LOC106083578 cDNA ORF clone, Stomoxys calcitrans(stable fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106083578
Entrez Gene ID	106083578
Full Name	uncharacterized LOC106083578
Gene Type	protein-coding
Organism	Stomoxys calcitrans(stable fly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_013246696.1	XP_013102150.1	uncharacterized protein LOC106083578

Pathways from BioSystems
Gene Ontology

The following LOC106083578 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106083578 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
OSt90400	XM_013246696.1 Latest version!	Stomoxys calcitrans uncharacterized LOC106083578 (LOC106083578), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

LOC106083578 ( XM_013246696.1 ) cDNA ORF clone, Stomoxys calcitrans(stable fly) -> XP_013102150.1 Stomoxys calcitrans uncharacterized LOC106083578 (LOC106083578), mRNA.

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CloneID	OSt90400
Clone ID Related Accession (Same CDS sequence)	XM_013246696.1
Accession Version	XM_013246696.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5025bp) 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	2015-07-28
Organism	Stomoxys calcitrans(stable fly)
Product	uncharacterized protein LOC106083578
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013172056.1) and transcript sequence (GDIM01048091.1) 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 :: Stomoxys calcitrans 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases assembly gap :: added 699 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGAAAAAAT TTGATAATAA TGCAGATATT ATTAAATTTA TAATAATTTT AGTGGGTTTA 
ACAAAGCTCC GATATGTGTT GGGAGAATGT AATGATGAAC AATGGGCCTG TGATGATGGC 
AGCTGTATTG CCGAAGGCTT AGTGTGTGAT GGAGAACGCA ATTGTAGAGA CGGCTCAGAT 
GAGACTGCAG AGAATTGCAT TCACTTGGCT AAAGACTGTA AAGACATTTA CTTTCGATGC 
AGTTATGGGG GCTGCATAAC CGGTTCATAT GAATGCAATA ACATCACTGA TTGTGCCGAC 
AATTCGGATG AATACTCCTG CTATAACCGT CATCCAGAGC ATCATAGGGG TCGATGTGAA 
GCAGAAGAAA TGCAATGCCT GCGTTCCAAG GAATGTATCG ATCGAGATAA TATTTGTGAT 
GGAAAAAGGG ATTGTTCCGA TGGCAGCGAT GAGACGGTTG AGGTTTGTGC TGGAACTGGT 
TGTTCCCCTG TAGCTTTCCA ATGTGGCTAT GGGGGATGTG TGGTGGGCAA CGCTCCTTGC 
AATGGTAAAA TAGAGTGTGC TGATGGTTCT GACGAAGCGT GGAGGATGTG TAATAGAACA 
AGGCCATCAT CTGTAACATT GTCACAATTG CCAAAGATAA CACCAAAACC TCCGCAGCAA 
AAACCCACAC CTAAACCACC ATCAAGACCA ATACCCAAGC CCACGCCTGG TCCCATTACA 
