LOC102773406 cDNA ORF clone, Myotis davidii

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC102773406
Entrez Gene ID	102773406
Full Name	interferon-induced very large GTPase 1
Gene Type	protein-coding
Organism	Myotis davidii

mRNA and Protein(s)

mRNA	Protein	Name
XM_015559532.1	XP_015415018.1	interferon-induced very large GTPase 1

Pathways from BioSystems
Gene Ontology

The following LOC102773406 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC102773406 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
OMy69864	XM_015559532.1 Latest version!	Myotis davidii interferon-induced very large GTPase 1 (LOC102773406), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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)

LOC102773406 ( XM_015559532.1 ) cDNA ORF clone, Myotis davidii -> XP_015415018.1 Myotis davidii interferon-induced very large GTPase 1 (LOC102773406), mRNA.

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CloneID	OMy69864
Clone ID Related Accession (Same CDS sequence)	XM_015559532.1
Accession Version	XM_015559532.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6237bp) 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	2016-02-08
Organism	Myotis davidii
Product	interferon-induced very large GTPase 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006285827.1) 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 :: Myotis davidii Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACACAG CAGACTCCAC GTCTGATGAG CTCCTTGTCA GAGGCAAAAG TGGGCAAGAT 
CTCCAAGAGA TGCTGAGAGA AGTAGGACTG GCAGTTGAGT ACTGGTTGCC AAAGCTGCAG 
GAACACCTGG GTGTGACCTG TGCTCAGGCC TTACAACACA TTCAAGAAGA ACACCTTCAG 
AAGCTGAAAT CCCAGGCACA ACATCCCTGG GAGAAAAGGG CTCTGGAGAA GCTACTTAAC 
TCAAATAGGC TTTCAAAGTT ACAGGAGTCT CAGGTGAAAA TGAGAAAGGA ACAACAGAAG 
AAGGCAGAAC AGGCACCGCA GGGGCTAAGA GACTTGCAAT CAGAAGGGAG GAAAGGACAA 
GAAGAGGCAG GGAGGATAAA AGAGGCAGAG CTGAGGCAGG CAATGGAGAT TCCCAAAGAG 
TGCTGGCCAC TGCCCGAAAA ATCCTTAAGA GAAGTGATGA AACACGTGCA GGGACAACTC 
AACCCCATGG AGGCCACACT GTCTCACAGG CAAAACCTCC CAGATAGAGA TCTCGTGAGA 
TGGGCATCTG GAGGGCTGGC CCTGCAGGGA ATTTACAAAA CCAGCTACCA AAAAGACCTT 
