LOC106083252 cDNA ORF clone, Stomoxys calcitrans(stable fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106083252
Entrez Gene ID	106083252
Full Name	uncharacterized LOC106083252
Gene Type	protein-coding
Organism	Stomoxys calcitrans(stable fly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_013246164.1	XP_013101618.1	uncharacterized protein LOC106083252

Pathways from BioSystems
Gene Ontology

The following LOC106083252 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106083252 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
OSt90033	XM_013246164.1 Latest version!	Stomoxys calcitrans uncharacterized LOC106083252 (LOC106083252), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

LOC106083252 ( XM_013246164.1 ) cDNA ORF clone, Stomoxys calcitrans(stable fly) -> XP_013101618.1 Stomoxys calcitrans uncharacterized LOC106083252 (LOC106083252), mRNA.

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CloneID	OSt90033
Clone ID Related Accession (Same CDS sequence)	XM_013246164.1
Accession Version	XM_013246164.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5154bp) 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 LOC106083252
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013172038.1) 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##

ATGGCAGCTG AACAAAAGGA AAAAGACCCA TGGACAGATT TAAGCTTTGA TGATGGCGAT 
TTACAAAAGT TGCTAGACAA ACCTCTGGAC TCCATAGATA ATTCTCGCTT GCGTGATGCG 
GAACAACATC GGGGCTTCGA TAGTAGTGTT GGAGATTCAT GGATCTATCC CATTAACCTA 
CCATGCAGAG CATACCAAAT GAGCATAGTA CAGGCGGCAC TCTACCGCAA CACACTGGTG 
GTATTACCCA CAGGCTTGGG AAAGACCTTT ATAGCTGCGG TGGTTATGTA CAACCTGTAT 
CGATGGTATC CCCGAGGTAA GGTGATATTT ATGGCCCCTA CCAGACCTTT GGTAAATCAA 
CAGATTGAAG CTTGTCAGAA AATTATGCCC TTCCCGCGAA AGGATACCGT GGAATTGACC 
GGCAAGTTGC AAAAGGCAAA AAGAGCTGAC TTATGGAAAA GTAAACGGGT ATTCTTTGCC 
ACTCCTCAGG TAGTGCAATC GGATATCATG GGCAGTTATG TGGCTGATAG TGAACATGAT 
GGAACAACCT TTGATGATTC CTCTAGTGCA AACAAATTTG AATTCCCCTT TGAAGACATC 
AAACTTATAG TGATTGACGA GGCCCATAAA GCTAAGGGTA AATACGCCTA CACAGAGGTA 
ACTCAGGCCA TAATGGCAAG AAATAAATAT TTTCGTGTAG TGGCACTTTC CGCCACACCC 
GGTCGTACCA TGGAGGATGT GGCTGAAGTA TGTCGAAATT TATTAATATC CCATATAGAA 
GTGCGGTGGG ACACTTCTCT AGATGTTCTG CCCTATGTTC ACAAACGTTC CATGCAAACA 
GTGGTGGTTA CCCTAGGCGA TCGCATTAAG GAAATACGTG AAGAACTTTT GGAAATTATC 
GATCCCTATT TGAGACAACT GATAGATTTT CAAATGCTTT CGGGATCCTT GGCGAACATA 
