brip1 cDNA ORF clone, Seriola dumerili(greater amberjack)

Gene
Clones
gRNAs

Summary

Gene Symbol	brip1
Entrez Gene ID	111226296
Full Name	BRCA1 interacting protein C-terminal helicase 1
Gene Type	protein-coding
Organism	Seriola dumerili(greater amberjack)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022751365.1	XP_022607086.1	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
OSe220340	XM_022751365.1 Latest version!	Seriola dumerili BRCA1 interacting protein C-terminal helicase 1 (brip1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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_022751365.1 ) cDNA ORF clone, Seriola dumerili(greater amberjack) -> XP_022607086.1 Seriola dumerili BRCA1 interacting protein C-terminal helicase 1 (brip1), mRNA.

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CloneID	OSe220340
Clone ID Related Accession (Same CDS sequence)	XM_022751365.1
Accession Version	XM_022751365.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3807bp) 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	2017-10-03
Organism	Seriola dumerili(greater amberjack)
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_019174408.1) 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 :: Seriola dumerili 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 :: 4% of CDS bases ##RefSeq-Attributes-END##

ATGGCTACAT CCCGAGTGGA ATACACCATC GGAGGGGTGA AGATCCACTT CCCCTGCAAG 
GCTTACCCAT CCCAGCTGGC CATGATGAAT TCAATTGTAC GCGGGCTGAA CTATGGGCAG 
CACTGTTTGC TGGAGAGTCC CACAGGAAGT GGAAAGAGCT TGGCCTTGCT CTGCTCTGCT 
CTGGGCTGGC AGCGGGCTCA GCTGGGTAAG CCTGCTAAAC TACAAGAAGG AGGAGGCACA 
GGGGACGACA AGAGCCAGTC AGATAAATAT GCTGAAGACT GTAATAAGTC AGACGTCACC 
TCCGTCTGTC AGTGTGTGTG CCACAACAAA GCCTGCAGGC CCTCAGCTAC ACCAGCTACA 
CCAGCTACAC CAGCTACACC AGCTACACCA GCTACAGCAG CAGCAGCAGC AGCAGTTGAT 
CCCGATGTTG TGGACCTCAC TGAGTCACCA TGTAAAGAGA CGACACAGCT GCAGCCTCCA 
GCTCCTGGAC AAACGCCGTT ACAAGACGAG TCTCAGCCCA GGAAACAGTC AATAGCCTCT 
CGTCTGTCTG AGAAGTTCCA GTCTGCTGCC AACAAAGACG ACAACTTCCA GCCAGACAGG 
AAACGCATCC GCACTGCGGA GCACAAGGGT CGGAAAAGGC AGCGTCTGGA GAAGGGAGTG 
ATTTTCATCG ATGATGATCT GGAGCTGGAA AATGAGCCTC CGGATCAAAG TGTGTCGACA 
GAGACAAACA ACCCTGCAGC TGGTTTGTTC TCATCATACA GTCCCCTGGA GCCCTGCTCC 
TGGTGCCCGT GTGCTTCAGC CAAAGAGAGC GTCAAGGACA AGGACAAGGA CAAAGACAAA 
GACGGCAAAA AGAAGATGCC TAAGATCTTC TTCGGAACCC GCACTCATAA ACAGATCACC 
CAGATCGCCC ACGAGCTGAA ACGCACCGTG TACTCCAGCG TGCCGATGAC CATCTTGTCA 
AGCAGAGATC ACACCTGCAT CAACCCGGAA GTGGCGCCTC ATTCCAACCG CAACGAACGC 
TGCAAGGACC TGCTGGAGGG CAAGGATGGC AGGTCGTGCC GGTTTTACCA TGGGGTGCAG 
AGGATGCGGG ACCACCAAAG TCTCCGGGCC AGTGGACTGC GTGAAGCCTG GGACATCGAG 
GACCTGGTGT CTCTGGGCAA ACGGCTCCGC TCGTGCTCGT ACTACGCTGC TCGTGAACTG 
ATGCAGAGCG CCGCCATCAT CTTCTGCCCG TACAACTACC TGCTGGACCC GATGATCAGA 
GAGAGTATGG AGATCGACCT GGCGGGTCAG ATCCTGGTGC TGGACGAAGC CCACAACATC 