GTACAGAAGA GAGAAGAGCT ACTCAGTGTC CCCAAGGAGT TATTGTTCTT AGGCCCTGGG 
CACAGCACAT GGATGGAAAC CAGGGAATTT ACATCTTCTC AAGAAGAATC CAAGTTCACC 
CAGATGACAG AGAAGCTGGG CTTCAGTGTA ATTGCCTCAG CCAAGGGCGG AGGTTGGGGA 
TTTAGCGTGG AAGCTGGTAT GGACCACAGC AAACATTCAG AATCCAAGGA AAACCAACAA 
TCACATTCTG AACACTCCTA TTTCTGCTCT ACCAAGTTCA GCTATGTCCC ACTTGCCTCC 
TGCCACTTTC CCATGGATCA GCTCCAGTTC TCCAAGGCTG CTCTCCAGGA ACTGAAATGC 
ATTGAAGACC TTCTGAGTCA GTCTGCAGAC ACAGACAGAC TCCCCGTGCT GAGGCGCAGT 
ACTGAAGCTT TCTTCCACAG GTTTGGCTCT CATGCCAACC AGGGCCCACT ACACCTGGGA 
GGAATCTACT GGTGGAAAGC CATATCAGAG GGCTTCCGAA GTGAGCAGCT GGCACAAGTA 
AAACAGCAGT CAGCAGAGGC CCTGAATGGT TATATAAGGG GTAGCTATAG CTGCTTTAGC 
GTGAAAGTTG CTGCAGGTGT GGATGAGTCA CACTCTCATT CAGAAACATC CATCCAAAGC 
CCAACATTCC AAAATCTCCA AACCAAAGTC CAATTATCTG TGGCTCAGAC AGGTGGCCCA 
CCAGAAGCAA ATGGCTTTCT CCAATGGAAA GCTGGCCTAG TTGCCAATAA TCAAACCTGG 
AGTGTCATTG ACCGGGGCCT TCAGCTGGTG CCCATTTGGG ACATTATCCT CTCCAACCAC 
AGAAGTGATT TCAAGGATAC ATGCCAGGTA GCTAGCTTAC TGAAGGATAG CTACACTGCT 
CTGACTGGCA TCACTGCCCA GATCCAGGAT GGAGAAGAAT TACTGAGTGC TGAGGAGGAG 
GCTGGAGTTT CCCTAGAGGA TGTGAAATCC TGGGAGGTAT CTGATCCTGA AGAGCAGCTT 
CAAAAACTGA TAAATTTCAT GCAAATATTG AGTCAAAAAA CAAACAGTTA TGACACTTGG 
GTTAACAAAT GCCTCACAAA TTTGGGTCTG CAGAATTTTC TGGTAAAAAC TGTTAACTTT 
TGCAAACAGT CTTCCATTTA TGAAACTAAG TTTATTAAAT CTCAGTTGTG CAGCCTTTTG 
GATCCTCACA TCCACAGAGT GAATGACTTC CCTCAGGCTC ATTCCATCCT GCAGTGGGTC 
TTCCAGGCAA AGTCAGTGCA AGAACACATC AACATCTCCC AATTTTCTCA ATTAAATACA 
AGCTTAAAGA AAATCAAGAA TGACCTCATG GAAGCCATGG TCATATCTAA GTCTGATGAA 
ACAGAAGCTC AAAGAAAGGC CACTTATGAG GTTAGTTTGT CTCTTCGCTG CTTCTTGAAT 
TACCTCCAAG AAACAGAGCA GCCAGACACA CAGCTCTTGC TACTTTCCAT TGCAGCTGGT 
GCAGGGTATC ATGTGGTAAA TAAACATTTT CAGTATCTCC TGGGAGTTGG AAATGGCTTC 
TCTGCTTCCA AATCTCAGAT CATGAACTGT CTTCTCAGTA AACGTAAACA TGATGTCTTT 
TTCCACCGAC ATTGCAGAGG GAGCACCAAA GACTGTCTCT TGATGGGGGG AGTGGTGGAA 
ATCTGCTGGT TCTGTCCTGG AGGTGATGAT GAGGACAGAT TTGACAACTG TGTGACCTTC 
ACCAATCTCC ATGGAGATGC AAAGGAACAT AAGAAGCAAC TCACCTTCCT GCAGGAGGTC 
TCTTCTCTCA TTGTCGTCCT CATGTCAACT TCTGACGACA ATAATGAAAA CCAAAAAATT 
