Blm cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Blm
Entrez Gene ID	110298490
Full Name	Bloom syndrome RecQ like helicase
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021167779.1	XP_021023438.1	Bloom syndrome protein

Pathways from BioSystems
Gene Ontology

The following Blm gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Blm 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
OMv05190	XM_021167779.1 Latest version!	Mus caroli BLM RecQ like helicase (Blm), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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

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

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

Reference Sequences (Refseq)

Blm ( XM_021167779.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021023438.1 Mus caroli BLM RecQ like helicase (Blm), mRNA.

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CloneID	OMv05190
Clone ID Related Accession (Same CDS sequence)	XM_021167779.1
Accession Version	XM_021167779.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4230bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	Bloom syndrome protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034576.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTGCTG TTCCTCTGAA CAATCTACAA GAACAACTAC AGCGACACTC AGCCAGAAAA 
CTTAATAATC AACCCAGCCT TTCAAAACCA AAATCTTTAG GTTTTACTTT TAAAAAGAAA 
ACATCAGAGG GTGATGTGTC TGTCACTAGT GTGTCCGTAG TAAAAACACC TGCGTTGAGT 
GATAAAGATG TGAACGTGTC TGAAGCCTTT TCATTCACTG AGTCTCCACT CCACAAACCA 
AAGCAGCAGG CAAAGATTGA AGGCTTCTTT AAACATTTCC CTGGAAGGCA GCAAAGCGCG 
GGGACATGCT CTGAGCCGTC ACTGCCGGCC ATGGGACAGC CTGCTCAGGA CACCTCGTGT 
ACTACCCCCA AAACCCCCGC TGTGAAGAAA CTGCCTGTGG CTGTTTTCAA GAAATTAGAA 
TTCAGTTCTT CTGCAGACTC CCTCAGTGAC TGGGCTGATA TGGATGACTT TGATATGTCA 
GCATCAGATG CGTTTGCTTC ACTGGCTGAA AATCCTGCCA CAAGAGTAAG AACCGCTCAG 
AAAATGAAAA AGACTAAGAG AAACTTCTTT AAGCCACCAC CTCATAAAGC CAATGCAGTA 
GAGACTGACT CGACTCCTCC CTCCCCCGAA TGCCTGCAAG TGGATTTAAC GAAGGAACCG 
