LOC106064934 cDNA ORF clone, Biomphalaria glabrata

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106064934
Entrez Gene ID	106064934
Full Name	DNA topoisomerase 2-binding protein 1-B-like
Gene Type	protein-coding
Organism	Biomphalaria glabrata

mRNA and Protein(s)

mRNA	Protein	Name
XM_013223606.1	XP_013079060.1	DNA topoisomerase 2-binding protein 1-B-like

Pathways from BioSystems
Gene Ontology

The following LOC106064934 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106064934 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
OBi97348	XM_013223606.1 Latest version!	Biomphalaria glabrata DNA topoisomerase 2-binding protein 1-B-like (LOC106064934), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

LOC106064934 ( XM_013223606.1 ) cDNA ORF clone, Biomphalaria glabrata -> XP_013079060.1 Biomphalaria glabrata DNA topoisomerase 2-binding protein 1-B-like (LOC106064934), mRNA.

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CloneID	OBi97348
Clone ID Related Accession (Same CDS sequence)	XM_013223606.1
Accession Version	XM_013223606.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4908bp) 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	2015-07-29
Organism	Biomphalaria glabrata
Product	DNA topoisomerase 2-binding protein 1-B-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013304290.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Biomphalaria glabrata Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGATA ATTTCCAGAT TTACTTTGTG AAGCCAGACA AAAATGAAGA AAATAGTTCT 
TCACTTGTGG AGGCTTTTGA GACTTTATAT AAAAGTGAGT TCAATTTCAA GCCTGAATGG 
ATTACTCAAG ATGATTGTTT GAAAGTCATT AATAAAGGAA AGCATATTTA TATCTTTGAT 
CCATTTGAGG GGAAAGGCTT TGACCACATA TATAGTTTAG GATACAGAAT TTATGGTCCT 
CGCTGCTTGC TTGCCAATTT ACTACATGGA ATGGAACTAC CTAGAAATAG AAAACAACCC 
ATTTATAACC TGGCAATGAA GGGAGTCAAG TTGTGCTGCA CTTCTGTTGA TAAGAAGACC 
AGAGATGAAA TCATGAAACT GACACAGCTA ATGGGCGGTG AAGTGTCCTG TGATCTGACT 
GCAGATATCA CTCATCTAGT AGCTGGAGAA GTAGGAAGCA ACAAGTACTT GGTGGCTTCA 
GAAAATGGCA AACAGATTAT GGTAAAAGAG TGGGTTTTTA AAGTCTGGGA AGTTTCTCAA 
ACTAGGCATA TATTTGCAAC AGATGATATG TTCACAAAGT ATTCTTGCCC TGCATTTCTT 
GGTTTGACGA TAGTAGTCTC TGGTTTTACA GTTGGTGAAA AAAATAAAAT GAGAAACTTA 
ATTACAAGTT ATGGAGGCAA GTATAGTGGG GAACTACAGA TGAATGAGTG TACACACCTT 
ATTGTCAAAG AACCCAAAGG TCCAAAGTTT GAAGCTGCCA AGAATTGGCA AATTAGAATA 