AATCGAAACT TTCTGGTATA TGAGCAGAAG CGTTATCAGG AACGTTGTCT GCACAATGGC 
CGCCATCCTC AACATTCGGC AATAAGCAGT AACTTTGCCA TATGTATCAG TCTCTATCAC 
TCGTTGGAGC TGTTGGAACG TCATGGCCTG CGTGTTTTTC TTAATAATTT CGAAGAGGAT 
GAAGATGGCA AAGGAAAATT TGTGCTACAA ATGGAACGTC GTTTGAGAGA TATGATTGAC 
CGCCTAAAAG ATGAAGTTGG CCCTAATCCG TTTAATGTAT CAGCAGGCCC CATGACAAAT 
GGTCAGATAG CTGAAATGCC AAAAGATTTA GATTTTGGAC ATCCGAAATT TGAAAAGGCA 
CGAGAGTGTT TGCTAAAACA TTTTGAGGAG AACAAAGAAT CCCGAGCCAT AGTCTTTTGC 
GAATACCGAG AATCGGTATT GTTGATTTAT CGCATGCTAC TGCAGCATGT ACCCATATTA 
AGGCCAAGAT GTTTTGTGGG TCAAGGTGGT ACTGGCAATT TAAGGGCCCT AACCCAAAAG 
CAGCAAATCC AAATTATGAA TGATTTTCGC TCTGGCAAGA GTAACATTCT GATAGCTACC 
TCTATAGGCG AAGAAGGCAT TGATGTGGGT GAAGTTGATT TGATTGTGTG TTTCGACATC 
AGCACTTCCA ACCCCACCAG ATTTGTGCAA CGCATTGGAC GTACTGGACG CAAGAAAAAT 
GGCAATGTGG TAATGTTGGT GACCGAGGGC AGAGAACAGC AAATCCTAAA AGATGTCCTA 
AGCAATAAGG ATCAGACAAA TAAGAAAATC CTTAGATCTA GTGTGGTGCA GCAAGCCTTG 
TATAAACATG CACCGCGATT AGTGCCCACC GATTTAAAGC CAACATGTCA GCAGACATAT 
ATAACACCCT ACGAAGATGA TGAGGGGGAA GGAGAAGGGA AGCCGAACAA AGTTGCCGTT 
AGCAAAAAGT CGGGACAAAA GGGTGTCAAA GTCCCTGAGA AGGGAGCACA AGATTTGCGT 
AGATTTTTCA ACAAAAAACC TGTGAGAGAA ATGGACGCAG AAGATTTGGA ATTCTTTGAG 
CTGGATGCCA AAATGACTCA AGCTCGCCCT GGAGTGCATA CACAACAGAA GATGGAGAAA 
AGCTTGGGTG GTATCAAAGA CCTTTTCAAA GATTTGCAAT CTCCAGCGCC CACACAAAAG 
GCACAGAAAA GACTTAACAC CAAACCCAGC ACCAGCAAAG AAATTCCCCA AATTATTATT 
GGAGAACCCA TAGATTTGTG TGATGAAGAC TCTTCGGAGC CTATTGAGGA ACCATCGCCC 
AGAAAACGTT TAAAATCAGA GCAAAACAGC CAAAGCTCCA TTAAATCCTT TTTGAGGGAC 
ACCAGTGATG GCAAGGCCCT TGCTGATGAT GAAAACACAA CCAAAGATCC AACTGCTTCT 
CAGGAATTTT TGAAGAAATT GACTGAATTT ATGGAGACAA ACTTCACAAC TCCTCCTGTG 
CTGAAACGTG CAAGAATACA AGATTTGAAC TATCATTTGA GGTCTCAAGA AATGTCCAAT 
GATATGAAAC ATTTATTGCT TACCGGCAAT TTGGAGTTTA TTAAAGAAAA TCTGGAACAA 
ATGAAAGTCT TGAGTGCTCT ACAGGATTAT GAAAATGAGA TGGAAGAAGA AAAGTCCATT 
AAGGAAATCC ATCATATTAT AGTCACTCTG TTTGGAGGCG TGGAACAACT GGAACAATAT 
TTGCAAGATG TTGATATGGA AAAATTCAAA GAAGAATCAC CAGCCATAGG CATTGGCTAC 
TCAGATGATG AGGATTCTGG CGAAGAAGTT TTGTTTCAGC AAAAATTGGA TAAAATATTT 
GGTGATCTTG GTCCGGCCTT AAAAAGTGAA GAAACTTTTG ATTGGGTTCA GCAAAAGTAC 
AAAGAAACTG AAAGATATAA AGAATGGGAA AAGGCAAGAG AGGACTCCAT TATGGGTGTG 
CAAGAATCCA TGGTCTATAA AACATATGTG CAAGGAGAAG ATGATGGGGA GGAAGAAACT 
CTTAACGATG AAGTTGATGA TGTTTCATTT ACAGAATCCA AATACTGCAG TCAATGGTTG 
