTAAACT TTTGGTGCTT AAATCCAGCT 
GTGGCCTTTT CAGATATTAA TGACAAAGTA CGGACCATTG TTCTAACATC AGGAACACTC 
TCACCCCTGA AATCCTTTTC ATCTGAGCTT GGTGTCACAT TTAGCATCCA ACTGGAGGCT 
AACCATGTCA TCAGTAACTC ACAGGTTTGG GTTGGTACTG TTGGCTCAGG CCCTAAGGGT 
CGGAATCTCT GCGCTACCTT TCAGCATACT GAAACATTTG AGTTCCAGGA TGAAGTGGGA 
ATGCTTCTGT TATCTGTGTG CCAGACTGTG AGCCAAGGAA TTCTGTGCTT TTTGCCATCT 
TACAAGCTAT TACAGAAATT AAGAGAACGT TGGATTTTCA CTGGCCTATG GCATAGTTTG 
GAGTCAGTGA AGACAGTCAT TGCAGAACCC CAAGGAGGAG AAAAAACTGA TTTTGATGAA 
TTGCTGCAGG TGTACTATGA CGCCATCAAG TTCAAAGGAG AAAAGGATGG AGCCCTTCTC 
ATAGCAGTTT GTCGCGGCAA GGTGAGCGAG GGTCTGGATT TTTCAGATGA TAACGCCCGT 
GCTGTCATAA CCGTAGGGAT TCCTTTCCCA AATGTGAAGG ATCTTCAGGT GGAGCTAAAA 
CGACAATACA ATGACCACCA CTCAAAATCG AGAGGTCTTC TGCCTGGCCG TCAGTGGTAC 
GAAATTCAAG CGTACAGAGC CTTGAATCAG GCTCTAGGCA GATGTATTCG GCACAAAAAT 
GACTGGGGAG CTCTTATTCT AGTGGATGAT CGCTTCAATA ACAACCCAAA CCGCTATATA 
TCAGGACTTT CTAAATGGGT GAGGCAGCAG ATTCAGCACC ACTCAAGCTT TGCAAGTGCC 
TTGGAGTCGC TGACTGAGTT CTCCAGAAGA CACCAGAAAG TTATTAATAG ATCCAAAAAA 
GACGAAAAAC ATACAAAAGA CAATGAGCCT ACTCTGGAAG TAGCCTGTTT GGAGGATAGC 
ACCTTTACAA GTGTGTCAGA AGCAAGCCAT CGGTCACCAG AAAACTCTAC CAAAGAAGCA 
AAAGTGTGTG TCCAGGAGCT GCAGCATCCC CAGATGGCTG CTAAAAACCC CTCAGTACCA 
AGTCACGGCA TTTCCAGAAG GAAGAAAAGT GATCCAGGAC TAAGCGAAGA ATCTCTTCAG 
ACAATGAAAA CAGAAAAAAA TGAGATTTCC CGATCTTCAA GCCCAACTTT CGGGAAGCAG 
ACAGAGCCAG TCAACTGGCC TATCTTTAAA TCTCTACGCC GCCATTTCAA TAGTAAAGTA 
AAAAATTGCA CACCAGTACT CAAGTCATCA AAGAACCATG CCCTTGGTTC TTCCGCTTTC 
AGTAAAACTG CTTTGCCACT CACAGGTAAG TGTGCGTCCT CAAACAAAAC GGCAGCAGAC 
ACATCATTGG GACCTTGCCC TCAGTCAGAA GTCCTAATTT CACCAGTGAA GATTGAAGCT 
ACTCCTGCTA CGAATCATTC CAAACAGGTG TTCTGCTCTG AGAAAGACCT ACTCCCGGGT 
ACCGAGTTGT CTCCGGGAAC TGAGGAAGCC AAGTGTCCCA GCTCAAACAA AGCTGCTGAG 
ACAGAAGTGG ACAACGACTC TGAGTGCTTC ACACCTGAAC TTTTTGATCC TGTCGATACC 
AACGAAGAAA ACAGTGAACT AGTTGAAACC GATAGATCCA GTAATAATTC AGATTGTTTT 
TCAGCGGAAG AGCTTTTTGA AACTGCAACT GGATTTGGGC AGAAGTGA

