BRCA1 cDNA ORF clone, Python bivittatus(Burmese python)

Gene
Clones
gRNAs

Summary

Gene Symbol	BRCA1
Entrez Gene ID	103057262
Full Name	BRCA1, DNA repair associated
Gene Type	protein-coding
Organism	Python bivittatus(Burmese python)

mRNA and Protein(s)

mRNA	Protein	Name
XM_015887526.1	XP_015743012.1	breast cancer type 1 susceptibility protein
XM_025164650.1	XP_025020418.1	breast cancer type 1 susceptibility protein

Pathways from BioSystems
Gene Ontology

The following BRCA1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BRCA1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OPy125160	XM_025164650.1 Latest version!	Python bivittatus BRCA1, DNA repair associated (BRCA1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OPy04501	XM_015887526.1 Latest version!	Python bivittatus breast cancer 1 (BRCA1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00

ORF Online Only Promotion

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
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*Business Day

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

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

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

Reference Sequences (Refseq)

BRCA1 ( XM_025164650.1 ) cDNA ORF clone, Python bivittatus(Burmese python) -> XP_025020418.1 Python bivittatus BRCA1, DNA repair associated (BRCA1), mRNA.

Price & Availability↑

CloneID	OPy125160
Clone ID Related Accession (Same CDS sequence)	XM_025164650.1
Accession Version	XM_025164650.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4878bp) 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	2018-05-23
Organism	Python bivittatus(Burmese python)
Product	breast cancer type 1 susceptibility protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006532499.1) 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 :: Python bivittatus Annotation Release 102 Annotation Version :: 102 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##

