LOC106082274 cDNA ORF clone, Stomoxys calcitrans(stable fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106082274
Entrez Gene ID	106082274
Full Name	uncharacterized LOC106082274
Gene Type	protein-coding
Organism	Stomoxys calcitrans(stable fly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_013244665.1	XP_013100119.1	uncharacterized protein LOC106082274

Pathways from BioSystems
Gene Ontology

The following LOC106082274 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106082274 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
OSt88939	XM_013244665.1 Latest version!	Stomoxys calcitrans uncharacterized LOC106082274 (LOC106082274), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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

LOC106082274 ( XM_013244665.1 ) cDNA ORF clone, Stomoxys calcitrans(stable fly) -> XP_013100119.1 Stomoxys calcitrans uncharacterized LOC106082274 (LOC106082274), mRNA.

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CloneID	OSt88939
Clone ID Related Accession (Same CDS sequence)	XM_013244665.1
Accession Version	XM_013244665.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6081bp) 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 LOC106082274
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013171994.1) 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##

ATGGCTGTAG AGGTAAATAA ACGCAAGCGA AAGCATACAG AAGAAGATCC ACAAAATGAT 
GATGGAGTGG CGGCAGTGCC TAAGAAAAAG CTAAGAAAGC CAAAAACTCC GAATAATGAA 
GGTGGCCAAA ACATGGATGA CTCTCAGCAG GATTCTGGCT TTGAGCCGGA GGAGGAGAAA 
CCAATAAAGT TTTCCAAAGA CTTTAAAATG AGCCAATTCA GAACCAAGCT AAGGGGGAAC 
AGCTTCATAA CCGAACTGCG ACACTTCCTC TTCCTATGTG AATCCCGTAC AAAAACTATA 
GCCAAATATA TTGAAAAGAG GGGTAAACCT CTCGAGTTGG CTGAGGCCTT GGAGCGCATT 
GACAAAAATA ATGTCTTGCA TTCTGCTTAT GTATGCAAAG CTTTGTACTT AGTTCTGATG 
GAGATACTTG GTAACCAGCG CAATCATATG GAGTCTGCAG TTCATGCCTC CCGTTACTTT 
CTCAAGTCAC ATGGTCCTAT ATTGGAGCTT TTACTAACAT CCAAGCAGAT GGAGCATCGC 
AAAATAGCAT TAAAATTGCT TACCGCCATA GTGTGTGTTG AACCGCAACT GGGCAGACAA 
GTTCTATCCT CCTATGATAT ATTGTCCAAT TATGCTACCA TCAATCGTTT CCTTTCACAG 
TCCAAAGTGG ATAAGTCAGA GATGGAAAAA AATAAATCGA GTGAAAATGA AACTGTTCGT 
