brca1 gene cDNA ORF clone, Maylandia zebra(zebra mbuna)

mRNA	Protein	Name
XM_023153821.2	XP_023009589.2	breast cancer type 1 susceptibility protein isoform X6
XM_004567478.2	XP_004567535.1	breast cancer type 1 susceptibility protein isoform X2
XM_012923632.2	XP_012779086.1	breast cancer type 1 susceptibility protein isoform X1
XM_023153820.2	XP_023009588.2	breast cancer type 1 susceptibility protein isoform X4
XM_023153821.1	XP_023009589.1	breast cancer type 1 susceptibility protein isoform X6
XM_004567478.3	XP_004567535.2	breast cancer type 1 susceptibility protein isoform X2
XM_012923633.3	XP_012779087.2	breast cancer type 1 susceptibility protein isoform X5
XM_023153819.1	XP_023009587.1	breast cancer type 1 susceptibility protein isoform X3
XM_023153819.2	XP_023009587.2	breast cancer type 1 susceptibility protein isoform X3
XM_023153820.1	XP_023009588.1	breast cancer type 1 susceptibility protein isoform X4
XM_012923633.2	XP_012779087.1	breast cancer type 1 susceptibility protein isoform X5
XM_012923632.3	XP_012779086.2	breast cancer type 1 susceptibility protein isoform X1

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OMa13007	XM_012923632.2 Latest version!	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OMa13008	XM_004567478.2 Latest version!	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OMa13009	XM_012923633.2 Latest version!	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OMa313579	XM_023153819.1 Latest version!	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OMa313580	XM_023153820.1 Latest version!	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OMa313581	XM_023153821.1 Latest version!	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OMa356247	XM_012923632.3 Latest version!	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OMa356248	XM_004567478.3 Latest version!	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OMa356249	XM_023153819.2 Latest version!	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OMa356250	XM_023153820.2 Latest version!	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OMa356251	XM_012923633.3 Latest version!	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OMa356252	XM_023153821.2 Latest version!	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00

brca1 ( XM_012923632.2 ) cDNA ORF clone, Maylandia zebra(zebra mbuna) -> XP_012779086.1 Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OMa13007
Clone ID Related Accession (Same CDS sequence)	XM_012923632.2
Accession Version	XM_012923632.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4173bp) 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	1511884800000
Organism	Maylandia zebra(zebra mbuna)
Product	breast cancer type 1 susceptibility protein isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014445707.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Oct 16, 2015 this sequence version replaced XM_012923632.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Maylandia zebra Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAGCCTTGA TCTCTGAACA AAACTGTTCA GGTCTCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGGTGACAC ACAGATGGCA GCGCAGACGT CTGCGCATAA AGGGGTCGGT 
GTCAAAGGCA CTGGAGTCTC CAAAACACCT TCTTCAACTT CAGCAGCTAA GACTCAGAAG 
GACAGCAGTT CTCTGTCCGA TGGGCAAGAA GACAAAGAAA ATAACAGCCC TCCAAAAGAC 
GCATGCAAAG CTAAGCTGGT GCTTGTGTCA TCAGGATTGG GCCCAAATGA GCAGATTATG 
GTGAAAAAGT TTGCCAAGAG AGTTGGTGCC CGTGTGGTTT CCCAGGTAAC ACCAGAAGTG 
ACTCATGTCA TCATGCGTAC AGATGAACAG CTGGTATGTG AGCGCACACT GAAATACTTC 
CTGGGAATTG CAGGCAGGAA GTGGGTGTTG AGTTTCCAGT GGATTTCTGA GTGCTTCAAA 
CAAAAGAAAG TCTTAGATGA GAGTCCGTTT GAGGTGAGAG GGGATGTGGT GAATGGGCCC 
AACCACCAGG GCCCCTCAAG AGCTCGGACC ACTGAAGACA GTAATCTGCT CATGAAGGGC 
TTCAGCATCT GCTTCCAGGG GCCTTTTACA GACATGACTG CAGATAAAAT GGAGTGGATG 
GTGGAGCTCT GTGGAGCTGC TGTAGTGAGA GATCCACTTC TACTCGATGG TAAACAGAAG 
TCCCGGCAGC TCGTCATTGT ACAGCCTAAA CCAGAGTCAT CATCTTCAAC TTACAACAGT 
CTTTCCAAAC AAGCTACTGT TGTAACCCGT GGTTGGTTGT TGGATACAGT TGCGACCTAC 
ACCCTTCAAA ATTACAGCAG CTACAGAACA TAA

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

RefSeq	XP_012779086.1
CDS	111..4283
Translation	MKTPKVSDVKKGILALWETLQCPICLDLMTAPVSTKCDHQFCKFCMMKLLDKSKQNKANCPVCKSTVTKRSLQESPGFQKLVAGLQDMIQAYEHDTGTNYFTGTSQQGRCAGVTGAETTKGALTSGDECGTDIDNEQNALFGDLPESHSSTIAARNGFARLMGLEDSAPLTTENEALDSGLGDAPLTSDKKMSSPTDNGEPVKAEMSDVVANTSKTRRNRGKRSRENASLYSSFIPDENEDQSQRKSSRKKQKKDVVPDKILDHKRKKSLEKVAEWLMKVPAEGSLELEKPDENSDDSDSCSSASTIDIRQCNSELNPKKEGRAKALEEQVFGAVYRRRVNRNVSPPLKVFTEPSIAEEILKSEDASSVREENGFASFAKINKSNVEGEQQMTEEINDGSGICKSAEQMEIGTEIDTGMHVDEFNNFPESHQNRGRDDVSSVVPDNVEQQLGRKTRKRTCNVLQQVDSDLQEQARAKSEGGEQKKTDKRKGRNTRSEKGKPSRVPKPLVLVGVQNGETTPVIRMRAEEVQVQIENYPSSEDQVTPVVKSSRRSRRLQLFAEEVQEGHKQVSEKAKATEGNSSVAKQPEHANGEALDDVNKVVKSAKKNGCVYNEDIGEIENIECAERTSNLRPTEAVKELNAASGSAQLDDAAVVGPTLESDNQNSIQSQASVCKTKCTETENEEDRNDSELDTEQLLKSFKATKRKSFYLGSPDVKSSRGSDKDAIKEPEKKHEDCSGVESAEKALGDSSKSSYDFISPSNSPVQPRITVSEKRDPAAVEALISEQNCSGLFRSSPSSGLSPNKEAKRGAESPPLSVVPQVVDSGLRFTAVECDELKEASQNTESRADCEDVKGIKDDAPATLKCSSVNTAEHRGVPESSLTPDDLIASPVQTIHKAEINSNGSGEVSINSSINRKPRRKRKAQRLEPSSESDSSGSKEELPTLTQIFGTSARPSAQNRSDSGEDDRCEGTADAADRLPPACPSPDCVDSSQASVDLFGTPEESGDVPVNDTSVTIESSQFSSEVLVTQQKIEMQKELVRLEKLMALVSEVLQEKESSPSKEIPPQTHQSTRDMGPDAHRQLPRDQDAGHAADRKAVPEAGPNLNPEPSDCKGVPEPNPSEPEGDTQMAAQTSAHKGVGVKGTGVSKTPSSTSAAKTQKDSSSLSDGQEDKENNSPPKDACKAKLVLVSSGLGPNEQIMVKKFAKRVGARVVSQVTPEVTHVIMRTDEQLVCERTLKYFLGIAGRKWVLSFQWISECFKQKKVLDESPFEVRGDVVNGPNHQGPSRARTTEDSNLLMKGFSICFQGPFTDMTADKMEWMVELCGAAVVRDPLLLDGKQKSRQLVIVQPKPESSSSTYNSLSKQATVVTRGWLLDTVATYTLQNYSSYRT

Target ORF information:

RefSeq Version	XM_012923632.2
Organism	Maylandia zebra(zebra mbuna)
Definition	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X1, mRNA.

Target ORF information:

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

XM_012923632.2

ORF Insert Sequence:

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAGCCTTGA TCTCTGAACA AAACTGTTCA GGTCTCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGGTGACAC ACAGATGGCA GCGCAGACGT CTGCGCATAA AGGGGTCGGT 
GTCAAAGGCA CTGGAGTCTC CAAAACACCT TCTTCAACTT CAGCAGCTAA GACTCAGAAG 
GACAGCAGTT CTCTGTCCGA TGGGCAAGAA GACAAAGAAA ATAACAGCCC TCCAAAAGAC 
GCATGCAAAG CTAAGCTGGT GCTTGTGTCA TCAGGATTGG GCCCAAATGA GCAGATTATG 
GTGAAAAAGT TTGCCAAGAG AGTTGGTGCC CGTGTGGTTT CCCAGGTAAC ACCAGAAGTG 
ACTCATGTCA TCATGCGTAC AGATGAACAG CTGGTATGTG AGCGCACACT GAAATACTTC 
CTGGGAATTG CAGGCAGGAA GTGGGTGTTG AGTTTCCAGT GGATTTCTGA GTGCTTCAAA 
CAAAAGAAAG TCTTAGATGA GAGTCCGTTT GAGGTGAGAG GGGATGTGGT GAATGGGCCC 
AACCACCAGG GCCCCTCAAG AGCTCGGACC ACTGAAGACA GTAATCTGCT CATGAAGGGC 
TTCAGCATCT GCTTCCAGGG GCCTTTTACA GACATGACTG CAGATAAAAT GGAGTGGATG 
GTGGAGCTCT GTGGAGCTGC TGTAGTGAGA GATCCACTTC TACTCGATGG TAAACAGAAG 
TCCCGGCAGC TCGTCATTGT ACAGCCTAAA CCAGAGTCAT CATCTTCAAC TTACAACAGT 
CTTTCCAAAC AAGCTACTGT TGTAACCCGT GGTTGGTTGT TGGATACAGT TGCGACCTAC 
ACCCTTCAAA ATTACAGCAG CTACAGAACA TAA

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

brca1 ( XM_004567478.2 ) cDNA ORF clone, Maylandia zebra(zebra mbuna) -> XP_004567535.1 Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OMa13008
Clone ID Related Accession (Same CDS sequence)	XM_004567478.2
Accession Version	XM_004567478.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4170bp) 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	1511884800000
Organism	Maylandia zebra(zebra mbuna)
Product	breast cancer type 1 susceptibility protein isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014445707.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Oct 16, 2015 this sequence version replaced XM_004567478.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Maylandia zebra Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAGCCTTGA TCTCTGAACA AAACTGTTCA GGTCTCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATGTGACGT TCCAGTAAAT GACACCAGTG TTACCATAGA ATCGTCACAG 
TTTTCAAGCG AAGTCCTTGT TACACAGCAA AAGATAGAAA TGCAGAAGGA GCTGGTGAGG 
CTGGAGAAGC TGATGGCCCT GGTCTCAGAG GTGCTTCAGG AGAAAGAGAG CAGTCCTTCC 
AAAGAAATCC CCCCACAAAC CCATCAGAGC ACCAGAGACA TGGGCCCAGA CGCTCACAGA 
CAGCTTCCTC GTGACCAGGA CGCAGGGCAC GCCGCAGACA GGAAAGCTGT TCCAGAAGCG 
GGACCGAACC TAAACCCAGA ACCATCTGAT TGCAAAGGTG TTCCCGAACC CAACCCGTCA 
GAGCCTGAAG GTGACACACA GATGGCAGCG CAGACGTCTG CGCATAAAGG GGTCGGTGTC 
AAAGGCACTG GAGTCTCCAA AACACCTTCT TCAACTTCAG CAGCTAAGAC TCAGAAGGAC 
AGCAGTTCTC TGTCCGATGG GCAAGAAGAC AAAGAAAATA ACAGCCCTCC AAAAGACGCA 
TGCAAAGCTA AGCTGGTGCT TGTGTCATCA GGATTGGGCC CAAATGAGCA GATTATGGTG 
AAAAAGTTTG CCAAGAGAGT TGGTGCCCGT GTGGTTTCCC AGGTAACACC AGAAGTGACT 
CATGTCATCA TGCGTACAGA TGAACAGCTG GTATGTGAGC GCACACTGAA ATACTTCCTG 
GGAATTGCAG GCAGGAAGTG GGTGTTGAGT TTCCAGTGGA TTTCTGAGTG CTTCAAACAA 
AAGAAAGTCT TAGATGAGAG TCCGTTTGAG GTGAGAGGGG ATGTGGTGAA TGGGCCCAAC 
CACCAGGGCC CCTCAAGAGC TCGGACCACT GAAGACAGTA ATCTGCTCAT GAAGGGCTTC 
AGCATCTGCT TCCAGGGGCC TTTTACAGAC ATGACTGCAG ATAAAATGGA GTGGATGGTG 
GAGCTCTGTG GAGCTGCTGT AGTGAGAGAT CCACTTCTAC TCGATGGTAA ACAGAAGTCC 
CGGCAGCTCG TCATTGTACA GCCTAAACCA GAGTCATCAT CTTCAACTTA CAACAGTCTT 
TCCAAACAAG CTACTGTTGT AACCCGTGGT TGGTTGTTGG ATACAGTTGC GACCTACACC 
CTTCAAAATT ACAGCAGCTA CAGAACATAA