GAAGAGGAGG AGGCGGAGGG GGCCGTCTGC CTGAGCAGGG ACGTGATCTG CCTTGACAAT 
GACTCTGCTT CTGAAGAGCT CCCGGAGAAA GGCCCGCAGG AAAGTCAGCC TTTGAAAGCT 
CACATGGGCG CTGAAAGAGG TGACAGTGAA AAGAAGAGCC ATGAAGACAA AGATGTGTTC 
CATTCAGTTC AGAACACTCT ATACTTTGAA CACAATGATA ATGATTATGA TATAGATTTT 
GTTCCACCTT CTCCAGAAGA AATCATCTCC ACTGCTTCTT CCTCGTTGAA ATGTTCCAGC 
ATGTTAAATG ATCTTGATGA CTCTGGCAAA GAAAAGGACA TTCTTAGCAC CTCAGAAGAG 
CTTCTGTCAA AACCAGAGGA AATGACCACA CACAAGTCTG ATGCAGGAAC CAATAAAGAC 
TGTGATGCCC AGCAGATAAG CATACAGCAG CAGCTTATCC ATGTGATGGA GCACATCTGT 
AAGTTAGTTG ATACTGTTCC TATTGATGAA TTGAAAGCTT TGAATTGTGG GACCGAATTG 
CTTCAACAAC GAAACATAAG GAGGAAGCTC CTAGCTGAAG CGGGTTTTAA TGGAAATGAT 
GTCAGACTTC TGGGTTCTCT GTGGAGGCAC AGGCCTGATT CACTTGATAA TACAGTGCAG 
GGTGACTCCT GCCCTGTGGG GCATCCTAAT AAAGAGTTAA ATTCTCCATA CCTTCTCTCA 
CATTCCCCTT CCACTGAGGA ATGTTTACCC GCCACCACTC CAGGAAAGAC AGGATTCTCA 
GCCACCCCGA AGAATCTCTT TGAAAGGCCG TTATTGAATT CCCATTTACA GAAGTCCTTT 
GTAAGTAGCA ACTGGGCTGA AACACCAAGG ATGGAAAACA GGAACGAAAG CACTGACTTC 
CCAGGGAATG TTCTCACCAG CACCACTGTG AAAGCTCAGA GTAAACAAGC TGCTTCAGGA 
CGTAACATAG AGAGACACGG CCAGGCTTCC TATGATATCG ATAACTTTAA CATTGATGAC 
TTTGATGATG ATGATGATGA CTGGGAAAAC ATAATGCACA ATTTTTCAGC CAGCAAATCT 
TCCACAGCCG CCTATCCACC CATCAAGGAA GGTGGGCCGG TTAAATCTCT CTCAGAGAGG 
ATTTCTTCAG CCAAGGCAAA GTTTCTTCCA GTGGTATCAA CCGCTCAGAA TAAAAACCTC 
TCAGAGTCAA TTCAGAATTG CTCTGATAAG CTGGCCCAAA ATTTATCATC AAAAAATCCA 
AATCATGAAC ATTTTCAAAG TCTTAATTTT CCTCATACAA AAGAAATGAT GAAGATTTTC 
CATAAGAAAT TTGGCTTGCA TAATTTTAGA ACTAATCAGC TAGAGGCGAT CAATGCTGCG 
CTGCTTGGTG AAGACTGCTT TATCCTAATG CCCACTGGAG GTGGTAAAAG TTTATGCTAC 
CAGCTCCCTG CCTGTGTTTC TCCTGGGGTC ACAATTGTCA TTTCTCCCTT GAGATCACTG 
ATAGTAGATC AAGTCCAAAA GCTGACTTCC TTTGATATTC CAGCTACATA TCTGACAGGG 
GATAAGACTG ACTCAGAAGC TGCAAATATT TACCTCCAGT TATCAAAAAA AGACCCAATC 
GTCAAGCTTT TGTACGTGAC TCCTGAGAAG GTCTGTGCAA GTAACAGGCT GATTTCTACT 
CTGGAGAATC TGTATGAGCG GAAGCTCTTG GCACGTTTTG TCATTGATGA AGCGCATTGT 
GTGAGTCAGT GGGGTCATGA TTTTCGTCAA GATTACAAAA GGATGAATAT GCTTCGCCAG 