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

Brip1 ( XM_021212802.1 ) cDNA ORF clone, Mus pahari(shrew mouse) -> XP_021068461.1 Mus pahari BRCA1 interacting protein C-terminal helicase 1 (Brip1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OMv52811
Clone ID Related Accession (Same CDS sequence)	XM_021212802.1
Accession Version	XM_021212802.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3519bp) 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	2019-06-17
Organism	Mus pahari(shrew mouse)
Product	Fanconi anemia group J protein isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034603.1) 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 Name :: Mus pahari 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##

ATGTCCTCAG TGTCGTCTGA ATACACCATC GGTGGCGTGA AGATTCACTT TCCCTGTAGA 
GCTTATCCAG CACAGCTTGC TATGATGAAT TCTATTGTCA GAGGACTCAA CAGTAGCCAA 
CATTGTTTGT TGGAGAGTCC CACAGGAAGT GGAAAAAGTT TAGCCTTACT TTGTTCTGCA 
TTAGCATGGC AACAATCTCT TAGTGAGAAG CCAGTGGATG AGGGGCTGAA TAAAAAGCCC 
GAGGCGCCAT CTTCATGTTC TTGTGCATGC CATTCAAAGA GTTTTACGTA CAGCGACACA 
AACCTGGACA CTTCACCTCA TTTCAGTAGT CCAAGCAAAC CATCTTCTGG AAGAAATGGA 
GTCTCATCAC CCTGTCAAGA CTCTCCTGAA AAAAATACTC TGGCTGCAAA GTTATCTGCC 
AAGAAACAGG CATCTATACA CAGAGATGAA GATGATGATT TTCAGGTAGA GAAGAAAAGA 
ATCCGACCCT TAGAAACTAC ACAGCAGATA AGAAAACGTC ATTGTTTGGA AAAGGATGTC 
CACCATTTAG ATGCACGACT ACCTTCGGAA AAGAGAGTAA AGCCTGAGTC TCCAATAGGA 
AACTTCTCTT TTCTTTCCTT GTTTCAGCCT GATGGCCTTT GTTCCAGGTG CTGCTGTTCT 
GCTAAACAAG GAAACAACGA AGAGTCTGCA AATACTGTTA AGAAAGATCA CGGGGGACAA 
ACCAAGAGAC CTAAAATTTA TTTTGGGACA CGGACACACA AGCAGATTGC TCAGATTACC 
AGGGAGCTCC GTAAGACAGC TTACTCAGGG GTCCCCATGA CTATTCTTTC CAGCAGGGAT 
CACACTTGTG TTCATCCTGA AGTCGTGGGA AACTTCAACA GAAAAGAAAA GTGCATGGAG 
CTGCTGGATG GCAAACACGG GCAGTCTTGC TATTTCTATC ATGGTGTTCA TAAAATTAGT 
AATCAGCAGA CACTGCAGCA TCTTCAGGGG ATGTCCAGAG CCTGGGACAT AGAAGAACTT 
GTCAGCCTCG GGAAGAAACT GAAAGCTTGT CCCTACTATA CAGCTCGAGA ACTGATAGAT 
GATGCTGACA TAGTTTTTTG TCCCTACAAT TACCTTTTAG ACTCACAAAT AAGGGAAACT 
ATGGATATAA AGCTGAAAGG ACAAGTTGTC ATTTTAGATG AAGCTCATAA TATTGAAGAC 
TGTGCTCGGG AATCAGCAAG CTACAGTGTA ACAGAAGTTC AGCTTAGGTT TGCTCGGGAT 
GAGCTAGATA GTTTGATCAA CAGTAATATA AGGAAGAAAA GCCACGAGCC CCTACGAGAT 
GTGTGCTGTA ACCTCATCAA TTGGTTAGAA ACAAATTCTA AGCATCTTGT AGAAAGGAGT 
TATGAATCGT CTTGTAAAAT ATGGAGTGGA AATGAGATGC TCTTAGACTT ATACAGGATG 