GCCCCCATTG ACAGCGAGGA AGGACGCAGG TGTCAAATAC CTAGAAATCT TCAAGGCTAT 
GTTGTACAAT TACATCCACA AAATGAGACA TTGTCTGCTG GAGATTGGGT TTCGGATGGC 
GATACTCTAC ACGTTGCTTG CCATAACAAA CAGAAAAGCG ATTCTCTATT CTGTGAGGAT 
GGAACATTTA GTACTGACTT TCCCAAATGC TCATTCTGTG AAAAAAGTTT ACTCCATGGC 
CTCTCAACCA GATATTCTGA AATATTCATA AATGGCGCAC CGGTCGATGC CAAAGAGTTT 
GGATGGAAAA TACCTCCGGG TGCTGAAATC GATGTTTATT GTGGTATTGG CTATAAGCGA 
GTTGGAAACA ATCCACCGCG ACAGAAAATT CAATGCCTGC CTGATGGCAC CTTCAGTGCT 
GTGCGTGAGC CATGTATTCA GGATTGTGGT AATCCAATAG CCGATCGAAT AGATTTTACA 
CGGGATGGAA TACCCACAAA AAACAACAAA GTTCCTTGGC ATGTGGCTAT CTTTGCTAGG 
CAGGATAATG GAACGATGAA ATACATTTGT AGTGGTTCCA TAGTCTCGCC AAGTATAATA 
CTTTCAGCTG CACATTGCTT TTGGAATAAT CTTAAAAATA GCAAAATCCC TAATAGTTAT 
TTCAAATTTA TTGCCGGCAA ACAAGACAGT GATTATAGTT TCTCCCGGGA GGGCTATGAG 
CAAATAAGAG AAGCGTCATC CATTGAAGCC TCCTTCTTCT ATTCCAGTAC GAGTTCACAA 
AAAATTGCCG ACATTGCTGT TGTCCGCTTG AAAACTCCCC TAGAATACAC TCAAAATGTA 
TCAGCCATCT GTATGCCACC GAGAACCAAC AGTGGTGCGG ACTATGTGCC CTCGGGTTAT 
GCAGGTTTTG TACCTGGCTA CAGTCAGGAA CATAAATATC TGGAACAAGT TAATAGCTCT 
TCAATAGATC TTAATTCTTG TAAAACGAGG CCTGACCTGT CCAATCTGGA GGATGATAAA 
TTCTGTCTGA CTACAGTCGA TTCGGGTGGC AGGCTATGTC GTGGAGATAG TGGAAGTGGA 
TTTGCATCAA AAAAACATAG ATATGAGAAT TATCATCTGC TGGGCGTTAT AAGTTCCTCA 
CCGTCACACG TCAATGAATG CACACGAGAT GGTGTGGTGA CGGTAACCAG TGTGCTCTAC 
ATGAAGGATG ATCTGTTTAG AAAATTTAAT GAGACATTCT ACCAAGAGCA AGCCTTATTT 
GGAGACGCTA TAAGCATATA TGATTTGATC ATCTTAAAAA AAAAAATGCA AATTCGGCCT 
AAGGAAATGA AAAAAATTTA CAATAATGCA ATCATTTTTA AATTTATAAT AATTTTAGTG 
AGTATAACAA AAATCCCATA TGTACGGGGA GAATGTAGTG ATGAACAATG GACCTGCGAT 
GATGGCAGCT GTATTGAGGA AGACTTAATG TGTGATGGAG AGCGCAATTG TAGAGATGGC 
TCAGATGAGA CTGCTATGAA TTGTATTCAC TTGGCCAAAG ACTGTAAAGA AATTTACTTT 
CTATGCAGCT ATGGAGCCTG CATAACCGGT TCATATGCTT GCAATAACAT CACTGATTGT 
GCCGATAAAT CCGATGAATA CGCTTGCCTC AACAAAGATC TCGAACATCA TAGGGGCAAA 
TGTGAAGAGG AACAAATGCA ATGCCTGCGT TCCAAAGAGT GTATCGATCG AGATGATATG 
TGTGATGGCA AAATTGATTG TGCGGATGGT AGCGATGAGA CGGTTGAGGT GTGTGCAGGA 
ACTGCATGTC CTGGATTAGC TTTTCAATGT GGTTATGGGG GTTGTGTTAA CGGTAATGCT 
CCTTGCAATG GTGTATTCGA GTGCGCAGAT GGTTCTGACG AAGCCTGGGC TTTGTGTAAC 
AAGGAAAGGA GAGTATTAAC ACAAACGACC ACATTCAAGC CCACAACTAA AACCACACCT 
GAACCCACAG ATGTTAGTGG CGAAGGCGGA AAATGTCAAA TACCCTTTAA CGTGCAAGGT 
TACATAATAA AATTACATCC AAAAAATACA ACATTGGCTC CTGGAGTTTG GGTCTGGGAC 
TATGACACAA TTCACATTAA ATGTCATTCA AAACTAGAAA GTATTTCCAT ACTCTGTGAT 