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

RefSeq	XP_004567535.1
CDS	111..4280
Translation	MKTPKVSDVKKGILALWETLQCPICLDLMTAPVSTKCDHQFCKFCMMKLLDKSKQNKANCPVCKSTVTKRSLQESPGFQKLVAGLQDMIQAYEHDTGTNYFTGTSQQGRCAGVTGAETTKGALTSGDECGTDIDNEQNALFGDLPESHSSTIAARNGFARLMGLEDSAPLTTENEALDSGLGDAPLTSDKKMSSPTDNGEPVKAEMSDVVANTSKTRRNRGKRSRENASLYSSFIPDENEDQSQRKSSRKKQKKDVVPDKILDHKRKKSLEKVAEWLMKVPAEGSLELEKPDENSDDSDSCSSASTIDIRQCNSELNPKKEGRAKALEEQVFGAVYRRRVNRNVSPPLKVFTEPSIAEEILKSEDASSVREENGFASFAKINKSNVEGEQQMTEEINDGSGICKSAEQMEIGTEIDTGMHVDEFNNFPESHQNRGRDDVSSVVPDNVEQQLGRKTRKRTCNVLQQVDSDLQEQARAKSEGGEQKKTDKRKGRNTRSEKGKPSRVPKPLVLVGVQNGETTPVIRMRAEEVQVQIENYPSSEDQVTPVVKSSRRSRRLQLFAEEVQEGHKQVSEKAKATEGNSSVAKQPEHANGEALDDVNKVVKSAKKNGCVYNEDIGEIENIECAERTSNLRPTEAVKELNAASGSAQLDDAAVVGPTLESDNQNSIQSQASVCKTKCTETENEEDRNDSELDTEQLLKSFKATKRKSFYLGSPDVKSSRGSDKDAIKEPEKKHEDCSGVESAEKALGDSSKSSYDFISPSNSPVQPRITVSEKRDPAAVEALISEQNCSGLFRSSPSSGLSPNKEAKRGAESPPLSVVPQVVDSGLRFTAVECDELKEASQNTESRADCEDVKGIKDDAPATLKCSSVNTAEHRGVPESSLTPDDLIASPVQTIHKAEINSNGSGEVSINSSINRKPRRKRKAQRLEPSSESDSSGSKEELPTLTQIFGTSARPSAQNRSDSGEDDRCEGTADAADRLPPACPSPDCVDSSQASVDLFGTPEECDVPVNDTSVTIESSQFSSEVLVTQQKIEMQKELVRLEKLMALVSEVLQEKESSPSKEIPPQTHQSTRDMGPDAHRQLPRDQDAGHAADRKAVPEAGPNLNPEPSDCKGVPEPNPSEPEGDTQMAAQTSAHKGVGVKGTGVSKTPSSTSAAKTQKDSSSLSDGQEDKENNSPPKDACKAKLVLVSSGLGPNEQIMVKKFAKRVGARVVSQVTPEVTHVIMRTDEQLVCERTLKYFLGIAGRKWVLSFQWISECFKQKKVLDESPFEVRGDVVNGPNHQGPSRARTTEDSNLLMKGFSICFQGPFTDMTADKMEWMVELCGAAVVRDPLLLDGKQKSRQLVIVQPKPESSSSTYNSLSKQATVVTRGWLLDTVATYTLQNYSSYRT

Target ORF information:

RefSeq Version	XM_004567478.2
Organism	Maylandia zebra(zebra mbuna)
Definition	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X2, mRNA.

Target ORF information:

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

XM_004567478.2

ORF Insert Sequence:

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAGCCTTGA TCTCTGAACA AAACTGTTCA GGTCTCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATGTGACGT TCCAGTAAAT GACACCAGTG TTACCATAGA ATCGTCACAG 
TTTTCAAGCG AAGTCCTTGT TACACAGCAA AAGATAGAAA TGCAGAAGGA GCTGGTGAGG 
CTGGAGAAGC TGATGGCCCT GGTCTCAGAG GTGCTTCAGG AGAAAGAGAG CAGTCCTTCC 
AAAGAAATCC CCCCACAAAC CCATCAGAGC ACCAGAGACA TGGGCCCAGA CGCTCACAGA 
CAGCTTCCTC GTGACCAGGA CGCAGGGCAC GCCGCAGACA GGAAAGCTGT TCCAGAAGCG 
GGACCGAACC TAAACCCAGA ACCATCTGAT TGCAAAGGTG TTCCCGAACC CAACCCGTCA 
GAGCCTGAAG GTGACACACA GATGGCAGCG CAGACGTCTG CGCATAAAGG GGTCGGTGTC 
AAAGGCACTG GAGTCTCCAA AACACCTTCT TCAACTTCAG CAGCTAAGAC TCAGAAGGAC 
AGCAGTTCTC TGTCCGATGG GCAAGAAGAC AAAGAAAATA ACAGCCCTCC AAAAGACGCA 
TGCAAAGCTA AGCTGGTGCT TGTGTCATCA GGATTGGGCC CAAATGAGCA GATTATGGTG 
AAAAAGTTTG CCAAGAGAGT TGGTGCCCGT GTGGTTTCCC AGGTAACACC AGAAGTGACT 
CATGTCATCA TGCGTACAGA TGAACAGCTG GTATGTGAGC GCACACTGAA ATACTTCCTG 
GGAATTGCAG GCAGGAAGTG GGTGTTGAGT TTCCAGTGGA TTTCTGAGTG CTTCAAACAA 
AAGAAAGTCT TAGATGAGAG TCCGTTTGAG GTGAGAGGGG ATGTGGTGAA TGGGCCCAAC 
CACCAGGGCC CCTCAAGAGC TCGGACCACT GAAGACAGTA ATCTGCTCAT GAAGGGCTTC 
AGCATCTGCT TCCAGGGGCC TTTTACAGAC ATGACTGCAG ATAAAATGGA GTGGATGGTG 
GAGCTCTGTG GAGCTGCTGT AGTGAGAGAT CCACTTCTAC TCGATGGTAA ACAGAAGTCC 
CGGCAGCTCG TCATTGTACA GCCTAAACCA GAGTCATCAT CTTCAACTTA CAACAGTCTT 
TCCAAACAAG CTACTGTTGT AACCCGTGGT TGGTTGTTGG ATACAGTTGC GACCTACACC 
CTTCAAAATT ACAGCAGCTA CAGAACATAA

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

brca1 ( XM_012923633.2 ) cDNA ORF clone, Maylandia zebra(zebra mbuna) -> XP_012779087.1 Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X5, mRNA.

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CloneID	OMa13009
Clone ID Related Accession (Same CDS sequence)	XM_012923633.2
Accession Version	XM_012923633.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4158bp) 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	1511884800000
Organism	Maylandia zebra(zebra mbuna)
Product	breast cancer type 1 susceptibility protein isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014445707.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Oct 16, 2015 this sequence version replaced XM_012923633.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Maylandia zebra Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAGCCTTGA TCTCTGAACA AAACTGTTCA GGTCTCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGCAGCGCA GACGTCTGCG CATAAAGGGG TCGGTGTCAA AGGCACTGGA 
GTCTCCAAAA CACCTTCTTC AACTTCAGCA GCTAAGACTC AGAAGGACAG CAGTTCTCTG 
TCCGATGGGC AAGAAGACAA AGAAAATAAC AGCCCTCCAA AAGACGCATG CAAAGCTAAG 
CTGGTGCTTG TGTCATCAGG ATTGGGCCCA AATGAGCAGA TTATGGTGAA AAAGTTTGCC 
AAGAGAGTTG GTGCCCGTGT GGTTTCCCAG GTAACACCAG AAGTGACTCA TGTCATCATG 
CGTACAGATG AACAGCTGGT ATGTGAGCGC ACACTGAAAT ACTTCCTGGG AATTGCAGGC 
AGGAAGTGGG TGTTGAGTTT CCAGTGGATT TCTGAGTGCT TCAAACAAAA GAAAGTCTTA 
GATGAGAGTC CGTTTGAGGT GAGAGGGGAT GTGGTGAATG GGCCCAACCA CCAGGGCCCC 
TCAAGAGCTC GGACCACTGA AGACAGTAAT CTGCTCATGA AGGGCTTCAG CATCTGCTTC 
CAGGGGCCTT TTACAGACAT GACTGCAGAT AAAATGGAGT GGATGGTGGA GCTCTGTGGA 
GCTGCTGTAG TGAGAGATCC ACTTCTACTC GATGGTAAAC AGAAGTCCCG GCAGCTCGTC 
ATTGTACAGC CTAAACCAGA GTCATCATCT TCAACTTACA ACAGTCTTTC CAAACAAGCT 
ACTGTTGTAA CCCGTGGTTG GTTGTTGGAT ACAGTTGCGA CCTACACCCT TCAAAATTAC 
AGCAGCTACA GAACATAA

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

RefSeq	XP_012779087.1
CDS	111..4268
Translation	MKTPKVSDVKKGILALWETLQCPICLDLMTAPVSTKCDHQFCKFCMMKLLDKSKQNKANCPVCKSTVTKRSLQESPGFQKLVAGLQDMIQAYEHDTGTNYFTGTSQQGRCAGVTGAETTKGALTSGDECGTDIDNEQNALFGDLPESHSSTIAARNGFARLMGLEDSAPLTTENEALDSGLGDAPLTSDKKMSSPTDNGEPVKAEMSDVVANTSKTRRNRGKRSRENASLYSSFIPDENEDQSQRKSSRKKQKKDVVPDKILDHKRKKSLEKVAEWLMKVPAEGSLELEKPDENSDDSDSCSSASTIDIRQCNSELNPKKEGRAKALEEQVFGAVYRRRVNRNVSPPLKVFTEPSIAEEILKSEDASSVREENGFASFAKINKSNVEGEQQMTEEINDGSGICKSAEQMEIGTEIDTGMHVDEFNNFPESHQNRGRDDVSSVVPDNVEQQLGRKTRKRTCNVLQQVDSDLQEQARAKSEGGEQKKTDKRKGRNTRSEKGKPSRVPKPLVLVGVQNGETTPVIRMRAEEVQVQIENYPSSEDQVTPVVKSSRRSRRLQLFAEEVQEGHKQVSEKAKATEGNSSVAKQPEHANGEALDDVNKVVKSAKKNGCVYNEDIGEIENIECAERTSNLRPTEAVKELNAASGSAQLDDAAVVGPTLESDNQNSIQSQASVCKTKCTETENEEDRNDSELDTEQLLKSFKATKRKSFYLGSPDVKSSRGSDKDAIKEPEKKHEDCSGVESAEKALGDSSKSSYDFISPSNSPVQPRITVSEKRDPAAVEALISEQNCSGLFRSSPSSGLSPNKEAKRGAESPPLSVVPQVVDSGLRFTAVECDELKEASQNTESRADCEDVKGIKDDAPATLKCSSVNTAEHRGVPESSLTPDDLIASPVQTIHKAEINSNGSGEVSINSSINRKPRRKRKAQRLEPSSESDSSGSKEELPTLTQIFGTSARPSAQNRSDSGEDDRCEGTADAADRLPPACPSPDCVDSSQASVDLFGTPEESGDVPVNDTSVTIESSQFSSEVLVTQQKIEMQKELVRLEKLMALVSEVLQEKESSPSKEIPPQTHQSTRDMGPDAHRQLPRDQDAGHAADRKAVPEAGPNLNPEPSDCKGVPEPNPSEPEAAQTSAHKGVGVKGTGVSKTPSSTSAAKTQKDSSSLSDGQEDKENNSPPKDACKAKLVLVSSGLGPNEQIMVKKFAKRVGARVVSQVTPEVTHVIMRTDEQLVCERTLKYFLGIAGRKWVLSFQWISECFKQKKVLDESPFEVRGDVVNGPNHQGPSRARTTEDSNLLMKGFSICFQGPFTDMTADKMEWMVELCGAAVVRDPLLLDGKQKSRQLVIVQPKPESSSSTYNSLSKQATVVTRGWLLDTVATYTLQNYSSYRT

Target ORF information:

RefSeq Version	XM_012923633.2
Organism	Maylandia zebra(zebra mbuna)
Definition	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X5, mRNA.