GAGGACTGTG CGAGGGAGAG CGCCAGCTAC ACGTTAGACC GCAACAACCT GCTGACGTGC 
AAGGATGAGC TGGACAGCAT GATCAAGAAC AAAATCAGAG CTTCCAAACA CGAACCGCTC 
AGAAACTTCT GCTACAGCCT GATCAACTGG ATCCAGGAGA GCCAGGGCCT GCTGAGTGAG 
AGAGGATACG AGACGGCGAG TAAAGTCTGG AATGGGAAGG ACATCCTGGG AATCTTTCAC 
GAGCTGGGCA TCACTGCAGG CACCTTTAAT CTTCTGAAGC AAAACCTGGC GGCAGTGCTG 
GAGAAGGAGG AGCGTGTTGG TTTGGTTAAT GGTAAAGAGG ACATGGTGCA GGTCCCAGTC 
ATCAGCTCCG CTTCCTCCAC TGTCCTCAAA AACCTCTTCA TGGTTCTGGA TTTCCTCTTC 
AGGGACAACT GCAGGTTTGC CGAGGACTAC CGTGTAGCTC TGCAGAGGAC CTACGCCTGG 
TCGAACCAGC TCCCACCTGA TGCCCCCGAC GCTCAGGGCT TTTTGGTGCG GCCTCGATAC 
AGACAGCGCC AGAGCGCCCG AGTGAAGACT GAAGTCCTGA CGCTCAGCTT CTGGTGCCTC 
AACCCGGCTG TGGCTTTCTC TGACCTGAGC GGGTCGGTGC ACAGCATCGT GCTCACATCT 
GGAACCCTGT CACCCATGGG CTCCTTCTCC TCTGAACTCG GGGTGAAGTT CTCCATCCAG 
CTGGAGGCCA ATCACGTCAT CAACAAGTCC CAGGTTTGGG TGGGAACCAT TGGTGCAGGA 
CCGCAAGGCA GAAAACTCTG CGCCACCTTC CAGCACACTG AAACCTACAC CTTCCAGGAC 
GAGGTGGGGG CCCTGCTGCT CCACATCTGC CAGGTCGTGG CCAAAGGTGT GCTCTGCTTC 
TTGCCGTCCT ACAAGATGCT GGACAAGCTG CGGGATCGAT GGATCAACAC TGGTCTGTGG 
GAGAAGCTGG AACAACAGAA GACCGTGATC ACAGAGCCCC GCGGTGGTGG CAAGGGGGAT 
TTTGACGAAC TGCTTCAGAC TTATTACGAC GCCATCAAAT ACTGCGAGGA AAGAGACGGT 
GCGCTGCTGA TTGCTGTGTG CAGGGGAAAA GTGAGTGAAG GACTAGACTT CACAGATGAC 
AACGCCAGGG CAGTGGTCAC CATTGGAATT CCCTTCCCAA ACATCAAAGA CCTCCAGGTG 
GAGCTGAAGA TGAAGTACAA CGACCAGCAC TGCAGGTCCA GAGGTCTCCT CCCGGGCAAC 
CGCTGGTACG AGATCCAGGC CTACAGAGCT CTGAACCAGG CGCTGGGGAG GTGTATCCGC 
CACAGGAACG ACTGGGGGGC TCTGATTCTG GTGGACGACC GTTACAGGAA CAACCCCAAC 
AAGTACATCA CAGGTTTGTC TAAATGGGTT CGCCAGCTCG TCCAGCATCA CGACACCTTC 
AACAACGCCA TGCAGTCCCT GGTGGCGTTC ACTCAGGTGC AGCAGAAAGC GGCGGCGGCG 
GCGGCTGCAG AACGCCAGAC TCCCGACTCC ACGGCCTCCT CTCCGAACGG TGACCTGCCT 
GTAACGGCGG AGGGACGGGG TCCGGCCTCG CACCCTCAGA CACCTCCTGT CAAAGCGCCT 
GAACCCCAGC AGCACACGAG CCCCTCCCCC ACCCGACGCG TTTCTCATCT GCACATGAAA 
ACTGAACAAA ATGGAAAAGC GGATTGGTTG AAGAGCAGCT CGCCAGCAGA GTCGCCCTCG 
CATCAGCAGA GACCGGCTCG GCCTCTCTAC CACATCTTCA CCTCCACCCC CGTCAGCAGC 
TGCTTCAAGA AGGCCGTCTT CAGAGGAAAG ACACCCGCTG ATGCAGGGAA GCACCTGGAA 
GAAGCTCCGA CTCAGTCTGA GCGCCAGAAG AAGACGAACG CCGAGGCGCT CGCGTGTCTT 
CAAGACGGCG CCGCAGACAC GTCCGGTGAA ATCAAAGCGG AGCCACGCGA CACGCCGTCT 
ACGGTAACGA CCCCTCCCAT CTGCGAACAG GAAGAGAAAC CAGACAAGGA GGAAGAGGAG 
GACCAGACTG TCTTTTATAC TCCAGAACTT TTCGAGGGCG AAGAAGACGA AGAAGATGCA 
GGAGAGGAAG GTGGCAAAGG AAACGATGGA GACGAAGGGG ACGAAGGGGA CGAAGGAGAC 
GAAGGAGACG AAGGAGACGA AGGAGACGAA GGAGGCCCAG AGACAGAGAC AAAGTCAGAG 
TCACCTCCCA GGGCAGTTTT GGGGGCAGAG AGCTCTCCTC TGCTGTCAGA GGAACTCCTT 
ATCTGCGAGC AGGCCCAGGG GCAAACCTCT GGCGATCAGG GACAGAGTGC TCTGTCAGTC 
AGGAAGGAGA GCGCAGAGCT GTCACAGGGA CGTGAAGAAG AAACCTGCGG ACAGAAGTCA 
GGTGAGGAGG CAGAGCAGGT GAACAAGCCG AGGAGGAAGG TGGTGAACAG GCTGTCGAGG 
TCCAGACACA AACCAACAGG TAACTAA