AAGTTTCCTT CTGTTCCAGT GATGGCTCTC ACGGCCACGG CGAACCCCAG GGTCCAGAAG 
GACATCCTCA CTCAGCTGAA GATCCTCAGA CCTCAGGTGT TTAGCATGAG CTTTAACAGG 
CACAATCTGA AATACTATGT ATTACCAAAG AAGCCCAAAA AAGTAGCATT TGATTGCCTA 
GAGTGGATCA GAAAGCATCA TCCTTATGAC TCGGGGATAA TTTACTGCCT CTCCAGGAGG 
GAATGTGACA CAGTGGCTGA CACTTTACAG AGAGAAGGCC TTTCTGCCCT GGCTTACCAT 
GCAGGCCTCA GTGACTCTGC CAGAGATGAG GTGCAGCACA AGTGGATCAA CCAGGACAGA 
TGCCAGGTTA TCTGTGCGAC AATTGCGTTT GGAATGGGAA TTGACAAACC TGACGTGCGA 
TTTGTGATTC ATGCATCTCT TCCTAAGTCT ATGGAGGGTT ATTATCAAGA ATCCGGCCGA 
GCTGGAAGAG ATGGGGAAAT ATCTCACTGC GTGCTTTTCT ATACATATCA TGATGTGACC 
AGACTGAAGA GACTTATAAT GATGGAAAAA GATGGAAACT ATCATACGAA GGAAACTCAC 
GTCAATAATC TATATAGCAT GGTACATTAC TGTGAAAACA TAACAGAATG CAGAAGAATA 
CAGCTTTTAG CTTACTTTGG TGAAAAAGGA TTCAACCCTG ATTTTTGTAA GAAATACCCA 
GATGTTTCTT GTGACAATTG CTGTAAAACA AAGGATTATA AAACGAAAGA TGTGACTGAT 
GATGTGAAAA ATATTATAAG ATTTGTTCAA GAACACAGTT CATCACCAGG AACAAGAAAT 
ATAGGACCTG CTGGAAGATT TACTCTGAAC ATGCTGGTTG ACATTTTCTT GGGGAGCAAG 
AGTGCAAAAG TGAAGTCTGG AATATTTGGG AAGGGGACTG CATATTCACG GCATAATGCC 
GAAAGACTTT TTAAAAAGCT AATTCTAGAC AAAATCCTGG ATGAAGACTT ATATATCAAT 
GCCAATGACC AACCAATTGC CTATGTGATG CTAGGAACAA AAGCCCACAG TGTGCTGAGT 
GGCCACTTGA AGGTGGACTT CATGGAAACG GAAAATTCCA GCAGTGTTAA AAAACAAAAA 
GCTTTAGTGG CCAAAGTATC CCAGAGAGAA GAGGTAGTTA AGAAATGTCT TGGAGAACTT 
ACAGAGGTCT GCAAATTGCT GGGGAAAGTC TTTGGTGTCC ATTACTTCAA TATTTTTAAT 
ACAGCCACAC TCAAAAAGCT TGCAGAATCT TTATCTGCTG ATCCTGAGGT TTTGCTTCAG 
ATTGATGGTG TTACCGAAGA CAAGCTGGAA AAATACGGTG CAGAAGTGAT TCCAGTATTA 
CAGAAGTACT CAGAATGGAC ATTGCCAGCT GAGGATGGTT CCCCAGGCGC CAGAGGCGCC 
CCAGAGGACA CTGAGGAGGA GGAGGAGGGA GCGCCTGTAT CGTCTCACTA CTTTGCAAAT 
CAAACTAGAA ATGAAAGAAA GAGAAAGAAA ATGTCAGCCA CCCAAAAGCC CAAGAGGAGA 
AGAACTAGTC ACGGTGGCTT CAGAGCAAAG GGGGGCTCTA CTACATGCAG AAAAACGTCT 
TCTAAAAGTA AATTCTATGG TGTCACTGGA TCCCGCTCGG CCTCATGTGC TTCTCAAGCA 
ACATCATCAG CCAGTAGAAA ACTGGGGATT ATGGCTCCTC CAAAGCCTGT AAATAGAACG 
TTCCTCAGGC CTTCATATGC CTTCTCCTAA