GGCATCACCA CAGCCACTTT TCCAGGACTG CAGAGACATC TCTCAGCTGT TCTTCAAAAA 
GAAGAGAAAG CCACATCAAT CCATGGTAAA GAGGAGGCAA TACAAATACC TATTATTAGT 
GCATCAACTC AAATCATGCT CAAAGGACTC TTTATGGTGC TTGACTATCT CTTTAGAGAA 
AATAGCAGAT TTGCAGATGA TTATAAAGTT GCTATTCAAC AGACTTACTC CTGGACAAAT 
CAGATTGCTA TTTTTGATAA AACTGCAGTC TTGGCTGTAC CAAAAAATAA GAAAAATTCA 
CGACAGAAAA TTGGAGTTAA TGCGCTAAAC TTTTGGTGCT TAAATCCAGC TGTGGCCTTT 
TCAGATATTA ATGACAAAGT ACGGACCATT GTTCTAACAT CAGGAACACT CTCACCCCTG 
AAATCCTTTT CATCTGAGCT TGGTGTCACA TTTAGCATCC AACTGGAGGC TAACCATGTC 
ATCAGTAACT CACAGGTTTG GGTTGGTACT GTTGGCTCAG GCCCTAAGGG TCGGAATCTC 
TGCGCTACCT TTCAGCATAC TGAAACATTT GAGTTCCAGG ATGAAGTGGG AATGCTTCTG 
TTATCTGTGT GCCAGACTGT GAGCCAAGGA ATTCTGTGCT TTTTGCCATC TTACAAGCTA 
TTACAGAAAT TAAGAGAACG TTGGATTTTC ACTGGCCTAT GGCATAGTTT GGAGTCAGTG 
AAGACAGTCA TTGCAGAACC CCAAGGAGGA GAAAAAACTG ATTTTGATGA ATTGCTGCAG 
GTGTACTATG ACGCCATCAA GTTCAAAGGA GAAAAGGATG GAGCCCTTCT CATAGCAGTT 
TGTCGCGGCA AGGTGAGCGA GGGTCTGGAT TTTTCAGATG ATAACGCCCG TGCTGTCATA 
ACCGTAGGGA TTCCTTTCCC AAATGTGAAG GATCTTCAGG TGGAGCTAAA ACGACAATAC 
AATGACCACC ACTCAAAATC GAGAGGTCTT CTGCCTGGCC GTCAGTGGTA CGAAATTCAA 
GCGTACAGAG CCTTGAATCA GGCTCTAGGC AGATGTATTC GGCACAAAAA TGACTGGGGA 
GCTCTTATTC TAGTGGATGA TCGCTTCAAT AACAACCCAA ACCGCTATAT ATCAGGACTT 
TCTAAATGGG TGAGGCAGCA GATTCAGCAC CACTCAAGCT TTGCAAGTGC CTTGGAGTCG 
CTGACTGAGT TCTCCAGAAG ACACCAGAAA GTTATTAATA GATCCAAAAA AGACGAAAAA 
CATACAAAAG ACAATGAGCC TACTCTGGAA GTAGCCTGTT TGGAGGATAG CACCTTTACA 
AGTGTGTCAG AAGCAAGCCA TCGGTCACCA GAAAACTCTA CCAAAGAAGC AAAAGTGTGT 
GTCCAGGAGC TGCAGCATCC CCAGATGGCT GCTAAAAACC CCTCAGTACC AAGTCACGGC 
ATTTCCAGAA GGAAGAAAAG TGATCCAGGA CTAAGCGAAG AATCTCTTCA GACAATGAAA 
ACAGAAAAAA ATGAGATTTC CCGATCTTCA AGCCCAACTT TCGGGAAGCA GACAGAGCCA 
GTCAACTGGC CTATCTTTAA ATCTCTACGC CGCCATTTCA ATAGTAAAGT AAAAAATTGC 
ACACCAGTAC TCAAGTCATC AAAGAACCAT GCCCTTGGTT CTTCCGCTTT CAGTAAAACT 
GCTTTGCCAC TCACAGGTAA GTGTGCGTCC TCAAACAAAA CGGCAGCAGA CACATCATTG 
GGACCTTGCC CTCAGTCAGA AGTCCTAATT TCACCAGTGA AGATTGAAGC TACTCCTGCT 
ACGAATCATT CCAAACAGGT GTTCTGCTCT GAGAAAGACC TACTCCCGGG TACCGAGTTG 
TCTCCGGGAA CTGAGGAAGC CAAGTGTCCC AGCTCAAACA AAGCTGCTGA GACAGAAGTG 
GACAACGACT CTGAGTGCTT CACACCTGAA CTTTTTGATC CTGTCGATAC CAACGAAGAA 
AACAGTGAAC TAGTTGAAAC CGATAGATCC AGTAATAATT CAGATTGTTT TTCAGCGGAA 
GAGCTTTTTG AAACTGCAAC TGGATTTGGG CAGAAGTGA