AAATGTTTTA TACATTTCGT GCTATCGTAT ATGGTGGATG GAAATGTGCT GCTGATACGC 
AATATCTTGG ATCGAGGTTT CATAATTAAT GCCTTGCTGT CGGGTCTTGT ATACGATGAT 
GCTGTTACAG TTTGTGTCGT TCTCAACACT TTGAAAAAGT ACATTCTAGA ATGTGGGGAT 
ATTTCAAAAA CTAAGAAAGT TCATGTATTC GATATAAAAT GCTGCAGATC GTTGGCAGCA 
CTATACGAAT GGAAAGGACC AACAATGTAT GCTGAAGCCA AATCTGGAGA TGCTAAGCTA 
AATGATAAAC TGATTAATCC AGAAGAAAGA GAACTGGTGT TAAAGACAGT GCATGAGTTT 
TTGCTCATAT TACTCACATC CAGGAAGCTG GGTATTGCTT TCAATAGCAT CAAATATTTT 
CGACAGAAAA CTAATACCAT ACAAGGTCAA GTGATAGGCG CTTTGAAATA TCCTTGGGAA 
GATGAACGTA AAACCGATTT AGTCTTGAAA ATTCTTGAAA CTTGTCCTGA CTTATTCCGC 
AATACAGTTC GTAATTTTTC GGGCATAGTG AATGTGGTGA CCCGATGGTC AGAATCCTGG 
GTGAAAGCAA CCAAGTTTCT GATAAATGTC ATCAATACTT GCCACCCCAA ACATCTTGCT 
GGGGCCTTGG AGAAGATGAC CTTGACAGAT CTTACATTCT GGATAAAGGA TATATGTCTG 
CCTATTGAAA CATTGGTGCA TTTAAATGGC AACAATCTTT TGACTAGCAG CAAATTTCAA 
TACCGCTTGG AAAGCAATCG ATTGCTGTTG GCTATGTTCA GACAGTACAC CAACTATATG 
AGGGTCATAA TGCAACGCGA ACAGAACAAG GCGGGCTCCA ATTCCTTGCG CAAATTCAAA 
TTTGATATCT TAAATCATCT ATTGCTGCAT TTTCCCACCA TGGAGAAGAT CCTGAGTTCA 
TTGGAAATTT CAATAGGCAC CATGCAGGCT GAAGATGTAG ATGTTTTGGC ACAGTTGGAA 
GTTACTTTGG ATTTGATTTT GTTGTTGTGT CAAGAAAATC AGTCCTTTGT CAACAAGACC 
AATACCATAT TGGATTATTT GGAATTTCTT AGGCCATTCT ATGTCAGCGA AGAAGGCCAG 
AGTCAAGGCC ATATCCAATT GGAGATGAAG GCGGTTAAGA CAATTTTATG GATTTCTCCC 
AAGACCTTGG ATCCCCAGAC AGAATACTTT GGCAGCATAT TGACATCGTT TATTAATGCC 
TTTGTTTGCG ATGAATTGAA AGTAAGTCAA GAAGCTGGAT TTTTGCTAAG AAATATTTTC 
AAAAATACTG GAATATTTGA TTCGGGAGAA TTGGAAATCG ATATGTGGCT TGAGTCCTTG 
AAGTTCGTAA ACAAAGAAAC AGTCAAAGTG GTGACACAAG TTTTCATAGA AGTTTTCAAG 
GTGCTAAAAG CCGATGTTGA TTGCCCCAAA ACTGTGGAAA CGGTTACAAA TACCGAAAAT 
TTACAAACTC TCTTTGAGCA CATTGAAAAG GGACTTTCAG TGCAGGCCTA TATAGAGACA 
TTGACTGTCA GCAAATTGAT GCCTTTGATT TTTAAAGGCG TTGTCATAGC TCCCCCTTTA 
AGCAAATATC TGGAAATTGT TTGCCTTTTC ATGTTTCATT ATTATCCTTC GCCAGAATGT 
GTTTTGAATA TGTACCAGCT ACAATTTAAA GATCTTGCCG ACTACATGAA GAATTGGCTA 
TCTCCTGCTG TTAAGCATGA GAATAAGTTG ATGTTGGAGA AGGATTTTTC AAAGCAGATA 
ATCTTTTTCG AGTCCATACA AAACTTGGTG CTTAAGAAGG AGTTGGATTT CGAAAAGATA 
TTCGAGTCCA AGTCAGCCGA TCACTTTTAT GAAACCGAGT TTAAGGGAAA TCTTCGAAAG 
TTTTCTGTGT TTGTGCAAAA TGATCGCTTG CTTATGCTTT ACATACAACA AGTGTTGTTT 