ATGGATTCAC CTGTTCCAAG CGTTGCTGAA GTTCATGGAA TACTGCTAGC TTTGCAAAAG 
AATTTGGAAT GTCCAATCTG CCTGGAGGTG ATGAAAGAGC CAGTTTCAAC AAATTGTGCT 
CATATCTTTT GCAGGTTCTG TGTTTTTAAA CTGCTTAGAC AGAAGAAAGG TGTAACACAG 
TGTCCACTTT GCAATGCCAA AGTCACTAAA AGAAGTCTAA AGGAAGATGT CCGTTTTAAG 
GAAGTAATCA AAGGGGTTCT AGAAACCATC CATGCTTTCG AGTACGATAC TGGGCTGAAG 
TTTTCAGATG AACTATGTTA CCCCAAGAAA GGGATAGAAA CTGTTTCTGC TTCATCCCCA 
TGGAAGGAAC AACTGATAGT TAACAGTAAG GGCTATAGAG ACAGATGGAA ATGTATGAAG 
AAAGAAGAAA AGAGAAATAC TGACTCGGGT GATGGCTCCA TCTTGCCACA GTACAATGGA 
ACTGAAACAA GATACTCCCT CAGAAAGAAA AAAAATTCTA GTAAAATTGT GGTATTTGAA 
ATTGGATCAG GCTCATCTGA AGATATCTTT CAGAAGGGGA GTACAGTCAG ATGTATGGAT 
TTTGGAAGTA CTTCCCTGTC TCAAGTTGAT GAAGGCTGTA TTGGGAATCA AAGCCAAAGT 
CCTTGTTATA TAGAGCATCC TGAGCCAAGT GCTAACAATG GACCATCCTT AAATATCCTA 
GATATGTGTG AAGACTTAGA AGGAAGAAAA CTAGGAGGCA CAAATGATAC CCAAACTGTC 
ACTGAAAATT TGGAAATTGT TGAGGAAAAT ATGACTGTCA AAAAGAAACA GGATATACCT 
TTTCTGGATA CCTGTATGGA ACAATCTAAC ATGGATCATG GTTTTAGTTA CATACAGGAT 
CATAGTTCTT CCTCATTATG CAGGATAGCA CAAGTACAAT TGGTTGGTGA AACCATGAAG 
ATGACTACAA ATGAACAGAC AGATGATGAT GCAGAAAAAA CTGGCATTGT CCAGTCTGCT 
GGAAATACAC CAATTGTATG TGAAAATAAG GAACAGCAGC TACAATCCCA GACTATGCCT 
GACAGTCCTC TGAGTGAAAG ATCTGGAAAG AAACTGATGC AGAGCATTAA GAAAGTCAAT 
GAGTGGTTTT CTAAAAGCAA GGAAATCCTT TCTTCTAGTT CACTGCTGGA TGTTTGCAGT 
GAAGAGCTTG ATCAGGATGC AGATCCAGAT ATGTCAGATG CTGACTCTTG TATCTCCCAG 
AAGACAGAAC AGATGGAAAA TCAAGGGGAA TTCACAAACA TGGGTGGAGA TGAAAGGCCT 
TTGTCCAAAC TAGCTGCCTC TAAAATTGTT GACAAAATAT TTGGAAGAAC ATATAAGAGG 
GAACGCAAAG TGACCCCCCC TAGAAATGAC AATGGAACAA TCCAGATCCA AGCAGAGGAA 
ATCACTGCTT TGAACACACA TTCCTGTAAT ACATCCATGA GAAAGATATT CACACGAAAG 
AGAAAGGCTA CATCAGATGT TACACCCAAG GATTTCAACA AGAGACAGAA TGTTAAAGCA 
AGCAATAAGA AATCAGTTGA GGAAAAAGAA GACCCGGGTT TGGAAAACAG TGACCAAGCC 
TTTGATATTG TTGATAAATC CCCAGCAGAA CAAACAGAAG CTGATTTTTC AGTAACACTC 
TGTGTTGAGG AAGGAGTATC CATATTGAAA GCAGATGGAG GTAAACAAGC TCAAAGTGAA 
TGCCACACAT TGCCGGAATT AAACCTTACA AATATGAAGA ACAAAAGTAA TTTGAACAAG 
AGAAGCAAAG AATTAATGAA ACCACTTGGC AAATTGCAGG TGTTGAGGAA TAGAAGCCCT 
ATGCTGTCTG AGAAGACCAA GACAGATCTA GATAGTAAGG AGCTGAAAGA AGTGAGTCCA 
GGCCAGATGC AAGTTAGATG GAGCAGGAGG CTTCAGTTGC TCACAGGAGA AACCAGGAGA 
CAAAGTGAGC CAACCAAGAG AAAAAGAAAT GTGGATGAAA GAGAGCAGAA ACAACCTTTT 
TCTTTTTCAG GAAGGATGCC ATCTTCCTCT GTGGCAGAAG ATGACTCTTA TGTGCTGCAG 
GACAATCTGC AGAAGGCGAA GTCTTGGTCA GATGCAAGCA TGATTGATAA GCTGTACCTA 
TGTGATACAG ATATGACTTA TGCTAACCAT GAAAACTCTT CTCATGTGAT TGGAACTGTA 
AAAGATATTC TGAATACTGA ACAGACTGTA GACAGCCATA GTGCAGATTC CCAAGGCAGA 
AGCTCACTCT TGCAGATTCA TCCTGGAGAG GTAGAACAAG CAGCTTCCAA AGATGAGCAG 
TTCGTAGTTG TGGGTCAACC TGAGAAACAT GCAGTGTGTT CTCAAATAAT ACAGGGTGAT 
GGGATTTGCA CAGATAAGTC CCCTGAAACC AATAGTAAAG CTATAGGGAC TTGGGAATTG 
AATCCAGAAA CTGATGATAG TGAAATAGAT ACAGGCTTCA TGCAGAATAT ATTTGGCTGC 
TGCAAACGCC AGTCATTCTT GCTACATCCA AGTCAAGTAA AGAAATTGGC TATGAATAGT 
ATATATTTGC AAGAGCTGAG CCCTGACAAA GTAAAAGATG ATAAAGATGG AACACATGAA 
GAGAAATGTG ATGTTGTTTC CTGTGAGGTG AATAAAAGTA TTTCTGTCCA AACACCAATG 
TCTTGTACCC CCAGTTTTTC TGAACATAAG AATAGAACTG AGTACCTCCA GCTTGCCTCG 
CCAGTTCCAT TTCTTGATTG TCCATCCATA TCTGTGCAAT TAGTTGCCAG AAATGGAGAA 
GGTGGAAGTC AACCAGAAAG TAAAGAACCA ATAGGTGAAG AAAGACAGTC TCCAGGGTTA 
GAGAGAGAAA CTGAAAGTCC AGATGATAGC AATGGAAGTC TGAATGTCTG GAAAAACAGC 
AATTTGCATG ATACAAGTTT AAGCCATATT AATGGGAGAA GTTCTAGTTC AGTCCAGTTT 
CAAAAAGCAG AATCCAAAGG TACTGAAAAC AAAAGATTGG AACTGAGTCC TCAGACAGAA 
TTAATGCAGC AACATTCTTT AACTTGTCTG CCACTATTAC CTGGATTCAT CCATGCTGAA 
AAGAAAAAGA ACCTCATGGA AGAAAAGCAA CTGAACAGTG GCACAGAAGA AGCTGTTGAT 
ATTTCTAGCA CTGGTGGGGT TAAGAGCTTG ATTCCTAGAC CGAACTTAGA ATTTTGTACT 
GAGGAGGAGC ACCATCACTC TGAACTGTTG TCAGAGACAC CAGACAACTT GCTGGACCCA 
TCCACCAAAA ATAAAGAGGG TTCACCAAAC CTTTGGGATA TAAGTGACAT CTCAGCCATG 
CCTGCTAAAA CAGACAAGCA AACCACTAAT GGGACAGACC TGGATAGCAG AAACAAATGC 
AGTTTCATAT TGAAGAGACA GGACTTTGTT TTTACTCGCC GCAAATTGCT ACAGAAGCTG 
CCATCCTCAG AAGAGGAGGA TTCCAGTGGA GATGAAAAAC TGCCTTGCTT TCAGGCATTA 
ATAAATATGC AAAGCACACT AGCACAATCA GTGAAAGAGA AGGAGACACC AGCAGAGATG 
CTAGCATCAA AGAGCAGCAG CAGAAGTTGT CTCATACACA AAGAGGAGGT TATCTGCCCA 
AGCCAGGAAT CAGAGTGCTC TGTGAATTTG TTTTCCTCCC AGTCAAATGT ATCTGTGGAC 
TCTGGCAAAC CTTGTAATTC AAGGGATATA ATCCCGGTCT CTAATTCCAG AGAGAATTTG 
CCCAGTCTCA GTGGGAATAA GAAAGACAGT TCACCCAGTG ATGAAGTCCC TAGTGATACT 
AGGCAACTGA AATATGGGCA AGAAGAATGT GCACATTCAG AATCCAATTT AGGTGAAGAA 
ACTATGTCCT ATGCCAGTGA AGCAAGCCAT CTGGAAGATT CATTAGGTCT ACTCTCCCAG 
AGTGAAATTC TCACCACACA GCAAAGGGAT GCTATGCAAA ATAACTTAAA GAAACTGCAG 
CAGAAGATGG CTATCATTGA GGCTGTCCTC AAACAGGGAA CCCAGAGTCT TGGCCCTGAA 
GGATGGCCAC AGGAAGGGGA GGAAACTGAT TTCAACAGAG AACAGACAGG AGCAAGAAAG 
GGAATGCACA CCATATGGGA AGAATCAGTC TCTCCCTTGG CACATACCAC CTACTACAGC 
ACAAGGAAAA GGAATAGAAA GAGTCCACTT CTGACTGGGG CAAAAAAAAT GTCTCTGGTG 
GCATCTGGTC TAAACCAGAG TGAATTGCGA CTAGTACTTA GATTTGCCAA GAAAACTGAG 
AGCACTTGGT CTGATAAAAC TACTGAAGAA ACAACCCATG TAATAATGAA AACAGATGAG 
GATCTGGTCT GTGAGAGAAC CCTGAAATAT TTTATAGGTA TTGCTGCACA GAAATGGGTG 
TTGAGCTACC AATGGATTAT ACAGTCACTC AAAACAGGAA GAGTTCTTAA AGAGGAGGAT 
TTTGAAGTGA GAGGAGATGT AATCAATGGG AGAAACCATC AAGGGCCCAA AAGAGCAAGA 
GAATCACCTG CTAGAAAGCT TTTCCAAGGA TTGGAGATTT GCTGTTATGG GCCATTCACT 
GACATGCTTC CAGAACAACT CCAGTGGATT GTAGAGCTTT GTGGTGCCTC CCTTGTGAAG 
CAACCTCACT TATTTACACA TCCAACAAAC TCCACTGCTG TGATAGTTGT TCAGCCTGAT 
GCATGGAAGG AAGAAAGTAC CTGCCAAGAG CTCCCACTGC AGTGCAGCGC TGCTGTAGTT 
TCACGTGAGT GGGTGCTGGA CAGTGTTGCC TGCTATCAGC GCCAATCATT CGATGAATAC 
ATCATTCAAC AGGTGTGA