Target ORF information:

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

XM_012923633.2

ORF Insert Sequence:

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAGCCTTGA TCTCTGAACA AAACTGTTCA GGTCTCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGCAGCGCA GACGTCTGCG CATAAAGGGG TCGGTGTCAA AGGCACTGGA 
GTCTCCAAAA CACCTTCTTC AACTTCAGCA GCTAAGACTC AGAAGGACAG CAGTTCTCTG 
TCCGATGGGC AAGAAGACAA AGAAAATAAC AGCCCTCCAA AAGACGCATG CAAAGCTAAG 
CTGGTGCTTG TGTCATCAGG ATTGGGCCCA AATGAGCAGA TTATGGTGAA AAAGTTTGCC 
AAGAGAGTTG GTGCCCGTGT GGTTTCCCAG GTAACACCAG AAGTGACTCA TGTCATCATG 
CGTACAGATG AACAGCTGGT ATGTGAGCGC ACACTGAAAT ACTTCCTGGG AATTGCAGGC 
AGGAAGTGGG TGTTGAGTTT CCAGTGGATT TCTGAGTGCT TCAAACAAAA GAAAGTCTTA 
GATGAGAGTC CGTTTGAGGT GAGAGGGGAT GTGGTGAATG GGCCCAACCA CCAGGGCCCC 
TCAAGAGCTC GGACCACTGA AGACAGTAAT CTGCTCATGA AGGGCTTCAG CATCTGCTTC 
CAGGGGCCTT TTACAGACAT GACTGCAGAT AAAATGGAGT GGATGGTGGA GCTCTGTGGA 
GCTGCTGTAG TGAGAGATCC ACTTCTACTC GATGGTAAAC AGAAGTCCCG GCAGCTCGTC 
ATTGTACAGC CTAAACCAGA GTCATCATCT TCAACTTACA ACAGTCTTTC CAAACAAGCT 
ACTGTTGTAA CCCGTGGTTG GTTGTTGGAT ACAGTTGCGA CCTACACCCT TCAAAATTAC 
AGCAGCTACA GAACATAA

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

brca1 ( XM_023153819.1 ) cDNA ORF clone, Maylandia zebra(zebra mbuna) -> XP_023009587.1 Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OMa313579
Clone ID Related Accession (Same CDS sequence)	XM_023153819.1
Accession Version	XM_023153819.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4170bp) 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	1511884800000
Organism	Maylandia zebra(zebra mbuna)
Product	breast cancer type 1 susceptibility protein isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014445707.1) 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 :: Maylandia zebra Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAGCCTTGA TCTCTGAACA AAACTGTTCA GGTCTCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGGTGACAC ACAGATGGCG CAGACGTCTG CGCATAAAGG GGTCGGTGTC 
AAAGGCACTG GAGTCTCCAA AACACCTTCT TCAACTTCAG CAGCTAAGAC TCAGAAGGAC 
AGCAGTTCTC TGTCCGATGG GCAAGAAGAC AAAGAAAATA ACAGCCCTCC AAAAGACGCA 
TGCAAAGCTA AGCTGGTGCT TGTGTCATCA GGATTGGGCC CAAATGAGCA GATTATGGTG 
AAAAAGTTTG CCAAGAGAGT TGGTGCCCGT GTGGTTTCCC AGGTAACACC AGAAGTGACT 
CATGTCATCA TGCGTACAGA TGAACAGCTG GTATGTGAGC GCACACTGAA ATACTTCCTG 
GGAATTGCAG GCAGGAAGTG GGTGTTGAGT TTCCAGTGGA TTTCTGAGTG CTTCAAACAA 
AAGAAAGTCT TAGATGAGAG TCCGTTTGAG GTGAGAGGGG ATGTGGTGAA TGGGCCCAAC 
CACCAGGGCC CCTCAAGAGC TCGGACCACT GAAGACAGTA ATCTGCTCAT GAAGGGCTTC 
AGCATCTGCT TCCAGGGGCC TTTTACAGAC ATGACTGCAG ATAAAATGGA GTGGATGGTG 
GAGCTCTGTG GAGCTGCTGT AGTGAGAGAT CCACTTCTAC TCGATGGTAA ACAGAAGTCC 
CGGCAGCTCG TCATTGTACA GCCTAAACCA GAGTCATCAT CTTCAACTTA CAACAGTCTT 
TCCAAACAAG CTACTGTTGT AACCCGTGGT TGGTTGTTGG ATACAGTTGC GACCTACACC 
CTTCAAAATT ACAGCAGCTA CAGAACATAA

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

RefSeq	XP_023009587.1
CDS	111..4280
Translation	MKTPKVSDVKKGILALWETLQCPICLDLMTAPVSTKCDHQFCKFCMMKLLDKSKQNKANCPVCKSTVTKRSLQESPGFQKLVAGLQDMIQAYEHDTGTNYFTGTSQQGRCAGVTGAETTKGALTSGDECGTDIDNEQNALFGDLPESHSSTIAARNGFARLMGLEDSAPLTTENEALDSGLGDAPLTSDKKMSSPTDNGEPVKAEMSDVVANTSKTRRNRGKRSRENASLYSSFIPDENEDQSQRKSSRKKQKKDVVPDKILDHKRKKSLEKVAEWLMKVPAEGSLELEKPDENSDDSDSCSSASTIDIRQCNSELNPKKEGRAKALEEQVFGAVYRRRVNRNVSPPLKVFTEPSIAEEILKSEDASSVREENGFASFAKINKSNVEGEQQMTEEINDGSGICKSAEQMEIGTEIDTGMHVDEFNNFPESHQNRGRDDVSSVVPDNVEQQLGRKTRKRTCNVLQQVDSDLQEQARAKSEGGEQKKTDKRKGRNTRSEKGKPSRVPKPLVLVGVQNGETTPVIRMRAEEVQVQIENYPSSEDQVTPVVKSSRRSRRLQLFAEEVQEGHKQVSEKAKATEGNSSVAKQPEHANGEALDDVNKVVKSAKKNGCVYNEDIGEIENIECAERTSNLRPTEAVKELNAASGSAQLDDAAVVGPTLESDNQNSIQSQASVCKTKCTETENEEDRNDSELDTEQLLKSFKATKRKSFYLGSPDVKSSRGSDKDAIKEPEKKHEDCSGVESAEKALGDSSKSSYDFISPSNSPVQPRITVSEKRDPAAVEALISEQNCSGLFRSSPSSGLSPNKEAKRGAESPPLSVVPQVVDSGLRFTAVECDELKEASQNTESRADCEDVKGIKDDAPATLKCSSVNTAEHRGVPESSLTPDDLIASPVQTIHKAEINSNGSGEVSINSSINRKPRRKRKAQRLEPSSESDSSGSKEELPTLTQIFGTSARPSAQNRSDSGEDDRCEGTADAADRLPPACPSPDCVDSSQASVDLFGTPEESGDVPVNDTSVTIESSQFSSEVLVTQQKIEMQKELVRLEKLMALVSEVLQEKESSPSKEIPPQTHQSTRDMGPDAHRQLPRDQDAGHAADRKAVPEAGPNLNPEPSDCKGVPEPNPSEPEGDTQMAQTSAHKGVGVKGTGVSKTPSSTSAAKTQKDSSSLSDGQEDKENNSPPKDACKAKLVLVSSGLGPNEQIMVKKFAKRVGARVVSQVTPEVTHVIMRTDEQLVCERTLKYFLGIAGRKWVLSFQWISECFKQKKVLDESPFEVRGDVVNGPNHQGPSRARTTEDSNLLMKGFSICFQGPFTDMTADKMEWMVELCGAAVVRDPLLLDGKQKSRQLVIVQPKPESSSSTYNSLSKQATVVTRGWLLDTVATYTLQNYSSYRT

Target ORF information:

RefSeq Version	XM_023153819.1
Organism	Maylandia zebra(zebra mbuna)
Definition	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X3, mRNA.

Target ORF information:

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

XM_023153819.1

ORF Insert Sequence:

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAGCCTTGA TCTCTGAACA AAACTGTTCA GGTCTCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGGTGACAC ACAGATGGCG CAGACGTCTG CGCATAAAGG GGTCGGTGTC 
AAAGGCACTG GAGTCTCCAA AACACCTTCT TCAACTTCAG CAGCTAAGAC TCAGAAGGAC 
AGCAGTTCTC TGTCCGATGG GCAAGAAGAC AAAGAAAATA ACAGCCCTCC AAAAGACGCA 
TGCAAAGCTA AGCTGGTGCT TGTGTCATCA GGATTGGGCC CAAATGAGCA GATTATGGTG 
AAAAAGTTTG CCAAGAGAGT TGGTGCCCGT GTGGTTTCCC AGGTAACACC AGAAGTGACT 
CATGTCATCA TGCGTACAGA TGAACAGCTG GTATGTGAGC GCACACTGAA ATACTTCCTG 
GGAATTGCAG GCAGGAAGTG GGTGTTGAGT TTCCAGTGGA TTTCTGAGTG CTTCAAACAA 
AAGAAAGTCT TAGATGAGAG TCCGTTTGAG GTGAGAGGGG ATGTGGTGAA TGGGCCCAAC 
CACCAGGGCC CCTCAAGAGC TCGGACCACT GAAGACAGTA ATCTGCTCAT GAAGGGCTTC 
AGCATCTGCT TCCAGGGGCC TTTTACAGAC ATGACTGCAG ATAAAATGGA GTGGATGGTG 
GAGCTCTGTG GAGCTGCTGT AGTGAGAGAT CCACTTCTAC TCGATGGTAA ACAGAAGTCC 
CGGCAGCTCG TCATTGTACA GCCTAAACCA GAGTCATCAT CTTCAACTTA CAACAGTCTT 
TCCAAACAAG CTACTGTTGT AACCCGTGGT TGGTTGTTGG ATACAGTTGC GACCTACACC 
CTTCAAAATT ACAGCAGCTA CAGAACATAA

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

brca1 ( XM_023153820.1 ) cDNA ORF clone, Maylandia zebra(zebra mbuna) -> XP_023009588.1 Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OMa313580
Clone ID Related Accession (Same CDS sequence)	XM_023153820.1
Accession Version	XM_023153820.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4170bp) 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	1511884800000
Organism	Maylandia zebra(zebra mbuna)
Product	breast cancer type 1 susceptibility protein isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014445707.1) 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 :: Maylandia zebra Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAGCCTTGA TCTCTGAACA AAACTGTTCA GGTCTCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGGTGACAC ACAGATGGCA GCGCAGACGT CTGCGCATAA AGGGGTCGGT 
GTCAAAGGCA CTGGAGTCTC CAAAACACCT TCTTCAACTT CAGCAGCTAA GACTCAGAAG 
GACAGCAGTT CTCTGTCCGA TGGGCAAGAA GACAAAGAAA ATAACAGCCC TCCAAAAGAC 
GCATGCAAAG CTAAGCTGGT GCTTGTGTCA TCAGGATTGG GCCCAAATGA GCAGATTATG 
GTGAAAAAGT TTGCCAAGAG AGTTGGTGCC CGTGTGGTTT CCCAGGTAAC ACCAGAAGTG 
ACTCATGTCA TCATGCGTAC AGATGAACAG CTGGTATGTG AGCGCACACT GAAATACTTC 
CTGGGAATTG CAGGCAGGAA GTGGGTGTTG AGTTTCCAGT GGATTTCTGA GTGCTTCAAA 
CAAAAGAAAG TCTTAGATGA GAGTCCGTTT GAGGTGAGAG GGGATGTGGT GAATGGGCCC 
AACCACCAGG GCCCCTCAAG AGCTCGGACC ACTGAAGACA GTAATCTGCT CATGAAGGGC 
TTCAGCATCT GCTTCCAGGG GCCTTTTACA GACATGACTG CAGATAAAAT GGAGTGGATG 
GTGGAGCTCT GTGGAGCTGC TGTAGTGAGA GATCCACTTC TACTCGATGG TAAACAGTCC 
CGGCAGCTCG TCATTGTACA GCCTAAACCA GAGTCATCAT CTTCAACTTA CAACAGTCTT 
TCCAAACAAG CTACTGTTGT AACCCGTGGT TGGTTGTTGG ATACAGTTGC GACCTACACC 
CTTCAAAATT ACAGCAGCTA CAGAACATAA

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

RefSeq	XP_023009588.1
CDS	111..4280
Translation	MKTPKVSDVKKGILALWETLQCPICLDLMTAPVSTKCDHQFCKFCMMKLLDKSKQNKANCPVCKSTVTKRSLQESPGFQKLVAGLQDMIQAYEHDTGTNYFTGTSQQGRCAGVTGAETTKGALTSGDECGTDIDNEQNALFGDLPESHSSTIAARNGFARLMGLEDSAPLTTENEALDSGLGDAPLTSDKKMSSPTDNGEPVKAEMSDVVANTSKTRRNRGKRSRENASLYSSFIPDENEDQSQRKSSRKKQKKDVVPDKILDHKRKKSLEKVAEWLMKVPAEGSLELEKPDENSDDSDSCSSASTIDIRQCNSELNPKKEGRAKALEEQVFGAVYRRRVNRNVSPPLKVFTEPSIAEEILKSEDASSVREENGFASFAKINKSNVEGEQQMTEEINDGSGICKSAEQMEIGTEIDTGMHVDEFNNFPESHQNRGRDDVSSVVPDNVEQQLGRKTRKRTCNVLQQVDSDLQEQARAKSEGGEQKKTDKRKGRNTRSEKGKPSRVPKPLVLVGVQNGETTPVIRMRAEEVQVQIENYPSSEDQVTPVVKSSRRSRRLQLFAEEVQEGHKQVSEKAKATEGNSSVAKQPEHANGEALDDVNKVVKSAKKNGCVYNEDIGEIENIECAERTSNLRPTEAVKELNAASGSAQLDDAAVVGPTLESDNQNSIQSQASVCKTKCTETENEEDRNDSELDTEQLLKSFKATKRKSFYLGSPDVKSSRGSDKDAIKEPEKKHEDCSGVESAEKALGDSSKSSYDFISPSNSPVQPRITVSEKRDPAAVEALISEQNCSGLFRSSPSSGLSPNKEAKRGAESPPLSVVPQVVDSGLRFTAVECDELKEASQNTESRADCEDVKGIKDDAPATLKCSSVNTAEHRGVPESSLTPDDLIASPVQTIHKAEINSNGSGEVSINSSINRKPRRKRKAQRLEPSSESDSSGSKEELPTLTQIFGTSARPSAQNRSDSGEDDRCEGTADAADRLPPACPSPDCVDSSQASVDLFGTPEESGDVPVNDTSVTIESSQFSSEVLVTQQKIEMQKELVRLEKLMALVSEVLQEKESSPSKEIPPQTHQSTRDMGPDAHRQLPRDQDAGHAADRKAVPEAGPNLNPEPSDCKGVPEPNPSEPEGDTQMAAQTSAHKGVGVKGTGVSKTPSSTSAAKTQKDSSSLSDGQEDKENNSPPKDACKAKLVLVSSGLGPNEQIMVKKFAKRVGARVVSQVTPEVTHVIMRTDEQLVCERTLKYFLGIAGRKWVLSFQWISECFKQKKVLDESPFEVRGDVVNGPNHQGPSRARTTEDSNLLMKGFSICFQGPFTDMTADKMEWMVELCGAAVVRDPLLLDGKQSRQLVIVQPKPESSSSTYNSLSKQATVVTRGWLLDTVATYTLQNYSSYRT

Target ORF information:

RefSeq Version	XM_023153820.1
Organism	Maylandia zebra(zebra mbuna)
Definition	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X4, mRNA.