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

RefSeq	XP_021068461.1
CDS	1..3519
Translation	MSSVSSEYTIGGVKIHFPCRAYPAQLAMMNSIVRGLNSSQHCLLESPTGSGKSLALLCSALAWQQSLSEKPVDEGLNKKPEAPSSCSCACHSKSFTYSDTNLDTSPHFSSPSKPSSGRNGVSSPCQDSPEKNTLAAKLSAKKQASIHRDEDDDFQVEKKRIRPLETTQQIRKRHCLEKDVHHLDARLPSEKRVKPESPIGNFSFLSLFQPDGLCSRCCCSAKQGNNEESANTVKKDHGGQTKRPKIYFGTRTHKQIAQITRELRKTAYSGVPMTILSSRDHTCVHPEVVGNFNRKEKCMELLDGKHGQSCYFYHGVHKISNQQTLQHLQGMSRAWDIEELVSLGKKLKACPYYTARELIDDADIVFCPYNYLLDSQIRETMDIKLKGQVVILDEAHNIEDCARESASYSVTEVQLRFARDELDSLINSNIRKKSHEPLRDVCCNLINWLETNSKHLVERSYESSCKIWSGNEMLLDLYRMGITTATFPGLQRHLSAVLQKEEKATSIHGKEEAIQIPIISASTQIMLKGLFMVLDYLFRENSRFADDYKVAIQQTYSWTNQIAIFDKTAVLAVPKNKKNSRQKIGVNALNFWCLNPAVAFSDINDKVRTIVLTSGTLSPLKSFSSELGVTFSIQLEANHVISNSQVWVGTVGSGPKGRNLCATFQHTETFEFQDEVGMLLLSVCQTVSQGILCFLPSYKLLQKLRERWIFTGLWHSLESVKTVIAEPQGGEKTDFDELLQVYYDAIKFKGEKDGALLIAVCRGKVSEGLDFSDDNARAVITVGIPFPNVKDLQVELKRQYNDHHSKSRGLLPGRQWYEIQAYRALNQALGRCIRHKNDWGALILVDDRFNNNPNRYISGLSKWVRQQIQHHSSFASALESLTEFSRRHQKVINRSKKDEKHTKDNEPTLEVACLEDSTFTSVSEASHRSPENSTKEAKVCVQELQHPQMAAKNPSVPSHGISRRKKSDPGLSEESLQTMKTEKNEISRSSSPTFGKQTEPVNWPIFKSLRRHFNSKVKNCTPVLKSSKNHALGSSAFSKTALPLTGKCASSNKTAADTSLGPCPQSEVLISPVKIEATPATNHSKQVFCSEKDLLPGTELSPGTEEAKCPSSNKAAETEVDNDSECFTPELFDPVDTNEENSELVETDRSSNNSDCFSAEELFETATGFGQK

Target ORF information:

RefSeq Version	XM_021212802.1
Organism	Mus pahari(shrew mouse)
Definition	Mus pahari BRCA1 interacting protein C-terminal helicase 1 (Brip1), transcript variant X2, mRNA.