AATGGAACAT TTATTCCGGA TTTTCCCAAA TGCCCATTCT GCGAAAAAAG TCTTCTCAAT 
GGCATTTCAA CAAGATATTC TGAAATATAT ATAAATGACA TACCATATGA TGCCAACGAG 
TTTTCATTTA AAATACCTGT GGGTGCTGAA ATCTATGTTT ATTGTCGCGT CGGCTATAAG 
CGAGTGGGAA ACATGCCACC GCGACAAAAA ATACAATGCC TCTCTGATGG CACCTTCAGT 
GACATACGGC AGCCATGTAT TCAGGATTGT GGCAATCCAA TAGCCGATCG GATAGATTTC 
ACCCGGGATG GATTTCCAAC TAAAAACAAC AAAGTTCCAT GGCATGTGGC TATCTTCAGA 
AGGCAGGAGA ATGGAACACA CATATACATA TGCAGTGGTT CCATAGTTTC GCCAAGCATA 
ATTATTTCAG CCATATTTTA TGCTACAAAT TTCATCAACC ATTCAACATC ATCTGGATGT 
TCACCAAATT CTGTAGAAAC TTGGCAGTGC TCAAATGGTC AGTGTATACA GTCGGACGAT 
CTATGTGATG GAGTGCCACA ATGTGATGAT AAATCCGATG AGACTGTGGA AAATTGCTTG 
AATATGCCAT GTCCCAAATA TGCCTTCAGA TGTGCCTACG GTGGTTGCAT ACCAGGATCT 
TATGAATGTA ATGGGGTGTT GGATTGTCTG GATGGCTCCG ATGAGAACTG GTATCTGTGC 
AACAGTTCCG CTAACTTTAA CAAAGACATA AGAGGCAATT GTGGTTCATC CACACAAATG 
ATGTGTAAAT CTGGCGAATG CATAAATAGC GAGAAATTAT GTGATGGTTT GCAAGATTGC 
CGTGATGGCA GTGATGAGAC AGTGGAATAT TGCAGTTTCT TGAAGTGTCC CGTGTATGCG 
TTTCGTTGTG GCTATGGGGG CTGCATAACG GGCAGTGCCC AATGTGATGG TAGACGAGAT 
TGCTTAGATG GTTCAGATGA GCTGCCGAGA TTGTGTGGGC AACTCAATAT ACCCCGGTGG 
AATGAAACTA CAATCACCTC CACAGAGTCT AGTTCGTTTT CTTCTTCACC TTCCTATTCA 
ACTACCTCGT CACCAACCTC TTATCCTACT TCCTCACCCT CCTCTTATTC TACTTCTTCA 
ATTTCCTCTT ATCCTACTTC TTCAACTTCC TCTTATCCTA CTTCTTCACC TACCTCTTAT 
TCCACTTCTA CACCTTCCTC TTATTCCACT TCTTCACCTT CCTCTTATCC TACTTCTTCC 
CCTACACGTT CCCCTACACG TTCCCCTACA CGTTCCCCTA CACGTTCCCC TACACGTTCC 
CCTTCACCTT CCTCCCCTCC CATGCTTTGC TCTCCAAAAC CCCTTGGTCG TGGAATTTCC 
ACCAAAGCCA AATGTTCATA CAACAACCGT ATGACAAGTT GCTACAATAA TTTGCGCATG 
GGTACCAAGG CGGAGATTTC CTGTGCTACC GGTTACACCA CAAACGCAAG ACAAACCATA 
GCGAATACTA CCCTAGTTTG TGGACATGAT GGCCAATGGA ATAATTCCAA ATTTAAATGC 
CTTCCCCGTT GTGGTGAGCT TTCACTTGAG CCCGAGGGCA GTACTACAAA ACCCTGGGAT 
GTGACCATAT TTCGACGTTC ATTTGTGCCT ACTTATCAAC CTATTTGTAG TGGAACCATT 
GTCTCACCGA AGATTGTAAT AACAGCTGCC CATTGTTTTA CATCCCATGG TGATGGTTAT 
GCCACCGAAC ATGTGCTGTA TAATGTTGTC GAAGGCTATT ACAGCTTTAG CTACGAGGAG 
GCGGATGCCC TTAACGCTGT TGCCCATAAA ATATCGGCGA TACAAATCCA CAATTCAACC 
GAGTCGGAGA GCCTGGCCTT ATTGGTATTG GTCAACTATT TTCAGTTTTC TCGTTTCCTG 
CAACCCATAT GTCTACCCGA TGCACTTAGC AATCGGTCAT TAGCTAATGT TAGACATCTG 
AATATTGGTC GCGCAGTAAC CAAGAACGAT TCGCGTCAGT ACTTGGAGTT TATTATATCG 
CATGTGAATG CATCTCAGGG TAGTGATGCT AATAAATACA TAGAAATGAA ACATTTTCTA 
CCGATTATTA ATGAACAAGT AAAACGTTAC AATAAAATAC TTTAA