GAATTCAATA AGCCAGATAT AGCCTTCAAA TCGACGCCTA TGCAAACTAC CACAAATAAA 
GTTCTTAATC TAAGAGGCGA AGGAGGGGTA AGCAAAAAAA TTAGTTTATT AAACAAACTG 
GAGGAAGTTA AGGAAGAGGA AACAGTGGAA GATGAACCTA AAGAACCTTG GAAGGCAAAT 
AAAGAAACAA CTTTGAATAA CTCCAGCTCC AGTAAATTTT TGGACTCTTT GTTAATGTGT 
GAAAAGGAAT TGAACACATT GTTGCTGGAA AGGCGACAGG AAGAAGGGCA TCACAAAAAT 
GTGGTGAATG AAGATGATGA TGATTCTACC TCCAGAGATA CTGATGTGAC CACAGGTTCC 
TTAGCCATGC CAGAAACTGA ATATCCAGAA ACCAAAGCTC CAGAGATATT GTCTTCAACT 
TTGAAACCCA CCAATGGCCA TGATATAAGC AATGCTTTGG AAGATGATGA AGAGGATGAA 
ATGTTTTTAG CTGCCTTGGA AGCTGAAATG CGTTATACAC AAAGCAAAAC CGAGGCAAAT 
AAGGATAAAA CGCTAAACAC CAGCTCTGAT AGGGATAAGA CACCTGATGA TCTGATGAAT 
ATAACCACAA ATGATGGAGC TGCCTTGAAA CTGGAAAAAA ACTCATCCAG CGTAAAACTA 
ACACCGCCTT CCTTAAATTC CACCCCAGAG TTACTAGAAT TTCAAATGCC TGCAGAGCAA 
CCCAAAATAA CCTCCAATCT ACCAACACCT CCCGAAATTT CTATACAACA TGAATTGGAT 
ATTGATATGG ATGCCTTCAT GGAACCCTTT CCCGAGGAAG AAGAACTTCT TAAGAAGAAC 
CAACAACCAC TACCACCAAA AACACAAACA CTGCCTGCTA GAAGAGAGAG CCTTAAGGAG 
AATTTAAATA AAGAGTCTTT GGCTCGCCAC TCACCGGATT TGTTTGCCGA AGATCATGCT 
AAATCTCCCA ACTTATTGCA AGTCAAAGTT GTGGAGCGTA AACCCAACAC TCTAGCCTCT 
AAACTTTCCT CAAAATTAAA TGTAAAAAAA TGTCAGTCTT CCTTAAATCC TTCTACGACA 
ACCGCAAACG TCTTCAAATC GCCTCCAAAA TCTTTAACCA ATCTCCAATT GTCTTCTCCC 
TCAACCCGCC TGCCCACCGA TAAGCAAAAA AATGAAAAGT CACCCAGCCT CTTTGATATG 
TATTTGAAAC ATGGCAAGGG TAGAGTTAAA TTACCCAGTG CCTTGAGAAA TACCTCCTCA 
TGCTTGGGTA TATCGTCCAT GAATGATCAA ACAGCTGGTA CCAACAACAA TTCACCCGCC 
CTACCTGCCA CACAGAATGA TAGCCTCATT GTGCTGAGGA AATCTAAAAA TCCTCCCAAA 
CGCAAGATAT TCGATAGTGA TTCTGGCAGT GAAGATAGCC AAAATGATGT AACAATAATT 
GATGCAGGAA AAGCCAATGA AAATGAAGAT AATAGTGATA GTGATTTTGA AAATGAAGTG 
GCTGCCACTC AAGGGACTGA ACGAAGTAGT ATACACCATC GAAGAAAACG AAGACGTTTT 
AACTCCTTCA TCGATCAAGA AGCAGCTGTA AGCGGTTCCG AGAACAGTGA AGATGAAGCT 
GAACATTCAG TGGGTTGTTA TTTGCTCGAT TCGGTGGTGG TGCAAAGCGA TGAAGATGAT 
GCGGATCAGG CATCCACGTC ACACATGCAG GCCATGTATT TGCAATCACT AAAAAGTCCC 
CAAAATAGAA GAGGGACGTT TAAAATTCCT GCTCCTCGCG TTTTTAATGA TCATTCTCAC 
ATCTATTCGC AAGCAGTGCT GCCCGAGGAG ATATGTTCAC AATATGTTCC CGATTCATTT 
GTGGTCGATG AGGATGATAG CTTCATCACT AATAATCCTA ATGTCACTGA AGTCTCCATG 
TGTCCTTTGG AGAGAGCCGA AAAGATTTTA AAAGAACGTA GAAGAGCTAA GAAAAAAGCC 
AAATTGGCAA CAGGCCAAAC TAATGCCAAA GGACCCAAGC AGAAAAAAAG AAAGGTCCAT 
ATGATCGATG ATAGCTCGGA AGATGATGAT GATGATGACA TTGAATTTGT TTAA