Target ORF information:

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

XM_021212802.1

ORF Insert Sequence:

ATGTCCTCAG TGTCGTCTGA ATACACCATC GGTGGCGTGA AGATTCACTT TCCCTGTAGA 
GCTTATCCAG CACAGCTTGC TATGATGAAT TCTATTGTCA GAGGACTCAA CAGTAGCCAA 
CATTGTTTGT TGGAGAGTCC CACAGGAAGT GGAAAAAGTT TAGCCTTACT TTGTTCTGCA 
TTAGCATGGC AACAATCTCT TAGTGAGAAG CCAGTGGATG AGGGGCTGAA TAAAAAGCCC 
GAGGCGCCAT CTTCATGTTC TTGTGCATGC CATTCAAAGA GTTTTACGTA CAGCGACACA 
AACCTGGACA CTTCACCTCA TTTCAGTAGT CCAAGCAAAC CATCTTCTGG AAGAAATGGA 
GTCTCATCAC CCTGTCAAGA CTCTCCTGAA AAAAATACTC TGGCTGCAAA GTTATCTGCC 
AAGAAACAGG CATCTATACA CAGAGATGAA GATGATGATT TTCAGGTAGA GAAGAAAAGA 
ATCCGACCCT TAGAAACTAC ACAGCAGATA AGAAAACGTC ATTGTTTGGA AAAGGATGTC 
CACCATTTAG ATGCACGACT ACCTTCGGAA AAGAGAGTAA AGCCTGAGTC TCCAATAGGA 
AACTTCTCTT TTCTTTCCTT GTTTCAGCCT GATGGCCTTT GTTCCAGGTG CTGCTGTTCT 
GCTAAACAAG GAAACAACGA AGAGTCTGCA AATACTGTTA AGAAAGATCA CGGGGGACAA 
ACCAAGAGAC CTAAAATTTA TTTTGGGACA CGGACACACA AGCAGATTGC TCAGATTACC 
AGGGAGCTCC GTAAGACAGC TTACTCAGGG GTCCCCATGA CTATTCTTTC CAGCAGGGAT 
CACACTTGTG TTCATCCTGA AGTCGTGGGA AACTTCAACA GAAAAGAAAA GTGCATGGAG 
CTGCTGGATG GCAAACACGG GCAGTCTTGC TATTTCTATC ATGGTGTTCA TAAAATTAGT 
AATCAGCAGA CACTGCAGCA TCTTCAGGGG ATGTCCAGAG CCTGGGACAT AGAAGAACTT 
GTCAGCCTCG GGAAGAAACT GAAAGCTTGT CCCTACTATA CAGCTCGAGA ACTGATAGAT 
GATGCTGACA TAGTTTTTTG TCCCTACAAT TACCTTTTAG ACTCACAAAT AAGGGAAACT 
ATGGATATAA AGCTGAAAGG ACAAGTTGTC ATTTTAGATG AAGCTCATAA TATTGAAGAC 
TGTGCTCGGG AATCAGCAAG CTACAGTGTA ACAGAAGTTC AGCTTAGGTT TGCTCGGGAT 
GAGCTAGATA GTTTGATCAA CAGTAATATA AGGAAGAAAA GCCACGAGCC CCTACGAGAT 
GTGTGCTGTA ACCTCATCAA TTGGTTAGAA ACAAATTCTA AGCATCTTGT AGAAAGGAGT 
TATGAATCGT CTTGTAAAAT ATGGAGTGGA AATGAGATGC TCTTAGACTT ATACAGGATG 
GGCATCACCA CAGCCACTTT TCCAGGACTG CAGAGACATC TCTCAGCTGT TCTTCAAAAA 
GAAGAGAAAG CCACATCAAT CCATGGTAAA GAGGAGGCAA TACAAATACC TATTATTAGT 
GCATCAACTC AAATCATGCT CAAAGGACTC TTTATGGTGC TTGACTATCT CTTTAGAGAA 
AATAGCAGAT TTGCAGATGA TTATAAAGTT GCTATTCAAC AGACTTACTC CTGGACAAAT 