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

RefSeq	XP_013102150.1
CDS	217..5241
Translation	MKKFDNNADIIKFIIILVGLTKLRYVLGECNDEQWACDDGSCIAEGLVCDGERNCRDGSDETAENCIHLAKDCKDIYFRCSYGGCITGSYECNNITDCADNSDEYSCYNRHPEHHRGRCEAEEMQCLRSKECIDRDNICDGKRDCSDGSDETVEVCAGTGCSPVAFQCGYGGCVVGNAPCNGKIECADGSDEAWRMCNRTRPSSVTLSQLPKITPKPPQQKPTPKPPSRPIPKPTPGPITAPIDSEEGRRCQIPRNLQGYVVQLHPQNETLSAGDWVSDGDTLHVACHNKQKSDSLFCEDGTFSTDFPKCSFCEKSLLHGLSTRYSEIFINGAPVDAKEFGWKIPPGAEIDVYCGIGYKRVGNNPPRQKIQCLPDGTFSAVREPCIQDCGNPIADRIDFTRDGIPTKNNKVPWHVAIFARQDNGTMKYICSGSIVSPSIILSAAHCFWNNLKNSKIPNSYFKFIAGKQDSDYSFSREGYEQIREASSIEASFFYSSTSSQKIADIAVVRLKTPLEYTQNVSAICMPPRTNSGADYVPSGYAGFVPGYSQEHKYLEQVNSSSIDLNSCKTRPDLSNLEDDKFCLTTVDSGGRLCRGDSGSGFASKKHRYENYHLLGVISSSPSHVNECTRDGVVTVTSVLYMKDDLFRKFNETFYQEQALFGDAISIYDLIILKKKMQIRPKEMKKIYNNAIIFKFIIILVSITKIPYVRGECSDEQWTCDDGSCIEEDLMCDGERNCRDGSDETAMNCIHLAKDCKEIYFLCSYGACITGSYACNNITDCADKSDEYACLNKDLEHHRGKCEEEQMQCLRSKECIDRDDMCDGKIDCADGSDETVEVCAGTACPGLAFQCGYGGCVNGNAPCNGVFECADGSDEAWALCNKERRVLTQTTTFKPTTKTTPEPTDVSGEGGKCQIPFNVQGYIIKLHPKNTTLAPGVWVWDYDTIHIKCHSKLESISILCDNGTFIPDFPKCPFCEKSLLNGISTRYSEIYINDIPYDANEFSFKIPVGAEIYVYCRVGYKRVGNMPPRQKIQCLSDGTFSDIRQPCIQDCGNPIADRIDFTRDGFPTKNNKVPWHVAIFRRQENGTHIYICSGSIVSPSIIISAIFYATNFINHSTSSGCSPNSVETWQCSNGQCIQSDDLCDGVPQCDDKSDETVENCLNMPCPKYAFRCAYGGCIPGSYECNGVLDCLDGSDENWYLCNSSANFNKDIRGNCGSSTQMMCKSGECINSEKLCDGLQDCRDGSDETVEYCSFLKCPVYAFRCGYGGCITGSAQCDGRRDCLDGSDELPRLCGQLNIPRWNETTITSTESSSFSSSPSYSTTSSPTSYPTSSPSSYSTSSISSYPTSSTSSYPTSSPTSYSTSTPSSYSTSSPSSYPTSSPTRSPTRSPTRSPTRSPTRSPSPSSPPMLCSPKPLGRGISTKAKCSYNNRMTSCYNNLRMGTKAEISCATGYTTNARQTIANTTLVCGHDGQWNNSKFKCLPRCGELSLEPEGSTTKPWDVTIFRRSFVPTYQPICSGTIVSPKIVITAAHCFTSHGDGYATEHVLYNVVEGYYSFSYEEADALNAVAHKISAIQIHNSTESESLALLVLVNYFQFSRFLQPICLPDALSNRSLANVRHLNIGRAVTKNDSRQYLEFIISHVNASQGSDANKYIEMKHFLPIINEQVKRYNKIL