CAGGTGGATC AACTGATGAC AAAGCAAATG CTATCCGAGC AGCAAGCCTT GAAGGCAGCA 
GAATTTGTAA TCAGTTGCCT GGAAATGATT GTTAAATTAT CTGCTGGTCA AGAGGAGGTA 
TCCCTTGAAG TGGATGTCAA AGACCCGGAA TCTGGTGTTA ACAGCATTCT CAAATACATC 
TATGGCATCA AACTGAACTC CATCAAGTCT GGAGATTTGA TAACCTGCAC AGTGTCTAGT 
GCTGCTTATA GAAACTATTT AATGTTTATT GATCATCTGA CTCAATTCTG CAACAAATTG 
GAGAACTTTG GTAACTATGC AGAGAATTTC AAGTTAAAGC TGCTTAAAGC CTTGGAAATA 
TCTCTGCATG ATGTAGAAAA TGTGAAAAAT AATACCGACA AGCTGAATGG AATTGTCGGC 
TTAATAAGGG TTTTCAATTT ATCAGCAAAT CATTGCTTGG AAGTTTTGGA ATTGCTGTTG 
TCAAATATTT CTTATAAAGA TTTATTCGCA GATCAACAAA AGAGCAGTTT TTATGCCATT 
CTAGTGGTGT GCTTACAAAG ACTGGCTGAA CTAAAAAAAT CTGTACCTTG CTCCGGTTTT 
ATTAAGAAAT TCGCCAAACT CTACATAAAT ATTTTCAAAA AGTTGGAAGG TGAATTCAAT 
GTCGAATCCT TGGAAGAGGC CTTCTTTAAC TTCCTTATGA TCAATCATCA GTACATAGAG 
CATTTGGGCG TGAAATTTTT TGAAAGCTTT TTCAAGGGGC GTAAGCTCAC AAAGCAAAGC 
ATCGGTCTAT GTTGCCTTTT ATTCGAGCGC AACGCTGCAC TGGCCACAAC ACTTGAAGAG 
CAATTGGACA CAAGCTTGGA GAAAAAAGAA CTTATCTACC CCTTGCTGGC ACTGGCTTTT 
GGCAAAAAGC TAACCTTAAA CTCTTCGTTG TTGCAGAAAA CATATCAAAA CTACAAGAAT 
GGATTTATGC GGGCCATAGA TAAGCCCCTA AAAGCTGGGG CTATTTACAA GGAAAACGTA 
GAGGTTACAA TAAAGCTAAT TGAGGAATGT ATGCCCCTTA CGGAGTGTCG TGATTTTTGT 
AACAAACAAT TTAAATTTGA TCAAATTGAA ACCTATCAAA TGCGCACCAT ATATGCCATA 
TACGAGAAGG CCTTTAGGAA TGCCCAAGAT GAAGCTGCCA ATGGCATACT CGTTAACTTT 
GTAATGGTCA ATGTTCAAAT GTTGGCTTTG GACCTGAAAT TGCAAAAGTT GAATCAGGAG 
AAGCTGGAAC TGGCAGCTTA TGAAATTCAT CGTTGGTTCA AAATGGCCGC AGAGAGAAAC 
GCACAGGAAA ATGAAGCGAA AAATGTAGCT CCGGATTTCT CCAAACTCTT AAAATCACAA 
CAATGGCTGC AGTTCTGTAA GTCCACTTTG AAGACCGGCA TGCACATAAA CGAAACCATA 
GTGGAAGGCA ACCAATATGA AAAGTTCAAT GGTTTACTAC TGAAGCTTTT GGCATATTTA 
AGCGATCATT TATACACAGA TTATTCGGAG GACTACGCCG AGTCTGAAGC TTCACAAGAG 
CCCTCCCAAT TGTATGAGAT GATTTTCACA CACTCCAAGT TCTACGACAT CATATTAACG 
AGACATCATC AATCTATGGT TAAGACTGAA GTTTTACATC TGCTCTTCAT ATTCGCCAAA 
AAGTCTCCCT CATCACTGCA TGAGAAGCAG GTGCCTTTCA TTTTGGGTTC CTATCAGGCA 
TGCCTCAGCG ACAGTGATCG TTATGCTTTG GCTTTGCTAA ATTTATTCGA GTACTACGAT 
TGTGGTTTGC AGAAATATCG GCCATTCATA TGGGGTGAAA GTGCCGTTGC CTTTTATTCT 
TTGCGCATTG ATGACGCCGA AAGGGCCAAC CTAAAGCAGC AGGAAACTTC CATACAACAG 