ATTCGTGATC TGAGTCAGTC ACTGAGACCT TTGATCTATT TAGTTGATAA CAAAGAGAGA 
AACATGGACA ATAATTCTAG CCAAAAAGTG GTAATTGGAA TCAGGAACAG AAATGAAGCA 
GAATTAACAG AGGAGCTTGT TTCTACAATC AGACGCTTAT TGGAGCTCTC AGACACTGCT 
CTAAGCTTAG AGGACTGTAC CCCAATTGCT CGCAAGCAAG GATTCCTTAT TGATGAAGAC 
CAGCAAGACT GCAGGGAAGC CAAAGAAAAG GCAGAGGTCC TAATGGCTCT ATTGAGAAAA 
TTAAAGATAT CTCAGGTAAA GGAAAACTTA CTGCCCCTTC AGGGACACCT ATGGCATTGT 
TGGTGTAAAA AAGACAAAGA ACTCTATCAT CTAAGAGAAA AAGGGAATCG AAGCATTGAA 
CAACATAAGA GTGAGATTGA GACAGAAAAA CAAAGGATAC GGAATCAACA GTTGACCAGA 
GCCTTTCCTC TCAATGAGTT GATGCAGTCT GTCCTTGAAA TTCTCCAAAA TCATTCAGAA 
ACTCAAACCA CACACTACTT TTTACAATGG ATGAGTGTGT TTCTGGACAA CCTGACTGCA 
GGACACTTGG AAAAACTGAG TGAAAAGAAA AACAATTTGT GGTCACGGAT ACAAACAGAA 
AAGCAAAAGG CACCAAAGAG CACTCACCTC CAAAAAGGCA TAGAAGCTAT CTCTAAAGAG 
ATTAGTGACT GTACATTGGG AATTGAGCAA TTTCTACGTG AAGTTGGACA GATCTATGAA 
GCTCTAGAAG AAACTTACCT CACTAAAAAT ACCCTTTATC TCTCCCTTCC CCAAATTGCT 
GCAGATCTGA TGATATCTGG TGCTCCCATT GAGCTGATGG ATGGGGATGC TTCATATGTG 
CCTGTAAAGT GGGTGGCAGC TCTTTTTGAC AAGGTCTCTG AGAAACTGGG AAACAAACGG 
CTATTTGTTC TCTCTGTCCT TGGCCTACAG AGCTCAGGGA AGTCCACTCT GCTGAATGCA 
CTTTTTGGGC TGCAGTTCAC CGTCAGTGCT GGGAGGTGTA CCCGGGGGGC TTACATGCAG 
CTCCTGAAGG TAGAGGACAC TTTCACAGAG GAACTGGGCT TTGATTTTGT GCTTGTTGTG 
GACACAGAAG GCCTTAGGGC CCCAGAACTC AGCAACAAAT CCAAAAATCG TGACAATGAG 
TTGGCAACCT TTGTCATTGG ACTTGGAAAC TTGACTCTGA TCAACATTTT TGGGGAAAAT 
CCATCAGAAA TGCAAGATAT CCTACAAATA GTTGTTCAGG CATTTATGAG GATGAAACAA 
GTAAAAATCT CCCCAAGTTG CCTTTTTGTC CATCAGAATG TAGGGGAAGT CACAGCTAAA 
GACCAAACTA TGGAAGGAAG GAGGCGGTTA GAGCAGAGAC TAGATGAAAT GGCCACAGCA 
GCAGCTGAGC AAGAACAGTG CTCAGATGTA ACCCGCTTTG GTGATATCAT TAAATTTGAT 
GTCAATACTG ATGTCTTCTA CTTTGCTCAC CTCTGGGATG GCAATCCCCC AATGGCCCCT 
CCCAATCCTC GCTACAGCCA CAATGTCCAG GATCTGAAAA GCAGAATTCT TATGGTTGCC 
AAACAGGAGT CTAGGGGAAG CATCATGAAG TTCTCAGATG TGAAATTGCG AGTTCAAGAT 
TTGTGGAGAG CCCTGCTGAG TGAGAACTTT ATCTTCAGGT TCAGGAACAC CCAAGAGGTT 
GTGTCCATGA GCAAATTGGA AGACATGTAT CACTCCTGGA CCTGGCAGCT GAGGAGTTAC 
ATGCTAGACT TGCAGAACCA GCTCATTAAC CAGATTAAAA ATGGGAAAAT CCAGGAACTC 
AAAGCAAGCA CTCTTCAGGC TCCAGTTACA GAAAAATATG AAGCCATCCA GCAAGAACTT 