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

RefSeq	XP_025020418.1
CDS	171..5048
Translation	MDSPVPSVAEVHGILLALQKNLECPICLEVMKEPVSTNCAHIFCRFCVFKLLRQKKGVTQCPLCNAKVTKRSLKEDVRFKEVIKGVLETIHAFEYDTGLKFSDELCYPKKGIETVSASSPWKEQLIVNSKGYRDRWKCMKKEEKRNTDSGDGSILPQYNGTETRYSLRKKKNSSKIVVFEIGSGSSEDIFQKGSTVRCMDFGSTSLSQVDEGCIGNQSQSPCYIEHPEPSANNGPSLNILDMCEDLEGRKLGGTNDTQTVTENLEIVEENMTVKKKQDIPFLDTCMEQSNMDHGFSYIQDHSSSSLCRIAQVQLVGETMKMTTNEQTDDDAEKTGIVQSAGNTPIVCENKEQQLQSQTMPDSPLSERSGKKLMQSIKKVNEWFSKSKEILSSSSLLDVCSEELDQDADPDMSDADSCISQKTEQMENQGEFTNMGGDERPLSKLAASKIVDKIFGRTYKRERKVTPPRNDNGTIQIQAEEITALNTHSCNTSMRKIFTRKRKATSDVTPKDFNKRQNVKASNKKSVEEKEDPGLENSDQAFDIVDKSPAEQTEADFSVTLCVEEGVSILKADGGKQAQSECHTLPELNLTNMKNKSNLNKRSKELMKPLGKLQVLRNRSPMLSEKTKTDLDSKELKEVSPGQMQVRWSRRLQLLTGETRRQSEPTKRKRNVDEREQKQPFSFSGRMPSSSVAEDDSYVLQDNLQKAKSWSDASMIDKLYLCDTDMTYANHENSSHVIGTVKDILNTEQTVDSHSADSQGRSSLLQIHPGEVEQAASKDEQFVVVGQPEKHAVCSQIIQGDGICTDKSPETNSKAIGTWELNPETDDSEIDTGFMQNIFGCCKRQSFLLHPSQVKKLAMNSIYLQELSPDKVKDDKDGTHEEKCDVVSCEVNKSISVQTPMSCTPSFSEHKNRTEYLQLASPVPFLDCPSISVQLVARNGEGGSQPESKEPIGEERQSPGLERETESPDDSNGSLNVWKNSNLHDTSLSHINGRSSSSVQFQKAESKGTENKRLELSPQTELMQQHSLTCLPLLPGFIHAEKKKNLMEEKQLNSGTEEAVDISSTGGVKSLIPRPNLEFCTEEEHHHSELLSETPDNLLDPSTKNKEGSPNLWDISDISAMPAKTDKQTTNGTDLDSRNKCSFILKRQDFVFTRRKLLQKLPSSEEEDSSGDEKLPCFQALINMQSTLAQSVKEKETPAEMLASKSSSRSCLIHKEEVICPSQESECSVNLFSSQSNVSVDSGKPCNSRDIIPVSNSRENLPSLSGNKKDSSPSDEVPSDTRQLKYGQEECAHSESNLGEETMSYASEASHLEDSLGLLSQSEILTTQQRDAMQNNLKKLQQKMAIIEAVLKQGTQSLGPEGWPQEGEETDFNREQTGARKGMHTIWEESVSPLAHTTYYSTRKRNRKSPLLTGAKKMSLVASGLNQSELRLVLRFAKKTESTWSDKTTEETTHVIMKTDEDLVCERTLKYFIGIAAQKWVLSYQWIIQSLKTGRVLKEEDFEVRGDVINGRNHQGPKRARESPARKLFQGLEICCYGPFTDMLPEQLQWIVELCGASLVKQPHLFTHPTNSTAVIVVQPDAWKEESTCQELPLQCSAAVVSREWVLDSVACYQRQSFDEYIIQQV

Target ORF information:

RefSeq Version	XM_025164650.1
Organism	Python bivittatus(Burmese python)
Definition	Python bivittatus BRCA1, DNA repair associated (BRCA1), mRNA.

Target ORF information:

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

XM_025164650.1

ORF Insert Sequence:

ATGGATTCAC CTGTTCCAAG CGTTGCTGAA GTTCATGGAA TACTGCTAGC TTTGCAAAAG 
AATTTGGAAT GTCCAATCTG CCTGGAGGTG ATGAAAGAGC CAGTTTCAAC AAATTGTGCT 
CATATCTTTT GCAGGTTCTG TGTTTTTAAA CTGCTTAGAC AGAAGAAAGG TGTAACACAG 
TGTCCACTTT GCAATGCCAA AGTCACTAAA AGAAGTCTAA AGGAAGATGT CCGTTTTAAG 
GAAGTAATCA AAGGGGTTCT AGAAACCATC CATGCTTTCG AGTACGATAC TGGGCTGAAG 
TTTTCAGATG AACTATGTTA CCCCAAGAAA GGGATAGAAA CTGTTTCTGC TTCATCCCCA 
TGGAAGGAAC AACTGATAGT TAACAGTAAG GGCTATAGAG ACAGATGGAA ATGTATGAAG 
AAAGAAGAAA AGAGAAATAC TGACTCGGGT GATGGCTCCA TCTTGCCACA GTACAATGGA 
ACTGAAACAA GATACTCCCT CAGAAAGAAA AAAAATTCTA GTAAAATTGT GGTATTTGAA 
ATTGGATCAG GCTCATCTGA AGATATCTTT CAGAAGGGGA GTACAGTCAG ATGTATGGAT 
TTTGGAAGTA CTTCCCTGTC TCAAGTTGAT GAAGGCTGTA TTGGGAATCA AAGCCAAAGT 
CCTTGTTATA TAGAGCATCC TGAGCCAAGT GCTAACAATG GACCATCCTT AAATATCCTA 
GATATGTGTG AAGACTTAGA AGGAAGAAAA CTAGGAGGCA CAAATGATAC CCAAACTGTC 
ACTGAAAATT TGGAAATTGT TGAGGAAAAT ATGACTGTCA AAAAGAAACA GGATATACCT 
TTTCTGGATA CCTGTATGGA ACAATCTAAC ATGGATCATG GTTTTAGTTA CATACAGGAT 
CATAGTTCTT CCTCATTATG CAGGATAGCA CAAGTACAAT TGGTTGGTGA AACCATGAAG 
ATGACTACAA ATGAACAGAC AGATGATGAT GCAGAAAAAA CTGGCATTGT CCAGTCTGCT 
GGAAATACAC CAATTGTATG TGAAAATAAG GAACAGCAGC TACAATCCCA GACTATGCCT 
GACAGTCCTC TGAGTGAAAG ATCTGGAAAG AAACTGATGC AGAGCATTAA GAAAGTCAAT 
GAGTGGTTTT CTAAAAGCAA GGAAATCCTT TCTTCTAGTT CACTGCTGGA TGTTTGCAGT 
GAAGAGCTTG ATCAGGATGC AGATCCAGAT ATGTCAGATG CTGACTCTTG TATCTCCCAG 
AAGACAGAAC AGATGGAAAA TCAAGGGGAA TTCACAAACA TGGGTGGAGA TGAAAGGCCT 
TTGTCCAAAC TAGCTGCCTC TAAAATTGTT GACAAAATAT TTGGAAGAAC ATATAAGAGG 
GAACGCAAAG TGACCCCCCC TAGAAATGAC AATGGAACAA TCCAGATCCA AGCAGAGGAA 
ATCACTGCTT TGAACACACA TTCCTGTAAT ACATCCATGA GAAAGATATT CACACGAAAG 
AGAAAGGCTA CATCAGATGT TACACCCAAG GATTTCAACA AGAGACAGAA TGTTAAAGCA 
AGCAATAAGA AATCAGTTGA GGAAAAAGAA GACCCGGGTT TGGAAAACAG TGACCAAGCC 
TTTGATATTG TTGATAAATC CCCAGCAGAA CAAACAGAAG CTGATTTTTC AGTAACACTC 
TGTGTTGAGG AAGGAGTATC CATATTGAAA GCAGATGGAG GTAAACAAGC TCAAAGTGAA 
TGCCACACAT TGCCGGAATT AAACCTTACA AATATGAAGA ACAAAAGTAA TTTGAACAAG 
AGAAGCAAAG AATTAATGAA ACCACTTGGC AAATTGCAGG TGTTGAGGAA TAGAAGCCCT 
ATGCTGTCTG AGAAGACCAA GACAGATCTA GATAGTAAGG AGCTGAAAGA AGTGAGTCCA 
GGCCAGATGC AAGTTAGATG GAGCAGGAGG CTTCAGTTGC TCACAGGAGA AACCAGGAGA 
CAAAGTGAGC CAACCAAGAG AAAAAGAAAT GTGGATGAAA GAGAGCAGAA ACAACCTTTT 
TCTTTTTCAG GAAGGATGCC ATCTTCCTCT GTGGCAGAAG ATGACTCTTA TGTGCTGCAG 
GACAATCTGC AGAAGGCGAA GTCTTGGTCA GATGCAAGCA TGATTGATAA GCTGTACCTA 
TGTGATACAG ATATGACTTA TGCTAACCAT GAAAACTCTT CTCATGTGAT TGGAACTGTA 
AAAGATATTC TGAATACTGA ACAGACTGTA GACAGCCATA GTGCAGATTC CCAAGGCAGA 
AGCTCACTCT TGCAGATTCA TCCTGGAGAG GTAGAACAAG CAGCTTCCAA AGATGAGCAG 
TTCGTAGTTG TGGGTCAACC TGAGAAACAT GCAGTGTGTT CTCAAATAAT ACAGGGTGAT 
GGGATTTGCA CAGATAAGTC CCCTGAAACC AATAGTAAAG CTATAGGGAC TTGGGAATTG 
AATCCAGAAA CTGATGATAG TGAAATAGAT ACAGGCTTCA TGCAGAATAT ATTTGGCTGC 