GTCATGTCAT TGGTGGATCG CCAGGTGTGT GAGTACACCA TAGACAATTT TCCCATATGG 
CGCAAATTGG ACTCAACGCA GCAATTGCCG GAAGTGGAGT TTGAAAATCC CCTCGCAAAA 
CCCTGGGCTT TTGGGGCAAA TGATCTGGAA AGAAAAGTGG AATTAGGCGA GCGGAGTTTT 
TCGGAACAGG AATTGCGTCT GTGTCCAAAA AGAAAGGAGA TTTTTCAGCA ATGCTATGAT 
CCCGCATTCT TTGTGCCTCT TATGTCCATG TGTTTTGCTC CCGAGTCCTT TGCACATCCC 
GCTAGACCAG TGGAAAATGG TTTGCTGGCG GTGACATTTT CCGCTCTATC CTCACAAGAC 
AAGGATATGC GTTTGGCTGC AGGGTGTGTA CAACTGCGCT ATCGCAGTCA TTTCGAGAAT 
AGCAAATTCT TTGAGAAACC CCTATGGATA CAGACTTATG AGAACATACA GTCTGGCCTG 
AATGATTTGC GTAGCTCTTG GATGAAGCAT AAATCCAACA AGGGCACACC AAGAGTACCT 
TACATTGCCG GCTTGTTTGT GGCAAAAACC TTTAATTTAA CCACTGATCC CACCCATCTG 
CTGTACAAAC AACTCACCAT GTATCTGAGG CTGAAGAGTA GCTTCAATTT CCAGTGCATT 
CCCGAATTCA ATGTTCTGTT CTACTCACCC GAGGTGGAGC ACCAGGAATT CCGCAAGTTC 
ATAGTAGAGG TCATACGCAA TGGAGTCAAG TCCAGCTCAG ATTTATTTCT GCTGGTCTCC 
ACCAACACTT TCAAGGTATT GATGGGTTTC TATGGCAGTA CCATGTCGAC ATTGGAATTG 
AATCTTCTAA TACTGTCCCT GTTCTCGACT TGTGTTAAAA TACCTGCCTC CAGCAAGATA 
ATGATTGAGC ATGTCGGTAT TATACCTTGG CTAGGTTCCG TGGTGTCCTC CATTGAGTTT 
TACCAATTCG ATGTTATTGA AGGTCTCATC AGCATCGTCA ACAACCTGTG GTATGCCCTA 
AAAGCCAATG AAAAAGATTT CCACAATTTC AATCATGTTA TCCTGGAATT GCATCGTCTC 
ATCATACAAA TGCTGCCTTT ACTTTCCCCA CGAATATCCC CCACAAATTT CGCCAAACTT 
ATGAATTGTT TGTATAAAAC CTCAGCGAAT TCGCTACAAT ATCGAGCTGT AACCTCGGAA 
CAGTTGTCCA AGTTGATTTC GTGTGCCGAA AGACATTTTG GTGCGTTGGT ATCTAGCATA 
GAGAGCATTT TTGAAAATGG CGCTCAGGGG GCATCATCAA TGCAAAGCTA CTGCAAGGAG 
CTGCATAATG CTGGCGAAAA TAGTTCAACT ATATTAGCGT TGTCCAGTCT AAGATCCTAT 
GTTATATCAT GGTGGTTGCT ATCCGGCAAC AAGAATAGTG ACTCAGAGAG TCCAATGGAT 
ATGAATGAGA CTGTAGCATA G

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

RefSeq	XP_013100119.1
CDS	91..6171
Translation	MAVEVNKRKRKHTEEDPQNDDGVAAVPKKKLRKPKTPNNEGGQNMDDSQQDSGFEPEEEKPIKFSKDFKMSQFRTKLRGNSFITELRHFLFLCESRTKTIAKYIEKRGKPLELAEALERIDKNNVLHSAYVCKALYLVLMEILGNQRNHMESAVHASRYFLKSHGPILELLLTSKQMEHRKIALKLLTAIVCVEPQLGRQVLSSYDILSNYATINRFLSQSKVDKSEMEKNKSSENETVRKCFIHFVLSYMVDGNVLLIRNILDRGFIINALLSGLVYDDAVTVCVVLNTLKKYILECGDISKTKKVHVFDIKCCRSLAALYEWKGPTMYAEAKSGDAKLNDKLINPEERELVLKTVHEFLLILLTSRKLGIAFNSIKYFRQKTNTIQGQVIGALKYPWEDERKTDLVLKILETCPDLFRNTVRNFSGIVNVVTRWSESWVKATKFLINVINTCHPKHLAGALEKMTLTDLTFWIKDICLPIETLVHLNGNNLLTSSKFQYRLESNRLLLAMFRQYTNYMRVIMQREQNKAGSNSLRKFKFDILNHLLLHFPTMEKILSSLEISIGTMQAEDVDVLAQLEVTLDLILLLCQENQSFVNKTNTILDYLEFLRPFYVSEEGQSQGHIQLEMKAVKTILWISPKTLDPQTEYFGSILTSFINAFVCDELKVSQEAGFLLRNIFKNTGIFDSGELEIDMWLESLKFVNKETVKVVTQVFIEVFKVLKADVDCPKTVETVTNTENLQTLFEHIEKGLSVQAYIETLTVSKLMPLIFKGVVIAPPLSKYLEIVCLFMFHYYPSPECVLNMYQLQFKDLADYMKNWLSPAVKHENKLMLEKDFSKQIIFFESIQNLVLKKELDFEKIFESKSADHFYETEFKGNLRKFSVFVQNDRLLMLYIQQVLFQVDQLMTKQMLSEQQALKAAEFVISCLEMIVKLSAGQEEVSLEVDVKDPESGVNSILKYIYGIKLNSIKSGDLITCTVSSAAYRNYLMFIDHLTQFCNKLENFGNYAENFKLKLLKALEISLHDVENVKNNTDKLNGIVGLIRVFNLSANHCLEVLELLLSNISYKDLFADQQKSSFYAILVVCLQRLAELKKSVPCSGFIKKFAKLYINIFKKLEGEFNVESLEEAFFNFLMINHQYIEHLGVKFFESFFKGRKLTKQSIGLCCLLFERNAALATTLEEQLDTSLEKKELIYPLLALAFGKKLTLNSSLLQKTYQNYKNGFMRAIDKPLKAGAIYKENVEVTIKLIEECMPLTECRDFCNKQFKFDQIETYQMRTIYAIYEKAFRNAQDEAANGILVNFVMVNVQMLALDLKLQKLNQEKLELAAYEIHRWFKMAAERNAQENEAKNVAPDFSKLLKSQQWLQFCKSTLKTGMHINETIVEGNQYEKFNGLLLKLLAYLSDHLYTDYSEDYAESEASQEPSQLYEMIFTHSKFYDIILTRHHQSMVKTEVLHLLFIFAKKSPSSLHEKQVPFILGSYQACLSDSDRYALALLNLFEYYDCGLQKYRPFIWGESAVAFYSLRIDDAERANLKQQETSIQQVMSLVDRQVCEYTIDNFPIWRKLDSTQQLPEVEFENPLAKPWAFGANDLERKVELGERSFSEQELRLCPKRKEIFQQCYDPAFFVPLMSMCFAPESFAHPARPVENGLLAVTFSALSSQDKDMRLAAGCVQLRYRSHFENSKFFEKPLWIQTYENIQSGLNDLRSSWMKHKSNKGTPRVPYIAGLFVAKTFNLTTDPTHLLYKQLTMYLRLKSSFNFQCIPEFNVLFYSPEVEHQEFRKFIVEVIRNGVKSSSDLFLLVSTNTFKVLMGFYGSTMSTLELNLLILSLFSTCVKIPASSKIMIEHVGIIPWLGSVVSSIEFYQFDVIEGLISIVNNLWYALKANEKDFHNFNHVILELHRLIIQMLPLLSPRISPTNFAKLMNCLYKTSANSLQYRAVTSEQLSKLISCAERHFGALVSSIESIFENGAQGASSMQSYCKELHNAGENSSTILALSSLRSYVISWWLLSGNKNSDSESPMDMNETVA

Target ORF information:

RefSeq Version	XM_013244665.1
Organism	Stomoxys calcitrans(stable fly)
Definition	Stomoxys calcitrans uncharacterized LOC106082274 (LOC106082274), mRNA.

Target ORF information:

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

XM_013244665.1

ORF Insert Sequence:

ATGGCTGTAG AGGTAAATAA ACGCAAGCGA AAGCATACAG AAGAAGATCC ACAAAATGAT 
GATGGAGTGG CGGCAGTGCC TAAGAAAAAG CTAAGAAAGC CAAAAACTCC GAATAATGAA 
GGTGGCCAAA ACATGGATGA CTCTCAGCAG GATTCTGGCT TTGAGCCGGA GGAGGAGAAA 
CCAATAAAGT TTTCCAAAGA CTTTAAAATG AGCCAATTCA GAACCAAGCT AAGGGGGAAC 