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

RefSeq	XP_013101618.1
CDS	164..5317
Translation	MAAEQKEKDPWTDLSFDDGDLQKLLDKPLDSIDNSRLRDAEQHRGFDSSVGDSWIYPINLPCRAYQMSIVQAALYRNTLVVLPTGLGKTFIAAVVMYNLYRWYPRGKVIFMAPTRPLVNQQIEACQKIMPFPRKDTVELTGKLQKAKRADLWKSKRVFFATPQVVQSDIMGSYVADSEHDGTTFDDSSSANKFEFPFEDIKLIVIDEAHKAKGKYAYTEVTQAIMARNKYFRVVALSATPGRTMEDVAEVCRNLLISHIEVRWDTSLDVLPYVHKRSMQTVVVTLGDRIKEIREELLEIIDPYLRQLIDFQMLSGSLANINRNFLVYEQKRYQERCLHNGRHPQHSAISSNFAICISLYHSLELLERHGLRVFLNNFEEDEDGKGKFVLQMERRLRDMIDRLKDEVGPNPFNVSAGPMTNGQIAEMPKDLDFGHPKFEKARECLLKHFEENKESRAIVFCEYRESVLLIYRMLLQHVPILRPRCFVGQGGTGNLRALTQKQQIQIMNDFRSGKSNILIATSIGEEGIDVGEVDLIVCFDISTSNPTRFVQRIGRTGRKKNGNVVMLVTEGREQQILKDVLSNKDQTNKKILRSSVVQQALYKHAPRLVPTDLKPTCQQTYITPYEDDEGEGEGKPNKVAVSKKSGQKGVKVPEKGAQDLRRFFNKKPVREMDAEDLEFFELDAKMTQARPGVHTQQKMEKSLGGIKDLFKDLQSPAPTQKAQKRLNTKPSTSKEIPQIIIGEPIDLCDEDSSEPIEEPSPRKRLKSEQNSQSSIKSFLRDTSDGKALADDENTTKDPTASQEFLKKLTEFMETNFTTPPVLKRARIQDLNYHLRSQEMSNDMKHLLLTGNLEFIKENLEQMKVLSALQDYENEMEEEKSIKEIHHIIVTLFGGVEQLEQYLQDVDMEKFKEESPAIGIGYSDDEDSGEEVLFQQKLDKIFGDLGPALKSEETFDWVQQKYKETERYKEWEKAREDSIMGVQESMVYKTYVQGEDDGEEETLNDEVDDVSFTESKYCSQWLEFNKPDIAFKSTPMQTTTNKVLNLRGEGGVSKKISLLNKLEEVKEEETVEDEPKEPWKANKETTLNNSSSSKFLDSLLMCEKELNTLLLERRQEEGHHKNVVNEDDDDSTSRDTDVTTGSLAMPETEYPETKAPEILSSTLKPTNGHDISNALEDDEEDEMFLAALEAEMRYTQSKTEANKDKTLNTSSDRDKTPDDLMNITTNDGAALKLEKNSSSVKLTPPSLNSTPELLEFQMPAEQPKITSNLPTPPEISIQHELDIDMDAFMEPFPEEEELLKKNQQPLPPKTQTLPARRESLKENLNKESLARHSPDLFAEDHAKSPNLLQVKVVERKPNTLASKLSSKLNVKKCQSSLNPSTTTANVFKSPPKSLTNLQLSSPSTRLPTDKQKNEKSPSLFDMYLKHGKGRVKLPSALRNTSSCLGISSMNDQTAGTNNNSPALPATQNDSLIVLRKSKNPPKRKIFDSDSGSEDSQNDVTIIDAGKANENEDNSDSDFENEVAATQGTERSSIHHRRKRRRFNSFIDQEAAVSGSENSEDEAEHSVGCYLLDSVVVQSDEDDADQASTSHMQAMYLQSLKSPQNRRGTFKIPAPRVFNDHSHIYSQAVLPEEICSQYVPDSFVVDEDDSFITNNPNVTEVSMCPLERAEKILKERRRAKKKAKLATGQTNAKGPKQKKRKVHMIDDSSEDDDDDDIEFV

Target ORF information:

RefSeq Version	XM_013246164.1
Organism	Stomoxys calcitrans(stable fly)
Definition	Stomoxys calcitrans uncharacterized LOC106083252 (LOC106083252), mRNA.