TGCAAACGCC AGTCATTCTT GCTACATCCA AGTCAAGTAA AGAAATTGGC TATGAATAGT 
ATATATTTGC AAGAGCTGAG CCCTGACAAA GTAAAAGATG ATAAAGATGG AACACATGAA 
GAGAAATGTG ATGTTGTTTC CTGTGAGGTG AATAAAAGTA TTTCTGTCCA AACACCAATG 
TCTTGTACCC CCAGTTTTTC TGAACATAAG AATAGAACTG AGTACCTCCA GCTTGCCTCG 
CCAGTTCCAT TTCTTGATTG TCCATCCATA TCTGTGCAAT TAGTTGCCAG AAATGGAGAA 
GGTGGAAGTC AACCAGAAAG TAAAGAACCA ATAGGTGAAG AAAGACAGTC TCCAGGGTTA 
GAGAGAGAAA CTGAAAGTCC AGATGATAGC AATGGAAGTC TGAATGTCTG GAAAAACAGC 
AATTTGCATG ATACAAGTTT AAGCCATATT AATGGGAGAA GTTCTAGTTC AGTCCAGTTT 
CAAAAAGCAG AATCCAAAGG TACTGAAAAC AAAAGATTGG AACTGAGTCC TCAGACAGAA 
TTAATGCAGC AACATTCTTT AACTTGTCTG CCACTATTAC CTGGATTCAT CCATGCTGAA 
AAGAAAAAGA ACCTCATGGA AGAAAAGCAA CTGAACAGTG GCACAGAAGA AGCTGTTGAT 
ATTTCTAGCA CTGGTGGGGT TAAGAGCTTG ATTCCTAGAC CGAACTTAGA ATTTTGTACT 
GAGGAGGAGC ACCATCACTC TGAACTGTTG TCAGAGACAC CAGACAACTT GCTGGACCCA 
TCCACCAAAA ATAAAGAGGG TTCACCAAAC CTTTGGGATA TAAGTGACAT CTCAGCCATG 
CCTGCTAAAA CAGACAAGCA AACCACTAAT GGGACAGACC TGGATAGCAG AAACAAATGC 
AGTTTCATAT TGAAGAGACA GGACTTTGTT TTTACTCGCC GCAAATTGCT ACAGAAGCTG 
CCATCCTCAG AAGAGGAGGA TTCCAGTGGA GATGAAAAAC TGCCTTGCTT TCAGGCATTA 
ATAAATATGC AAAGCACACT AGCACAATCA GTGAAAGAGA AGGAGACACC AGCAGAGATG 
CTAGCATCAA AGAGCAGCAG CAGAAGTTGT CTCATACACA AAGAGGAGGT TATCTGCCCA 
AGCCAGGAAT CAGAGTGCTC TGTGAATTTG TTTTCCTCCC AGTCAAATGT ATCTGTGGAC 
TCTGGCAAAC CTTGTAATTC AAGGGATATA ATCCCGGTCT CTAATTCCAG AGAGAATTTG 
CCCAGTCTCA GTGGGAATAA GAAAGACAGT TCACCCAGTG ATGAAGTCCC TAGTGATACT 
AGGCAACTGA AATATGGGCA AGAAGAATGT GCACATTCAG AATCCAATTT AGGTGAAGAA 
ACTATGTCCT ATGCCAGTGA AGCAAGCCAT CTGGAAGATT CATTAGGTCT ACTCTCCCAG 
AGTGAAATTC TCACCACACA GCAAAGGGAT GCTATGCAAA ATAACTTAAA GAAACTGCAG 
CAGAAGATGG CTATCATTGA GGCTGTCCTC AAACAGGGAA CCCAGAGTCT TGGCCCTGAA 
GGATGGCCAC AGGAAGGGGA GGAAACTGAT TTCAACAGAG AACAGACAGG AGCAAGAAAG 
GGAATGCACA CCATATGGGA AGAATCAGTC TCTCCCTTGG CACATACCAC CTACTACAGC 
ACAAGGAAAA GGAATAGAAA GAGTCCACTT CTGACTGGGG CAAAAAAAAT GTCTCTGGTG 
GCATCTGGTC TAAACCAGAG TGAATTGCGA CTAGTACTTA GATTTGCCAA GAAAACTGAG 
AGCACTTGGT CTGATAAAAC TACTGAAGAA ACAACCCATG TAATAATGAA AACAGATGAG 
GATCTGGTCT GTGAGAGAAC CCTGAAATAT TTTATAGGTA TTGCTGCACA GAAATGGGTG 
TTGAGCTACC AATGGATTAT ACAGTCACTC AAAACAGGAA GAGTTCTTAA AGAGGAGGAT 
TTTGAAGTGA GAGGAGATGT AATCAATGGG AGAAACCATC AAGGGCCCAA AAGAGCAAGA 
GAATCACCTG CTAGAAAGCT TTTCCAAGGA TTGGAGATTT GCTGTTATGG GCCATTCACT 
GACATGCTTC CAGAACAACT CCAGTGGATT GTAGAGCTTT GTGGTGCCTC CCTTGTGAAG 
CAACCTCACT TATTTACACA TCCAACAAAC TCCACTGCTG TGATAGTTGT TCAGCCTGAT 
GCATGGAAGG AAGAAAGTAC CTGCCAAGAG CTCCCACTGC AGTGCAGCGC TGCTGTAGTT 
TCACGTGAGT GGGTGCTGGA CAGTGTTGCC TGCTATCAGC GCCAATCATT CGATGAATAC 
ATCATTCAAC AGGTGTGA

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

BRCA1 ( XM_015887526.1 ) cDNA ORF clone, Python bivittatus(Burmese python) -> XP_015743012.1 Python bivittatus breast cancer 1 (BRCA1), mRNA.

