LOC105271872 cDNA ORF clone, Fopius arisanus

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105271872
Entrez Gene ID	105271872
Full Name	dual oxidase
Gene Type	protein-coding
Organism	Fopius arisanus

mRNA and Protein(s)

mRNA	Protein	Name
XM_011313677.1	XP_011311979.1	dual oxidase

Pathways from BioSystems
Gene Ontology

The following LOC105271872 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105271872 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
OFo55395	XM_011313677.1 Latest version!	Fopius arisanus dual oxidase (LOC105271872), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$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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** 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)

LOC105271872 ( XM_011313677.1 ) cDNA ORF clone, Fopius arisanus -> XP_011311979.1 Fopius arisanus dual oxidase (LOC105271872), mRNA.

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CloneID	OFo55395
Clone ID Related Accession (Same CDS sequence)	XM_011313677.1
Accession Version	XM_011313677.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4536bp) 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	2015-02-09
Organism	Fopius arisanus
Product	dual oxidase
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011887866.1) 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 :: Fopius arisanus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGGAAAT TTCGGTGGAA ATTTTTTAGT GCTGCAATGT GGGTTTTCCT GGTGATACCG 
GGATTCGGGG ATGGATTTGG GAGATACACC GAGAAGCAGA GGTACGATGG GTGGTACAAC 
AATCTTGCGC ATCCGGATTG GGGATCCGTT GAGAGCAGAT TGATAAGAAA AGTGCCGGCT 
GCTTATTCCG ACGGTGTGTA CATGATGGCA GGCCAGTCCA GGGCATCCCC CAGGAAGTTG 
AGTGACCTCT TCATGCGTGG AGCTGATGGA ATCGCCTCCG TCAAGAACAA AACCGCTCTC 
TTCGCCTTCT TCGGGCAACT AGTCACCGCT GAAATAGTGA TGGCGAGTGA GAGTGGATGT 
CCCCTGGAGC TGCACCGGAT CGACGTGGAG AGGTGTGACG GGATGTTTGA CAGGGATTGT 
CAGGGTAACA AGTACATTCC CTTTCTACGG GCAGACTACG ACAGGAAGAC GGGGCACAGT 
CCGAACAGTC CACGAGAGCA ACTCAACAAG GTCACCAGCT GGATCGACGG AAGTTTCGTT 
TACTCCAGCA GCGAGGCCTG GGCGAATGCC ATGAGATCAT TCGTCAACGG GAATTTCCTC 
ATCGAGCCCA TCAAACAGCT ACCGATCAGG AACACCATGA GAGCTCCACT CTTCAATGAT 