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

RefSeq	XP_022607086.1
CDS	1..3807
Translation	MATSRVEYTIGGVKIHFPCKAYPSQLAMMNSIVRGLNYGQHCLLESPTGSGKSLALLCSALGWQRAQLGKPAKLQEGGGTGDDKSQSDKYAEDCNKSDVTSVCQCVCHNKACRPSATPATPATPATPATPATAAAAAAVDPDVVDLTESPCKETTQLQPPAPGQTPLQDESQPRKQSIASRLSEKFQSAANKDDNFQPDRKRIRTAEHKGRKRQRLEKGVIFIDDDLELENEPPDQSVSTETNNPAAGLFSSYSPLEPCSWCPCASAKESVKDKDKDKDKDGKKKMPKIFFGTRTHKQITQIAHELKRTVYSSVPMTILSSRDHTCINPEVAPHSNRNERCKDLLEGKDGRSCRFYHGVQRMRDHQSLRASGLREAWDIEDLVSLGKRLRSCSYYAARELMQSAAIIFCPYNYLLDPMIRESMEIDLAGQILVLDEAHNIEDCARESASYTLDRNNLLTCKDELDSMIKNKIRASKHEPLRNFCYSLINWIQESQGLLSERGYETASKVWNGKDILGIFHELGITAGTFNLLKQNLAAVLEKEERVGLVNGKEDMVQVPVISSASSTVLKNLFMVLDFLFRDNCRFAEDYRVALQRTYAWSNQLPPDAPDAQGFLVRPRYRQRQSARVKTEVLTLSFWCLNPAVAFSDLSGSVHSIVLTSGTLSPMGSFSSELGVKFSIQLEANHVINKSQVWVGTIGAGPQGRKLCATFQHTETYTFQDEVGALLLHICQVVAKGVLCFLPSYKMLDKLRDRWINTGLWEKLEQQKTVITEPRGGGKGDFDELLQTYYDAIKYCEERDGALLIAVCRGKVSEGLDFTDDNARAVVTIGIPFPNIKDLQVELKMKYNDQHCRSRGLLPGNRWYEIQAYRALNQALGRCIRHRNDWGALILVDDRYRNNPNKYITGLSKWVRQLVQHHDTFNNAMQSLVAFTQVQQKAAAAAAAERQTPDSTASSPNGDLPVTAEGRGPASHPQTPPVKAPEPQQHTSPSPTRRVSHLHMKTEQNGKADWLKSSSPAESPSHQQRPARPLYHIFTSTPVSSCFKKAVFRGKTPADAGKHLEEAPTQSERQKKTNAEALACLQDGAADTSGEIKAEPRDTPSTVTTPPICEQEEKPDKEEEEDQTVFYTPELFEGEEDEEDAGEEGGKGNDGDEGDEGDEGDEGDEGDEGDEGGPETETKSESPPRAVLGAESSPLLSEELLICEQAQGQTSGDQGQSALSVRKESAELSQGREEETCGQKSGEEAEQVNKPRRKVVNRLSRSRHKPTGN

Target ORF information:

RefSeq Version	XM_022751365.1
Organism	Seriola dumerili(greater amberjack)
Definition	Seriola dumerili 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_022751365.1

ORF Insert Sequence:

ATGGCTACAT CCCGAGTGGA ATACACCATC GGAGGGGTGA AGATCCACTT CCCCTGCAAG 
GCTTACCCAT CCCAGCTGGC CATGATGAAT TCAATTGTAC GCGGGCTGAA CTATGGGCAG 
CACTGTTTGC TGGAGAGTCC CACAGGAAGT GGAAAGAGCT TGGCCTTGCT CTGCTCTGCT 
CTGGGCTGGC AGCGGGCTCA GCTGGGTAAG CCTGCTAAAC TACAAGAAGG AGGAGGCACA 
GGGGACGACA AGAGCCAGTC AGATAAATAT GCTGAAGACT GTAATAAGTC AGACGTCACC 
TCCGTCTGTC AGTGTGTGTG CCACAACAAA GCCTGCAGGC CCTCAGCTAC ACCAGCTACA 
CCAGCTACAC CAGCTACACC AGCTACACCA GCTACAGCAG CAGCAGCAGC AGCAGTTGAT 
CCCGATGTTG TGGACCTCAC TGAGTCACCA TGTAAAGAGA CGACACAGCT GCAGCCTCCA 
GCTCCTGGAC AAACGCCGTT ACAAGACGAG TCTCAGCCCA GGAAACAGTC AATAGCCTCT 
CGTCTGTCTG AGAAGTTCCA GTCTGCTGCC AACAAAGACG ACAACTTCCA GCCAGACAGG 
AAACGCATCC GCACTGCGGA GCACAAGGGT CGGAAAAGGC AGCGTCTGGA GAAGGGAGTG 
ATTTTCATCG ATGATGATCT GGAGCTGGAA AATGAGCCTC CGGATCAAAG TGTGTCGACA 
GAGACAAACA ACCCTGCAGC TGGTTTGTTC TCATCATACA GTCCCCTGGA GCCCTGCTCC 
TGGTGCCCGT GTGCTTCAGC CAAAGAGAGC GTCAAGGACA AGGACAAGGA CAAAGACAAA 
GACGGCAAAA AGAAGATGCC TAAGATCTTC TTCGGAACCC GCACTCATAA ACAGATCACC 
CAGATCGCCC ACGAGCTGAA ACGCACCGTG TACTCCAGCG TGCCGATGAC CATCTTGTCA 
AGCAGAGATC ACACCTGCAT CAACCCGGAA GTGGCGCCTC ATTCCAACCG CAACGAACGC 
TGCAAGGACC TGCTGGAGGG CAAGGATGGC AGGTCGTGCC GGTTTTACCA TGGGGTGCAG 
AGGATGCGGG ACCACCAAAG TCTCCGGGCC AGTGGACTGC GTGAAGCCTG GGACATCGAG 
GACCTGGTGT CTCTGGGCAA ACGGCTCCGC TCGTGCTCGT ACTACGCTGC TCGTGAACTG 
ATGCAGAGCG CCGCCATCAT CTTCTGCCCG TACAACTACC TGCTGGACCC GATGATCAGA 
GAGAGTATGG AGATCGACCT GGCGGGTCAG ATCCTGGTGC TGGACGAAGC CCACAACATC 
GAGGACTGTG CGAGGGAGAG CGCCAGCTAC ACGTTAGACC GCAACAACCT GCTGACGTGC 
AAGGATGAGC TGGACAGCAT GATCAAGAAC AAAATCAGAG CTTCCAAACA CGAACCGCTC 
AGAAACTTCT GCTACAGCCT GATCAACTGG ATCCAGGAGA GCCAGGGCCT GCTGAGTGAG 
AGAGGATACG AGACGGCGAG TAAAGTCTGG AATGGGAAGG ACATCCTGGG AATCTTTCAC 
GAGCTGGGCA TCACTGCAGG CACCTTTAAT CTTCTGAAGC AAAACCTGGC GGCAGTGCTG 
GAGAAGGAGG AGCGTGTTGG TTTGGTTAAT GGTAAAGAGG ACATGGTGCA GGTCCCAGTC 
ATCAGCTCCG CTTCCTCCAC TGTCCTCAAA AACCTCTTCA TGGTTCTGGA TTTCCTCTTC 
AGGGACAACT GCAGGTTTGC CGAGGACTAC CGTGTAGCTC TGCAGAGGAC CTACGCCTGG 
TCGAACCAGC TCCCACCTGA TGCCCCCGAC GCTCAGGGCT TTTTGGTGCG GCCTCGATAC 
AGACAGCGCC AGAGCGCCCG AGTGAAGACT GAAGTCCTGA CGCTCAGCTT CTGGTGCCTC 