Price & Availability↑

CloneID	OPy04501
Clone ID Related Accession (Same CDS sequence)	XM_015887526.1
Accession Version	XM_015887526.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4734bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-03-10
Organism	Python bivittatus(Burmese python)
Product	breast cancer type 1 susceptibility protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006532499.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Python bivittatus Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 45% of CDS bases ##RefSeq-Attributes-END##

ATGCGCCGGG CGCTTCCCGA GGACGAACAT GTCTCTCGGC CCCACGCTCG CCTGTCGCTC 
ACCAAATCCC CACCAAGCGG CCTCCGCCAC CTGGCGCCCT CCAGATGCAT TAAACCGCCG 
TGCCCCCTGG ACGTGGGTGA AGCCGAGGGG GTTGTTCTAT TACCCCGCAC GACTGGAGGA 
GGCAACTCCT TTGGGCGGAA GGGCAGCGAG GCCGGGCGCG GGACGGAACT TACCGGCCTG 
CCCAGCAGGT CCTGGACGTT TGGCGAGCTG ACCCCACCGA CGACCGAGTC ACGGGATGCG 
GAAGCGATGA AGCGATTGGT TAGAAGGCGG TTGCCTCGGG GACCACTCGG AGGAAGGCGC 
GAAAAGAAGC AGAGCGGGAG CCGAAGGGAG CCCGACTCCA ACCTCCAGAG GCCGGAGAGC 
TCAGGAGACT CGAGGGAGAT TGTGGAAGCC CCAAGCGAAG GAAGGCAGCG TTTAAATTAC 
TCCGGAATTG AAAGCCTGGA GGTGATGAAA GAGCCAGTTT CAACAAATTG TGCTCATATC 
TTTTGCAGGT TCTGTGTTTT TAAACTGCTT AGACAGAAGA AAGGTGTAAC ACAGTGTCCA 
CTTTGCAATG CCAAAGTCAC TAAAAGAAGT CTAAAGGAAG ATGTCCGTTT TAAGGAAGTA 
ATCAAAGGGG TTCTAGAAAC CATCCATGCT TTCGAGTACG ATACTGGGCT GAAGTTTTCA 
GATGAACTAT GTTACCCCAA GAAAGGGATA GAAACTGTTT CTGCTTCATC CCCATGGAAG 
GAACAACTGA TAGTTAACAG TAAGGGCTAT AGAGACAGAT GGAAATGTAT GAAGAAAGAA 
GAAAAGAGAA ATACTGACTC GGGTGATGGC TCCATCTTGC CACAGTACAA TGGAACTGAA 
ACAAGATACT CCCTCAGAAA GAAAAAAAAT TCTAGTAAAA TTGTGGTATT TGAAATTGAT 
ATGTGTGAAG ACTTAGAAGG AAGAAAACTA GGAGGCACAA ATGATACCCA AACTGTCACT 
GAAAATTTGG AAATTGTTGA GGAAAATATG ACTGTCAAAA AGAAACAGGA TATACCTTTT 
CTGGATACCT GTATGGAACA ATCTAACATG GATCATGGTT TTAGTTACAT ACAGGATCAT 
AGTTCTTCCT CATTATGCAG GATAGCACAA GTACAATTGG TTGGTGAAAC CATGAAGATG 
ACTACAAATG AACAGACAGA TGATGATGCA GAAAAAACTG GCATTGTCCA GTCTGCTGGA 
AATACACCAA TTGTATGTGA AAATAAGGAA CAGCAGCTAC AATCCCAGAC TATGCCTGAC 
AGTCCTCTGA GTGAAAGATC TGGAAAGAAA CTGATGCAGA GCATTAAGAA AGTCAATGAG 
TGGTTTTCTA AAAGCAAGGA AATCCTTTCT TCTAGTTCAC TGCTGGATGT TTGCAGTGAA 
GAGCTTGATC AGGATGCAGA TCCAGATATG TCAGATGCTG ACTCTTGTAT CTCCCAGAAG 
ACAGAACAGA TGGAAAATCA AGGGGAATTC ACAAACATGG GTGGAGATGA AAGGCCTTTG 
TCCAAACTAG CTGCCTCTAA AATTGTTGAC AAAATATTTG GAAGAACATA TAAGAGGGAA 
CGCAAAGTGA CCCCCCCTAG AAATGACAAT GGAACAATCC AGATCCAAGC AGAGGAAATC 
ACTGCTTTGA ACACACATTC CTGTAATACA TCCATGAGAA AGATATTCAC ACGAAAGAGA 
AAGGCTACAT CAGATGTTAC ACCCAAGGAT TTCAACAAGA GACAGAATGT TAAAGCAAGC 
AATAAGAAAT CAGTTGAGGA AAAAGAAGAC CCGGGTTTGG AAAACAGTGA CCAAGCCTTT 
GATATTGTTG ATAAATCCCC AGCAGAACAA ACAGAAGCTG ATTTTTCAGT AACACTCTGT 
GTTGAGGAAG GAGTATCCAT ATTGAAAGCA GATGGAGGTA AACAAGCTCA AAGTGAATGC 
CACACATTGC CGGAATTAAA CCTTACAAAT ATGAAGAACA AAAGTAATTT GAACAAGAGA 
AGCAAAGAAT TAATGAAACC ACTTGGCAAA TTGCAGGTGT TGAGGAATAG AAGCCCTATG 
CTGTCTGAGA AGACCAAGAC AGATCTAGAT AGTAAGGAGC TGAAAGAAGT GAGTCCAGGC 
CAGATGCAAG TTAGATGGAG CAGGAGGCTT CAGTTGCTCA CAGGAGAAAC CAGGAGACAA 
AGTGAGCCAA CCAAGAGAAA AAGAAATGTG GATGAAAGAG AGCAGAAACA ACCTTTTTCT 
TTTTCAGGAA GGATGCCATC TTCCTCTGTG GCAGAAGATG ACTCTTATGT GCTGCAGGAC 
AATCTGCAGA AGGCGAAGTC TTGGTCAGAT GCAAGCATGA TTGATAAGCT GTACCTATGT 
GATACAGATA TGACTTATGC TAACCATGAA AACTCTTCTC ATGTGATTGG AACTGTAAAA 
GATATTCTGA ATACTGAACA GACTGTAGAC AGCCATAGTG CAGATTCCCA AGGCAGAAGC 
TCACTCTTGC AGATTCATCC TGGAGAGGTA GAACAAGCAG CTTCCAAAGA TGAGCAGTTC 
GTAGTTGTGG GTCAACCTGA GAAACATGCA GTGTGTTCTC AAATAATACA GGGTGATGGG 
ATTTGCACAG ATAAGTCCCC TGAAACCAAT AGTAAAGCTA TAGGGACTTG GGAATTGAAT 
CCAGAAACTG ATGATAGTGA AATAGATACA GGCTTCATGC AGAATATATT TGGCTGCTGC 
AAACGCCAGT CATTCTTGCT ACATCCAAGT CAAGTAAAGA AATTGGCTAT GAATAGTATA 
TATTTGCAAG AGCTGAGCCC TGACAAAGTA AAAGATGATA AAGATGGAAC ACATGAAGAG 
AAATGTGATG TTGTTTCCTG TGAGAAAAAG AACCTCATGG AAGAAAAGCA ACTGAACAGT 
GGCACAGAAG AAGCTGTTGA TATTTCTAGC ACTGGTGGGG TTAAGAGCTT GATTCCTAGA 
CCGAACTTAG AATTTTGTAC TGAGGAGGAG CACCATCACT CTGAACTGTT GTCAGAGACA 
CCAGACAACT TGCTGGACCC ATCCACCAAA AATAAAGAGG GTTCACCAAA CCTTTGGGAT 
ATAAGTGACA TCTCAGCCAT GCCTGCTAAA ACAGACAAGC AAACCACTAA TGGGACAGAC 
CTGGATAGCA GAAACAAATG CAGTTTCATA TTGAAGAGAC AGGACTTTGT TTTTACTCGC 
CGCAAATTGC TACAGAAGCT GCCATCCTCA GAAGAGGAGG ATTCCAGTGG AGATGAAAAA 
CTGCCTTGCT TTCAGGCATT AATAAATATG CAAAGCACAC TAGCACAATC AGTGAAAGAG 
AAGGAGACAC CAGCAGAGAT GCTAGCATCA AAGAGCAGCA GCAGAAGTTG TCTCATACAC 
AAAGAGGAGG TTATCTGCCC AAGCCAGGAA TCAGAGTGCT CTGTGAATTT GTTTTCCTCC 
CAGTCAAATG TATCTGTGGA CTCTGGCAAA CCTTGTAATT CAAGGGATAT AATCCCGGTC 
TCTAATTCCA GAGAGAATTT GCCCAGTCTC AGTGGGAATA AGAAAGACAG TTCACCCAGT 
GATGAAGTCC CTAGTGATAC TAGGCAACTG AAATATGGGC AAGAAGAATG TGCACATTCA 
GAATCCAATT TAGGTGAAGA AACTATGTCC TATGCCAGTG AAGCAAGCCA TCTGGAAGAT 
TCATTAGGTC TACTCTCCCA GAGTGAAATT CTCACCACAC AGCAAAGGGA TGCTATGCAA 
AATAACTTAA AGAAACTGCA GCAGAAGATG GCTATCATTG AGGCTGTCCT CAAACAGGGA 
ACCCAGAGTC TTGGCCCTGA AGGATGGCCA CAGGAAGGGG AGGAAACTGA TTTCAACAGA 
GAACAGACAG GAGGAACCCA GAGTCTTGGC CCTGAAGGTT GGCCACAGGA AGGGGAGGAA 
ACTGATTTCA ACAGAGAACA GACAGGAGCA AGAAAGGGAA TGCACACCAT ATGGGAAGAA 
TCAGTCTCTC CCTTGGCACA TACCACCTAC TACAGCACAA GGAAAAGGAA TAGAAAGAGT 
CCACTTCTGA CTGGGGCAAA AAAAATGTCT CTGGTGGCAT CTGGTCTAAA CCAGAGTGAA 
TTGCGACTAG TACTTAGATT TGCCAAGAAA ACTGAGAGCA CTTGGTCTGA TAAAACTACT 
GAAGAAACAA CCCATGTAAT AATGAAAACA GATGAGGATC TGGTCTGTGA GAGAACCCTG 
AAATATTTTA TAGGTATTGC TGCACAGAAA TGGGTGTTGA GCTACCAATG GATTATACAG 
TCACTCAAAA CAGGAAGAGT TCTTAAAGAG GAGGATTTTG AAGTGAGAGG AGATGTAATC 
AATGGGAGAA ACCATCAAGG GCCCAAAAGA GCAAGAGAAT CACCTGCTAG AAAGCTTTTC 
CAAGGATTGG AGATTTGCTG TTATGGGCCA TTCACTGACA TGCTTCCAGA ACAACTCCAG 
TGGATTGTAG AGCTTTGTGG TGCCTCCCTT GTGAAGCAAC CTCACTTATT TACACATCCA 
ACAAACTCCA CTGCTGTGAT AGTTGTTCAG CCTGATGCAT GGAAGGAAGA AAGTACCTGC 
CAAGAGCTCC CACTGCAGTG CAGCGCTGCT GTAGTTTCAC GTGAGTGGGT GCTGGACAGT 
GTTGCCTGCT ATCAGCGCCA ATCATTCGAT GAATACATCA TTCAACAGGT GTGA