GCTGTCCCCA GTGTCATGAG GACGATGCTC AGCCCCGAAA GACTCTTCCT GCTGGGAGAT 
CCTCGATCGA ATCAGCATCC GGCGCTCCTG GCGTTCGGTA TAATCTTCTA TCGGTGGCAC 
AACGTCATCG CCTCGAGGGT GAAAAAACAG AATCCGGAGA TGATGGACGA GGAAATTTTT 
CAGAGAGCGC GAAGAATCGT TGTGGGTACG ATTCAGAATA TAATAATGTA CGAGTACCTG 
CCGGAGTTGC TCGGTGAAGA GCTTCCAGAG TACTCTGGGT ACAAGCCAGA TCTTCATCCT 
GGGATATCCC ACATATTCCA GAGTGCAGCC TTTCGATTCG GTCACACGAT GATACCCCCA 
GGTATCTACA GGCGTGACGA GTCATGCAAT TATCGTCAGA CTCGTAGTGG AAAATCTGCA 
ATCAGGTTAT GCACGACCTG GTGGAATTCC AATCAAGTCC TCTCGAATTC AACTGTGGAG 
GAGCTGATGA TGGGAATGGC ATCGCAAATT GCGGAGAGAG AGGACAATCT CCTGAGCAAT 
GACATAAGAA ATAATTTGTT CGGTCCACTG GAGTTCTCGA GGCGCGACCT GGGGGCCCTG 
AATATCATGA GGGGTCGAGA CAATGGTTTA CCGGACTACA ACACCGCCAG AATGCACTTC 
AAACTCCCCA GGAGGAATAC CTGGAACGAG ATTAATCCAG AGTTATTCAA CAAAAATCCA 
GAGCTCCTCA GGAAACTCAT GGAAATTCAC TCGAACGATC TCGATAACAT CGACGTCTAC 
ATCGGGGGAA TGCTTGAGTC GACCGATGGA CCTGGTGAAC TCTTCTCGGC AGTTATCAAG 
GAACAGTTCC TCAGACTGAG GGACTCTGAT CGATTTTGGT TCGAGAACGC AGACAACGGG 
ATATTCACCA GGAGTGAGAT CGAGGAAATC CGGAGAGTGA AATTGTGGGA CGTCATCACG 
AATTCCACGA CGATCCGGCA AACGGCAATT CAGAGGAATC TCTTCGTCTG GAAGAATGGT 
GATCCTTGTC CCCAGCCTCA CCAGCTCACC GGGGAGATGC TCGACGCCTG CGTACCTCTC 
AGGAGATACG ACTACTTCGA GGGAAGTGAG TTGGCTTATA TATACGCCTG TGTCTGTCTC 
GGTTTTATAC CGATTTTATG CGCGGGTGCT GGTTATGGCC TCGTCAAACT GCAGAATCGT 
CGACGGAGGC GTTTAAAAAT CGTTCAAGAG GCGATTAAAA AAAGGAGCGG TGGTGTTACG 
TCAAATCCTC AAGGGAGGAT ATCCGTCGAC AAGATGATTG TGCGAGAGTG GTTGCATGCT 
AATCATAAAC GCCTGGTGAA ATTGAAATTC GGTCCAGAGG CTGCACTCCA CATCGTCGAC 
AGAAAGGGTG AAAATCTCCG TACCTTTGAC TTCGCGGGGG TGAAGGTCGT CGCCGTCGAG 
GAGTCACAGG AGGACGATGA TGGAAAGGCA ATGATTCTCC TGAGAATTCC ACGTGATTAC 
GATCTCGTCC TTGAGCTAGA TTCTCTCAGC TCTCGTGCCA AGTTTATCGC TAAATTGGAG 
ACATTTCTCA CGTCTCATAA AAAACACTTG TCGATGGTTC AGACTAATCG TGATATAATG 
ATCGCCAAGG CGGAGACCAA GGAGAGGAGG CAAAAAAAAT TGGAGCAATT CTTCAGGGAG 
GCGTACACCC TGACCTTTGG ATTGAGACCT GGTGAGAGAC GACGGAGGAG ATCCGAGGAG 
AGCGATGGGG GTGAAGTTGT CACTGTCATG AGGACTTCAC TGTCCAAGAG GGAATTTGCC 
AGTGCCCTGG GGATGAGGCC AGATGCTGTT TTTGTTAAGA AGATGTTTAA TATTGTTGAT 
AAGGATGGAG ATGGGAGGAT TTCATTTCAG GAATTTTTGG ATACAGTATT ATTATTCTCC 