GAAAAATATT TTAAAGAAGA TCCAGATAGT GAGATAATAA TTCAGTGGAA AGCAATTTTT 
GAAACTAAAC TAGTAAACCT TAAAGAGTCA CTTATTTTTG AGACTAAAAA AAGAGCCGAG 
GAACATATCT GTTATAAAAA GAATCAAGAA ATACTGGATA ACAAAATGTC AAGTTATGAA 
AAGGAATTAT TGGTAAAAAG TGTAGACTTG GCTTTAACGC TAAAGGACAA AGTATTGAGT 
GAGAATGAGC TTCATGCCAG ATTCAATGAC CTTTGGAAAA ACTGGGTCTC TGGTGTGTCC 
TCAACCTTCT CTTCAGTCCC AGAGCCTGAA ATTGAAGTGG ATGGTGAAGG TATCCTTTTG 
GAACATTTTA AAAAGGAGAC AAATATGTCA AATAGAGTGA AGGAAAAGTC TAGAAAGAAG 
TTTGAAGTCA ATTGTGAAGA ACATGTCACA ATGAGCAAAA GGTTTGGTTT ATTAACAAGG 
AGCATAGAAG TACATGATGA AGAGTCCATA AAGGAGACTA CTGACCACAT TATTTCAAGA 
TACACTGAAA ATTTTAAAAA CCTTCAGAGG CAACAATGTG ATTATGACCC AAGTTATTTC 
CATCAAATCC TGAACATAAT AGAGGAGGAG GTGAAATCTG AAGCCACTAA AGACAGATAC 
ACTTTTACAA ATAAGTACAA AATTGACTTA TCTTTGTATT TATTCCAAAG AGCATATGAG 
AATTTTAAGG AGATGCATAG GGCATTCAAA AAAACAAATG ATCCTGTAAG TTATTTGGAA 
AGCAAGAAAG ATGATTTCCT CATGGGTTTT AAGATCTCTT GTCAAGGAGC AACCTCAGTC 
ATAGAATTTG TTGATTTTCT ATGGCACAAA CTCACTCCTG CTGTCCATGA CACGATTTCA 
GAAAAAATGG CCCCTAAAAT TGCTGGGGAC ATGATAGCTA CCTGCCCAGC ATTCAGTGGA 
AACAGGGCTA ACCTGGAGAA ACACGTTCTA ATCTCGCTGG CAGAAAAAGA AAATTTTGAT 
GATTACTGGA AGTACATTCA GAATCCCAAA TCCTTTTTTA AGAATTACAT TCAAAACCAT 
ACTAAAATAT ATTGTTCAGA ACAAAATAAT AAAATAAAGA CTTTTTTAGG AAAAATTATA 
CATAGCATCA AGAATGCCAT CCTCTCAGCT ATTCATGAAT CCACAGCAAT AGCCAAAGAT 
AAAAGCAGCA CTGTGTCTGG GTGGTTGGAT TTGTTCTGTG ATCACCTAGG GAATAACTTG 
AACTTTCCAC GAAAATACTT GGTGAGCATT CAACACCAGG AGATAAAAGA TATTGAGTTA 
CTCAAAGAAG CCATGAATAA AGCTTTGGAT GAGTTAATGA TTGTAGTAGA AAAGACACGT 
TTCAGTATGC CTGAAGAAGA CATGATTCTT GAAATCCAGA GCATGCTCTC TGAACATCTC 
TGTGGCTGCT GGAAACAGTG TCCCTTCTGT GGAGCAATCT GTACAAACAC AATCCCTAAC 
CATGACGGAG ACCACAGTGT TCCTTTCCAC CGTCCTAAAG CTGTTGCTGG AGGCCAATGG 
GTTAACACAA ATCATTTTAA CATTGACTGC TGTACTAGTT TGGTAGCAAG TAATTATTCT 
TTTGTTTTAA ATGGTCGTAA TATCCCATTT AAGACCTATC GACAGGCAGG AGGGGAATTA 
GCCAAATGGA GCATCACCCC AGACACATCC CCCCAGCCAT ACTGGAAATG GTTTGTCTGT 
CACTTCAGAT CAAACCTAGA AGAAAAATAT GAGAAAAAAT TTACAGATAA AGGTAAAATC 
CCGAATGCAT GGACCAAGAT CACAAAACAA AATGTGCTTG ATGACTTGAA GAAGTAA