Target ORF information:

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

XM_013246164.1

ORF Insert Sequence:

ATGGCAGCTG AACAAAAGGA AAAAGACCCA TGGACAGATT TAAGCTTTGA TGATGGCGAT 
TTACAAAAGT TGCTAGACAA ACCTCTGGAC TCCATAGATA ATTCTCGCTT GCGTGATGCG 
GAACAACATC GGGGCTTCGA TAGTAGTGTT GGAGATTCAT GGATCTATCC CATTAACCTA 
CCATGCAGAG CATACCAAAT GAGCATAGTA CAGGCGGCAC TCTACCGCAA CACACTGGTG 
GTATTACCCA CAGGCTTGGG AAAGACCTTT ATAGCTGCGG TGGTTATGTA CAACCTGTAT 
CGATGGTATC CCCGAGGTAA GGTGATATTT ATGGCCCCTA CCAGACCTTT GGTAAATCAA 
CAGATTGAAG CTTGTCAGAA AATTATGCCC TTCCCGCGAA AGGATACCGT GGAATTGACC 
GGCAAGTTGC AAAAGGCAAA AAGAGCTGAC TTATGGAAAA GTAAACGGGT ATTCTTTGCC 
ACTCCTCAGG TAGTGCAATC GGATATCATG GGCAGTTATG TGGCTGATAG TGAACATGAT 
GGAACAACCT TTGATGATTC CTCTAGTGCA AACAAATTTG AATTCCCCTT TGAAGACATC 
AAACTTATAG TGATTGACGA GGCCCATAAA GCTAAGGGTA AATACGCCTA CACAGAGGTA 
ACTCAGGCCA TAATGGCAAG AAATAAATAT TTTCGTGTAG TGGCACTTTC CGCCACACCC 
GGTCGTACCA TGGAGGATGT GGCTGAAGTA TGTCGAAATT TATTAATATC CCATATAGAA 
GTGCGGTGGG ACACTTCTCT AGATGTTCTG CCCTATGTTC ACAAACGTTC CATGCAAACA 
GTGGTGGTTA CCCTAGGCGA TCGCATTAAG GAAATACGTG AAGAACTTTT GGAAATTATC 
GATCCCTATT TGAGACAACT GATAGATTTT CAAATGCTTT CGGGATCCTT GGCGAACATA 
AATCGAAACT TTCTGGTATA TGAGCAGAAG CGTTATCAGG AACGTTGTCT GCACAATGGC 
CGCCATCCTC AACATTCGGC AATAAGCAGT AACTTTGCCA TATGTATCAG TCTCTATCAC 
TCGTTGGAGC TGTTGGAACG TCATGGCCTG CGTGTTTTTC TTAATAATTT CGAAGAGGAT 
GAAGATGGCA AAGGAAAATT TGTGCTACAA ATGGAACGTC GTTTGAGAGA TATGATTGAC 
CGCCTAAAAG ATGAAGTTGG CCCTAATCCG TTTAATGTAT CAGCAGGCCC CATGACAAAT 
GGTCAGATAG CTGAAATGCC AAAAGATTTA GATTTTGGAC ATCCGAAATT TGAAAAGGCA 
CGAGAGTGTT TGCTAAAACA TTTTGAGGAG AACAAAGAAT CCCGAGCCAT AGTCTTTTGC 
GAATACCGAG AATCGGTATT GTTGATTTAT CGCATGCTAC TGCAGCATGT ACCCATATTA 
AGGCCAAGAT GTTTTGTGGG TCAAGGTGGT ACTGGCAATT TAAGGGCCCT AACCCAAAAG 
CAGCAAATCC AAATTATGAA TGATTTTCGC TCTGGCAAGA GTAACATTCT GATAGCTACC 
TCTATAGGCG AAGAAGGCAT TGATGTGGGT GAAGTTGATT TGATTGTGTG TTTCGACATC 