CGGGGTAAAA CCGAGGACAA ATTACGAATA ATCTTTGACA TGTGCGATAA GGACAGCAAT 
GGAGTAATCG ACAAAGAGGA GCTCTCGGAA ATGCTGCGTT CACTCGTGGA AATAGCGAGG 
ACTACATCAC TTTCCGACGA TCACGTAACC GAACTAATTG ACGGAATGTT CCAGGACGCA 
GGATTGGAGC GCAAGGATTA CCTGACGTAC AACGATTTCA AGCTGATGAT GAATGAGTAC 
AAGGGTGACT TCGTGGCAAT CGGTTTGGAC TGCAAGGGTG CAAAGCAGAA TTTCCTCGAC 
ACATCGACAA ATGTCGCACG TATGACGACA TTTCACATCG AGCAACTGCC CCCAGAGGCG 
ACCAAGAGTT GGTCACGGAG GCAGTGGAAC GGCATCTCCA CGTTCCTGGA GGAGAACAGG 
CAGAATATAT TCTACTTGTT TCTATTCTAC GTCATCACCA TCGCCCTCTT CGTCGAGAGA 
TTTATCCATT ATTCCTTCAT GACTGAGCAC ATAGATCTCC GTCACATTAT GGGTGTGGGA 
ATAGCCATAA CTCGGGGCTC AGCAGCTGCT CTGTCCTTCT GCTACAGTCT CCTCCTCCTC 
ACCATGTCCA GGAATTTACT GACGAAACTC AAGGAATTCT CAATTCAACA GTACATCCCC 
CTGGACTCAC ACATTCAGTT TCACAAGATC GTTGCGTGCA CTGCATTATT TTTCTCCGTT 
CTTCACAGCC TTGGGCACAT GGTGAATTTT TATCATGTGT CCACTCAACC TGTCTCACAT 
CTACGCTGTT TAACCAGTGA AATGAGTTTT CCAAGTGATG CCAGGCTCAC TATTTCCTTC 
TGGCTATTCC AGACCGTTAC AGGTGTCACG GGAATTCTCC TCGTCATCGT CATGACGATA 
ATCTTCGTCT TCGCGCACCC TACGATCAGG CAGAAGGCCT ATAAATTTTT CTGGTCAACT 
CACAGTCTCT ACATCGTGCT CTATGCCCTC TGTCTGATTC ATGGACTAGC CAGGCTCACC 
GGAGAACCGA GATTTTGGAT ATTCTTCATT GGGCCCGCGA TCATCTACTC TCTAGATAAA 
GTCGTTAGCC TGAGAACGAA GTACATGGCG CTGGACATAA TAGAAACGGA ACTTCTCCCT 
TCAGACGTGA TAAAAATAAA ATTCTACCGC CCACCGAATC TTAAGTATCT CTCAGGGCAG 
TGGATCAGGC TGGCGTGCAC CGCTTTCAAG TCCAATGAAT TTCACTCGTT CACACTGACA 
TCAGCACCCC ATGAGAATTT TTTATCCTGT CACATCAAGG CCCAGGGCCC CTGGACGTGG 
AAGCTCCGTA ATTACTTTGA TCCCTGCAAT TACAGTCCTG AGCATGATCA CCCTAAAATC 
AGGATCGAGG GACCTTTTGG TGGGGGTAAT CAGGACTGGT ACAAGTTCGA GGTGGCAGTT 
ATGGTGGGTG GAGGTATAGG GGTCACACCC TATGCTTCGA TGCTCAATGA TCTGGTCTTT 
GGGACCTCCA CGAATCGGTA TTCAGGGGTC GCCTGCAAAA AGGTTTATTT TTTGTGGATC 
TGTCCATCCC ACAAGCACTT CGAGTGGTTC ATCGACGTTC TCAGGGACGT GGAGAGGAAG 
GATGTGACGG ATGTTCTCGA AATCCACATC TTCATCACCC AATTCTTCCA TAAATTCGAT 
CTTCGCACCA CAATGCTCTA CATCTGTGAG AATCACTTCC AAAGGCTATC GAAGAAGAGT 
ATATTCACAG GTCTGAAAGC GATAAATCAT TTCGGTCGTC CTGACATGAC GTCCTTTTTG 
AAATTCGTCC AGAAGAAGCA CAGCTATGTC AGCAAAATAG GTGTCTTCAG CTGTGGCCCT 
CGACCTCTGA CCAAAAGCGT CATGTCGGCC TGCGATCAGG TGAACAAGGG CCGGAAGCTG 
CCATATTTCA TCCATCACTT TGAAAATTTT GGGTGA