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

RefSeq	XP_015415018.1
CDS	1..6237
Translation	MDTADSTSDELLVRGKSGQDLQEMLREVGLAVEYWLPKLQEHLGVTCAQALQHIQEEHLQKLKSQAQHPWEKRALEKLLNSNRLSKLQESQVKMRKEQQKKAEQAPQGLRDLQSEGRKGQEEAGRIKEAELRQAMEIPKECWPLPEKSLREVMKHVQGQLNPMEATLSHRQNLPDRDLVRWASGGLALQGIYKTSYQKDLVQKREELLSVPKELLFLGPGHSTWMETREFTSSQEESKFTQMTEKLGFSVIASAKGGGWGFSVEAGMDHSKHSESKENQQSHSEHSYFCSTKFSYVPLASCHFPMDQLQFSKAALQELKCIEDLLSQSADTDRLPVLRRSTEAFFHRFGSHANQGPLHLGGIYWWKAISEGFRSEQLAQVKQQSAEALNGYIRGSYSCFSVKVAAGVDESHSHSETSIQSPTFQNLQTKVQLSVAQTGGPPEANGFLQWKAGLVANNQTWSVIDRGLQLVPIWDIILSNHRSDFKDTCQVASLLKDSYTALTGITAQIQDGEELLSAEEEAGVSLEDVKSWEVSDPEEQLQKLINFMQILSQKTNSYDTWVNKCLTNLGLQNFLVKTVNFCKQSSIYETKFIKSQLCSLLDPHIHRVNDFPQAHSILQWVFQAKSVQEHINISQFSQLNTSLKKIKNDLMEAMVISKSDETEAQRKATYEVSLSLRCFLNYLQETEQPDTQLLLLSIAAGAGYHVVNKHFQYLLGVGNGFSASKSQIMNCLLSKRKHDVFFHRHCRGSTKDCLLMGGVVEICWFCPGGDDEDRFDNCVTFTNLHGDAKEHKKQLTFLQEVSSLIVVLMSTSDDNNENQKIIRDLSQSLRPLIYLVDNKERNMDNNSSQKVVIGIRNRNEAELTEELVSTIRRLLELSDTALSLEDCTPIARKQGFLIDEDQQDCREAKEKAEVLMALLRKLKISQVKENLLPLQGHLWHCWCKKDKELYHLREKGNRSIEQHKSEIETEKQRIRNQQLTRAFPLNELMQSVLEILQNHSETQTTHYFLQWMSVFLDNLTAGHLEKLSEKKNNLWSRIQTEKQKAPKSTHLQKGIEAISKEISDCTLGIEQFLREVGQIYEALEETYLTKNTLYLSLPQIAADLMISGAPIELMDGDASYVPVKWVAALFDKVSEKLGNKRLFVLSVLGLQSSGKSTLLNALFGLQFTVSAGRCTRGAYMQLLKVEDTFTEELGFDFVLVVDTEGLRAPELSNKSKNRDNELATFVIGLGNLTLINIFGENPSEMQDILQIVVQAFMRMKQVKISPSCLFVHQNVGEVTAKDQTMEGRRRLEQRLDEMATAAAEQEQCSDVTRFGDIIKFDVNTDVFYFAHLWDGNPPMAPPNPRYSHNVQDLKSRILMVAKQESRGSIMKFSDVKLRVQDLWRALLSENFIFRFRNTQEVVSMSKLEDMYHSWTWQLRSYMLDLQNQLINQIKNGKIQELKASTLQAPVTEKYEAIQQELEKYFKEDPDSEIIIQWKAIFETKLVNLKESLIFETKKRAEEHICYKKNQEILDNKMSSYEKELLVKSVDLALTLKDKVLSENELHARFNDLWKNWVSGVSSTFSSVPEPEIEVDGEGILLEHFKKETNMSNRVKEKSRKKFEVNCEEHVTMSKRFGLLTRSIEVHDEESIKETTDHIISRYTENFKNLQRQQCDYDPSYFHQILNIIEEEVKSEATKDRYTFTNKYKIDLSLYLFQRAYENFKEMHRAFKKTNDPVSYLESKKDDFLMGFKISCQGATSVIEFVDFLWHKLTPAVHDTISEKMAPKIAGDMIATCPAFSGNRANLEKHVLISLAEKENFDDYWKYIQNPKSFFKNYIQNHTKIYCSEQNNKIKTFLGKIIHSIKNAILSAIHESTAIAKDKSSTVSGWLDLFCDHLGNNLNFPRKYLVSIQHQEIKDIELLKEAMNKALDELMIVVEKTRFSMPEEDMILEIQSMLSEHLCGCWKQCPFCGAICTNTIPNHDGDHSVPFHRPKAVAGGQWVNTNHFNIDCCTSLVASNYSFVLNGRNIPFKTYRQAGGELAKWSITPDTSPQPYWKWFVCHFRSNLEEKYEKKFTDKGKIPNAWTKITKQNVLDDLKK