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

RefSeq	XP_021023438.1
CDS	82..4311
Translation	MAAVPLNNLQEQLQRHSARKLNNQPSLSKPKSLGFTFKKKTSEGDVSVTSVSVVKTPALSDKDVNVSEAFSFTESPLHKPKQQAKIEGFFKHFPGRQQSAGTCSEPSLPAMGQPAQDTSCTTPKTPAVKKLPVAVFKKLEFSSSADSLSDWADMDDFDMSASDAFASLAENPATRVRTAQKMKKTKRNFFKPPPHKANAVETDSTPPSPECLQVDLTKEPEEEEAEGAVCLSRDVICLDNDSASEELPEKGPQESQPLKAHMGAERGDSEKKSHEDKDVFHSVQNTLYFEHNDNDYDIDFVPPSPEEIISTASSSLKCSSMLNDLDDSGKEKDILSTSEELLSKPEEMTTHKSDAGTNKDCDAQQISIQQQLIHVMEHICKLVDTVPIDELKALNCGTELLQQRNIRRKLLAEAGFNGNDVRLLGSLWRHRPDSLDNTVQGDSCPVGHPNKELNSPYLLSHSPSTEECLPATTPGKTGFSATPKNLFERPLLNSHLQKSFVSSNWAETPRMENRNESTDFPGNVLTSTTVKAQSKQAASGRNIERHGQASYDIDNFNIDDFDDDDDDWENIMHNFSASKSSTAAYPPIKEGGPVKSLSERISSAKAKFLPVVSTAQNKNLSESIQNCSDKLAQNLSSKNPNHEHFQSLNFPHTKEMMKIFHKKFGLHNFRTNQLEAINAALLGEDCFILMPTGGGKSLCYQLPACVSPGVTIVISPLRSLIVDQVQKLTSFDIPATYLTGDKTDSEAANIYLQLSKKDPIVKLLYVTPEKVCASNRLISTLENLYERKLLARFVIDEAHCVSQWGHDFRQDYKRMNMLRQKFPSVPVMALTATANPRVQKDILTQLKILRPQVFSMSFNRHNLKYYVLPKKPKKVAFDCLEWIRKHHPYDSGIIYCLSRRECDTVADTLQREGLSALAYHAGLSDSARDEVQHKWINQDRCQVICATIAFGMGIDKPDVRFVIHASLPKSMEGYYQESGRAGRDGEISHCVLFYTYHDVTRLKRLIMMEKDGNYHTKETHVNNLYSMVHYCENITECRRIQLLAYFGEKGFNPDFCKKYPDVSCDNCCKTKDYKTKDVTDDVKNIIRFVQEHSSSPGTRNIGPAGRFTLNMLVDIFLGSKSAKVKSGIFGKGTAYSRHNAERLFKKLILDKILDEDLYINANDQPIAYVMLGTKAHSVLSGHLKVDFMETENSSSVKKQKALVAKVSQREEVVKKCLGELTEVCKLLGKVFGVHYFNIFNTATLKKLAESLSADPEVLLQIDGVTEDKLEKYGAEVIPVLQKYSEWTLPAEDGSPGARGAPEDTEEEEEGAPVSSHYFANQTRNERKRKKMSATQKPKRRRTSHGGFRAKGGSTTCRKTSSKSKFYGVTGSRSASCASQATSSASRKLGIMAPPKPVNRTFLRPSYAFS

Target ORF information:

RefSeq Version	XM_021167779.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli BLM RecQ like helicase (Blm), mRNA.

Target ORF information:

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

XM_021167779.1

ORF Insert Sequence:

ATGGCTGCTG TTCCTCTGAA CAATCTACAA GAACAACTAC AGCGACACTC AGCCAGAAAA 
CTTAATAATC AACCCAGCCT TTCAAAACCA AAATCTTTAG GTTTTACTTT TAAAAAGAAA 
ACATCAGAGG GTGATGTGTC TGTCACTAGT GTGTCCGTAG TAAAAACACC TGCGTTGAGT 
GATAAAGATG TGAACGTGTC TGAAGCCTTT TCATTCACTG AGTCTCCACT CCACAAACCA 
AAGCAGCAGG CAAAGATTGA AGGCTTCTTT AAACATTTCC CTGGAAGGCA GCAAAGCGCG 
GGGACATGCT CTGAGCCGTC ACTGCCGGCC ATGGGACAGC CTGCTCAGGA CACCTCGTGT 
ACTACCCCCA AAACCCCCGC TGTGAAGAAA CTGCCTGTGG CTGTTTTCAA GAAATTAGAA 
TTCAGTTCTT CTGCAGACTC CCTCAGTGAC TGGGCTGATA TGGATGACTT TGATATGTCA 
GCATCAGATG CGTTTGCTTC ACTGGCTGAA AATCCTGCCA CAAGAGTAAG AACCGCTCAG 
AAAATGAAAA AGACTAAGAG AAACTTCTTT AAGCCACCAC CTCATAAAGC CAATGCAGTA 
GAGACTGACT CGACTCCTCC CTCCCCCGAA TGCCTGCAAG TGGATTTAAC GAAGGAACCG 
GAAGAGGAGG AGGCGGAGGG GGCCGTCTGC CTGAGCAGGG ACGTGATCTG CCTTGACAAT 
GACTCTGCTT CTGAAGAGCT CCCGGAGAAA GGCCCGCAGG AAAGTCAGCC TTTGAAAGCT 
CACATGGGCG CTGAAAGAGG TGACAGTGAA AAGAAGAGCC ATGAAGACAA AGATGTGTTC 
CATTCAGTTC AGAACACTCT ATACTTTGAA CACAATGATA ATGATTATGA TATAGATTTT 
GTTCCACCTT CTCCAGAAGA AATCATCTCC ACTGCTTCTT CCTCGTTGAA ATGTTCCAGC 
ATGTTAAATG ATCTTGATGA CTCTGGCAAA GAAAAGGACA TTCTTAGCAC CTCAGAAGAG 
CTTCTGTCAA AACCAGAGGA AATGACCACA CACAAGTCTG ATGCAGGAAC CAATAAAGAC 
TGTGATGCCC AGCAGATAAG CATACAGCAG CAGCTTATCC ATGTGATGGA GCACATCTGT 
AAGTTAGTTG ATACTGTTCC TATTGATGAA TTGAAAGCTT TGAATTGTGG GACCGAATTG 
CTTCAACAAC GAAACATAAG GAGGAAGCTC CTAGCTGAAG CGGGTTTTAA TGGAAATGAT 
GTCAGACTTC TGGGTTCTCT GTGGAGGCAC AGGCCTGATT CACTTGATAA TACAGTGCAG 
GGTGACTCCT GCCCTGTGGG GCATCCTAAT AAAGAGTTAA ATTCTCCATA CCTTCTCTCA 
CATTCCCCTT CCACTGAGGA ATGTTTACCC GCCACCACTC CAGGAAAGAC AGGATTCTCA 
GCCACCCCGA AGAATCTCTT TGAAAGGCCG TTATTGAATT CCCATTTACA GAAGTCCTTT 
GTAAGTAGCA ACTGGGCTGA AACACCAAGG ATGGAAAACA GGAACGAAAG CACTGACTTC 
CCAGGGAATG TTCTCACCAG CACCACTGTG AAAGCTCAGA GTAAACAAGC TGCTTCAGGA 
CGTAACATAG AGAGACACGG CCAGGCTTCC TATGATATCG ATAACTTTAA CATTGATGAC 
TTTGATGATG ATGATGATGA CTGGGAAAAC ATAATGCACA ATTTTTCAGC CAGCAAATCT 
TCCACAGCCG CCTATCCACC CATCAAGGAA GGTGGGCCGG TTAAATCTCT CTCAGAGAGG 
ATTTCTTCAG CCAAGGCAAA GTTTCTTCCA GTGGTATCAA CCGCTCAGAA TAAAAACCTC 
TCAGAGTCAA TTCAGAATTG CTCTGATAAG CTGGCCCAAA ATTTATCATC AAAAAATCCA 
AATCATGAAC ATTTTCAAAG TCTTAATTTT CCTCATACAA AAGAAATGAT GAAGATTTTC 
CATAAGAAAT TTGGCTTGCA TAATTTTAGA ACTAATCAGC TAGAGGCGAT CAATGCTGCG 
CTGCTTGGTG AAGACTGCTT TATCCTAATG CCCACTGGAG GTGGTAAAAG TTTATGCTAC 