GTAAATGAAC AGTGGCTATT ACATTGTTTG GAGAAACAGA AATATTTGGA TCCTAAAGCC 
TATCAGTTTA ATGTGACAGC AGTTAGTAAA AAAGTGAATA CATCAACACC AGAAAGAATA 
TCAGTTTTAG GACCAAACAT AAATGATATC AGTGCCATAT CTGTTACTGG TCCAAACTCA 
AGCATGCTTA GAGTGGATGA AACCAATATG ACATCCTCAC GCTTATCGTG TATGTTCACC 
ACCACTGGCA AGGGAACAAA TATAGCTGAG ACTAGGTTGG GAGTTACTGG CTTTGGAGAT 
AACACAACTT TACCTACTGC TGATGTATTT CTGGATGGTT GCAAGATCTA CTTAAGCTGC 
ATGAAATCAT CGGTTGAAGA CAAAGCTAAA AAAATCATCT CTGCTGGTGG TGGGTTGAGA 
GCTTTGAACA TATCCGAGGG TATTTCTCAT GTTATTGTAG GCGACATCGT TTCTTCTGAA 
ATAAAACAGA TTCTCAAATT ACAAGAAAGT CCTTTTGTAG TCACTATAGA CTGGCTCATG 
GATTGCTTTG CTCAGAATAG TCATGTAAGT GAAGACAAGT ATATTTGCAG TGACTTTGAT 
CCTCAAGCTG AGAAAGAAAA ATCAAATAAA ATCAATAATC CTTTGAATGG CAGACCTTCT 
AAAGAACTAA AATCTGTTGA GGAAAATAGG ATGTCCAAAG AAGCCAAAGC AAACACTCAT 
TCACAGGATA GATCAAGTTT CAAGCATGAT GCTCCTAGTG ATTTAGAAAT GGCTGAATTG 
CTGAGTCAGT ATTTAGAACC AGCAGCTCCT ACAAATAGCA AACCAGAAGA TAGCACTGAG 
AAACTTGGTG ATGGGAATGG AGGTCAATCT ACCATAATAT TGGCAGAAAA AATTGATGAA 
GACACATTAA CTCAAGATCC TAATGACCTG ATCAGTGATG GAGACAAAGG AATCTTTCAT 
AACTTGAAGT TTATTATTCT TGGCTTTGTA GAAGAAATAA TTACAAAGTT AACTAGTATT 
ATTATAGAAA ATGATGGTCA GGTCATCGAT GGCAATAAAA GAAGGCAAGT TGTGGACATT 
GCAATCGTTC CTCTGGGTGG GCATCCTGTA GATGTTACTG TCTCTGAAAT ATTAACTGAT 
TTCTGGCTGG AGTATTGTCT TGAAAATGGT ACTTTTATAC CCTATGACAG TCATTGGCTG 
AACAGACCCA TGGAACTACC AGAAAGTGAG CCACTCAAAG GGCTCTGTAT AACTGTCAGT 
GGATACACTG GTGTGGAGAG AAATTGGATC ATTGATATTG CTAGTTTCTT GGGTGCAAAC 
TGCCAGAACA AATTGTCTAG AAAGGCTACT AAAACTGTAA TGGTGAACAC TCACCTTATA 
GTTAACCAAC CGATTGGGTC AAAATATTTG GCAGCAAAGA AATGGAATCT TCCAGCTGTA 
GGAAAAGAGT GGCTGATAAA ATGCATAGAG ACTGGTACCA AAGCTCCAGA GGAAGAATTT 
GCTGTGGAAA TTCTTTACCA GCAACAGCTC GAGTCAGGGG CTATTAACAG TTCTTCTACT 
TCTGAAACTG ATCCTAGGGA AAGGCAGACC TCCAGCACAT CCACATTACC AACACCTGTG 
GCTGTGAAGA GGAAAGAGGA GGAATTAAAG GCTGGGAATG AAAAAGCTGA ACTGAAAGCA 
GTCAATAAAG ACAAGTCTGC TCTAAATTCT TCTGTGCATG ATTTAGTTCA GACAAAAGAC 
AGAGTACCAT CATCCTCAGG GGAAAGTTCC GAGTCTGGGC ATCCAAAGGA TACCAACCCA 
ATAATTTCAG CATTAACCAA GGAAAACGAA TCATCCAATC AGCAGAGTGA CAAGCAAAGA 
AAGATTGTAT GTCACCCTAG CCAGACAGAT AATATAACTG CAGGCTGTTT AAAAACACCA 
GCTAGTGTCA TGAGACAGAA ATGGGGTATC AATGTCCTAA ATGATAGCCC AGCTACCACT 
CCCTATGGGA TGATTAAAGG AGGCGGAGAA ACACCTGGCA CATTTATGAA ACCAGGATTC 