Target ORF information:

RefSeq Version	XM_015559532.1
Organism	Myotis davidii
Definition	Myotis davidii interferon-induced very large GTPase 1 (LOC102773406), mRNA.

Target ORF information:

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

XM_015559532.1

ORF Insert Sequence:

ATGGACACAG CAGACTCCAC GTCTGATGAG CTCCTTGTCA GAGGCAAAAG TGGGCAAGAT 
CTCCAAGAGA TGCTGAGAGA AGTAGGACTG GCAGTTGAGT ACTGGTTGCC AAAGCTGCAG 
GAACACCTGG GTGTGACCTG TGCTCAGGCC TTACAACACA TTCAAGAAGA ACACCTTCAG 
AAGCTGAAAT CCCAGGCACA ACATCCCTGG GAGAAAAGGG CTCTGGAGAA GCTACTTAAC 
TCAAATAGGC TTTCAAAGTT ACAGGAGTCT CAGGTGAAAA TGAGAAAGGA ACAACAGAAG 
AAGGCAGAAC AGGCACCGCA GGGGCTAAGA GACTTGCAAT CAGAAGGGAG GAAAGGACAA 
GAAGAGGCAG GGAGGATAAA AGAGGCAGAG CTGAGGCAGG CAATGGAGAT TCCCAAAGAG 
TGCTGGCCAC TGCCCGAAAA ATCCTTAAGA GAAGTGATGA AACACGTGCA GGGACAACTC 
AACCCCATGG AGGCCACACT GTCTCACAGG CAAAACCTCC CAGATAGAGA TCTCGTGAGA 
TGGGCATCTG GAGGGCTGGC CCTGCAGGGA ATTTACAAAA CCAGCTACCA AAAAGACCTT 
GTACAGAAGA GAGAAGAGCT ACTCAGTGTC CCCAAGGAGT TATTGTTCTT AGGCCCTGGG 
CACAGCACAT GGATGGAAAC CAGGGAATTT ACATCTTCTC AAGAAGAATC CAAGTTCACC 
CAGATGACAG AGAAGCTGGG CTTCAGTGTA ATTGCCTCAG CCAAGGGCGG AGGTTGGGGA 
TTTAGCGTGG AAGCTGGTAT GGACCACAGC AAACATTCAG AATCCAAGGA AAACCAACAA 
TCACATTCTG AACACTCCTA TTTCTGCTCT ACCAAGTTCA GCTATGTCCC ACTTGCCTCC 
TGCCACTTTC CCATGGATCA GCTCCAGTTC TCCAAGGCTG CTCTCCAGGA ACTGAAATGC 
ATTGAAGACC TTCTGAGTCA GTCTGCAGAC ACAGACAGAC TCCCCGTGCT GAGGCGCAGT 
ACTGAAGCTT TCTTCCACAG GTTTGGCTCT CATGCCAACC AGGGCCCACT ACACCTGGGA 
GGAATCTACT GGTGGAAAGC CATATCAGAG GGCTTCCGAA GTGAGCAGCT GGCACAAGTA 
AAACAGCAGT CAGCAGAGGC CCTGAATGGT TATATAAGGG GTAGCTATAG CTGCTTTAGC 
GTGAAAGTTG CTGCAGGTGT GGATGAGTCA CACTCTCATT CAGAAACATC CATCCAAAGC 