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

RefSeq	XP_015743012.1
CDS	1..4734
Translation	MRRALPEDEHVSRPHARLSLTKSPPSGLRHLAPSRCIKPPCPLDVGEAEGVVLLPRTTGGGNSFGRKGSEAGRGTELTGLPSRSWTFGELTPPTTESRDAEAMKRLVRRRLPRGPLGGRREKKQSGSRREPDSNLQRPESSGDSREIVEAPSEGRQRLNYSGIESLEVMKEPVSTNCAHIFCRFCVFKLLRQKKGVTQCPLCNAKVTKRSLKEDVRFKEVIKGVLETIHAFEYDTGLKFSDELCYPKKGIETVSASSPWKEQLIVNSKGYRDRWKCMKKEEKRNTDSGDGSILPQYNGTETRYSLRKKKNSSKIVVFEIDMCEDLEGRKLGGTNDTQTVTENLEIVEENMTVKKKQDIPFLDTCMEQSNMDHGFSYIQDHSSSSLCRIAQVQLVGETMKMTTNEQTDDDAEKTGIVQSAGNTPIVCENKEQQLQSQTMPDSPLSERSGKKLMQSIKKVNEWFSKSKEILSSSSLLDVCSEELDQDADPDMSDADSCISQKTEQMENQGEFTNMGGDERPLSKLAASKIVDKIFGRTYKRERKVTPPRNDNGTIQIQAEEITALNTHSCNTSMRKIFTRKRKATSDVTPKDFNKRQNVKASNKKSVEEKEDPGLENSDQAFDIVDKSPAEQTEADFSVTLCVEEGVSILKADGGKQAQSECHTLPELNLTNMKNKSNLNKRSKELMKPLGKLQVLRNRSPMLSEKTKTDLDSKELKEVSPGQMQVRWSRRLQLLTGETRRQSEPTKRKRNVDEREQKQPFSFSGRMPSSSVAEDDSYVLQDNLQKAKSWSDASMIDKLYLCDTDMTYANHENSSHVIGTVKDILNTEQTVDSHSADSQGRSSLLQIHPGEVEQAASKDEQFVVVGQPEKHAVCSQIIQGDGICTDKSPETNSKAIGTWELNPETDDSEIDTGFMQNIFGCCKRQSFLLHPSQVKKLAMNSIYLQELSPDKVKDDKDGTHEEKCDVVSCEKKNLMEEKQLNSGTEEAVDISSTGGVKSLIPRPNLEFCTEEEHHHSELLSETPDNLLDPSTKNKEGSPNLWDISDISAMPAKTDKQTTNGTDLDSRNKCSFILKRQDFVFTRRKLLQKLPSSEEEDSSGDEKLPCFQALINMQSTLAQSVKEKETPAEMLASKSSSRSCLIHKEEVICPSQESECSVNLFSSQSNVSVDSGKPCNSRDIIPVSNSRENLPSLSGNKKDSSPSDEVPSDTRQLKYGQEECAHSESNLGEETMSYASEASHLEDSLGLLSQSEILTTQQRDAMQNNLKKLQQKMAIIEAVLKQGTQSLGPEGWPQEGEETDFNREQTGGTQSLGPEGWPQEGEETDFNREQTGARKGMHTIWEESVSPLAHTTYYSTRKRNRKSPLLTGAKKMSLVASGLNQSELRLVLRFAKKTESTWSDKTTEETTHVIMKTDEDLVCERTLKYFIGIAAQKWVLSYQWIIQSLKTGRVLKEEDFEVRGDVINGRNHQGPKRARESPARKLFQGLEICCYGPFTDMLPEQLQWIVELCGASLVKQPHLFTHPTNSTAVIVVQPDAWKEESTCQELPLQCSAAVVSREWVLDSVACYQRQSFDEYIIQQV

Target ORF information:

RefSeq Version	XM_015887526.1
Organism	Python bivittatus(Burmese python)
Definition	Python bivittatus breast cancer 1 (BRCA1), mRNA.

Target ORF information:

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

XM_015887526.1

ORF Insert Sequence:

ATGCGCCGGG CGCTTCCCGA GGACGAACAT GTCTCTCGGC CCCACGCTCG CCTGTCGCTC 
ACCAAATCCC CACCAAGCGG CCTCCGCCAC CTGGCGCCCT CCAGATGCAT TAAACCGCCG 
TGCCCCCTGG ACGTGGGTGA AGCCGAGGGG GTTGTTCTAT TACCCCGCAC GACTGGAGGA 
GGCAACTCCT TTGGGCGGAA GGGCAGCGAG GCCGGGCGCG GGACGGAACT TACCGGCCTG 
CCCAGCAGGT CCTGGACGTT TGGCGAGCTG ACCCCACCGA CGACCGAGTC ACGGGATGCG 
GAAGCGATGA AGCGATTGGT TAGAAGGCGG TTGCCTCGGG GACCACTCGG AGGAAGGCGC 
GAAAAGAAGC AGAGCGGGAG CCGAAGGGAG CCCGACTCCA ACCTCCAGAG GCCGGAGAGC 
TCAGGAGACT CGAGGGAGAT TGTGGAAGCC CCAAGCGAAG GAAGGCAGCG TTTAAATTAC 
TCCGGAATTG AAAGCCTGGA GGTGATGAAA GAGCCAGTTT CAACAAATTG TGCTCATATC 
TTTTGCAGGT TCTGTGTTTT TAAACTGCTT AGACAGAAGA AAGGTGTAAC ACAGTGTCCA 
CTTTGCAATG CCAAAGTCAC TAAAAGAAGT CTAAAGGAAG ATGTCCGTTT TAAGGAAGTA 
ATCAAAGGGG TTCTAGAAAC CATCCATGCT TTCGAGTACG ATACTGGGCT GAAGTTTTCA 
GATGAACTAT GTTACCCCAA GAAAGGGATA GAAACTGTTT CTGCTTCATC CCCATGGAAG 
GAACAACTGA TAGTTAACAG TAAGGGCTAT AGAGACAGAT GGAAATGTAT GAAGAAAGAA 
GAAAAGAGAA ATACTGACTC GGGTGATGGC TCCATCTTGC CACAGTACAA TGGAACTGAA 
ACAAGATACT CCCTCAGAAA GAAAAAAAAT TCTAGTAAAA TTGTGGTATT TGAAATTGAT 
ATGTGTGAAG ACTTAGAAGG AAGAAAACTA GGAGGCACAA ATGATACCCA AACTGTCACT 
GAAAATTTGG AAATTGTTGA GGAAAATATG ACTGTCAAAA AGAAACAGGA TATACCTTTT 
CTGGATACCT GTATGGAACA ATCTAACATG GATCATGGTT TTAGTTACAT ACAGGATCAT 
AGTTCTTCCT CATTATGCAG GATAGCACAA GTACAATTGG TTGGTGAAAC CATGAAGATG 
ACTACAAATG AACAGACAGA TGATGATGCA GAAAAAACTG GCATTGTCCA GTCTGCTGGA 
AATACACCAA TTGTATGTGA AAATAAGGAA CAGCAGCTAC AATCCCAGAC TATGCCTGAC 
AGTCCTCTGA GTGAAAGATC TGGAAAGAAA CTGATGCAGA GCATTAAGAA AGTCAATGAG 
TGGTTTTCTA AAAGCAAGGA AATCCTTTCT TCTAGTTCAC TGCTGGATGT TTGCAGTGAA 
GAGCTTGATC AGGATGCAGA TCCAGATATG TCAGATGCTG ACTCTTGTAT CTCCCAGAAG 
ACAGAACAGA TGGAAAATCA AGGGGAATTC ACAAACATGG GTGGAGATGA AAGGCCTTTG 
TCCAAACTAG CTGCCTCTAA AATTGTTGAC AAAATATTTG GAAGAACATA TAAGAGGGAA 
CGCAAAGTGA CCCCCCCTAG AAATGACAAT GGAACAATCC AGATCCAAGC AGAGGAAATC 
ACTGCTTTGA ACACACATTC CTGTAATACA TCCATGAGAA AGATATTCAC ACGAAAGAGA 
AAGGCTACAT CAGATGTTAC ACCCAAGGAT TTCAACAAGA GACAGAATGT TAAAGCAAGC 
AATAAGAAAT CAGTTGAGGA AAAAGAAGAC CCGGGTTTGG AAAACAGTGA CCAAGCCTTT 
GATATTGTTG ATAAATCCCC AGCAGAACAA ACAGAAGCTG ATTTTTCAGT AACACTCTGT 
GTTGAGGAAG GAGTATCCAT ATTGAAAGCA GATGGAGGTA AACAAGCTCA AAGTGAATGC 
CACACATTGC CGGAATTAAA CCTTACAAAT ATGAAGAACA AAAGTAATTT GAACAAGAGA 
AGCAAAGAAT TAATGAAACC ACTTGGCAAA TTGCAGGTGT TGAGGAATAG AAGCCCTATG 
CTGTCTGAGA AGACCAAGAC AGATCTAGAT AGTAAGGAGC TGAAAGAAGT GAGTCCAGGC 
CAGATGCAAG TTAGATGGAG CAGGAGGCTT CAGTTGCTCA CAGGAGAAAC CAGGAGACAA 
AGTGAGCCAA CCAAGAGAAA AAGAAATGTG GATGAAAGAG AGCAGAAACA ACCTTTTTCT 
TTTTCAGGAA GGATGCCATC TTCCTCTGTG GCAGAAGATG ACTCTTATGT GCTGCAGGAC 
AATCTGCAGA AGGCGAAGTC TTGGTCAGAT GCAAGCATGA TTGATAAGCT GTACCTATGT 
GATACAGATA TGACTTATGC TAACCATGAA AACTCTTCTC ATGTGATTGG AACTGTAAAA 
GATATTCTGA ATACTGAACA GACTGTAGAC AGCCATAGTG CAGATTCCCA AGGCAGAAGC 
TCACTCTTGC AGATTCATCC TGGAGAGGTA GAACAAGCAG CTTCCAAAGA TGAGCAGTTC 
GTAGTTGTGG GTCAACCTGA GAAACATGCA GTGTGTTCTC AAATAATACA GGGTGATGGG 
ATTTGCACAG ATAAGTCCCC TGAAACCAAT AGTAAAGCTA TAGGGACTTG GGAATTGAAT 
CCAGAAACTG ATGATAGTGA AATAGATACA GGCTTCATGC AGAATATATT TGGCTGCTGC 
AAACGCCAGT CATTCTTGCT ACATCCAAGT CAAGTAAAGA AATTGGCTAT GAATAGTATA 
TATTTGCAAG AGCTGAGCCC TGACAAAGTA AAAGATGATA AAGATGGAAC ACATGAAGAG 
AAATGTGATG TTGTTTCCTG TGAGAAAAAG AACCTCATGG AAGAAAAGCA ACTGAACAGT 
GGCACAGAAG AAGCTGTTGA TATTTCTAGC ACTGGTGGGG TTAAGAGCTT GATTCCTAGA 
CCGAACTTAG AATTTTGTAC TGAGGAGGAG CACCATCACT CTGAACTGTT GTCAGAGACA 
CCAGACAACT TGCTGGACCC ATCCACCAAA AATAAAGAGG GTTCACCAAA CCTTTGGGAT 
ATAAGTGACA TCTCAGCCAT GCCTGCTAAA ACAGACAAGC AAACCACTAA TGGGACAGAC 
CTGGATAGCA GAAACAAATG CAGTTTCATA TTGAAGAGAC AGGACTTTGT TTTTACTCGC 
CGCAAATTGC TACAGAAGCT GCCATCCTCA GAAGAGGAGG ATTCCAGTGG AGATGAAAAA 
CTGCCTTGCT TTCAGGCATT AATAAATATG CAAAGCACAC TAGCACAATC AGTGAAAGAG 
AAGGAGACAC CAGCAGAGAT GCTAGCATCA AAGAGCAGCA GCAGAAGTTG TCTCATACAC 
AAAGAGGAGG TTATCTGCCC AAGCCAGGAA TCAGAGTGCT CTGTGAATTT GTTTTCCTCC 
CAGTCAAATG TATCTGTGGA CTCTGGCAAA CCTTGTAATT CAAGGGATAT AATCCCGGTC 
TCTAATTCCA GAGAGAATTT GCCCAGTCTC AGTGGGAATA AGAAAGACAG TTCACCCAGT 
GATGAAGTCC CTAGTGATAC TAGGCAACTG AAATATGGGC AAGAAGAATG TGCACATTCA 
GAATCCAATT TAGGTGAAGA AACTATGTCC TATGCCAGTG AAGCAAGCCA TCTGGAAGAT 
TCATTAGGTC TACTCTCCCA GAGTGAAATT CTCACCACAC AGCAAAGGGA TGCTATGCAA 
AATAACTTAA AGAAACTGCA GCAGAAGATG GCTATCATTG AGGCTGTCCT CAAACAGGGA 
ACCCAGAGTC TTGGCCCTGA AGGATGGCCA CAGGAAGGGG AGGAAACTGA TTTCAACAGA 
GAACAGACAG GAGGAACCCA GAGTCTTGGC CCTGAAGGTT GGCCACAGGA AGGGGAGGAA 
ACTGATTTCA ACAGAGAACA GACAGGAGCA AGAAAGGGAA TGCACACCAT ATGGGAAGAA 
TCAGTCTCTC CCTTGGCACA TACCACCTAC TACAGCACAA GGAAAAGGAA TAGAAAGAGT 
CCACTTCTGA CTGGGGCAAA AAAAATGTCT CTGGTGGCAT CTGGTCTAAA CCAGAGTGAA 
TTGCGACTAG TACTTAGATT TGCCAAGAAA ACTGAGAGCA CTTGGTCTGA TAAAACTACT 
GAAGAAACAA CCCATGTAAT AATGAAAACA GATGAGGATC TGGTCTGTGA GAGAACCCTG 
AAATATTTTA TAGGTATTGC TGCACAGAAA TGGGTGTTGA GCTACCAATG GATTATACAG 
TCACTCAAAA CAGGAAGAGT TCTTAAAGAG GAGGATTTTG AAGTGAGAGG AGATGTAATC 
AATGGGAGAA ACCATCAAGG GCCCAAAAGA GCAAGAGAAT CACCTGCTAG AAAGCTTTTC 
CAAGGATTGG AGATTTGCTG TTATGGGCCA TTCACTGACA TGCTTCCAGA ACAACTCCAG 
TGGATTGTAG AGCTTTGTGG TGCCTCCCTT GTGAAGCAAC CTCACTTATT TACACATCCA 
ACAAACTCCA CTGCTGTGAT AGTTGTTCAG CCTGATGCAT GGAAGGAAGA AAGTACCTGC 
CAAGAGCTCC CACTGCAGTG CAGCGCTGCT GTAGTTTCAC GTGAGTGGGT GCTGGACAGT 
GTTGCCTGCT ATCAGCGCCA ATCATTCGAT GAATACATCA TTCAACAGGT GTGA