CAGATTGCTA TTTTTGATAA AACTGCAGTC TTGGCTGTAC CAAAAAATAA GAAAAATTCA 
CGACAGAAAA TTGGAGTTAA TGCGCTAAAC TTTTGGTGCT TAAATCCAGC TGTGGCCTTT 
TCAGATATTA ATGACAAAGT ACGGACCATT GTTCTAACAT CAGGAACACT CTCACCCCTG 
AAATCCTTTT CATCTGAGCT TGGTGTCACA TTTAGCATCC AACTGGAGGC TAACCATGTC 
ATCAGTAACT CACAGGTTTG GGTTGGTACT GTTGGCTCAG GCCCTAAGGG TCGGAATCTC 
TGCGCTACCT TTCAGCATAC TGAAACATTT GAGTTCCAGG ATGAAGTGGG AATGCTTCTG 
TTATCTGTGT GCCAGACTGT GAGCCAAGGA ATTCTGTGCT TTTTGCCATC TTACAAGCTA 
TTACAGAAAT TAAGAGAACG TTGGATTTTC ACTGGCCTAT GGCATAGTTT GGAGTCAGTG 
AAGACAGTCA TTGCAGAACC CCAAGGAGGA GAAAAAACTG ATTTTGATGA ATTGCTGCAG 
GTGTACTATG ACGCCATCAA GTTCAAAGGA GAAAAGGATG GAGCCCTTCT CATAGCAGTT 
TGTCGCGGCA AGGTGAGCGA GGGTCTGGAT TTTTCAGATG ATAACGCCCG TGCTGTCATA 
ACCGTAGGGA TTCCTTTCCC AAATGTGAAG GATCTTCAGG TGGAGCTAAA ACGACAATAC 
AATGACCACC ACTCAAAATC GAGAGGTCTT CTGCCTGGCC GTCAGTGGTA CGAAATTCAA 
GCGTACAGAG CCTTGAATCA GGCTCTAGGC AGATGTATTC GGCACAAAAA TGACTGGGGA 
GCTCTTATTC TAGTGGATGA TCGCTTCAAT AACAACCCAA ACCGCTATAT ATCAGGACTT 
TCTAAATGGG TGAGGCAGCA GATTCAGCAC CACTCAAGCT TTGCAAGTGC CTTGGAGTCG 
CTGACTGAGT TCTCCAGAAG ACACCAGAAA GTTATTAATA GATCCAAAAA AGACGAAAAA 
CATACAAAAG ACAATGAGCC TACTCTGGAA GTAGCCTGTT TGGAGGATAG CACCTTTACA 
AGTGTGTCAG AAGCAAGCCA TCGGTCACCA GAAAACTCTA CCAAAGAAGC AAAAGTGTGT 
GTCCAGGAGC TGCAGCATCC CCAGATGGCT GCTAAAAACC CCTCAGTACC AAGTCACGGC 
ATTTCCAGAA GGAAGAAAAG TGATCCAGGA CTAAGCGAAG AATCTCTTCA GACAATGAAA 
ACAGAAAAAA ATGAGATTTC CCGATCTTCA AGCCCAACTT TCGGGAAGCA GACAGAGCCA 
GTCAACTGGC CTATCTTTAA ATCTCTACGC CGCCATTTCA ATAGTAAAGT AAAAAATTGC 
ACACCAGTAC TCAAGTCATC AAAGAACCAT GCCCTTGGTT CTTCCGCTTT CAGTAAAACT 
GCTTTGCCAC TCACAGGTAA GTGTGCGTCC TCAAACAAAA CGGCAGCAGA CACATCATTG 
GGACCTTGCC CTCAGTCAGA AGTCCTAATT TCACCAGTGA AGATTGAAGC TACTCCTGCT 
ACGAATCATT CCAAACAGGT GTTCTGCTCT GAGAAAGACC TACTCCCGGG TACCGAGTTG 
TCTCCGGGAA CTGAGGAAGC CAAGTGTCCC AGCTCAAACA AAGCTGCTGA GACAGAAGTG 
GACAACGACT CTGAGTGCTT CACACCTGAA CTTTTTGATC CTGTCGATAC CAACGAAGAA 
AACAGTGAAC TAGTTGAAAC CGATAGATCC AGTAATAATT CAGATTGTTT TTCAGCGGAA 
GAGCTTTTTG AAACTGCAAC TGGATTTGGG CAGAAGTGA