AGCTTCATAA CCGAACTGCG ACACTTCCTC TTCCTATGTG AATCCCGTAC AAAAACTATA 
GCCAAATATA TTGAAAAGAG GGGTAAACCT CTCGAGTTGG CTGAGGCCTT GGAGCGCATT 
GACAAAAATA ATGTCTTGCA TTCTGCTTAT GTATGCAAAG CTTTGTACTT AGTTCTGATG 
GAGATACTTG GTAACCAGCG CAATCATATG GAGTCTGCAG TTCATGCCTC CCGTTACTTT 
CTCAAGTCAC ATGGTCCTAT ATTGGAGCTT TTACTAACAT CCAAGCAGAT GGAGCATCGC 
AAAATAGCAT TAAAATTGCT TACCGCCATA GTGTGTGTTG AACCGCAACT GGGCAGACAA 
GTTCTATCCT CCTATGATAT ATTGTCCAAT TATGCTACCA TCAATCGTTT CCTTTCACAG 
TCCAAAGTGG ATAAGTCAGA GATGGAAAAA AATAAATCGA GTGAAAATGA AACTGTTCGT 
AAATGTTTTA TACATTTCGT GCTATCGTAT ATGGTGGATG GAAATGTGCT GCTGATACGC 
AATATCTTGG ATCGAGGTTT CATAATTAAT GCCTTGCTGT CGGGTCTTGT ATACGATGAT 
GCTGTTACAG TTTGTGTCGT TCTCAACACT TTGAAAAAGT ACATTCTAGA ATGTGGGGAT 
ATTTCAAAAA CTAAGAAAGT TCATGTATTC GATATAAAAT GCTGCAGATC GTTGGCAGCA 
CTATACGAAT GGAAAGGACC AACAATGTAT GCTGAAGCCA AATCTGGAGA TGCTAAGCTA 
AATGATAAAC TGATTAATCC AGAAGAAAGA GAACTGGTGT TAAAGACAGT GCATGAGTTT 
TTGCTCATAT TACTCACATC CAGGAAGCTG GGTATTGCTT TCAATAGCAT CAAATATTTT 
CGACAGAAAA CTAATACCAT ACAAGGTCAA GTGATAGGCG CTTTGAAATA TCCTTGGGAA 
GATGAACGTA AAACCGATTT AGTCTTGAAA ATTCTTGAAA CTTGTCCTGA CTTATTCCGC 
AATACAGTTC GTAATTTTTC GGGCATAGTG AATGTGGTGA CCCGATGGTC AGAATCCTGG 
GTGAAAGCAA CCAAGTTTCT GATAAATGTC ATCAATACTT GCCACCCCAA ACATCTTGCT 
GGGGCCTTGG AGAAGATGAC CTTGACAGAT CTTACATTCT GGATAAAGGA TATATGTCTG 
CCTATTGAAA CATTGGTGCA TTTAAATGGC AACAATCTTT TGACTAGCAG CAAATTTCAA 
TACCGCTTGG AAAGCAATCG ATTGCTGTTG GCTATGTTCA GACAGTACAC CAACTATATG 
AGGGTCATAA TGCAACGCGA ACAGAACAAG GCGGGCTCCA ATTCCTTGCG CAAATTCAAA 
TTTGATATCT TAAATCATCT ATTGCTGCAT TTTCCCACCA TGGAGAAGAT CCTGAGTTCA 
TTGGAAATTT CAATAGGCAC CATGCAGGCT GAAGATGTAG ATGTTTTGGC ACAGTTGGAA 
GTTACTTTGG ATTTGATTTT GTTGTTGTGT CAAGAAAATC AGTCCTTTGT CAACAAGACC 
AATACCATAT TGGATTATTT GGAATTTCTT AGGCCATTCT ATGTCAGCGA AGAAGGCCAG 
AGTCAAGGCC ATATCCAATT GGAGATGAAG GCGGTTAAGA CAATTTTATG GATTTCTCCC 
AAGACCTTGG ATCCCCAGAC AGAATACTTT GGCAGCATAT TGACATCGTT TATTAATGCC 
TTTGTTTGCG ATGAATTGAA AGTAAGTCAA GAAGCTGGAT TTTTGCTAAG AAATATTTTC 
AAAAATACTG GAATATTTGA TTCGGGAGAA TTGGAAATCG ATATGTGGCT TGAGTCCTTG 
AAGTTCGTAA ACAAAGAAAC AGTCAAAGTG GTGACACAAG TTTTCATAGA AGTTTTCAAG 
GTGCTAAAAG CCGATGTTGA TTGCCCCAAA ACTGTGGAAA CGGTTACAAA TACCGAAAAT 