AAACCAAAAT TTAATATTGA TGGAGTGTTT AGTTCTCCAG AAACCACTGA AGATTTAAAT 
AAATCTACTC CTTGGGGGGA AACATTTAAA AGACACATTT CTAGAGCAGC ACAAATGGCC 
ACTGCTCAGA ATGGTTCTGC TGCTGATGCC GATCAAGGGG AACTACCACC ATCTCAACAT 
GATGTACAAC CATTACATGG AGTGATCATA GCGGTTGCCA AAAAGTTGGG TCGAAGTCAT 
GAACAATATA ACAACATTGT GGTTGAACTA GGAGGAAACT ACTCATGGCA AATGGGTCAG 
AATGTTACAC ACTTTGTATT TCAGGGCAGG CCCAATGACA CAAACAAAGA GTTTCGCAAT 
GCGAGGGAAC AAGGAAAGAT CATTGTCTCA CCTTACTGGT TGTTTGCTTG TAAAGAACAG 
AATGCCAGAG TTGATGAGAG CCTATATCCA CATAATTTTA ACCCAAGCTA CTCTTTGGCA 
ATGACCCCTG CTGCAAAGTT AACACCTTTA AGAAGCTCAA GAAATGCAAC AAAAAGTTCA 
CATACTTCAG AAGCTATGCC CACATCAACA CCAGTAAGAG CATCCAATAA AAAATTGCCA 
ATTTTGAATC TCCAGAAAGT CAGCTGTACA GAACACAATG AGAATGTGGC AGGAGAAAAT 
GCATTATTTC AACAACCAAA AGAGAATCAA GAACTAGTGT CTGAGAAGTC CCTAGAACCA 
ATTATTTCTA TTGAAGGAAA CTCAGCTGAT GATTCAGAAG AGAAAGTGGA TAGTTCATTG 
ACAGATGGAG AAAATGCTGA GGACAAAAAT AAACATCAAG AAATAAAAGA CACTCTCGCA 
AAAACAATGG GTCTCAAATT AGCTAATGCT TTGAGTTCCA GTCGATCCAG AAAAAAAGGA 
AATCTTGTGA ACTTTAGTGG CAATACAAGT GAAGGCAGCT CATCAGGTAG TCCATTAATG 
AAATCTGGCA CGTCACTTTC TCATCTAAAA GCCCCTTCTA AAGAGCCATC ACAAAGTCTT 
GAAGTAATAT GGGATGATTC AACAGCAAGG TTGGAGCAGC AAAAGTCAGC AGAAAAACTT 
CAGCAAGTCT GTCAACCAAG CCAAAATACT GATGATTATC TCCTGGCAGC CGTAGAAATA 
ACACAGCTAG AAAAAAAAAT ATATAAAACT GAAGAAAGCA ACCAAAACAA ATTTGCAAAT 
ACTAAATCCC CCACTCCTGA ACCACCACCT CTTGCATTTC CGATTCCAAA GCCAACCAGC 
CATGTCCAGG CACCCCAACC TATTGAGCTA ATAAGCCCAG ATCCTGGTGA ATCAAAGACT 
TCAGTGAAAT CTGCTCCAGT ATTTATAATG TCAGGTTTAC AGAATGAGGA GAGATTAGAT 
TATTCAGCAC TTGTTGAACG GCTAGGTGGG AAGACTTTAG AGTTTCCACA CTTCCATTCC 
TCTTGTACAC ATCTTGTGAT TTCTCAACCA ACCAGGAATG AAAAATGTTT ATCCTCGATT 
GCTTCTGGTA AATGGGTGCT GCATAAATCT TATTTTGAGG CTTGTAGACA GGAAGGAAAG 
TTTGTAGAGG AAAGTCCACA TGAATGGGGT TCTGAATACA CTTTAGCTTT AATGAAAAGC 
ATGGACAAAC AAAGTGCTAA GCTGGCTGCT GCAGCTCATA AATGGAGGAA AAACATTGCT 
GACAGCAAAA AGAAAAATCC TTCCTATACT GGTGCATTTG ATGGCTGGGA AGTCTTTTTA 
TGTCTTGACA GAAAGAAGGA AGATAATTTC AAACGTATGC TGGAAGCAGG GGGTGCCACT 
GTCACTTCTT TGAGATCTCC ATTCCCAGAA GATGTAAAAG GAACACATGC GTTTCTAGAT 
TTGAACAAGG TCAAGATAGC TGAGCAAGAC ATTGAGAAAT TACTGTTAGC TGAAATTCAC 
TGTTTAAAAG CAGAGTACAT TCCTGCATAT CTTGTGGAGA ACCCATCACC ATCAGACTTT 
TATCCAGAGC AAATCAATGT ACTTAAGGCC TGTCTATCTG GTAACAGTCG TAAGAGGCGC 
AGGGGAAGTA ATGACTCAGG AACATCAAGT AAAATAGCTC GACATTAA