Target ORF information:

RefSeq Version	XM_013246696.1
Organism	Stomoxys calcitrans(stable fly)
Definition	Stomoxys calcitrans uncharacterized LOC106083578 (LOC106083578), mRNA.

Target ORF information:

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

XM_013246696.1

ORF Insert Sequence:

ATGAAAAAAT TTGATAATAA TGCAGATATT ATTAAATTTA TAATAATTTT AGTGGGTTTA 
ACAAAGCTCC GATATGTGTT GGGAGAATGT AATGATGAAC AATGGGCCTG TGATGATGGC 
AGCTGTATTG CCGAAGGCTT AGTGTGTGAT GGAGAACGCA ATTGTAGAGA CGGCTCAGAT 
GAGACTGCAG AGAATTGCAT TCACTTGGCT AAAGACTGTA AAGACATTTA CTTTCGATGC 
AGTTATGGGG GCTGCATAAC CGGTTCATAT GAATGCAATA ACATCACTGA TTGTGCCGAC 
AATTCGGATG AATACTCCTG CTATAACCGT CATCCAGAGC ATCATAGGGG TCGATGTGAA 
GCAGAAGAAA TGCAATGCCT GCGTTCCAAG GAATGTATCG ATCGAGATAA TATTTGTGAT 
GGAAAAAGGG ATTGTTCCGA TGGCAGCGAT GAGACGGTTG AGGTTTGTGC TGGAACTGGT 
TGTTCCCCTG TAGCTTTCCA ATGTGGCTAT GGGGGATGTG TGGTGGGCAA CGCTCCTTGC 
AATGGTAAAA TAGAGTGTGC TGATGGTTCT GACGAAGCGT GGAGGATGTG TAATAGAACA 
AGGCCATCAT CTGTAACATT GTCACAATTG CCAAAGATAA CACCAAAACC TCCGCAGCAA 
AAACCCACAC CTAAACCACC ATCAAGACCA ATACCCAAGC CCACGCCTGG TCCCATTACA 
GCCCCCATTG ACAGCGAGGA AGGACGCAGG TGTCAAATAC CTAGAAATCT TCAAGGCTAT 
GTTGTACAAT TACATCCACA AAATGAGACA TTGTCTGCTG GAGATTGGGT TTCGGATGGC 
GATACTCTAC ACGTTGCTTG CCATAACAAA CAGAAAAGCG ATTCTCTATT CTGTGAGGAT 
GGAACATTTA GTACTGACTT TCCCAAATGC TCATTCTGTG AAAAAAGTTT ACTCCATGGC 
CTCTCAACCA GATATTCTGA AATATTCATA AATGGCGCAC CGGTCGATGC CAAAGAGTTT 
GGATGGAAAA TACCTCCGGG TGCTGAAATC GATGTTTATT GTGGTATTGG CTATAAGCGA 
GTTGGAAACA ATCCACCGCG ACAGAAAATT CAATGCCTGC CTGATGGCAC CTTCAGTGCT 
GTGCGTGAGC CATGTATTCA GGATTGTGGT AATCCAATAG CCGATCGAAT AGATTTTACA 
CGGGATGGAA TACCCACAAA AAACAACAAA GTTCCTTGGC ATGTGGCTAT CTTTGCTAGG 
CAGGATAATG GAACGATGAA ATACATTTGT AGTGGTTCCA TAGTCTCGCC AAGTATAATA 
CTTTCAGCTG CACATTGCTT TTGGAATAAT CTTAAAAATA GCAAAATCCC TAATAGTTAT 
TTCAAATTTA TTGCCGGCAA ACAAGACAGT GATTATAGTT TCTCCCGGGA GGGCTATGAG 
CAAATAAGAG AAGCGTCATC CATTGAAGCC TCCTTCTTCT ATTCCAGTAC GAGTTCACAA 