Target ORF information:

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

XM_023153820.1

ORF Insert Sequence:

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAGCCTTGA TCTCTGAACA AAACTGTTCA GGTCTCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGGTGACAC ACAGATGGCA GCGCAGACGT CTGCGCATAA AGGGGTCGGT 
GTCAAAGGCA CTGGAGTCTC CAAAACACCT TCTTCAACTT CAGCAGCTAA GACTCAGAAG 
GACAGCAGTT CTCTGTCCGA TGGGCAAGAA GACAAAGAAA ATAACAGCCC TCCAAAAGAC 
GCATGCAAAG CTAAGCTGGT GCTTGTGTCA TCAGGATTGG GCCCAAATGA GCAGATTATG 
GTGAAAAAGT TTGCCAAGAG AGTTGGTGCC CGTGTGGTTT CCCAGGTAAC ACCAGAAGTG 
ACTCATGTCA TCATGCGTAC AGATGAACAG CTGGTATGTG AGCGCACACT GAAATACTTC 
CTGGGAATTG CAGGCAGGAA GTGGGTGTTG AGTTTCCAGT GGATTTCTGA GTGCTTCAAA 
CAAAAGAAAG TCTTAGATGA GAGTCCGTTT GAGGTGAGAG GGGATGTGGT GAATGGGCCC 
AACCACCAGG GCCCCTCAAG AGCTCGGACC ACTGAAGACA GTAATCTGCT CATGAAGGGC 
TTCAGCATCT GCTTCCAGGG GCCTTTTACA GACATGACTG CAGATAAAAT GGAGTGGATG 
GTGGAGCTCT GTGGAGCTGC TGTAGTGAGA GATCCACTTC TACTCGATGG TAAACAGTCC 
CGGCAGCTCG TCATTGTACA GCCTAAACCA GAGTCATCAT CTTCAACTTA CAACAGTCTT 
TCCAAACAAG CTACTGTTGT AACCCGTGGT TGGTTGTTGG ATACAGTTGC GACCTACACC 
CTTCAAAATT ACAGCAGCTA CAGAACATAA

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

brca1 ( XM_023153821.1 ) cDNA ORF clone, Maylandia zebra(zebra mbuna) -> XP_023009589.1 Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X6, mRNA.

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CloneID	OMa313581
Clone ID Related Accession (Same CDS sequence)	XM_023153821.1
Accession Version	XM_023153821.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4155bp) 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	1511884800000
Organism	Maylandia zebra(zebra mbuna)
Product	breast cancer type 1 susceptibility protein isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014445707.1) 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 :: Maylandia zebra Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAGCCTTGA TCTCTGAACA AAACTGTTCA GGTCTCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGCGCAGAC GTCTGCGCAT AAAGGGGTCG GTGTCAAAGG CACTGGAGTC 
TCCAAAACAC CTTCTTCAAC TTCAGCAGCT AAGACTCAGA AGGACAGCAG TTCTCTGTCC 
GATGGGCAAG AAGACAAAGA AAATAACAGC CCTCCAAAAG ACGCATGCAA AGCTAAGCTG 
GTGCTTGTGT CATCAGGATT GGGCCCAAAT GAGCAGATTA TGGTGAAAAA GTTTGCCAAG 
AGAGTTGGTG CCCGTGTGGT TTCCCAGGTA ACACCAGAAG TGACTCATGT CATCATGCGT 
ACAGATGAAC AGCTGGTATG TGAGCGCACA CTGAAATACT TCCTGGGAAT TGCAGGCAGG 
AAGTGGGTGT TGAGTTTCCA GTGGATTTCT GAGTGCTTCA AACAAAAGAA AGTCTTAGAT 
GAGAGTCCGT TTGAGGTGAG AGGGGATGTG GTGAATGGGC CCAACCACCA GGGCCCCTCA 
AGAGCTCGGA CCACTGAAGA CAGTAATCTG CTCATGAAGG GCTTCAGCAT CTGCTTCCAG 
GGGCCTTTTA CAGACATGAC TGCAGATAAA ATGGAGTGGA TGGTGGAGCT CTGTGGAGCT 
GCTGTAGTGA GAGATCCACT TCTACTCGAT GGTAAACAGA AGTCCCGGCA GCTCGTCATT 
GTACAGCCTA AACCAGAGTC ATCATCTTCA ACTTACAACA GTCTTTCCAA ACAAGCTACT 
GTTGTAACCC GTGGTTGGTT GTTGGATACA GTTGCGACCT ACACCCTTCA AAATTACAGC 
AGCTACAGAA CATAA

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

RefSeq	XP_023009589.1
CDS	111..4265
Translation	MKTPKVSDVKKGILALWETLQCPICLDLMTAPVSTKCDHQFCKFCMMKLLDKSKQNKANCPVCKSTVTKRSLQESPGFQKLVAGLQDMIQAYEHDTGTNYFTGTSQQGRCAGVTGAETTKGALTSGDECGTDIDNEQNALFGDLPESHSSTIAARNGFARLMGLEDSAPLTTENEALDSGLGDAPLTSDKKMSSPTDNGEPVKAEMSDVVANTSKTRRNRGKRSRENASLYSSFIPDENEDQSQRKSSRKKQKKDVVPDKILDHKRKKSLEKVAEWLMKVPAEGSLELEKPDENSDDSDSCSSASTIDIRQCNSELNPKKEGRAKALEEQVFGAVYRRRVNRNVSPPLKVFTEPSIAEEILKSEDASSVREENGFASFAKINKSNVEGEQQMTEEINDGSGICKSAEQMEIGTEIDTGMHVDEFNNFPESHQNRGRDDVSSVVPDNVEQQLGRKTRKRTCNVLQQVDSDLQEQARAKSEGGEQKKTDKRKGRNTRSEKGKPSRVPKPLVLVGVQNGETTPVIRMRAEEVQVQIENYPSSEDQVTPVVKSSRRSRRLQLFAEEVQEGHKQVSEKAKATEGNSSVAKQPEHANGEALDDVNKVVKSAKKNGCVYNEDIGEIENIECAERTSNLRPTEAVKELNAASGSAQLDDAAVVGPTLESDNQNSIQSQASVCKTKCTETENEEDRNDSELDTEQLLKSFKATKRKSFYLGSPDVKSSRGSDKDAIKEPEKKHEDCSGVESAEKALGDSSKSSYDFISPSNSPVQPRITVSEKRDPAAVEALISEQNCSGLFRSSPSSGLSPNKEAKRGAESPPLSVVPQVVDSGLRFTAVECDELKEASQNTESRADCEDVKGIKDDAPATLKCSSVNTAEHRGVPESSLTPDDLIASPVQTIHKAEINSNGSGEVSINSSINRKPRRKRKAQRLEPSSESDSSGSKEELPTLTQIFGTSARPSAQNRSDSGEDDRCEGTADAADRLPPACPSPDCVDSSQASVDLFGTPEESGDVPVNDTSVTIESSQFSSEVLVTQQKIEMQKELVRLEKLMALVSEVLQEKESSPSKEIPPQTHQSTRDMGPDAHRQLPRDQDAGHAADRKAVPEAGPNLNPEPSDCKGVPEPNPSEPEAQTSAHKGVGVKGTGVSKTPSSTSAAKTQKDSSSLSDGQEDKENNSPPKDACKAKLVLVSSGLGPNEQIMVKKFAKRVGARVVSQVTPEVTHVIMRTDEQLVCERTLKYFLGIAGRKWVLSFQWISECFKQKKVLDESPFEVRGDVVNGPNHQGPSRARTTEDSNLLMKGFSICFQGPFTDMTADKMEWMVELCGAAVVRDPLLLDGKQKSRQLVIVQPKPESSSSTYNSLSKQATVVTRGWLLDTVATYTLQNYSSYRT

Target ORF information:

RefSeq Version	XM_023153821.1
Organism	Maylandia zebra(zebra mbuna)
Definition	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X6, mRNA.

Target ORF information:

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

XM_023153821.1

ORF Insert Sequence:

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAGCCTTGA TCTCTGAACA AAACTGTTCA GGTCTCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGCGCAGAC GTCTGCGCAT AAAGGGGTCG GTGTCAAAGG CACTGGAGTC 
TCCAAAACAC CTTCTTCAAC TTCAGCAGCT AAGACTCAGA AGGACAGCAG TTCTCTGTCC 
GATGGGCAAG AAGACAAAGA AAATAACAGC CCTCCAAAAG ACGCATGCAA AGCTAAGCTG 
GTGCTTGTGT CATCAGGATT GGGCCCAAAT GAGCAGATTA TGGTGAAAAA GTTTGCCAAG 
AGAGTTGGTG CCCGTGTGGT TTCCCAGGTA ACACCAGAAG TGACTCATGT CATCATGCGT 
ACAGATGAAC AGCTGGTATG TGAGCGCACA CTGAAATACT TCCTGGGAAT TGCAGGCAGG 
AAGTGGGTGT TGAGTTTCCA GTGGATTTCT GAGTGCTTCA AACAAAAGAA AGTCTTAGAT 
GAGAGTCCGT TTGAGGTGAG AGGGGATGTG GTGAATGGGC CCAACCACCA GGGCCCCTCA 
AGAGCTCGGA CCACTGAAGA CAGTAATCTG CTCATGAAGG GCTTCAGCAT CTGCTTCCAG 
GGGCCTTTTA CAGACATGAC TGCAGATAAA ATGGAGTGGA TGGTGGAGCT CTGTGGAGCT 
GCTGTAGTGA GAGATCCACT TCTACTCGAT GGTAAACAGA AGTCCCGGCA GCTCGTCATT 
GTACAGCCTA AACCAGAGTC ATCATCTTCA ACTTACAACA GTCTTTCCAA ACAAGCTACT 
GTTGTAACCC GTGGTTGGTT GTTGGATACA GTTGCGACCT ACACCCTTCA AAATTACAGC 
AGCTACAGAA CATAA

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

brca1 ( XM_012923632.3 ) cDNA ORF clone, Maylandia zebra(zebra mbuna) -> XP_012779086.2 Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X1, mRNA.

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CloneID	OMa356247
Clone ID Related Accession (Same CDS sequence)	XM_012923632.3
Accession Version	XM_012923632.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4173bp) 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	1524412800000
Organism	Maylandia zebra(zebra mbuna)
Product	breast cancer type 1 susceptibility protein isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020192394.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 24, 2018 this sequence version replaced XM_012923632.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Maylandia zebra Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAACCTTGA TCTCTGAACA AAACTGTTCA GGTCGCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGGTGACAC ACAGATGGCA GCGCAGAAGT CTGCGCATAA AGGGGTCGGT 
GTCAAAGGCA CTGGAGTCTC CAAAACACCT TCTTCAACTT CAGCAGCTAA GACTCAGAAG 
GACAGCAGTT CTCTGTCCGA TGGGCAAGAA GACAAAGAAA ATAACAGCCC TCCAAAAGAC 
GCATGCAAAG CTAAGCTGGT GCTTGTGTCA TCAGGATTGG GCCCAAATGA GCAGATTATG 
GTGAAAAAGT TTGCCAAGAG AGTTGGTGCC CGTGTGGTTT CCCAGGTAAC ACCAGAAGTG 
ACTCATGTCA TCATGCGTAC AGATGAACAG CTGGTATGTG AGCGCACACT GAAATACTTC 
CTGGGAATTG CAGGCAGGAA GTGGGTGTTG AGTTTCCAGT GGATTTCTGA GTGCTTCAAA 
CAAAAGAAAG TCTTAGATGA GAGTCCGTTT GAGGTGAGAG GGGATGTGGT GAATGGGCCC 
AACCACCAGG GCCCCTCAAG AGCTCGGACC ACTGAAGACA GTAATCTGCT CATGAAGGGC 
TTCAGCATCT GCTTCCAGGG GCCTTTTACA GACATGACTG CAGATAAAAT GGAGTGGATG 
GTGGAGCTCT GTGGAGCTGC TGTAGTGAGA GATCCACTTC TACTCGATGG TAAACAGAAG 
TCCCGGCAGC TCGTCATTGT ACAGCCTAAA CCAGAGTCAT CATCTTCAAC TTACAACAGT 
CTTTCCAAAC AAGCTACTGT TGTAACCCGT GGTTGGTTGT TGGATACAGT TGCGACCTAC 
ACCCTTCAAA ATTACAGCAG CTACAGAACA TAA