TTACAAACTC TCTTTGAGCA CATTGAAAAG GGACTTTCAG TGCAGGCCTA TATAGAGACA 
TTGACTGTCA GCAAATTGAT GCCTTTGATT TTTAAAGGCG TTGTCATAGC TCCCCCTTTA 
AGCAAATATC TGGAAATTGT TTGCCTTTTC ATGTTTCATT ATTATCCTTC GCCAGAATGT 
GTTTTGAATA TGTACCAGCT ACAATTTAAA GATCTTGCCG ACTACATGAA GAATTGGCTA 
TCTCCTGCTG TTAAGCATGA GAATAAGTTG ATGTTGGAGA AGGATTTTTC AAAGCAGATA 
ATCTTTTTCG AGTCCATACA AAACTTGGTG CTTAAGAAGG AGTTGGATTT CGAAAAGATA 
TTCGAGTCCA AGTCAGCCGA TCACTTTTAT GAAACCGAGT TTAAGGGAAA TCTTCGAAAG 
TTTTCTGTGT TTGTGCAAAA TGATCGCTTG CTTATGCTTT ACATACAACA AGTGTTGTTT 
CAGGTGGATC AACTGATGAC AAAGCAAATG CTATCCGAGC AGCAAGCCTT GAAGGCAGCA 
GAATTTGTAA TCAGTTGCCT GGAAATGATT GTTAAATTAT CTGCTGGTCA AGAGGAGGTA 
TCCCTTGAAG TGGATGTCAA AGACCCGGAA TCTGGTGTTA ACAGCATTCT CAAATACATC 
TATGGCATCA AACTGAACTC CATCAAGTCT GGAGATTTGA TAACCTGCAC AGTGTCTAGT 
GCTGCTTATA GAAACTATTT AATGTTTATT GATCATCTGA CTCAATTCTG CAACAAATTG 
GAGAACTTTG GTAACTATGC AGAGAATTTC AAGTTAAAGC TGCTTAAAGC CTTGGAAATA 
TCTCTGCATG ATGTAGAAAA TGTGAAAAAT AATACCGACA AGCTGAATGG AATTGTCGGC 
TTAATAAGGG TTTTCAATTT ATCAGCAAAT CATTGCTTGG AAGTTTTGGA ATTGCTGTTG 
TCAAATATTT CTTATAAAGA TTTATTCGCA GATCAACAAA AGAGCAGTTT TTATGCCATT 
CTAGTGGTGT GCTTACAAAG ACTGGCTGAA CTAAAAAAAT CTGTACCTTG CTCCGGTTTT 
ATTAAGAAAT TCGCCAAACT CTACATAAAT ATTTTCAAAA AGTTGGAAGG TGAATTCAAT 
GTCGAATCCT TGGAAGAGGC CTTCTTTAAC TTCCTTATGA TCAATCATCA GTACATAGAG 
CATTTGGGCG TGAAATTTTT TGAAAGCTTT TTCAAGGGGC GTAAGCTCAC AAAGCAAAGC 
ATCGGTCTAT GTTGCCTTTT ATTCGAGCGC AACGCTGCAC TGGCCACAAC ACTTGAAGAG 
CAATTGGACA CAAGCTTGGA GAAAAAAGAA CTTATCTACC CCTTGCTGGC ACTGGCTTTT 
GGCAAAAAGC TAACCTTAAA CTCTTCGTTG TTGCAGAAAA CATATCAAAA CTACAAGAAT 
GGATTTATGC GGGCCATAGA TAAGCCCCTA AAAGCTGGGG CTATTTACAA GGAAAACGTA 
GAGGTTACAA TAAAGCTAAT TGAGGAATGT ATGCCCCTTA CGGAGTGTCG TGATTTTTGT 
AACAAACAAT TTAAATTTGA TCAAATTGAA ACCTATCAAA TGCGCACCAT ATATGCCATA 
TACGAGAAGG CCTTTAGGAA TGCCCAAGAT GAAGCTGCCA ATGGCATACT CGTTAACTTT 
GTAATGGTCA ATGTTCAAAT GTTGGCTTTG GACCTGAAAT TGCAAAAGTT GAATCAGGAG 
AAGCTGGAAC TGGCAGCTTA TGAAATTCAT CGTTGGTTCA AAATGGCCGC AGAGAGAAAC 
GCACAGGAAA ATGAAGCGAA AAATGTAGCT CCGGATTTCT CCAAACTCTT AAAATCACAA 
CAATGGCTGC AGTTCTGTAA GTCCACTTTG AAGACCGGCA TGCACATAAA CGAAACCATA 