AAAATTGCCG ACATTGCTGT TGTCCGCTTG AAAACTCCCC TAGAATACAC TCAAAATGTA 
TCAGCCATCT GTATGCCACC GAGAACCAAC AGTGGTGCGG ACTATGTGCC CTCGGGTTAT 
GCAGGTTTTG TACCTGGCTA CAGTCAGGAA CATAAATATC TGGAACAAGT TAATAGCTCT 
TCAATAGATC TTAATTCTTG TAAAACGAGG CCTGACCTGT CCAATCTGGA GGATGATAAA 
TTCTGTCTGA CTACAGTCGA TTCGGGTGGC AGGCTATGTC GTGGAGATAG TGGAAGTGGA 
TTTGCATCAA AAAAACATAG ATATGAGAAT TATCATCTGC TGGGCGTTAT AAGTTCCTCA 
CCGTCACACG TCAATGAATG CACACGAGAT GGTGTGGTGA CGGTAACCAG TGTGCTCTAC 
ATGAAGGATG ATCTGTTTAG AAAATTTAAT GAGACATTCT ACCAAGAGCA AGCCTTATTT 
GGAGACGCTA TAAGCATATA TGATTTGATC ATCTTAAAAA AAAAAATGCA AATTCGGCCT 
AAGGAAATGA AAAAAATTTA CAATAATGCA ATCATTTTTA AATTTATAAT AATTTTAGTG 
AGTATAACAA AAATCCCATA TGTACGGGGA GAATGTAGTG ATGAACAATG GACCTGCGAT 
GATGGCAGCT GTATTGAGGA AGACTTAATG TGTGATGGAG AGCGCAATTG TAGAGATGGC 
TCAGATGAGA CTGCTATGAA TTGTATTCAC TTGGCCAAAG ACTGTAAAGA AATTTACTTT 
CTATGCAGCT ATGGAGCCTG CATAACCGGT TCATATGCTT GCAATAACAT CACTGATTGT 
GCCGATAAAT CCGATGAATA CGCTTGCCTC AACAAAGATC TCGAACATCA TAGGGGCAAA 
TGTGAAGAGG AACAAATGCA ATGCCTGCGT TCCAAAGAGT GTATCGATCG AGATGATATG 
TGTGATGGCA AAATTGATTG TGCGGATGGT AGCGATGAGA CGGTTGAGGT GTGTGCAGGA 
ACTGCATGTC CTGGATTAGC TTTTCAATGT GGTTATGGGG GTTGTGTTAA CGGTAATGCT 
CCTTGCAATG GTGTATTCGA GTGCGCAGAT GGTTCTGACG AAGCCTGGGC TTTGTGTAAC 
AAGGAAAGGA GAGTATTAAC ACAAACGACC ACATTCAAGC CCACAACTAA AACCACACCT 
GAACCCACAG ATGTTAGTGG CGAAGGCGGA AAATGTCAAA TACCCTTTAA CGTGCAAGGT 
TACATAATAA AATTACATCC AAAAAATACA ACATTGGCTC CTGGAGTTTG GGTCTGGGAC 
TATGACACAA TTCACATTAA ATGTCATTCA AAACTAGAAA GTATTTCCAT ACTCTGTGAT 
AATGGAACAT TTATTCCGGA TTTTCCCAAA TGCCCATTCT GCGAAAAAAG TCTTCTCAAT 
GGCATTTCAA CAAGATATTC TGAAATATAT ATAAATGACA TACCATATGA TGCCAACGAG 
TTTTCATTTA AAATACCTGT GGGTGCTGAA ATCTATGTTT ATTGTCGCGT CGGCTATAAG 
CGAGTGGGAA ACATGCCACC GCGACAAAAA ATACAATGCC TCTCTGATGG CACCTTCAGT 
GACATACGGC AGCCATGTAT TCAGGATTGT GGCAATCCAA TAGCCGATCG GATAGATTTC 
ACCCGGGATG GATTTCCAAC TAAAAACAAC AAAGTTCCAT GGCATGTGGC TATCTTCAGA 