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

RefSeq	XP_012779086.2
CDS	107..4279
Translation	MKTPKVSDVKKGILALWETLQCPICLDLMTAPVSTKCDHQFCKFCMMKLLDKSKQNKANCPVCKSTVTKRSLQESPGFQKLVAGLQDMIQAYEHDTGTNYFTGTSQQGRCAGVTGAETTKGALTSGDECGTDIDNEQNALFGDLPESHSSTIAARNGFARLMGLEDSAPLTTENEALDSGLGDAPLTSDKKMSSPTDNGEPVKAEMSDVVANTSKTRRNRGKRSRENASLYSSFIPDENEDQSQRKSSRKKQKKDVVPDKILDHKRKKSLEKVAEWLMKVPAEGSLELEKPDENSDDSDSCSSASTIDIRQCNSELNPKKEGRAKALEEQVFGAVYRRRVNRNVSPPLKVFTEPSIAEEILKSEDASSVREENGFASFAKINKSNVEGEQQMTEEINDGSGICKSAEQMEIGTEIDTGMHVDEFNNFPESHQNRGRDDVSSVVPDNVEQQLGRKTRKRTCNVLQQVDSDLQEQARAKSEGGEQKKTDKRKGRNTRSEKGKPSRVPKPLVLVGVQNGETTPVIRMRAEEVQVQIENYPSSEDQVTPVVKSSRRSRRLQLFAEEVQEGHKQVSEKAKATEGNSSVAKQPEHANGEALDDVNKVVKSAKKNGCVYNEDIGEIENIECAERTSNLRPTEAVKELNAASGSAQLDDAAVVGPTLESDNQNSIQSQASVCKTKCTETENEEDRNDSELDTEQLLKSFKATKRKSFYLGSPDVKSSRGSDKDAIKEPEKKHEDCSGVESAEKALGDSSKSSYDFISPSNSPVQPRITVSEKRDPAAVETLISEQNCSGRFRSSPSSGLSPNKEAKRGAESPPLSVVPQVVDSGLRFTAVECDELKEASQNTESRADCEDVKGIKDDAPATLKCSSVNTAEHRGVPESSLTPDDLIASPVQTIHKAEINSNGSGEVSINSSINRKPRRKRKAQRLEPSSESDSSGSKEELPTLTQIFGTSARPSAQNRSDSGEDDRCEGTADAADRLPPACPSPDCVDSSQASVDLFGTPEESGDVPVNDTSVTIESSQFSSEVLVTQQKIEMQKELVRLEKLMALVSEVLQEKESSPSKEIPPQTHQSTRDMGPDAHRQLPRDQDAGHAADRKAVPEAGPNLNPEPSDCKGVPEPNPSEPEGDTQMAAQKSAHKGVGVKGTGVSKTPSSTSAAKTQKDSSSLSDGQEDKENNSPPKDACKAKLVLVSSGLGPNEQIMVKKFAKRVGARVVSQVTPEVTHVIMRTDEQLVCERTLKYFLGIAGRKWVLSFQWISECFKQKKVLDESPFEVRGDVVNGPNHQGPSRARTTEDSNLLMKGFSICFQGPFTDMTADKMEWMVELCGAAVVRDPLLLDGKQKSRQLVIVQPKPESSSSTYNSLSKQATVVTRGWLLDTVATYTLQNYSSYRT

Target ORF information:

RefSeq Version	XM_012923632.3
Organism	Maylandia zebra(zebra mbuna)
Definition	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X1, mRNA.

Target ORF information:

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

XM_012923632.3

ORF Insert Sequence:

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAACCTTGA TCTCTGAACA AAACTGTTCA GGTCGCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGGTGACAC ACAGATGGCA GCGCAGAAGT CTGCGCATAA AGGGGTCGGT 
GTCAAAGGCA CTGGAGTCTC CAAAACACCT TCTTCAACTT CAGCAGCTAA GACTCAGAAG 
GACAGCAGTT CTCTGTCCGA TGGGCAAGAA GACAAAGAAA ATAACAGCCC TCCAAAAGAC 
GCATGCAAAG CTAAGCTGGT GCTTGTGTCA TCAGGATTGG GCCCAAATGA GCAGATTATG 
GTGAAAAAGT TTGCCAAGAG AGTTGGTGCC CGTGTGGTTT CCCAGGTAAC ACCAGAAGTG 
ACTCATGTCA TCATGCGTAC AGATGAACAG CTGGTATGTG AGCGCACACT GAAATACTTC 
CTGGGAATTG CAGGCAGGAA GTGGGTGTTG AGTTTCCAGT GGATTTCTGA GTGCTTCAAA 
CAAAAGAAAG TCTTAGATGA GAGTCCGTTT GAGGTGAGAG GGGATGTGGT GAATGGGCCC 
AACCACCAGG GCCCCTCAAG AGCTCGGACC ACTGAAGACA GTAATCTGCT CATGAAGGGC 
TTCAGCATCT GCTTCCAGGG GCCTTTTACA GACATGACTG CAGATAAAAT GGAGTGGATG 
GTGGAGCTCT GTGGAGCTGC TGTAGTGAGA GATCCACTTC TACTCGATGG TAAACAGAAG 
TCCCGGCAGC TCGTCATTGT ACAGCCTAAA CCAGAGTCAT CATCTTCAAC TTACAACAGT 
CTTTCCAAAC AAGCTACTGT TGTAACCCGT GGTTGGTTGT TGGATACAGT TGCGACCTAC 
ACCCTTCAAA ATTACAGCAG CTACAGAACA TAA

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

brca1 ( XM_004567478.3 ) cDNA ORF clone, Maylandia zebra(zebra mbuna) -> XP_004567535.2 Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X2, mRNA.

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CloneID	OMa356248
Clone ID Related Accession (Same CDS sequence)	XM_004567478.3
Accession Version	XM_004567478.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4170bp) 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	1524412800000
Organism	Maylandia zebra(zebra mbuna)
Product	breast cancer type 1 susceptibility protein isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020192394.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 24, 2018 this sequence version replaced XM_004567478.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Maylandia zebra Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAACCTTGA TCTCTGAACA AAACTGTTCA GGTCGCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATGTGACGT TCCAGTAAAT GACACCAGTG TTACCATAGA ATCGTCACAG 
TTTTCAAGCG AAGTCCTTGT TACACAGCAA AAGATAGAAA TGCAGAAGGA GCTGGTGAGG 
CTGGAGAAGC TGATGGCCCT GGTCTCAGAG GTGCTTCAGG AGAAAGAGAG CAGTCCTTCC 
AAAGAAATCC CCCCACAAAC CCATCAGAGC ACCAGAGACA TGGGCCCAGA CGCTCACAGA 
CAGCTTCCTC GTGACCAGGA CGCAGGGCAC GCCGCAGACA GGAAAGCTGT TCCAGAAGCG 
GGACCGAACC TAAACCCAGA ACCATCTGAT TGCAAAGGTG TTCCCGAACC CAACCCGTCA 
GAGCCTGAAG GTGACACACA GATGGCAGCG CAGAAGTCTG CGCATAAAGG GGTCGGTGTC 
AAAGGCACTG GAGTCTCCAA AACACCTTCT TCAACTTCAG CAGCTAAGAC TCAGAAGGAC 
AGCAGTTCTC TGTCCGATGG GCAAGAAGAC AAAGAAAATA ACAGCCCTCC AAAAGACGCA 
TGCAAAGCTA AGCTGGTGCT TGTGTCATCA GGATTGGGCC CAAATGAGCA GATTATGGTG 
AAAAAGTTTG CCAAGAGAGT TGGTGCCCGT GTGGTTTCCC AGGTAACACC AGAAGTGACT 
CATGTCATCA TGCGTACAGA TGAACAGCTG GTATGTGAGC GCACACTGAA ATACTTCCTG 
GGAATTGCAG GCAGGAAGTG GGTGTTGAGT TTCCAGTGGA TTTCTGAGTG CTTCAAACAA 
AAGAAAGTCT TAGATGAGAG TCCGTTTGAG GTGAGAGGGG ATGTGGTGAA TGGGCCCAAC 
CACCAGGGCC CCTCAAGAGC TCGGACCACT GAAGACAGTA ATCTGCTCAT GAAGGGCTTC 
AGCATCTGCT TCCAGGGGCC TTTTACAGAC ATGACTGCAG ATAAAATGGA GTGGATGGTG 
GAGCTCTGTG GAGCTGCTGT AGTGAGAGAT CCACTTCTAC TCGATGGTAA ACAGAAGTCC 
CGGCAGCTCG TCATTGTACA GCCTAAACCA GAGTCATCAT CTTCAACTTA CAACAGTCTT 
TCCAAACAAG CTACTGTTGT AACCCGTGGT TGGTTGTTGG ATACAGTTGC GACCTACACC 
CTTCAAAATT ACAGCAGCTA CAGAACATAA

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

RefSeq	XP_004567535.2
CDS	107..4276
Translation	MKTPKVSDVKKGILALWETLQCPICLDLMTAPVSTKCDHQFCKFCMMKLLDKSKQNKANCPVCKSTVTKRSLQESPGFQKLVAGLQDMIQAYEHDTGTNYFTGTSQQGRCAGVTGAETTKGALTSGDECGTDIDNEQNALFGDLPESHSSTIAARNGFARLMGLEDSAPLTTENEALDSGLGDAPLTSDKKMSSPTDNGEPVKAEMSDVVANTSKTRRNRGKRSRENASLYSSFIPDENEDQSQRKSSRKKQKKDVVPDKILDHKRKKSLEKVAEWLMKVPAEGSLELEKPDENSDDSDSCSSASTIDIRQCNSELNPKKEGRAKALEEQVFGAVYRRRVNRNVSPPLKVFTEPSIAEEILKSEDASSVREENGFASFAKINKSNVEGEQQMTEEINDGSGICKSAEQMEIGTEIDTGMHVDEFNNFPESHQNRGRDDVSSVVPDNVEQQLGRKTRKRTCNVLQQVDSDLQEQARAKSEGGEQKKTDKRKGRNTRSEKGKPSRVPKPLVLVGVQNGETTPVIRMRAEEVQVQIENYPSSEDQVTPVVKSSRRSRRLQLFAEEVQEGHKQVSEKAKATEGNSSVAKQPEHANGEALDDVNKVVKSAKKNGCVYNEDIGEIENIECAERTSNLRPTEAVKELNAASGSAQLDDAAVVGPTLESDNQNSIQSQASVCKTKCTETENEEDRNDSELDTEQLLKSFKATKRKSFYLGSPDVKSSRGSDKDAIKEPEKKHEDCSGVESAEKALGDSSKSSYDFISPSNSPVQPRITVSEKRDPAAVETLISEQNCSGRFRSSPSSGLSPNKEAKRGAESPPLSVVPQVVDSGLRFTAVECDELKEASQNTESRADCEDVKGIKDDAPATLKCSSVNTAEHRGVPESSLTPDDLIASPVQTIHKAEINSNGSGEVSINSSINRKPRRKRKAQRLEPSSESDSSGSKEELPTLTQIFGTSARPSAQNRSDSGEDDRCEGTADAADRLPPACPSPDCVDSSQASVDLFGTPEECDVPVNDTSVTIESSQFSSEVLVTQQKIEMQKELVRLEKLMALVSEVLQEKESSPSKEIPPQTHQSTRDMGPDAHRQLPRDQDAGHAADRKAVPEAGPNLNPEPSDCKGVPEPNPSEPEGDTQMAAQKSAHKGVGVKGTGVSKTPSSTSAAKTQKDSSSLSDGQEDKENNSPPKDACKAKLVLVSSGLGPNEQIMVKKFAKRVGARVVSQVTPEVTHVIMRTDEQLVCERTLKYFLGIAGRKWVLSFQWISECFKQKKVLDESPFEVRGDVVNGPNHQGPSRARTTEDSNLLMKGFSICFQGPFTDMTADKMEWMVELCGAAVVRDPLLLDGKQKSRQLVIVQPKPESSSSTYNSLSKQATVVTRGWLLDTVATYTLQNYSSYRT

Target ORF information:

RefSeq Version	XM_004567478.3
Organism	Maylandia zebra(zebra mbuna)
Definition	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X2, mRNA.

Target ORF information:

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

XM_004567478.3

ORF Insert Sequence:

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAACCTTGA TCTCTGAACA AAACTGTTCA GGTCGCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATGTGACGT TCCAGTAAAT GACACCAGTG TTACCATAGA ATCGTCACAG 
TTTTCAAGCG AAGTCCTTGT TACACAGCAA AAGATAGAAA TGCAGAAGGA GCTGGTGAGG 
CTGGAGAAGC TGATGGCCCT GGTCTCAGAG GTGCTTCAGG AGAAAGAGAG CAGTCCTTCC 
AAAGAAATCC CCCCACAAAC CCATCAGAGC ACCAGAGACA TGGGCCCAGA CGCTCACAGA 
CAGCTTCCTC GTGACCAGGA CGCAGGGCAC GCCGCAGACA GGAAAGCTGT TCCAGAAGCG 
GGACCGAACC TAAACCCAGA ACCATCTGAT TGCAAAGGTG TTCCCGAACC CAACCCGTCA 
GAGCCTGAAG GTGACACACA GATGGCAGCG CAGAAGTCTG CGCATAAAGG GGTCGGTGTC 
AAAGGCACTG GAGTCTCCAA AACACCTTCT TCAACTTCAG CAGCTAAGAC TCAGAAGGAC 
AGCAGTTCTC TGTCCGATGG GCAAGAAGAC AAAGAAAATA ACAGCCCTCC AAAAGACGCA 
TGCAAAGCTA AGCTGGTGCT TGTGTCATCA GGATTGGGCC CAAATGAGCA GATTATGGTG 
AAAAAGTTTG CCAAGAGAGT TGGTGCCCGT GTGGTTTCCC AGGTAACACC AGAAGTGACT 
CATGTCATCA TGCGTACAGA TGAACAGCTG GTATGTGAGC GCACACTGAA ATACTTCCTG 
GGAATTGCAG GCAGGAAGTG GGTGTTGAGT TTCCAGTGGA TTTCTGAGTG CTTCAAACAA 
AAGAAAGTCT TAGATGAGAG TCCGTTTGAG GTGAGAGGGG ATGTGGTGAA TGGGCCCAAC 
CACCAGGGCC CCTCAAGAGC TCGGACCACT GAAGACAGTA ATCTGCTCAT GAAGGGCTTC 
AGCATCTGCT TCCAGGGGCC TTTTACAGAC ATGACTGCAG ATAAAATGGA GTGGATGGTG 
GAGCTCTGTG GAGCTGCTGT AGTGAGAGAT CCACTTCTAC TCGATGGTAA ACAGAAGTCC 
CGGCAGCTCG TCATTGTACA GCCTAAACCA GAGTCATCAT CTTCAACTTA CAACAGTCTT 
TCCAAACAAG CTACTGTTGT AACCCGTGGT TGGTTGTTGG ATACAGTTGC GACCTACACC 
CTTCAAAATT ACAGCAGCTA CAGAACATAA