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

RefSeq	XP_013079060.1
CDS	58..4965
Translation	MEDNFQIYFVKPDKNEENSSSLVEAFETLYKSEFNFKPEWITQDDCLKVINKGKHIYIFDPFEGKGFDHIYSLGYRIYGPRCLLANLLHGMELPRNRKQPIYNLAMKGVKLCCTSVDKKTRDEIMKLTQLMGGEVSCDLTADITHLVAGEVGSNKYLVASENGKQIMVKEWVFKVWEVSQTRHIFATDDMFTKYSCPAFLGLTIVVSGFTVGEKNKMRNLITSYGGKYSGELQMNECTHLIVKEPKGPKFEAAKNWQIRIVNEQWLLHCLEKQKYLDPKAYQFNVTAVSKKVNTSTPERISVLGPNINDISAISVTGPNSSMLRVDETNMTSSRLSCMFTTTGKGTNIAETRLGVTGFGDNTTLPTADVFLDGCKIYLSCMKSSVEDKAKKIISAGGGLRALNISEGISHVIVGDIVSSEIKQILKLQESPFVVTIDWLMDCFAQNSHVSEDKYICSDFDPQAEKEKSNKINNPLNGRPSKELKSVEENRMSKEAKANTHSQDRSSFKHDAPSDLEMAELLSQYLEPAAPTNSKPEDSTEKLGDGNGGQSTIILAEKIDEDTLTQDPNDLISDGDKGIFHNLKFIILGFVEEIITKLTSIIIENDGQVIDGNKRRQVVDIAIVPLGGHPVDVTVSEILTDFWLEYCLENGTFIPYDSHWLNRPMELPESEPLKGLCITVSGYTGVERNWIIDIASFLGANCQNKLSRKATKTVMVNTHLIVNQPIGSKYLAAKKWNLPAVGKEWLIKCIETGTKAPEEEFAVEILYQQQLESGAINSSSTSETDPRERQTSSTSTLPTPVAVKRKEEELKAGNEKAELKAVNKDKSALNSSVHDLVQTKDRVPSSSGESSESGHPKDTNPIISALTKENESSNQQSDKQRKIVCHPSQTDNITAGCLKTPASVMRQKWGINVLNDSPATTPYGMIKGGGETPGTFMKPGFKPKFNIDGVFSSPETTEDLNKSTPWGETFKRHISRAAQMATAQNGSAADADQGELPPSQHDVQPLHGVIIAVAKKLGRSHEQYNNIVVELGGNYSWQMGQNVTHFVFQGRPNDTNKEFRNAREQGKIIVSPYWLFACKEQNARVDESLYPHNFNPSYSLAMTPAAKLTPLRSSRNATKSSHTSEAMPTSTPVRASNKKLPILNLQKVSCTEHNENVAGENALFQQPKENQELVSEKSLEPIISIEGNSADDSEEKVDSSLTDGENAEDKNKHQEIKDTLAKTMGLKLANALSSSRSRKKGNLVNFSGNTSEGSSSGSPLMKSGTSLSHLKAPSKEPSQSLEVIWDDSTARLEQQKSAEKLQQVCQPSQNTDDYLLAAVEITQLEKKIYKTEESNQNKFANTKSPTPEPPPLAFPIPKPTSHVQAPQPIELISPDPGESKTSVKSAPVFIMSGLQNEERLDYSALVERLGGKTLEFPHFHSSCTHLVISQPTRNEKCLSSIASGKWVLHKSYFEACRQEGKFVEESPHEWGSEYTLALMKSMDKQSAKLAAAAHKWRKNIADSKKKNPSYTGAFDGWEVFLCLDRKKEDNFKRMLEAGGATVTSLRSPFPEDVKGTHAFLDLNKVKIAEQDIEKLLLAEIHCLKAEYIPAYLVENPSPSDFYPEQINVLKACLSGNSRKRRRGSNDSGTSSKIARH

Target ORF information:

RefSeq Version	XM_013223606.1
Organism	Biomphalaria glabrata
Definition	Biomphalaria glabrata DNA topoisomerase 2-binding protein 1-B-like (LOC106064934), mRNA.