GTGGAAGGCA ACCAATATGA AAAGTTCAAT GGTTTACTAC TGAAGCTTTT GGCATATTTA 
AGCGATCATT TATACACAGA TTATTCGGAG GACTACGCCG AGTCTGAAGC TTCACAAGAG 
CCCTCCCAAT TGTATGAGAT GATTTTCACA CACTCCAAGT TCTACGACAT CATATTAACG 
AGACATCATC AATCTATGGT TAAGACTGAA GTTTTACATC TGCTCTTCAT ATTCGCCAAA 
AAGTCTCCCT CATCACTGCA TGAGAAGCAG GTGCCTTTCA TTTTGGGTTC CTATCAGGCA 
TGCCTCAGCG ACAGTGATCG TTATGCTTTG GCTTTGCTAA ATTTATTCGA GTACTACGAT 
TGTGGTTTGC AGAAATATCG GCCATTCATA TGGGGTGAAA GTGCCGTTGC CTTTTATTCT 
TTGCGCATTG ATGACGCCGA AAGGGCCAAC CTAAAGCAGC AGGAAACTTC CATACAACAG 
GTCATGTCAT TGGTGGATCG CCAGGTGTGT GAGTACACCA TAGACAATTT TCCCATATGG 
CGCAAATTGG ACTCAACGCA GCAATTGCCG GAAGTGGAGT TTGAAAATCC CCTCGCAAAA 
CCCTGGGCTT TTGGGGCAAA TGATCTGGAA AGAAAAGTGG AATTAGGCGA GCGGAGTTTT 
TCGGAACAGG AATTGCGTCT GTGTCCAAAA AGAAAGGAGA TTTTTCAGCA ATGCTATGAT 
CCCGCATTCT TTGTGCCTCT TATGTCCATG TGTTTTGCTC CCGAGTCCTT TGCACATCCC 
GCTAGACCAG TGGAAAATGG TTTGCTGGCG GTGACATTTT CCGCTCTATC CTCACAAGAC 
AAGGATATGC GTTTGGCTGC AGGGTGTGTA CAACTGCGCT ATCGCAGTCA TTTCGAGAAT 
AGCAAATTCT TTGAGAAACC CCTATGGATA CAGACTTATG AGAACATACA GTCTGGCCTG 
AATGATTTGC GTAGCTCTTG GATGAAGCAT AAATCCAACA AGGGCACACC AAGAGTACCT 
TACATTGCCG GCTTGTTTGT GGCAAAAACC TTTAATTTAA CCACTGATCC CACCCATCTG 
CTGTACAAAC AACTCACCAT GTATCTGAGG CTGAAGAGTA GCTTCAATTT CCAGTGCATT 
CCCGAATTCA ATGTTCTGTT CTACTCACCC GAGGTGGAGC ACCAGGAATT CCGCAAGTTC 
ATAGTAGAGG TCATACGCAA TGGAGTCAAG TCCAGCTCAG ATTTATTTCT GCTGGTCTCC 
ACCAACACTT TCAAGGTATT GATGGGTTTC TATGGCAGTA CCATGTCGAC ATTGGAATTG 
AATCTTCTAA TACTGTCCCT GTTCTCGACT TGTGTTAAAA TACCTGCCTC CAGCAAGATA 
ATGATTGAGC ATGTCGGTAT TATACCTTGG CTAGGTTCCG TGGTGTCCTC CATTGAGTTT 
TACCAATTCG ATGTTATTGA AGGTCTCATC AGCATCGTCA ACAACCTGTG GTATGCCCTA 
AAAGCCAATG AAAAAGATTT CCACAATTTC AATCATGTTA TCCTGGAATT GCATCGTCTC 
ATCATACAAA TGCTGCCTTT ACTTTCCCCA CGAATATCCC CCACAAATTT CGCCAAACTT 
ATGAATTGTT TGTATAAAAC CTCAGCGAAT TCGCTACAAT ATCGAGCTGT AACCTCGGAA 
CAGTTGTCCA AGTTGATTTC GTGTGCCGAA AGACATTTTG GTGCGTTGGT ATCTAGCATA 
GAGAGCATTT TTGAAAATGG CGCTCAGGGG GCATCATCAA TGCAAAGCTA CTGCAAGGAG 
CTGCATAATG CTGGCGAAAA TAGTTCAACT ATATTAGCGT TGTCCAGTCT AAGATCCTAT 
GTTATATCAT GGTGGTTGCT ATCCGGCAAC AAGAATAGTG ACTCAGAGAG TCCAATGGAT 
ATGAATGAGA CTGTAGCATA G