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

brca1 ( XM_023153819.2 ) cDNA ORF clone, Maylandia zebra(zebra mbuna) -> XP_023009587.2 Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OMa356249
Clone ID Related Accession (Same CDS sequence)	XM_023153819.2
Accession Version	XM_023153819.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4170bp) 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	1524412800000
Organism	Maylandia zebra(zebra mbuna)
Product	breast cancer type 1 susceptibility protein isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020192394.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 24, 2018 this sequence version replaced XM_023153819.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Maylandia zebra Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAACCTTGA TCTCTGAACA AAACTGTTCA GGTCGCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGGTGACAC ACAGATGGCG CAGAAGTCTG CGCATAAAGG GGTCGGTGTC 
AAAGGCACTG GAGTCTCCAA AACACCTTCT TCAACTTCAG CAGCTAAGAC TCAGAAGGAC 
AGCAGTTCTC TGTCCGATGG GCAAGAAGAC AAAGAAAATA ACAGCCCTCC AAAAGACGCA 
TGCAAAGCTA AGCTGGTGCT TGTGTCATCA GGATTGGGCC CAAATGAGCA GATTATGGTG 
AAAAAGTTTG CCAAGAGAGT TGGTGCCCGT GTGGTTTCCC AGGTAACACC AGAAGTGACT 
CATGTCATCA TGCGTACAGA TGAACAGCTG GTATGTGAGC GCACACTGAA ATACTTCCTG 
GGAATTGCAG GCAGGAAGTG GGTGTTGAGT TTCCAGTGGA TTTCTGAGTG CTTCAAACAA 
AAGAAAGTCT TAGATGAGAG TCCGTTTGAG GTGAGAGGGG ATGTGGTGAA TGGGCCCAAC 
CACCAGGGCC CCTCAAGAGC TCGGACCACT GAAGACAGTA ATCTGCTCAT GAAGGGCTTC 
AGCATCTGCT TCCAGGGGCC TTTTACAGAC ATGACTGCAG ATAAAATGGA GTGGATGGTG 
GAGCTCTGTG GAGCTGCTGT AGTGAGAGAT CCACTTCTAC TCGATGGTAA ACAGAAGTCC 
CGGCAGCTCG TCATTGTACA GCCTAAACCA GAGTCATCAT CTTCAACTTA CAACAGTCTT 
TCCAAACAAG CTACTGTTGT AACCCGTGGT TGGTTGTTGG ATACAGTTGC GACCTACACC 
CTTCAAAATT ACAGCAGCTA CAGAACATAA

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

RefSeq	XP_023009587.2
CDS	107..4276
Translation	MKTPKVSDVKKGILALWETLQCPICLDLMTAPVSTKCDHQFCKFCMMKLLDKSKQNKANCPVCKSTVTKRSLQESPGFQKLVAGLQDMIQAYEHDTGTNYFTGTSQQGRCAGVTGAETTKGALTSGDECGTDIDNEQNALFGDLPESHSSTIAARNGFARLMGLEDSAPLTTENEALDSGLGDAPLTSDKKMSSPTDNGEPVKAEMSDVVANTSKTRRNRGKRSRENASLYSSFIPDENEDQSQRKSSRKKQKKDVVPDKILDHKRKKSLEKVAEWLMKVPAEGSLELEKPDENSDDSDSCSSASTIDIRQCNSELNPKKEGRAKALEEQVFGAVYRRRVNRNVSPPLKVFTEPSIAEEILKSEDASSVREENGFASFAKINKSNVEGEQQMTEEINDGSGICKSAEQMEIGTEIDTGMHVDEFNNFPESHQNRGRDDVSSVVPDNVEQQLGRKTRKRTCNVLQQVDSDLQEQARAKSEGGEQKKTDKRKGRNTRSEKGKPSRVPKPLVLVGVQNGETTPVIRMRAEEVQVQIENYPSSEDQVTPVVKSSRRSRRLQLFAEEVQEGHKQVSEKAKATEGNSSVAKQPEHANGEALDDVNKVVKSAKKNGCVYNEDIGEIENIECAERTSNLRPTEAVKELNAASGSAQLDDAAVVGPTLESDNQNSIQSQASVCKTKCTETENEEDRNDSELDTEQLLKSFKATKRKSFYLGSPDVKSSRGSDKDAIKEPEKKHEDCSGVESAEKALGDSSKSSYDFISPSNSPVQPRITVSEKRDPAAVETLISEQNCSGRFRSSPSSGLSPNKEAKRGAESPPLSVVPQVVDSGLRFTAVECDELKEASQNTESRADCEDVKGIKDDAPATLKCSSVNTAEHRGVPESSLTPDDLIASPVQTIHKAEINSNGSGEVSINSSINRKPRRKRKAQRLEPSSESDSSGSKEELPTLTQIFGTSARPSAQNRSDSGEDDRCEGTADAADRLPPACPSPDCVDSSQASVDLFGTPEESGDVPVNDTSVTIESSQFSSEVLVTQQKIEMQKELVRLEKLMALVSEVLQEKESSPSKEIPPQTHQSTRDMGPDAHRQLPRDQDAGHAADRKAVPEAGPNLNPEPSDCKGVPEPNPSEPEGDTQMAQKSAHKGVGVKGTGVSKTPSSTSAAKTQKDSSSLSDGQEDKENNSPPKDACKAKLVLVSSGLGPNEQIMVKKFAKRVGARVVSQVTPEVTHVIMRTDEQLVCERTLKYFLGIAGRKWVLSFQWISECFKQKKVLDESPFEVRGDVVNGPNHQGPSRARTTEDSNLLMKGFSICFQGPFTDMTADKMEWMVELCGAAVVRDPLLLDGKQKSRQLVIVQPKPESSSSTYNSLSKQATVVTRGWLLDTVATYTLQNYSSYRT

Target ORF information:

RefSeq Version	XM_023153819.2
Organism	Maylandia zebra(zebra mbuna)
Definition	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X3, mRNA.

Target ORF information:

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

XM_023153819.2

ORF Insert Sequence:

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAACCTTGA TCTCTGAACA AAACTGTTCA GGTCGCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGGTGACAC ACAGATGGCG CAGAAGTCTG CGCATAAAGG GGTCGGTGTC 
AAAGGCACTG GAGTCTCCAA AACACCTTCT TCAACTTCAG CAGCTAAGAC TCAGAAGGAC 
AGCAGTTCTC TGTCCGATGG GCAAGAAGAC AAAGAAAATA ACAGCCCTCC AAAAGACGCA 
TGCAAAGCTA AGCTGGTGCT TGTGTCATCA GGATTGGGCC CAAATGAGCA GATTATGGTG 
AAAAAGTTTG CCAAGAGAGT TGGTGCCCGT GTGGTTTCCC AGGTAACACC AGAAGTGACT 
CATGTCATCA TGCGTACAGA TGAACAGCTG GTATGTGAGC GCACACTGAA ATACTTCCTG 
GGAATTGCAG GCAGGAAGTG GGTGTTGAGT TTCCAGTGGA TTTCTGAGTG CTTCAAACAA 
AAGAAAGTCT TAGATGAGAG TCCGTTTGAG GTGAGAGGGG ATGTGGTGAA TGGGCCCAAC 
CACCAGGGCC CCTCAAGAGC TCGGACCACT GAAGACAGTA ATCTGCTCAT GAAGGGCTTC 
AGCATCTGCT TCCAGGGGCC TTTTACAGAC ATGACTGCAG ATAAAATGGA GTGGATGGTG 
GAGCTCTGTG GAGCTGCTGT AGTGAGAGAT CCACTTCTAC TCGATGGTAA ACAGAAGTCC 
CGGCAGCTCG TCATTGTACA GCCTAAACCA GAGTCATCAT CTTCAACTTA CAACAGTCTT 
TCCAAACAAG CTACTGTTGT AACCCGTGGT TGGTTGTTGG ATACAGTTGC GACCTACACC 
CTTCAAAATT ACAGCAGCTA CAGAACATAA

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

brca1 ( XM_023153820.2 ) cDNA ORF clone, Maylandia zebra(zebra mbuna) -> XP_023009588.2 Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X4, mRNA.

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CloneID	OMa356250
Clone ID Related Accession (Same CDS sequence)	XM_023153820.2
Accession Version	XM_023153820.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4170bp) 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	1524412800000
Organism	Maylandia zebra(zebra mbuna)
Product	breast cancer type 1 susceptibility protein isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020192394.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 24, 2018 this sequence version replaced XM_023153820.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Maylandia zebra Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAACCTTGA TCTCTGAACA AAACTGTTCA GGTCGCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGGTGACAC ACAGATGGCA GCGCAGAAGT CTGCGCATAA AGGGGTCGGT 
GTCAAAGGCA CTGGAGTCTC CAAAACACCT TCTTCAACTT CAGCAGCTAA GACTCAGAAG 
GACAGCAGTT CTCTGTCCGA TGGGCAAGAA GACAAAGAAA ATAACAGCCC TCCAAAAGAC 
GCATGCAAAG CTAAGCTGGT GCTTGTGTCA TCAGGATTGG GCCCAAATGA GCAGATTATG 
GTGAAAAAGT TTGCCAAGAG AGTTGGTGCC CGTGTGGTTT CCCAGGTAAC ACCAGAAGTG 
ACTCATGTCA TCATGCGTAC AGATGAACAG CTGGTATGTG AGCGCACACT GAAATACTTC 
CTGGGAATTG CAGGCAGGAA GTGGGTGTTG AGTTTCCAGT GGATTTCTGA GTGCTTCAAA 
CAAAAGAAAG TCTTAGATGA GAGTCCGTTT GAGGTGAGAG GGGATGTGGT GAATGGGCCC 
AACCACCAGG GCCCCTCAAG AGCTCGGACC ACTGAAGACA GTAATCTGCT CATGAAGGGC 
TTCAGCATCT GCTTCCAGGG GCCTTTTACA GACATGACTG CAGATAAAAT GGAGTGGATG 
GTGGAGCTCT GTGGAGCTGC TGTAGTGAGA GATCCACTTC TACTCGATGG TAAACAGTCC 
CGGCAGCTCG TCATTGTACA GCCTAAACCA GAGTCATCAT CTTCAACTTA CAACAGTCTT 
TCCAAACAAG CTACTGTTGT AACCCGTGGT TGGTTGTTGG ATACAGTTGC GACCTACACC 
CTTCAAAATT ACAGCAGCTA CAGAACATAA

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

RefSeq	XP_023009588.2
CDS	107..4276
Translation	MKTPKVSDVKKGILALWETLQCPICLDLMTAPVSTKCDHQFCKFCMMKLLDKSKQNKANCPVCKSTVTKRSLQESPGFQKLVAGLQDMIQAYEHDTGTNYFTGTSQQGRCAGVTGAETTKGALTSGDECGTDIDNEQNALFGDLPESHSSTIAARNGFARLMGLEDSAPLTTENEALDSGLGDAPLTSDKKMSSPTDNGEPVKAEMSDVVANTSKTRRNRGKRSRENASLYSSFIPDENEDQSQRKSSRKKQKKDVVPDKILDHKRKKSLEKVAEWLMKVPAEGSLELEKPDENSDDSDSCSSASTIDIRQCNSELNPKKEGRAKALEEQVFGAVYRRRVNRNVSPPLKVFTEPSIAEEILKSEDASSVREENGFASFAKINKSNVEGEQQMTEEINDGSGICKSAEQMEIGTEIDTGMHVDEFNNFPESHQNRGRDDVSSVVPDNVEQQLGRKTRKRTCNVLQQVDSDLQEQARAKSEGGEQKKTDKRKGRNTRSEKGKPSRVPKPLVLVGVQNGETTPVIRMRAEEVQVQIENYPSSEDQVTPVVKSSRRSRRLQLFAEEVQEGHKQVSEKAKATEGNSSVAKQPEHANGEALDDVNKVVKSAKKNGCVYNEDIGEIENIECAERTSNLRPTEAVKELNAASGSAQLDDAAVVGPTLESDNQNSIQSQASVCKTKCTETENEEDRNDSELDTEQLLKSFKATKRKSFYLGSPDVKSSRGSDKDAIKEPEKKHEDCSGVESAEKALGDSSKSSYDFISPSNSPVQPRITVSEKRDPAAVETLISEQNCSGRFRSSPSSGLSPNKEAKRGAESPPLSVVPQVVDSGLRFTAVECDELKEASQNTESRADCEDVKGIKDDAPATLKCSSVNTAEHRGVPESSLTPDDLIASPVQTIHKAEINSNGSGEVSINSSINRKPRRKRKAQRLEPSSESDSSGSKEELPTLTQIFGTSARPSAQNRSDSGEDDRCEGTADAADRLPPACPSPDCVDSSQASVDLFGTPEESGDVPVNDTSVTIESSQFSSEVLVTQQKIEMQKELVRLEKLMALVSEVLQEKESSPSKEIPPQTHQSTRDMGPDAHRQLPRDQDAGHAADRKAVPEAGPNLNPEPSDCKGVPEPNPSEPEGDTQMAAQKSAHKGVGVKGTGVSKTPSSTSAAKTQKDSSSLSDGQEDKENNSPPKDACKAKLVLVSSGLGPNEQIMVKKFAKRVGARVVSQVTPEVTHVIMRTDEQLVCERTLKYFLGIAGRKWVLSFQWISECFKQKKVLDESPFEVRGDVVNGPNHQGPSRARTTEDSNLLMKGFSICFQGPFTDMTADKMEWMVELCGAAVVRDPLLLDGKQSRQLVIVQPKPESSSSTYNSLSKQATVVTRGWLLDTVATYTLQNYSSYRT

Target ORF information:

RefSeq Version	XM_023153820.2
Organism	Maylandia zebra(zebra mbuna)
Definition	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X4, mRNA.