Target ORF information:

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

XM_013223606.1

ORF Insert Sequence:

ATGGAGGATA ATTTCCAGAT TTACTTTGTG AAGCCAGACA AAAATGAAGA AAATAGTTCT 
TCACTTGTGG AGGCTTTTGA GACTTTATAT AAAAGTGAGT TCAATTTCAA GCCTGAATGG 
ATTACTCAAG ATGATTGTTT GAAAGTCATT AATAAAGGAA AGCATATTTA TATCTTTGAT 
CCATTTGAGG GGAAAGGCTT TGACCACATA TATAGTTTAG GATACAGAAT TTATGGTCCT 
CGCTGCTTGC TTGCCAATTT ACTACATGGA ATGGAACTAC CTAGAAATAG AAAACAACCC 
ATTTATAACC TGGCAATGAA GGGAGTCAAG TTGTGCTGCA CTTCTGTTGA TAAGAAGACC 
AGAGATGAAA TCATGAAACT GACACAGCTA ATGGGCGGTG AAGTGTCCTG TGATCTGACT 
GCAGATATCA CTCATCTAGT AGCTGGAGAA GTAGGAAGCA ACAAGTACTT GGTGGCTTCA 
GAAAATGGCA AACAGATTAT GGTAAAAGAG TGGGTTTTTA AAGTCTGGGA AGTTTCTCAA 
ACTAGGCATA TATTTGCAAC AGATGATATG TTCACAAAGT ATTCTTGCCC TGCATTTCTT 
GGTTTGACGA TAGTAGTCTC TGGTTTTACA GTTGGTGAAA AAAATAAAAT GAGAAACTTA 
ATTACAAGTT ATGGAGGCAA GTATAGTGGG GAACTACAGA TGAATGAGTG TACACACCTT 
ATTGTCAAAG AACCCAAAGG TCCAAAGTTT GAAGCTGCCA AGAATTGGCA AATTAGAATA 
GTAAATGAAC AGTGGCTATT ACATTGTTTG GAGAAACAGA AATATTTGGA TCCTAAAGCC 
TATCAGTTTA ATGTGACAGC AGTTAGTAAA AAAGTGAATA CATCAACACC AGAAAGAATA 
TCAGTTTTAG GACCAAACAT AAATGATATC AGTGCCATAT CTGTTACTGG TCCAAACTCA 
AGCATGCTTA GAGTGGATGA AACCAATATG ACATCCTCAC GCTTATCGTG TATGTTCACC 
ACCACTGGCA AGGGAACAAA TATAGCTGAG ACTAGGTTGG GAGTTACTGG CTTTGGAGAT 
AACACAACTT TACCTACTGC TGATGTATTT CTGGATGGTT GCAAGATCTA CTTAAGCTGC 
ATGAAATCAT CGGTTGAAGA CAAAGCTAAA AAAATCATCT CTGCTGGTGG TGGGTTGAGA 
GCTTTGAACA TATCCGAGGG TATTTCTCAT GTTATTGTAG GCGACATCGT TTCTTCTGAA 
ATAAAACAGA TTCTCAAATT ACAAGAAAGT CCTTTTGTAG TCACTATAGA CTGGCTCATG 
GATTGCTTTG CTCAGAATAG TCATGTAAGT GAAGACAAGT ATATTTGCAG TGACTTTGAT 
CCTCAAGCTG AGAAAGAAAA ATCAAATAAA ATCAATAATC CTTTGAATGG CAGACCTTCT 
AAAGAACTAA AATCTGTTGA GGAAAATAGG ATGTCCAAAG AAGCCAAAGC AAACACTCAT 
TCACAGGATA GATCAAGTTT CAAGCATGAT GCTCCTAGTG ATTTAGAAAT GGCTGAATTG 