AGGCAGGAGA ATGGAACACA CATATACATA TGCAGTGGTT CCATAGTTTC GCCAAGCATA 
ATTATTTCAG CCATATTTTA TGCTACAAAT TTCATCAACC ATTCAACATC ATCTGGATGT 
TCACCAAATT CTGTAGAAAC TTGGCAGTGC TCAAATGGTC AGTGTATACA GTCGGACGAT 
CTATGTGATG GAGTGCCACA ATGTGATGAT AAATCCGATG AGACTGTGGA AAATTGCTTG 
AATATGCCAT GTCCCAAATA TGCCTTCAGA TGTGCCTACG GTGGTTGCAT ACCAGGATCT 
TATGAATGTA ATGGGGTGTT GGATTGTCTG GATGGCTCCG ATGAGAACTG GTATCTGTGC 
AACAGTTCCG CTAACTTTAA CAAAGACATA AGAGGCAATT GTGGTTCATC CACACAAATG 
ATGTGTAAAT CTGGCGAATG CATAAATAGC GAGAAATTAT GTGATGGTTT GCAAGATTGC 
CGTGATGGCA GTGATGAGAC AGTGGAATAT TGCAGTTTCT TGAAGTGTCC CGTGTATGCG 
TTTCGTTGTG GCTATGGGGG CTGCATAACG GGCAGTGCCC AATGTGATGG TAGACGAGAT 
TGCTTAGATG GTTCAGATGA GCTGCCGAGA TTGTGTGGGC AACTCAATAT ACCCCGGTGG 
AATGAAACTA CAATCACCTC CACAGAGTCT AGTTCGTTTT CTTCTTCACC TTCCTATTCA 
ACTACCTCGT CACCAACCTC TTATCCTACT TCCTCACCCT CCTCTTATTC TACTTCTTCA 
ATTTCCTCTT ATCCTACTTC TTCAACTTCC TCTTATCCTA CTTCTTCACC TACCTCTTAT 
TCCACTTCTA CACCTTCCTC TTATTCCACT TCTTCACCTT CCTCTTATCC TACTTCTTCC 
CCTACACGTT CCCCTACACG TTCCCCTACA CGTTCCCCTA CACGTTCCCC TACACGTTCC 
CCTTCACCTT CCTCCCCTCC CATGCTTTGC TCTCCAAAAC CCCTTGGTCG TGGAATTTCC 
ACCAAAGCCA AATGTTCATA CAACAACCGT ATGACAAGTT GCTACAATAA TTTGCGCATG 
GGTACCAAGG CGGAGATTTC CTGTGCTACC GGTTACACCA CAAACGCAAG ACAAACCATA 
GCGAATACTA CCCTAGTTTG TGGACATGAT GGCCAATGGA ATAATTCCAA ATTTAAATGC 
CTTCCCCGTT GTGGTGAGCT TTCACTTGAG CCCGAGGGCA GTACTACAAA ACCCTGGGAT 
GTGACCATAT TTCGACGTTC ATTTGTGCCT ACTTATCAAC CTATTTGTAG TGGAACCATT 
GTCTCACCGA AGATTGTAAT AACAGCTGCC CATTGTTTTA CATCCCATGG TGATGGTTAT 
GCCACCGAAC ATGTGCTGTA TAATGTTGTC GAAGGCTATT ACAGCTTTAG CTACGAGGAG 
GCGGATGCCC TTAACGCTGT TGCCCATAAA ATATCGGCGA TACAAATCCA CAATTCAACC 
GAGTCGGAGA GCCTGGCCTT ATTGGTATTG GTCAACTATT TTCAGTTTTC TCGTTTCCTG 
CAACCCATAT GTCTACCCGA TGCACTTAGC AATCGGTCAT TAGCTAATGT TAGACATCTG 
AATATTGGTC GCGCAGTAAC CAAGAACGAT TCGCGTCAGT ACTTGGAGTT TATTATATCG 
CATGTGAATG CATCTCAGGG TAGTGATGCT AATAAATACA TAGAAATGAA ACATTTTCTA 
CCGATTATTA ATGAACAAGT AAAACGTTAC AATAAAATAC TTTAA