Target ORF information:

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

XM_023153820.2

ORF Insert Sequence:

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAACCTTGA TCTCTGAACA AAACTGTTCA GGTCGCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGGTGACAC ACAGATGGCA GCGCAGAAGT CTGCGCATAA AGGGGTCGGT 
GTCAAAGGCA CTGGAGTCTC CAAAACACCT TCTTCAACTT CAGCAGCTAA GACTCAGAAG 
GACAGCAGTT CTCTGTCCGA TGGGCAAGAA GACAAAGAAA ATAACAGCCC TCCAAAAGAC 
GCATGCAAAG CTAAGCTGGT GCTTGTGTCA TCAGGATTGG GCCCAAATGA GCAGATTATG 
GTGAAAAAGT TTGCCAAGAG AGTTGGTGCC CGTGTGGTTT CCCAGGTAAC ACCAGAAGTG 
ACTCATGTCA TCATGCGTAC AGATGAACAG CTGGTATGTG AGCGCACACT GAAATACTTC 
CTGGGAATTG CAGGCAGGAA GTGGGTGTTG AGTTTCCAGT GGATTTCTGA GTGCTTCAAA 
CAAAAGAAAG TCTTAGATGA GAGTCCGTTT GAGGTGAGAG GGGATGTGGT GAATGGGCCC 
AACCACCAGG GCCCCTCAAG AGCTCGGACC ACTGAAGACA GTAATCTGCT CATGAAGGGC 
TTCAGCATCT GCTTCCAGGG GCCTTTTACA GACATGACTG CAGATAAAAT GGAGTGGATG 
GTGGAGCTCT GTGGAGCTGC TGTAGTGAGA GATCCACTTC TACTCGATGG TAAACAGTCC 
CGGCAGCTCG TCATTGTACA GCCTAAACCA GAGTCATCAT CTTCAACTTA CAACAGTCTT 
TCCAAACAAG CTACTGTTGT AACCCGTGGT TGGTTGTTGG ATACAGTTGC GACCTACACC 
CTTCAAAATT ACAGCAGCTA CAGAACATAA

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

brca1 ( XM_012923633.3 ) cDNA ORF clone, Maylandia zebra(zebra mbuna) -> XP_012779087.2 Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OMa356251
Clone ID Related Accession (Same CDS sequence)	XM_012923633.3
Accession Version	XM_012923633.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4158bp) 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	1524412800000
Organism	Maylandia zebra(zebra mbuna)
Product	breast cancer type 1 susceptibility protein isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020192394.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 24, 2018 this sequence version replaced XM_012923633.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Maylandia zebra Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAACCTTGA TCTCTGAACA AAACTGTTCA GGTCGCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGCAGCGCA GAAGTCTGCG CATAAAGGGG TCGGTGTCAA AGGCACTGGA 
GTCTCCAAAA CACCTTCTTC AACTTCAGCA GCTAAGACTC AGAAGGACAG CAGTTCTCTG 
TCCGATGGGC AAGAAGACAA AGAAAATAAC AGCCCTCCAA AAGACGCATG CAAAGCTAAG 
CTGGTGCTTG TGTCATCAGG ATTGGGCCCA AATGAGCAGA TTATGGTGAA AAAGTTTGCC 
AAGAGAGTTG GTGCCCGTGT GGTTTCCCAG GTAACACCAG AAGTGACTCA TGTCATCATG 
CGTACAGATG AACAGCTGGT ATGTGAGCGC ACACTGAAAT ACTTCCTGGG AATTGCAGGC 
AGGAAGTGGG TGTTGAGTTT CCAGTGGATT TCTGAGTGCT TCAAACAAAA GAAAGTCTTA 
GATGAGAGTC CGTTTGAGGT GAGAGGGGAT GTGGTGAATG GGCCCAACCA CCAGGGCCCC 
TCAAGAGCTC GGACCACTGA AGACAGTAAT CTGCTCATGA AGGGCTTCAG CATCTGCTTC 
CAGGGGCCTT TTACAGACAT GACTGCAGAT AAAATGGAGT GGATGGTGGA GCTCTGTGGA 
GCTGCTGTAG TGAGAGATCC ACTTCTACTC GATGGTAAAC AGAAGTCCCG GCAGCTCGTC 
ATTGTACAGC CTAAACCAGA GTCATCATCT TCAACTTACA ACAGTCTTTC CAAACAAGCT 
ACTGTTGTAA CCCGTGGTTG GTTGTTGGAT ACAGTTGCGA CCTACACCCT TCAAAATTAC 
AGCAGCTACA GAACATAA

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

RefSeq	XP_012779087.2
CDS	107..4264
Translation	MKTPKVSDVKKGILALWETLQCPICLDLMTAPVSTKCDHQFCKFCMMKLLDKSKQNKANCPVCKSTVTKRSLQESPGFQKLVAGLQDMIQAYEHDTGTNYFTGTSQQGRCAGVTGAETTKGALTSGDECGTDIDNEQNALFGDLPESHSSTIAARNGFARLMGLEDSAPLTTENEALDSGLGDAPLTSDKKMSSPTDNGEPVKAEMSDVVANTSKTRRNRGKRSRENASLYSSFIPDENEDQSQRKSSRKKQKKDVVPDKILDHKRKKSLEKVAEWLMKVPAEGSLELEKPDENSDDSDSCSSASTIDIRQCNSELNPKKEGRAKALEEQVFGAVYRRRVNRNVSPPLKVFTEPSIAEEILKSEDASSVREENGFASFAKINKSNVEGEQQMTEEINDGSGICKSAEQMEIGTEIDTGMHVDEFNNFPESHQNRGRDDVSSVVPDNVEQQLGRKTRKRTCNVLQQVDSDLQEQARAKSEGGEQKKTDKRKGRNTRSEKGKPSRVPKPLVLVGVQNGETTPVIRMRAEEVQVQIENYPSSEDQVTPVVKSSRRSRRLQLFAEEVQEGHKQVSEKAKATEGNSSVAKQPEHANGEALDDVNKVVKSAKKNGCVYNEDIGEIENIECAERTSNLRPTEAVKELNAASGSAQLDDAAVVGPTLESDNQNSIQSQASVCKTKCTETENEEDRNDSELDTEQLLKSFKATKRKSFYLGSPDVKSSRGSDKDAIKEPEKKHEDCSGVESAEKALGDSSKSSYDFISPSNSPVQPRITVSEKRDPAAVETLISEQNCSGRFRSSPSSGLSPNKEAKRGAESPPLSVVPQVVDSGLRFTAVECDELKEASQNTESRADCEDVKGIKDDAPATLKCSSVNTAEHRGVPESSLTPDDLIASPVQTIHKAEINSNGSGEVSINSSINRKPRRKRKAQRLEPSSESDSSGSKEELPTLTQIFGTSARPSAQNRSDSGEDDRCEGTADAADRLPPACPSPDCVDSSQASVDLFGTPEESGDVPVNDTSVTIESSQFSSEVLVTQQKIEMQKELVRLEKLMALVSEVLQEKESSPSKEIPPQTHQSTRDMGPDAHRQLPRDQDAGHAADRKAVPEAGPNLNPEPSDCKGVPEPNPSEPEAAQKSAHKGVGVKGTGVSKTPSSTSAAKTQKDSSSLSDGQEDKENNSPPKDACKAKLVLVSSGLGPNEQIMVKKFAKRVGARVVSQVTPEVTHVIMRTDEQLVCERTLKYFLGIAGRKWVLSFQWISECFKQKKVLDESPFEVRGDVVNGPNHQGPSRARTTEDSNLLMKGFSICFQGPFTDMTADKMEWMVELCGAAVVRDPLLLDGKQKSRQLVIVQPKPESSSSTYNSLSKQATVVTRGWLLDTVATYTLQNYSSYRT

Target ORF information:

RefSeq Version	XM_012923633.3
Organism	Maylandia zebra(zebra mbuna)
Definition	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X5, mRNA.

Target ORF information:

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

XM_012923633.3

ORF Insert Sequence:

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAACCTTGA TCTCTGAACA AAACTGTTCA GGTCGCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGCAGCGCA GAAGTCTGCG CATAAAGGGG TCGGTGTCAA AGGCACTGGA 
GTCTCCAAAA CACCTTCTTC AACTTCAGCA GCTAAGACTC AGAAGGACAG CAGTTCTCTG 
TCCGATGGGC AAGAAGACAA AGAAAATAAC AGCCCTCCAA AAGACGCATG CAAAGCTAAG 
CTGGTGCTTG TGTCATCAGG ATTGGGCCCA AATGAGCAGA TTATGGTGAA AAAGTTTGCC 
AAGAGAGTTG GTGCCCGTGT GGTTTCCCAG GTAACACCAG AAGTGACTCA TGTCATCATG 
CGTACAGATG AACAGCTGGT ATGTGAGCGC ACACTGAAAT ACTTCCTGGG AATTGCAGGC 
AGGAAGTGGG TGTTGAGTTT CCAGTGGATT TCTGAGTGCT TCAAACAAAA GAAAGTCTTA 
GATGAGAGTC CGTTTGAGGT GAGAGGGGAT GTGGTGAATG GGCCCAACCA CCAGGGCCCC 
TCAAGAGCTC GGACCACTGA AGACAGTAAT CTGCTCATGA AGGGCTTCAG CATCTGCTTC 
CAGGGGCCTT TTACAGACAT GACTGCAGAT AAAATGGAGT GGATGGTGGA GCTCTGTGGA 
GCTGCTGTAG TGAGAGATCC ACTTCTACTC GATGGTAAAC AGAAGTCCCG GCAGCTCGTC 
ATTGTACAGC CTAAACCAGA GTCATCATCT TCAACTTACA ACAGTCTTTC CAAACAAGCT 
ACTGTTGTAA CCCGTGGTTG GTTGTTGGAT ACAGTTGCGA CCTACACCCT TCAAAATTAC 
AGCAGCTACA GAACATAA

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

brca1 ( XM_023153821.2 ) cDNA ORF clone, Maylandia zebra(zebra mbuna) -> XP_023009589.2 Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OMa356252
Clone ID Related Accession (Same CDS sequence)	XM_023153821.2
Accession Version	XM_023153821.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4155bp) 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	1524412800000
Organism	Maylandia zebra(zebra mbuna)
Product	breast cancer type 1 susceptibility protein isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020192394.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 24, 2018 this sequence version replaced XM_023153821.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Maylandia zebra Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAACCTTGA TCTCTGAACA AAACTGTTCA GGTCGCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGCGCAGAA GTCTGCGCAT AAAGGGGTCG GTGTCAAAGG CACTGGAGTC 
TCCAAAACAC CTTCTTCAAC TTCAGCAGCT AAGACTCAGA AGGACAGCAG TTCTCTGTCC 
GATGGGCAAG AAGACAAAGA AAATAACAGC CCTCCAAAAG ACGCATGCAA AGCTAAGCTG 
GTGCTTGTGT CATCAGGATT GGGCCCAAAT GAGCAGATTA TGGTGAAAAA GTTTGCCAAG 
AGAGTTGGTG CCCGTGTGGT TTCCCAGGTA ACACCAGAAG TGACTCATGT CATCATGCGT 
ACAGATGAAC AGCTGGTATG TGAGCGCACA CTGAAATACT TCCTGGGAAT TGCAGGCAGG 
AAGTGGGTGT TGAGTTTCCA GTGGATTTCT GAGTGCTTCA AACAAAAGAA AGTCTTAGAT 
GAGAGTCCGT TTGAGGTGAG AGGGGATGTG GTGAATGGGC CCAACCACCA GGGCCCCTCA 
AGAGCTCGGA CCACTGAAGA CAGTAATCTG CTCATGAAGG GCTTCAGCAT CTGCTTCCAG 
GGGCCTTTTA CAGACATGAC TGCAGATAAA ATGGAGTGGA TGGTGGAGCT CTGTGGAGCT 
GCTGTAGTGA GAGATCCACT TCTACTCGAT GGTAAACAGA AGTCCCGGCA GCTCGTCATT 
GTACAGCCTA AACCAGAGTC ATCATCTTCA ACTTACAACA GTCTTTCCAA ACAAGCTACT 
GTTGTAACCC GTGGTTGGTT GTTGGATACA GTTGCGACCT ACACCCTTCA AAATTACAGC 
AGCTACAGAA CATAA