CTGAGTCAGT ATTTAGAACC AGCAGCTCCT ACAAATAGCA AACCAGAAGA TAGCACTGAG 
AAACTTGGTG ATGGGAATGG AGGTCAATCT ACCATAATAT TGGCAGAAAA AATTGATGAA 
GACACATTAA CTCAAGATCC TAATGACCTG ATCAGTGATG GAGACAAAGG AATCTTTCAT 
AACTTGAAGT TTATTATTCT TGGCTTTGTA GAAGAAATAA TTACAAAGTT AACTAGTATT 
ATTATAGAAA ATGATGGTCA GGTCATCGAT GGCAATAAAA GAAGGCAAGT TGTGGACATT 
GCAATCGTTC CTCTGGGTGG GCATCCTGTA GATGTTACTG TCTCTGAAAT ATTAACTGAT 
TTCTGGCTGG AGTATTGTCT TGAAAATGGT ACTTTTATAC CCTATGACAG TCATTGGCTG 
AACAGACCCA TGGAACTACC AGAAAGTGAG CCACTCAAAG GGCTCTGTAT AACTGTCAGT 
GGATACACTG GTGTGGAGAG AAATTGGATC ATTGATATTG CTAGTTTCTT GGGTGCAAAC 
TGCCAGAACA AATTGTCTAG AAAGGCTACT AAAACTGTAA TGGTGAACAC TCACCTTATA 
GTTAACCAAC CGATTGGGTC AAAATATTTG GCAGCAAAGA AATGGAATCT TCCAGCTGTA 
GGAAAAGAGT GGCTGATAAA ATGCATAGAG ACTGGTACCA AAGCTCCAGA GGAAGAATTT 
GCTGTGGAAA TTCTTTACCA GCAACAGCTC GAGTCAGGGG CTATTAACAG TTCTTCTACT 
TCTGAAACTG ATCCTAGGGA AAGGCAGACC TCCAGCACAT CCACATTACC AACACCTGTG 
GCTGTGAAGA GGAAAGAGGA GGAATTAAAG GCTGGGAATG AAAAAGCTGA ACTGAAAGCA 
GTCAATAAAG ACAAGTCTGC TCTAAATTCT TCTGTGCATG ATTTAGTTCA GACAAAAGAC 
AGAGTACCAT CATCCTCAGG GGAAAGTTCC GAGTCTGGGC ATCCAAAGGA TACCAACCCA 
ATAATTTCAG CATTAACCAA GGAAAACGAA TCATCCAATC AGCAGAGTGA CAAGCAAAGA 
AAGATTGTAT GTCACCCTAG CCAGACAGAT AATATAACTG CAGGCTGTTT AAAAACACCA 
GCTAGTGTCA TGAGACAGAA ATGGGGTATC AATGTCCTAA ATGATAGCCC AGCTACCACT 
CCCTATGGGA TGATTAAAGG AGGCGGAGAA ACACCTGGCA CATTTATGAA ACCAGGATTC 
AAACCAAAAT TTAATATTGA TGGAGTGTTT AGTTCTCCAG AAACCACTGA AGATTTAAAT 
AAATCTACTC CTTGGGGGGA AACATTTAAA AGACACATTT CTAGAGCAGC ACAAATGGCC 
ACTGCTCAGA ATGGTTCTGC TGCTGATGCC GATCAAGGGG AACTACCACC ATCTCAACAT 
GATGTACAAC CATTACATGG AGTGATCATA GCGGTTGCCA AAAAGTTGGG TCGAAGTCAT 
GAACAATATA ACAACATTGT GGTTGAACTA GGAGGAAACT ACTCATGGCA AATGGGTCAG 
AATGTTACAC ACTTTGTATT TCAGGGCAGG CCCAATGACA CAAACAAAGA GTTTCGCAAT 
GCGAGGGAAC AAGGAAAGAT CATTGTCTCA CCTTACTGGT TGTTTGCTTG TAAAGAACAG 