CCAACATTCC AAAATCTCCA AACCAAAGTC CAATTATCTG TGGCTCAGAC AGGTGGCCCA 
CCAGAAGCAA ATGGCTTTCT CCAATGGAAA GCTGGCCTAG TTGCCAATAA TCAAACCTGG 
AGTGTCATTG ACCGGGGCCT TCAGCTGGTG CCCATTTGGG ACATTATCCT CTCCAACCAC 
AGAAGTGATT TCAAGGATAC ATGCCAGGTA GCTAGCTTAC TGAAGGATAG CTACACTGCT 
CTGACTGGCA TCACTGCCCA GATCCAGGAT GGAGAAGAAT TACTGAGTGC TGAGGAGGAG 
GCTGGAGTTT CCCTAGAGGA TGTGAAATCC TGGGAGGTAT CTGATCCTGA AGAGCAGCTT 
CAAAAACTGA TAAATTTCAT GCAAATATTG AGTCAAAAAA CAAACAGTTA TGACACTTGG 
GTTAACAAAT GCCTCACAAA TTTGGGTCTG CAGAATTTTC TGGTAAAAAC TGTTAACTTT 
TGCAAACAGT CTTCCATTTA TGAAACTAAG TTTATTAAAT CTCAGTTGTG CAGCCTTTTG 
GATCCTCACA TCCACAGAGT GAATGACTTC CCTCAGGCTC ATTCCATCCT GCAGTGGGTC 
TTCCAGGCAA AGTCAGTGCA AGAACACATC AACATCTCCC AATTTTCTCA ATTAAATACA 
AGCTTAAAGA AAATCAAGAA TGACCTCATG GAAGCCATGG TCATATCTAA GTCTGATGAA 
ACAGAAGCTC AAAGAAAGGC CACTTATGAG GTTAGTTTGT CTCTTCGCTG CTTCTTGAAT 
TACCTCCAAG AAACAGAGCA GCCAGACACA CAGCTCTTGC TACTTTCCAT TGCAGCTGGT 
GCAGGGTATC ATGTGGTAAA TAAACATTTT CAGTATCTCC TGGGAGTTGG AAATGGCTTC 
TCTGCTTCCA AATCTCAGAT CATGAACTGT CTTCTCAGTA AACGTAAACA TGATGTCTTT 
TTCCACCGAC ATTGCAGAGG GAGCACCAAA GACTGTCTCT TGATGGGGGG AGTGGTGGAA 
ATCTGCTGGT TCTGTCCTGG AGGTGATGAT GAGGACAGAT TTGACAACTG TGTGACCTTC 
ACCAATCTCC ATGGAGATGC AAAGGAACAT AAGAAGCAAC TCACCTTCCT GCAGGAGGTC 
TCTTCTCTCA TTGTCGTCCT CATGTCAACT TCTGACGACA ATAATGAAAA CCAAAAAATT 
ATTCGTGATC TGAGTCAGTC ACTGAGACCT TTGATCTATT TAGTTGATAA CAAAGAGAGA 
AACATGGACA ATAATTCTAG CCAAAAAGTG GTAATTGGAA TCAGGAACAG AAATGAAGCA 
GAATTAACAG AGGAGCTTGT TTCTACAATC AGACGCTTAT TGGAGCTCTC AGACACTGCT 
CTAAGCTTAG AGGACTGTAC CCCAATTGCT CGCAAGCAAG GATTCCTTAT TGATGAAGAC 
CAGCAAGACT GCAGGGAAGC CAAAGAAAAG GCAGAGGTCC TAATGGCTCT ATTGAGAAAA 