CAGCTCCCTG CCTGTGTTTC TCCTGGGGTC ACAATTGTCA TTTCTCCCTT GAGATCACTG 
ATAGTAGATC AAGTCCAAAA GCTGACTTCC TTTGATATTC CAGCTACATA TCTGACAGGG 
GATAAGACTG ACTCAGAAGC TGCAAATATT TACCTCCAGT TATCAAAAAA AGACCCAATC 
GTCAAGCTTT TGTACGTGAC TCCTGAGAAG GTCTGTGCAA GTAACAGGCT GATTTCTACT 
CTGGAGAATC TGTATGAGCG GAAGCTCTTG GCACGTTTTG TCATTGATGA AGCGCATTGT 
GTGAGTCAGT GGGGTCATGA TTTTCGTCAA GATTACAAAA GGATGAATAT GCTTCGCCAG 
AAGTTTCCTT CTGTTCCAGT GATGGCTCTC ACGGCCACGG CGAACCCCAG GGTCCAGAAG 
GACATCCTCA CTCAGCTGAA GATCCTCAGA CCTCAGGTGT TTAGCATGAG CTTTAACAGG 
CACAATCTGA AATACTATGT ATTACCAAAG AAGCCCAAAA AAGTAGCATT TGATTGCCTA 
GAGTGGATCA GAAAGCATCA TCCTTATGAC TCGGGGATAA TTTACTGCCT CTCCAGGAGG 
GAATGTGACA CAGTGGCTGA CACTTTACAG AGAGAAGGCC TTTCTGCCCT GGCTTACCAT 
GCAGGCCTCA GTGACTCTGC CAGAGATGAG GTGCAGCACA AGTGGATCAA CCAGGACAGA 
TGCCAGGTTA TCTGTGCGAC AATTGCGTTT GGAATGGGAA TTGACAAACC TGACGTGCGA 
TTTGTGATTC ATGCATCTCT TCCTAAGTCT ATGGAGGGTT ATTATCAAGA ATCCGGCCGA 
GCTGGAAGAG ATGGGGAAAT ATCTCACTGC GTGCTTTTCT ATACATATCA TGATGTGACC 
AGACTGAAGA GACTTATAAT GATGGAAAAA GATGGAAACT ATCATACGAA GGAAACTCAC 
GTCAATAATC TATATAGCAT GGTACATTAC TGTGAAAACA TAACAGAATG CAGAAGAATA 
CAGCTTTTAG CTTACTTTGG TGAAAAAGGA TTCAACCCTG ATTTTTGTAA GAAATACCCA 
GATGTTTCTT GTGACAATTG CTGTAAAACA AAGGATTATA AAACGAAAGA TGTGACTGAT 
GATGTGAAAA ATATTATAAG ATTTGTTCAA GAACACAGTT CATCACCAGG AACAAGAAAT 
ATAGGACCTG CTGGAAGATT TACTCTGAAC ATGCTGGTTG ACATTTTCTT GGGGAGCAAG 
AGTGCAAAAG TGAAGTCTGG AATATTTGGG AAGGGGACTG CATATTCACG GCATAATGCC 
GAAAGACTTT TTAAAAAGCT AATTCTAGAC AAAATCCTGG ATGAAGACTT ATATATCAAT 
GCCAATGACC AACCAATTGC CTATGTGATG CTAGGAACAA AAGCCCACAG TGTGCTGAGT 
GGCCACTTGA AGGTGGACTT CATGGAAACG GAAAATTCCA GCAGTGTTAA AAAACAAAAA 
GCTTTAGTGG CCAAAGTATC CCAGAGAGAA GAGGTAGTTA AGAAATGTCT TGGAGAACTT 
ACAGAGGTCT GCAAATTGCT GGGGAAAGTC TTTGGTGTCC ATTACTTCAA TATTTTTAAT 
ACAGCCACAC TCAAAAAGCT TGCAGAATCT TTATCTGCTG ATCCTGAGGT TTTGCTTCAG 
ATTGATGGTG TTACCGAAGA CAAGCTGGAA AAATACGGTG CAGAAGTGAT TCCAGTATTA 
CAGAAGTACT CAGAATGGAC ATTGCCAGCT GAGGATGGTT CCCCAGGCGC CAGAGGCGCC 
CCAGAGGACA CTGAGGAGGA GGAGGAGGGA GCGCCTGTAT CGTCTCACTA CTTTGCAAAT 
CAAACTAGAA ATGAAAGAAA GAGAAAGAAA ATGTCAGCCA CCCAAAAGCC CAAGAGGAGA 
AGAACTAGTC ACGGTGGCTT CAGAGCAAAG GGGGGCTCTA CTACATGCAG AAAAACGTCT 
TCTAAAAGTA AATTCTATGG TGTCACTGGA TCCCGCTCGG CCTCATGTGC TTCTCAAGCA 
ACATCATCAG CCAGTAGAAA ACTGGGGATT ATGGCTCCTC CAAAGCCTGT AAATAGAACG 
TTCCTCAGGC CTTCATATGC CTTCTCCTAA