AGCACTTCCA ACCCCACCAG ATTTGTGCAA CGCATTGGAC GTACTGGACG CAAGAAAAAT 
GGCAATGTGG TAATGTTGGT GACCGAGGGC AGAGAACAGC AAATCCTAAA AGATGTCCTA 
AGCAATAAGG ATCAGACAAA TAAGAAAATC CTTAGATCTA GTGTGGTGCA GCAAGCCTTG 
TATAAACATG CACCGCGATT AGTGCCCACC GATTTAAAGC CAACATGTCA GCAGACATAT 
ATAACACCCT ACGAAGATGA TGAGGGGGAA GGAGAAGGGA AGCCGAACAA AGTTGCCGTT 
AGCAAAAAGT CGGGACAAAA GGGTGTCAAA GTCCCTGAGA AGGGAGCACA AGATTTGCGT 
AGATTTTTCA ACAAAAAACC TGTGAGAGAA ATGGACGCAG AAGATTTGGA ATTCTTTGAG 
CTGGATGCCA AAATGACTCA AGCTCGCCCT GGAGTGCATA CACAACAGAA GATGGAGAAA 
AGCTTGGGTG GTATCAAAGA CCTTTTCAAA GATTTGCAAT CTCCAGCGCC CACACAAAAG 
GCACAGAAAA GACTTAACAC CAAACCCAGC ACCAGCAAAG AAATTCCCCA AATTATTATT 
GGAGAACCCA TAGATTTGTG TGATGAAGAC TCTTCGGAGC CTATTGAGGA ACCATCGCCC 
AGAAAACGTT TAAAATCAGA GCAAAACAGC CAAAGCTCCA TTAAATCCTT TTTGAGGGAC 
ACCAGTGATG GCAAGGCCCT TGCTGATGAT GAAAACACAA CCAAAGATCC AACTGCTTCT 
CAGGAATTTT TGAAGAAATT GACTGAATTT ATGGAGACAA ACTTCACAAC TCCTCCTGTG 
CTGAAACGTG CAAGAATACA AGATTTGAAC TATCATTTGA GGTCTCAAGA AATGTCCAAT 
GATATGAAAC ATTTATTGCT TACCGGCAAT TTGGAGTTTA TTAAAGAAAA TCTGGAACAA 
ATGAAAGTCT TGAGTGCTCT ACAGGATTAT GAAAATGAGA TGGAAGAAGA AAAGTCCATT 
AAGGAAATCC ATCATATTAT AGTCACTCTG TTTGGAGGCG TGGAACAACT GGAACAATAT 
TTGCAAGATG TTGATATGGA AAAATTCAAA GAAGAATCAC CAGCCATAGG CATTGGCTAC 
TCAGATGATG AGGATTCTGG CGAAGAAGTT TTGTTTCAGC AAAAATTGGA TAAAATATTT 
GGTGATCTTG GTCCGGCCTT AAAAAGTGAA GAAACTTTTG ATTGGGTTCA GCAAAAGTAC 
AAAGAAACTG AAAGATATAA AGAATGGGAA AAGGCAAGAG AGGACTCCAT TATGGGTGTG 
CAAGAATCCA TGGTCTATAA AACATATGTG CAAGGAGAAG ATGATGGGGA GGAAGAAACT 
CTTAACGATG AAGTTGATGA TGTTTCATTT ACAGAATCCA AATACTGCAG TCAATGGTTG 
GAATTCAATA AGCCAGATAT AGCCTTCAAA TCGACGCCTA TGCAAACTAC CACAAATAAA 
GTTCTTAATC TAAGAGGCGA AGGAGGGGTA AGCAAAAAAA TTAGTTTATT AAACAAACTG 
GAGGAAGTTA AGGAAGAGGA AACAGTGGAA GATGAACCTA AAGAACCTTG GAAGGCAAAT 
AAAGAAACAA CTTTGAATAA CTCCAGCTCC AGTAAATTTT TGGACTCTTT GTTAATGTGT 
GAAAAGGAAT TGAACACATT GTTGCTGGAA AGGCGACAGG AAGAAGGGCA TCACAAAAAT 
GTGGTGAATG AAGATGATGA TGATTCTACC TCCAGAGATA CTGATGTGAC CACAGGTTCC 