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

RefSeq	XP_011311979.1
CDS	199..4734
Translation	MWKFRWKFFSAAMWVFLVIPGFGDGFGRYTEKQRYDGWYNNLAHPDWGSVESRLIRKVPAAYSDGVYMMAGQSRASPRKLSDLFMRGADGIASVKNKTALFAFFGQLVTAEIVMASESGCPLELHRIDVERCDGMFDRDCQGNKYIPFLRADYDRKTGHSPNSPREQLNKVTSWIDGSFVYSSSEAWANAMRSFVNGNFLIEPIKQLPIRNTMRAPLFNDAVPSVMRTMLSPERLFLLGDPRSNQHPALLAFGIIFYRWHNVIASRVKKQNPEMMDEEIFQRARRIVVGTIQNIIMYEYLPELLGEELPEYSGYKPDLHPGISHIFQSAAFRFGHTMIPPGIYRRDESCNYRQTRSGKSAIRLCTTWWNSNQVLSNSTVEELMMGMASQIAEREDNLLSNDIRNNLFGPLEFSRRDLGALNIMRGRDNGLPDYNTARMHFKLPRRNTWNEINPELFNKNPELLRKLMEIHSNDLDNIDVYIGGMLESTDGPGELFSAVIKEQFLRLRDSDRFWFENADNGIFTRSEIEEIRRVKLWDVITNSTTIRQTAIQRNLFVWKNGDPCPQPHQLTGEMLDACVPLRRYDYFEGSELAYIYACVCLGFIPILCAGAGYGLVKLQNRRRRRLKIVQEAIKKRSGGVTSNPQGRISVDKMIVREWLHANHKRLVKLKFGPEAALHIVDRKGENLRTFDFAGVKVVAVEESQEDDDGKAMILLRIPRDYDLVLELDSLSSRAKFIAKLETFLTSHKKHLSMVQTNRDIMIAKAETKERRQKKLEQFFREAYTLTFGLRPGERRRRRSEESDGGEVVTVMRTSLSKREFASALGMRPDAVFVKKMFNIVDKDGDGRISFQEFLDTVLLFSRGKTEDKLRIIFDMCDKDSNGVIDKEELSEMLRSLVEIARTTSLSDDHVTELIDGMFQDAGLERKDYLTYNDFKLMMNEYKGDFVAIGLDCKGAKQNFLDTSTNVARMTTFHIEQLPPEATKSWSRRQWNGISTFLEENRQNIFYLFLFYVITIALFVERFIHYSFMTEHIDLRHIMGVGIAITRGSAAALSFCYSLLLLTMSRNLLTKLKEFSIQQYIPLDSHIQFHKIVACTALFFSVLHSLGHMVNFYHVSTQPVSHLRCLTSEMSFPSDARLTISFWLFQTVTGVTGILLVIVMTIIFVFAHPTIRQKAYKFFWSTHSLYIVLYALCLIHGLARLTGEPRFWIFFIGPAIIYSLDKVVSLRTKYMALDIIETELLPSDVIKIKFYRPPNLKYLSGQWIRLACTAFKSNEFHSFTLTSAPHENFLSCHIKAQGPWTWKLRNYFDPCNYSPEHDHPKIRIEGPFGGGNQDWYKFEVAVMVGGGIGVTPYASMLNDLVFGTSTNRYSGVACKKVYFLWICPSHKHFEWFIDVLRDVERKDVTDVLEIHIFITQFFHKFDLRTTMLYICENHFQRLSKKSIFTGLKAINHFGRPDMTSFLKFVQKKHSYVSKIGVFSCGPRPLTKSVMSACDQVNKGRKLPYFIHHFENFG

Target ORF information:

RefSeq Version	XM_011313677.1
Organism	Fopius arisanus
Definition	Fopius arisanus dual oxidase (LOC105271872), mRNA.

Target ORF information:

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

XM_011313677.1

ORF Insert Sequence:

ATGTGGAAAT TTCGGTGGAA ATTTTTTAGT GCTGCAATGT GGGTTTTCCT GGTGATACCG 
GGATTCGGGG ATGGATTTGG GAGATACACC GAGAAGCAGA GGTACGATGG GTGGTACAAC 
AATCTTGCGC ATCCGGATTG GGGATCCGTT GAGAGCAGAT TGATAAGAAA AGTGCCGGCT 
GCTTATTCCG ACGGTGTGTA CATGATGGCA GGCCAGTCCA GGGCATCCCC CAGGAAGTTG 
AGTGACCTCT TCATGCGTGG AGCTGATGGA ATCGCCTCCG TCAAGAACAA AACCGCTCTC 
TTCGCCTTCT TCGGGCAACT AGTCACCGCT GAAATAGTGA TGGCGAGTGA GAGTGGATGT 
CCCCTGGAGC TGCACCGGAT CGACGTGGAG AGGTGTGACG GGATGTTTGA CAGGGATTGT 
CAGGGTAACA AGTACATTCC CTTTCTACGG GCAGACTACG ACAGGAAGAC GGGGCACAGT 
CCGAACAGTC CACGAGAGCA ACTCAACAAG GTCACCAGCT GGATCGACGG AAGTTTCGTT 
TACTCCAGCA GCGAGGCCTG GGCGAATGCC ATGAGATCAT TCGTCAACGG GAATTTCCTC 
ATCGAGCCCA TCAAACAGCT ACCGATCAGG AACACCATGA GAGCTCCACT CTTCAATGAT 
GCTGTCCCCA GTGTCATGAG GACGATGCTC AGCCCCGAAA GACTCTTCCT GCTGGGAGAT 
CCTCGATCGA ATCAGCATCC GGCGCTCCTG GCGTTCGGTA TAATCTTCTA TCGGTGGCAC 
AACGTCATCG CCTCGAGGGT GAAAAAACAG AATCCGGAGA TGATGGACGA GGAAATTTTT 
CAGAGAGCGC GAAGAATCGT TGTGGGTACG ATTCAGAATA TAATAATGTA CGAGTACCTG 
CCGGAGTTGC TCGGTGAAGA GCTTCCAGAG TACTCTGGGT ACAAGCCAGA TCTTCATCCT 
GGGATATCCC ACATATTCCA GAGTGCAGCC TTTCGATTCG GTCACACGAT GATACCCCCA 
GGTATCTACA GGCGTGACGA GTCATGCAAT TATCGTCAGA CTCGTAGTGG AAAATCTGCA 
ATCAGGTTAT GCACGACCTG GTGGAATTCC AATCAAGTCC TCTCGAATTC AACTGTGGAG 
GAGCTGATGA TGGGAATGGC ATCGCAAATT GCGGAGAGAG AGGACAATCT CCTGAGCAAT 
GACATAAGAA ATAATTTGTT CGGTCCACTG GAGTTCTCGA GGCGCGACCT GGGGGCCCTG 
AATATCATGA GGGGTCGAGA CAATGGTTTA CCGGACTACA ACACCGCCAG AATGCACTTC 
AAACTCCCCA GGAGGAATAC CTGGAACGAG ATTAATCCAG AGTTATTCAA CAAAAATCCA 
GAGCTCCTCA GGAAACTCAT GGAAATTCAC TCGAACGATC TCGATAACAT CGACGTCTAC 
ATCGGGGGAA TGCTTGAGTC GACCGATGGA CCTGGTGAAC TCTTCTCGGC AGTTATCAAG 
GAACAGTTCC TCAGACTGAG GGACTCTGAT CGATTTTGGT TCGAGAACGC AGACAACGGG 
ATATTCACCA GGAGTGAGAT CGAGGAAATC CGGAGAGTGA AATTGTGGGA CGTCATCACG 
AATTCCACGA CGATCCGGCA AACGGCAATT CAGAGGAATC TCTTCGTCTG GAAGAATGGT 
GATCCTTGTC CCCAGCCTCA CCAGCTCACC GGGGAGATGC TCGACGCCTG CGTACCTCTC 
AGGAGATACG ACTACTTCGA GGGAAGTGAG TTGGCTTATA TATACGCCTG TGTCTGTCTC 
GGTTTTATAC CGATTTTATG CGCGGGTGCT GGTTATGGCC TCGTCAAACT GCAGAATCGT 
CGACGGAGGC GTTTAAAAAT CGTTCAAGAG GCGATTAAAA AAAGGAGCGG TGGTGTTACG 
TCAAATCCTC AAGGGAGGAT ATCCGTCGAC AAGATGATTG TGCGAGAGTG GTTGCATGCT 
AATCATAAAC GCCTGGTGAA ATTGAAATTC GGTCCAGAGG CTGCACTCCA CATCGTCGAC 
AGAAAGGGTG AAAATCTCCG TACCTTTGAC TTCGCGGGGG TGAAGGTCGT CGCCGTCGAG 
GAGTCACAGG AGGACGATGA TGGAAAGGCA ATGATTCTCC TGAGAATTCC ACGTGATTAC 
GATCTCGTCC TTGAGCTAGA TTCTCTCAGC TCTCGTGCCA AGTTTATCGC TAAATTGGAG 
ACATTTCTCA CGTCTCATAA AAAACACTTG TCGATGGTTC AGACTAATCG TGATATAATG 