AATGCCAGAG TTGATGAGAG CCTATATCCA CATAATTTTA ACCCAAGCTA CTCTTTGGCA 
ATGACCCCTG CTGCAAAGTT AACACCTTTA AGAAGCTCAA GAAATGCAAC AAAAAGTTCA 
CATACTTCAG AAGCTATGCC CACATCAACA CCAGTAAGAG CATCCAATAA AAAATTGCCA 
ATTTTGAATC TCCAGAAAGT CAGCTGTACA GAACACAATG AGAATGTGGC AGGAGAAAAT 
GCATTATTTC AACAACCAAA AGAGAATCAA GAACTAGTGT CTGAGAAGTC CCTAGAACCA 
ATTATTTCTA TTGAAGGAAA CTCAGCTGAT GATTCAGAAG AGAAAGTGGA TAGTTCATTG 
ACAGATGGAG AAAATGCTGA GGACAAAAAT AAACATCAAG AAATAAAAGA CACTCTCGCA 
AAAACAATGG GTCTCAAATT AGCTAATGCT TTGAGTTCCA GTCGATCCAG AAAAAAAGGA 
AATCTTGTGA ACTTTAGTGG CAATACAAGT GAAGGCAGCT CATCAGGTAG TCCATTAATG 
AAATCTGGCA CGTCACTTTC TCATCTAAAA GCCCCTTCTA AAGAGCCATC ACAAAGTCTT 
GAAGTAATAT GGGATGATTC AACAGCAAGG TTGGAGCAGC AAAAGTCAGC AGAAAAACTT 
CAGCAAGTCT GTCAACCAAG CCAAAATACT GATGATTATC TCCTGGCAGC CGTAGAAATA 
ACACAGCTAG AAAAAAAAAT ATATAAAACT GAAGAAAGCA ACCAAAACAA ATTTGCAAAT 
ACTAAATCCC CCACTCCTGA ACCACCACCT CTTGCATTTC CGATTCCAAA GCCAACCAGC 
CATGTCCAGG CACCCCAACC TATTGAGCTA ATAAGCCCAG ATCCTGGTGA ATCAAAGACT 
TCAGTGAAAT CTGCTCCAGT ATTTATAATG TCAGGTTTAC AGAATGAGGA GAGATTAGAT 
TATTCAGCAC TTGTTGAACG GCTAGGTGGG AAGACTTTAG AGTTTCCACA CTTCCATTCC 
TCTTGTACAC ATCTTGTGAT TTCTCAACCA ACCAGGAATG AAAAATGTTT ATCCTCGATT 
GCTTCTGGTA AATGGGTGCT GCATAAATCT TATTTTGAGG CTTGTAGACA GGAAGGAAAG 
TTTGTAGAGG AAAGTCCACA TGAATGGGGT TCTGAATACA CTTTAGCTTT AATGAAAAGC 
ATGGACAAAC AAAGTGCTAA GCTGGCTGCT GCAGCTCATA AATGGAGGAA AAACATTGCT 
GACAGCAAAA AGAAAAATCC TTCCTATACT GGTGCATTTG ATGGCTGGGA AGTCTTTTTA 
TGTCTTGACA GAAAGAAGGA AGATAATTTC AAACGTATGC TGGAAGCAGG GGGTGCCACT 
GTCACTTCTT TGAGATCTCC ATTCCCAGAA GATGTAAAAG GAACACATGC GTTTCTAGAT 
TTGAACAAGG TCAAGATAGC TGAGCAAGAC ATTGAGAAAT TACTGTTAGC TGAAATTCAC 
TGTTTAAAAG CAGAGTACAT TCCTGCATAT CTTGTGGAGA ACCCATCACC ATCAGACTTT 
TATCCAGAGC AAATCAATGT ACTTAAGGCC TGTCTATCTG GTAACAGTCG TAAGAGGCGC 
AGGGGAAGTA ATGACTCAGG AACATCAAGT AAAATAGCTC GACATTAA