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

RefSeq	XP_023009589.2
CDS	107..4261
Translation	MKTPKVSDVKKGILALWETLQCPICLDLMTAPVSTKCDHQFCKFCMMKLLDKSKQNKANCPVCKSTVTKRSLQESPGFQKLVAGLQDMIQAYEHDTGTNYFTGTSQQGRCAGVTGAETTKGALTSGDECGTDIDNEQNALFGDLPESHSSTIAARNGFARLMGLEDSAPLTTENEALDSGLGDAPLTSDKKMSSPTDNGEPVKAEMSDVVANTSKTRRNRGKRSRENASLYSSFIPDENEDQSQRKSSRKKQKKDVVPDKILDHKRKKSLEKVAEWLMKVPAEGSLELEKPDENSDDSDSCSSASTIDIRQCNSELNPKKEGRAKALEEQVFGAVYRRRVNRNVSPPLKVFTEPSIAEEILKSEDASSVREENGFASFAKINKSNVEGEQQMTEEINDGSGICKSAEQMEIGTEIDTGMHVDEFNNFPESHQNRGRDDVSSVVPDNVEQQLGRKTRKRTCNVLQQVDSDLQEQARAKSEGGEQKKTDKRKGRNTRSEKGKPSRVPKPLVLVGVQNGETTPVIRMRAEEVQVQIENYPSSEDQVTPVVKSSRRSRRLQLFAEEVQEGHKQVSEKAKATEGNSSVAKQPEHANGEALDDVNKVVKSAKKNGCVYNEDIGEIENIECAERTSNLRPTEAVKELNAASGSAQLDDAAVVGPTLESDNQNSIQSQASVCKTKCTETENEEDRNDSELDTEQLLKSFKATKRKSFYLGSPDVKSSRGSDKDAIKEPEKKHEDCSGVESAEKALGDSSKSSYDFISPSNSPVQPRITVSEKRDPAAVETLISEQNCSGRFRSSPSSGLSPNKEAKRGAESPPLSVVPQVVDSGLRFTAVECDELKEASQNTESRADCEDVKGIKDDAPATLKCSSVNTAEHRGVPESSLTPDDLIASPVQTIHKAEINSNGSGEVSINSSINRKPRRKRKAQRLEPSSESDSSGSKEELPTLTQIFGTSARPSAQNRSDSGEDDRCEGTADAADRLPPACPSPDCVDSSQASVDLFGTPEESGDVPVNDTSVTIESSQFSSEVLVTQQKIEMQKELVRLEKLMALVSEVLQEKESSPSKEIPPQTHQSTRDMGPDAHRQLPRDQDAGHAADRKAVPEAGPNLNPEPSDCKGVPEPNPSEPEAQKSAHKGVGVKGTGVSKTPSSTSAAKTQKDSSSLSDGQEDKENNSPPKDACKAKLVLVSSGLGPNEQIMVKKFAKRVGARVVSQVTPEVTHVIMRTDEQLVCERTLKYFLGIAGRKWVLSFQWISECFKQKKVLDESPFEVRGDVVNGPNHQGPSRARTTEDSNLLMKGFSICFQGPFTDMTADKMEWMVELCGAAVVRDPLLLDGKQKSRQLVIVQPKPESSSSTYNSLSKQATVVTRGWLLDTVATYTLQNYSSYRT

Target ORF information:

RefSeq Version	XM_023153821.2
Organism	Maylandia zebra(zebra mbuna)
Definition	Maylandia zebra BRCA1, DNA repair associated (brca1), transcript variant X6, mRNA.

Target ORF information:

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

XM_023153821.2

ORF Insert Sequence:

ATGAAAACCC CAAAAGTCTC AGATGTCAAG AAAGGGATTT TGGCGCTTTG GGAGACTCTG 
CAGTGTCCCA TTTGCTTGGA TTTAATGACT GCTCCGGTAT CTACTAAGTG TGACCATCAA 
TTCTGCAAAT TTTGCATGAT GAAACTTTTG GACAAATCCA AACAAAACAA AGCCAACTGC 
CCCGTGTGTA AAAGCACAGT CACCAAAAGG AGCTTACAGG AGAGCCCTGG GTTTCAGAAA 
CTTGTCGCTG GTTTGCAGGA CATGATCCAA GCATATGAGC ATGACACTGG CACAAACTAC 
TTCACTGGAA CATCCCAGCA AGGGCGATGT GCAGGTGTCA CAGGTGCAGA AACTACTAAA 
GGAGCTCTGA CATCTGGAGA TGAATGTGGC ACTGACATTG ACAATGAACA AAATGCACTC 
TTTGGTGATC TTCCAGAATC CCACTCCTCA ACTATTGCAG CCCGGAATGG ATTTGCAAGA 
CTCATGGGGC TTGAAGATTC CGCTCCTTTG ACGACAGAAA ATGAAGCTCT GGATAGCGGG 
CTTGGTGATG CTCCACTAAC GTCTGACAAG AAAATGTCCA GCCCCACAGA CAACGGGGAA 
CCAGTGAAAG CTGAAATGTC AGACGTTGTG GCGAATACTT CAAAAACGCG TAGGAATAGA 
GGCAAAAGGA GCCGGGAGAA TGCCTCCCTT TATTCATCAT TCATTCCAGA TGAAAACGAA 
GACCAATCCC AAAGAAAGTC CTCTAGGAAG AAGCAGAAAA AAGATGTGGT GCCCGACAAG 
ATCCTTGACC ATAAGCGTAA GAAAAGTTTA GAGAAGGTTG CAGAGTGGCT CATGAAAGTT 
CCAGCTGAAG GAAGTCTTGA GTTAGAAAAA CCAGATGAAA ACTCTGATGA CTCTGACAGC 
TGTTCCTCCG CTTCGACAAT AGATATCAGG CAATGCAACA GTGAACTGAA TCCGAAGAAA 
GAAGGGCGGG CCAAAGCCCT CGAAGAGCAG GTGTTTGGGG CTGTCTACAG ACGAAGAGTG 
AACAGGAACG TCTCTCCTCC GCTTAAAGTT TTTACAGAGC CATCGATAGC TGAAGAAATA 
TTGAAGAGTG AAGATGCTTC CAGTGTTAGA GAGGAAAACG GTTTTGCTTC TTTTGCAAAA 
ATAAACAAAA GTAACGTGGA GGGTGAGCAG CAAATGACAG AAGAAATAAA TGATGGCAGT 
GGCATTTGTA AATCAGCAGA ACAGATGGAG ATCGGGACAG AAATTGATAC AGGCATGCAT 
GTGGACGAGT TCAACAACTT TCCAGAAAGT CACCAAAACA GAGGCAGAGA TGACGTTTCC 
AGTGTTGTGC CTGATAATGT AGAACAACAA CTGGGGAGGA AGACGAGGAA AAGGACGTGC 
AATGTTTTGC AACAGGTAGA CAGCGACTTA CAAGAGCAAG CTCGGGCAAA ATCAGAGGGT 
GGTGAGCAAA AGAAAACTGA CAAAAGGAAA GGTAGAAACA CAAGATCCGA AAAAGGCAAG 
CCCTCCAGAG TGCCGAAACC CCTTGTCCTC GTTGGAGTTC AGAATGGGGA AACCACCCCT 
GTTATTAGAA TGAGAGCAGA AGAAGTTCAG GTTCAAATTG AGAATTACCC TAGCAGCGAG 
GACCAAGTAA CTCCTGTCGT TAAGAGCAGT AGGAGAAGCA GAAGACTTCA GCTGTTTGCT 
GAGGAAGTCC AGGAGGGTCA CAAGCAGGTG AGCGAGAAAG CTAAGGCAAC TGAAGGAAAC 
AGCAGTGTGG CAAAGCAGCC GGAACATGCT AATGGCGAAG CGCTTGATGA TGTAAATAAG 
GTGGTAAAGT CAGCTAAAAA AAATGGATGT GTTTATAATG AAGACATAGG AGAGATTGAA 
AACATAGAGT GTGCTGAGAG AACATCGAAT CTGAGGCCAA CAGAAGCTGT TAAAGAGTTA 
AATGCTGCCT CAGGCTCTGC TCAGCTAGAT GATGCAGCCG TGGTAGGGCC AACGCTTGAA 
AGTGACAATC AAAACAGTAT TCAGTCACAG GCCTCGGTTT GTAAAACTAA ATGTACCGAA 
ACAGAAAACG AGGAGGACAG GAACGACAGT GAGCTCGACA CGGAGCAACT TCTCAAGAGC 
TTCAAAGCAA CTAAAAGGAA ATCTTTCTAT CTTGGAAGTC CAGACGTGAA AAGCAGCCGC 
GGTTCAGACA AAGACGCCAT CAAAGAACCA GAGAAGAAAC ATGAAGATTG TTCTGGTGTT 
GAATCTGCAG AAAAGGCTTT AGGAGACTCC AGCAAGTCCT CTTATGATTT CATCTCTCCT 
TCCAACTCAC CGGTCCAGCC GAGAATAACT GTTTCTGAGA AACGGGATCC GGCAGCAGTG 
GAAACCTTGA TCTCTGAACA AAACTGTTCA GGTCGCTTCA GGAGTAGTCC TAGCAGTGGA 
CTGAGTCCTA ACAAGGAGGC AAAACGTGGT GCAGAAAGTC CTCCTCTTTC TGTGGTCCCT 
CAGGTCGTAG ATTCTGGTCT CCGCTTCACA GCCGTTGAAT GTGACGAGCT AAAGGAAGCC 
TCTCAAAACA CAGAGAGTCG GGCTGACTGT GAGGATGTGA AGGGGATAAA AGATGACGCA 
CCTGCCACTT TAAAGTGTTC CTCAGTCAAC ACAGCTGAAC ATAGGGGAGT TCCAGAGTCT 
TCTTTGACCC CTGATGACCT TATCGCGTCA CCGGTCCAAA CTATCCACAA AGCAGAGATT 
AACAGCAACG GTAGTGGAGA GGTCAGCATC AACTCCTCCA TCAATAGGAA ACCGAGGAGG 
AAGAGAAAGG CTCAGAGACT GGAGCCTTCA TCCGAGTCCG ATAGCAGTGG ATCCAAAGAA 
GAATTACCCA CTCTGACACA AATCTTTGGA ACATCAGCTC GTCCTTCCGC TCAGAATCGG 
AGCGACTCCG GTGAAGACGA CAGATGCGAG GGAACAGCTG ATGCAGCAGA TCGGTTACCA 
CCTGCATGCC CCAGCCCCGA CTGCGTTGAT TCCAGTCAAG CATCTGTGGA CTTGTTCGGC 
ACGCCAGAAG AATCAGGTGA CGTTCCAGTA AATGACACCA GTGTTACCAT AGAATCGTCA 
CAGTTTTCAA GCGAAGTCCT TGTTACACAG CAAAAGATAG AAATGCAGAA GGAGCTGGTG 
AGGCTGGAGA AGCTGATGGC CCTGGTCTCA GAGGTGCTTC AGGAGAAAGA GAGCAGTCCT 
TCCAAAGAAA TCCCCCCACA AACCCATCAG AGCACCAGAG ACATGGGCCC AGACGCTCAC 
AGACAGCTTC CTCGTGACCA GGACGCAGGG CACGCCGCAG ACAGGAAAGC TGTTCCAGAA 
GCGGGACCGA ACCTAAACCC AGAACCATCT GATTGCAAAG GTGTTCCCGA ACCCAACCCG 
TCAGAGCCTG AAGCGCAGAA GTCTGCGCAT AAAGGGGTCG GTGTCAAAGG CACTGGAGTC 
TCCAAAACAC CTTCTTCAAC TTCAGCAGCT AAGACTCAGA AGGACAGCAG TTCTCTGTCC 
GATGGGCAAG AAGACAAAGA AAATAACAGC CCTCCAAAAG ACGCATGCAA AGCTAAGCTG 
GTGCTTGTGT CATCAGGATT GGGCCCAAAT GAGCAGATTA TGGTGAAAAA GTTTGCCAAG 
AGAGTTGGTG CCCGTGTGGT TTCCCAGGTA ACACCAGAAG TGACTCATGT CATCATGCGT 
ACAGATGAAC AGCTGGTATG TGAGCGCACA CTGAAATACT TCCTGGGAAT TGCAGGCAGG 
AAGTGGGTGT TGAGTTTCCA GTGGATTTCT GAGTGCTTCA AACAAAAGAA AGTCTTAGAT 
GAGAGTCCGT TTGAGGTGAG AGGGGATGTG GTGAATGGGC CCAACCACCA GGGCCCCTCA 
AGAGCTCGGA CCACTGAAGA CAGTAATCTG CTCATGAAGG GCTTCAGCAT CTGCTTCCAG 
GGGCCTTTTA CAGACATGAC TGCAGATAAA ATGGAGTGGA TGGTGGAGCT CTGTGGAGCT 
GCTGTAGTGA GAGATCCACT TCTACTCGAT GGTAAACAGA AGTCCCGGCA GCTCGTCATT 
GTACAGCCTA AACCAGAGTC ATCATCTTCA ACTTACAACA GTCTTTCCAA ACAAGCTACT 
GTTGTAACCC GTGGTTGGTT GTTGGATACA GTTGCGACCT ACACCCTTCA AAATTACAGC 
AGCTACAGAA CATAA

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

Gene Symbol	brca1
Entrez Gene ID	101470273
Full Name	BRCA1, DNA repair associated
Gene Type	protein-coding
Organism	Maylandia zebra(zebra mbuna)

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

brca1 cDNA ORF clone, Maylandia zebra(zebra mbuna)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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Target ORF information:

Target ORF information:

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Target ORF information:

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Target ORF information:

Target ORF information:

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