TTAGCCATGC CAGAAACTGA ATATCCAGAA ACCAAAGCTC CAGAGATATT GTCTTCAACT 
TTGAAACCCA CCAATGGCCA TGATATAAGC AATGCTTTGG AAGATGATGA AGAGGATGAA 
ATGTTTTTAG CTGCCTTGGA AGCTGAAATG CGTTATACAC AAAGCAAAAC CGAGGCAAAT 
AAGGATAAAA CGCTAAACAC CAGCTCTGAT AGGGATAAGA CACCTGATGA TCTGATGAAT 
ATAACCACAA ATGATGGAGC TGCCTTGAAA CTGGAAAAAA ACTCATCCAG CGTAAAACTA 
ACACCGCCTT CCTTAAATTC CACCCCAGAG TTACTAGAAT TTCAAATGCC TGCAGAGCAA 
CCCAAAATAA CCTCCAATCT ACCAACACCT CCCGAAATTT CTATACAACA TGAATTGGAT 
ATTGATATGG ATGCCTTCAT GGAACCCTTT CCCGAGGAAG AAGAACTTCT TAAGAAGAAC 
CAACAACCAC TACCACCAAA AACACAAACA CTGCCTGCTA GAAGAGAGAG CCTTAAGGAG 
AATTTAAATA AAGAGTCTTT GGCTCGCCAC TCACCGGATT TGTTTGCCGA AGATCATGCT 
AAATCTCCCA ACTTATTGCA AGTCAAAGTT GTGGAGCGTA AACCCAACAC TCTAGCCTCT 
AAACTTTCCT CAAAATTAAA TGTAAAAAAA TGTCAGTCTT CCTTAAATCC TTCTACGACA 
ACCGCAAACG TCTTCAAATC GCCTCCAAAA TCTTTAACCA ATCTCCAATT GTCTTCTCCC 
TCAACCCGCC TGCCCACCGA TAAGCAAAAA AATGAAAAGT CACCCAGCCT CTTTGATATG 
TATTTGAAAC ATGGCAAGGG TAGAGTTAAA TTACCCAGTG CCTTGAGAAA TACCTCCTCA 
TGCTTGGGTA TATCGTCCAT GAATGATCAA ACAGCTGGTA CCAACAACAA TTCACCCGCC 
CTACCTGCCA CACAGAATGA TAGCCTCATT GTGCTGAGGA AATCTAAAAA TCCTCCCAAA 
CGCAAGATAT TCGATAGTGA TTCTGGCAGT GAAGATAGCC AAAATGATGT AACAATAATT 
GATGCAGGAA AAGCCAATGA AAATGAAGAT AATAGTGATA GTGATTTTGA AAATGAAGTG 
GCTGCCACTC AAGGGACTGA ACGAAGTAGT ATACACCATC GAAGAAAACG AAGACGTTTT 
AACTCCTTCA TCGATCAAGA AGCAGCTGTA AGCGGTTCCG AGAACAGTGA AGATGAAGCT 
GAACATTCAG TGGGTTGTTA TTTGCTCGAT TCGGTGGTGG TGCAAAGCGA TGAAGATGAT 
GCGGATCAGG CATCCACGTC ACACATGCAG GCCATGTATT TGCAATCACT AAAAAGTCCC 
CAAAATAGAA GAGGGACGTT TAAAATTCCT GCTCCTCGCG TTTTTAATGA TCATTCTCAC 
ATCTATTCGC AAGCAGTGCT GCCCGAGGAG ATATGTTCAC AATATGTTCC CGATTCATTT 
GTGGTCGATG AGGATGATAG CTTCATCACT AATAATCCTA ATGTCACTGA AGTCTCCATG 
TGTCCTTTGG AGAGAGCCGA AAAGATTTTA AAAGAACGTA GAAGAGCTAA GAAAAAAGCC 
AAATTGGCAA CAGGCCAAAC TAATGCCAAA GGACCCAAGC AGAAAAAAAG AAAGGTCCAT 
ATGATCGATG ATAGCTCGGA AGATGATGAT GATGATGACA TTGAATTTGT TTAA