ATCGCCAAGG CGGAGACCAA GGAGAGGAGG CAAAAAAAAT TGGAGCAATT CTTCAGGGAG 
GCGTACACCC TGACCTTTGG ATTGAGACCT GGTGAGAGAC GACGGAGGAG ATCCGAGGAG 
AGCGATGGGG GTGAAGTTGT CACTGTCATG AGGACTTCAC TGTCCAAGAG GGAATTTGCC 
AGTGCCCTGG GGATGAGGCC AGATGCTGTT TTTGTTAAGA AGATGTTTAA TATTGTTGAT 
AAGGATGGAG ATGGGAGGAT TTCATTTCAG GAATTTTTGG ATACAGTATT ATTATTCTCC 
CGGGGTAAAA CCGAGGACAA ATTACGAATA ATCTTTGACA TGTGCGATAA GGACAGCAAT 
GGAGTAATCG ACAAAGAGGA GCTCTCGGAA ATGCTGCGTT CACTCGTGGA AATAGCGAGG 
ACTACATCAC TTTCCGACGA TCACGTAACC GAACTAATTG ACGGAATGTT CCAGGACGCA 
GGATTGGAGC GCAAGGATTA CCTGACGTAC AACGATTTCA AGCTGATGAT GAATGAGTAC 
AAGGGTGACT TCGTGGCAAT CGGTTTGGAC TGCAAGGGTG CAAAGCAGAA TTTCCTCGAC 
ACATCGACAA ATGTCGCACG TATGACGACA TTTCACATCG AGCAACTGCC CCCAGAGGCG 
ACCAAGAGTT GGTCACGGAG GCAGTGGAAC GGCATCTCCA CGTTCCTGGA GGAGAACAGG 
CAGAATATAT TCTACTTGTT TCTATTCTAC GTCATCACCA TCGCCCTCTT CGTCGAGAGA 
TTTATCCATT ATTCCTTCAT GACTGAGCAC ATAGATCTCC GTCACATTAT GGGTGTGGGA 
ATAGCCATAA CTCGGGGCTC AGCAGCTGCT CTGTCCTTCT GCTACAGTCT CCTCCTCCTC 
ACCATGTCCA GGAATTTACT GACGAAACTC AAGGAATTCT CAATTCAACA GTACATCCCC 
CTGGACTCAC ACATTCAGTT TCACAAGATC GTTGCGTGCA CTGCATTATT TTTCTCCGTT 
CTTCACAGCC TTGGGCACAT GGTGAATTTT TATCATGTGT CCACTCAACC TGTCTCACAT 
CTACGCTGTT TAACCAGTGA AATGAGTTTT CCAAGTGATG CCAGGCTCAC TATTTCCTTC 
TGGCTATTCC AGACCGTTAC AGGTGTCACG GGAATTCTCC TCGTCATCGT CATGACGATA 
ATCTTCGTCT TCGCGCACCC TACGATCAGG CAGAAGGCCT ATAAATTTTT CTGGTCAACT 
CACAGTCTCT ACATCGTGCT CTATGCCCTC TGTCTGATTC ATGGACTAGC CAGGCTCACC 
GGAGAACCGA GATTTTGGAT ATTCTTCATT GGGCCCGCGA TCATCTACTC TCTAGATAAA 
GTCGTTAGCC TGAGAACGAA GTACATGGCG CTGGACATAA TAGAAACGGA ACTTCTCCCT 
TCAGACGTGA TAAAAATAAA ATTCTACCGC CCACCGAATC TTAAGTATCT CTCAGGGCAG 
TGGATCAGGC TGGCGTGCAC CGCTTTCAAG TCCAATGAAT TTCACTCGTT CACACTGACA 
TCAGCACCCC ATGAGAATTT TTTATCCTGT CACATCAAGG CCCAGGGCCC CTGGACGTGG 
AAGCTCCGTA ATTACTTTGA TCCCTGCAAT TACAGTCCTG AGCATGATCA CCCTAAAATC 
AGGATCGAGG GACCTTTTGG TGGGGGTAAT CAGGACTGGT ACAAGTTCGA GGTGGCAGTT 
ATGGTGGGTG GAGGTATAGG GGTCACACCC TATGCTTCGA TGCTCAATGA TCTGGTCTTT 
GGGACCTCCA CGAATCGGTA TTCAGGGGTC GCCTGCAAAA AGGTTTATTT TTTGTGGATC 
TGTCCATCCC ACAAGCACTT CGAGTGGTTC ATCGACGTTC TCAGGGACGT GGAGAGGAAG 
GATGTGACGG ATGTTCTCGA AATCCACATC TTCATCACCC AATTCTTCCA TAAATTCGAT 
CTTCGCACCA CAATGCTCTA CATCTGTGAG AATCACTTCC AAAGGCTATC GAAGAAGAGT 
ATATTCACAG GTCTGAAAGC GATAAATCAT TTCGGTCGTC CTGACATGAC GTCCTTTTTG 
AAATTCGTCC AGAAGAAGCA CAGCTATGTC AGCAAAATAG GTGTCTTCAG CTGTGGCCCT 
CGACCTCTGA CCAAAAGCGT CATGTCGGCC TGCGATCAGG TGAACAAGGG CCGGAAGCTG 
CCATATTTCA TCCATCACTT TGAAAATTTT GGGTGA