AACCCGGCTG TGGCTTTCTC TGACCTGAGC GGGTCGGTGC ACAGCATCGT GCTCACATCT 
GGAACCCTGT CACCCATGGG CTCCTTCTCC TCTGAACTCG GGGTGAAGTT CTCCATCCAG 
CTGGAGGCCA ATCACGTCAT CAACAAGTCC CAGGTTTGGG TGGGAACCAT TGGTGCAGGA 
CCGCAAGGCA GAAAACTCTG CGCCACCTTC CAGCACACTG AAACCTACAC CTTCCAGGAC 
GAGGTGGGGG CCCTGCTGCT CCACATCTGC CAGGTCGTGG CCAAAGGTGT GCTCTGCTTC 
TTGCCGTCCT ACAAGATGCT GGACAAGCTG CGGGATCGAT GGATCAACAC TGGTCTGTGG 
GAGAAGCTGG AACAACAGAA GACCGTGATC ACAGAGCCCC GCGGTGGTGG CAAGGGGGAT 
TTTGACGAAC TGCTTCAGAC TTATTACGAC GCCATCAAAT ACTGCGAGGA AAGAGACGGT 
GCGCTGCTGA TTGCTGTGTG CAGGGGAAAA GTGAGTGAAG GACTAGACTT CACAGATGAC 
AACGCCAGGG CAGTGGTCAC CATTGGAATT CCCTTCCCAA ACATCAAAGA CCTCCAGGTG 
GAGCTGAAGA TGAAGTACAA CGACCAGCAC TGCAGGTCCA GAGGTCTCCT CCCGGGCAAC 
CGCTGGTACG AGATCCAGGC CTACAGAGCT CTGAACCAGG CGCTGGGGAG GTGTATCCGC 
CACAGGAACG ACTGGGGGGC TCTGATTCTG GTGGACGACC GTTACAGGAA CAACCCCAAC 
AAGTACATCA CAGGTTTGTC TAAATGGGTT CGCCAGCTCG TCCAGCATCA CGACACCTTC 
AACAACGCCA TGCAGTCCCT GGTGGCGTTC ACTCAGGTGC AGCAGAAAGC GGCGGCGGCG 
GCGGCTGCAG AACGCCAGAC TCCCGACTCC ACGGCCTCCT CTCCGAACGG TGACCTGCCT 
GTAACGGCGG AGGGACGGGG TCCGGCCTCG CACCCTCAGA CACCTCCTGT CAAAGCGCCT 
GAACCCCAGC AGCACACGAG CCCCTCCCCC ACCCGACGCG TTTCTCATCT GCACATGAAA 
ACTGAACAAA ATGGAAAAGC GGATTGGTTG AAGAGCAGCT CGCCAGCAGA GTCGCCCTCG 
CATCAGCAGA GACCGGCTCG GCCTCTCTAC CACATCTTCA CCTCCACCCC CGTCAGCAGC 
TGCTTCAAGA AGGCCGTCTT CAGAGGAAAG ACACCCGCTG ATGCAGGGAA GCACCTGGAA 
GAAGCTCCGA CTCAGTCTGA GCGCCAGAAG AAGACGAACG CCGAGGCGCT CGCGTGTCTT 
CAAGACGGCG CCGCAGACAC GTCCGGTGAA ATCAAAGCGG AGCCACGCGA CACGCCGTCT 
ACGGTAACGA CCCCTCCCAT CTGCGAACAG GAAGAGAAAC CAGACAAGGA GGAAGAGGAG 
GACCAGACTG TCTTTTATAC TCCAGAACTT TTCGAGGGCG AAGAAGACGA AGAAGATGCA 
GGAGAGGAAG GTGGCAAAGG AAACGATGGA GACGAAGGGG ACGAAGGGGA CGAAGGAGAC 
GAAGGAGACG AAGGAGACGA AGGAGACGAA GGAGGCCCAG AGACAGAGAC AAAGTCAGAG 
TCACCTCCCA GGGCAGTTTT GGGGGCAGAG AGCTCTCCTC TGCTGTCAGA GGAACTCCTT 
ATCTGCGAGC AGGCCCAGGG GCAAACCTCT GGCGATCAGG GACAGAGTGC TCTGTCAGTC 
AGGAAGGAGA GCGCAGAGCT GTCACAGGGA CGTGAAGAAG AAACCTGCGG ACAGAAGTCA 
GGTGAGGAGG CAGAGCAGGT GAACAAGCCG AGGAGGAAGG TGGTGAACAG GCTGTCGAGG 
TCCAGACACA AACCAACAGG TAACTAA