TTAAAGATAT CTCAGGTAAA GGAAAACTTA CTGCCCCTTC AGGGACACCT ATGGCATTGT 
TGGTGTAAAA AAGACAAAGA ACTCTATCAT CTAAGAGAAA AAGGGAATCG AAGCATTGAA 
CAACATAAGA GTGAGATTGA GACAGAAAAA CAAAGGATAC GGAATCAACA GTTGACCAGA 
GCCTTTCCTC TCAATGAGTT GATGCAGTCT GTCCTTGAAA TTCTCCAAAA TCATTCAGAA 
ACTCAAACCA CACACTACTT TTTACAATGG ATGAGTGTGT TTCTGGACAA CCTGACTGCA 
GGACACTTGG AAAAACTGAG TGAAAAGAAA AACAATTTGT GGTCACGGAT ACAAACAGAA 
AAGCAAAAGG CACCAAAGAG CACTCACCTC CAAAAAGGCA TAGAAGCTAT CTCTAAAGAG 
ATTAGTGACT GTACATTGGG AATTGAGCAA TTTCTACGTG AAGTTGGACA GATCTATGAA 
GCTCTAGAAG AAACTTACCT CACTAAAAAT ACCCTTTATC TCTCCCTTCC CCAAATTGCT 
GCAGATCTGA TGATATCTGG TGCTCCCATT GAGCTGATGG ATGGGGATGC TTCATATGTG 
CCTGTAAAGT GGGTGGCAGC TCTTTTTGAC AAGGTCTCTG AGAAACTGGG AAACAAACGG 
CTATTTGTTC TCTCTGTCCT TGGCCTACAG AGCTCAGGGA AGTCCACTCT GCTGAATGCA 
CTTTTTGGGC TGCAGTTCAC CGTCAGTGCT GGGAGGTGTA CCCGGGGGGC TTACATGCAG 
CTCCTGAAGG TAGAGGACAC TTTCACAGAG GAACTGGGCT TTGATTTTGT GCTTGTTGTG 
GACACAGAAG GCCTTAGGGC CCCAGAACTC AGCAACAAAT CCAAAAATCG TGACAATGAG 
TTGGCAACCT TTGTCATTGG ACTTGGAAAC TTGACTCTGA TCAACATTTT TGGGGAAAAT 
CCATCAGAAA TGCAAGATAT CCTACAAATA GTTGTTCAGG CATTTATGAG GATGAAACAA 
GTAAAAATCT CCCCAAGTTG CCTTTTTGTC CATCAGAATG TAGGGGAAGT CACAGCTAAA 
GACCAAACTA TGGAAGGAAG GAGGCGGTTA GAGCAGAGAC TAGATGAAAT GGCCACAGCA 
GCAGCTGAGC AAGAACAGTG CTCAGATGTA ACCCGCTTTG GTGATATCAT TAAATTTGAT 
GTCAATACTG ATGTCTTCTA CTTTGCTCAC CTCTGGGATG GCAATCCCCC AATGGCCCCT 
CCCAATCCTC GCTACAGCCA CAATGTCCAG GATCTGAAAA GCAGAATTCT TATGGTTGCC 
AAACAGGAGT CTAGGGGAAG CATCATGAAG TTCTCAGATG TGAAATTGCG AGTTCAAGAT 
TTGTGGAGAG CCCTGCTGAG TGAGAACTTT ATCTTCAGGT TCAGGAACAC CCAAGAGGTT 
GTGTCCATGA GCAAATTGGA AGACATGTAT CACTCCTGGA CCTGGCAGCT GAGGAGTTAC 
ATGCTAGACT TGCAGAACCA GCTCATTAAC CAGATTAAAA ATGGGAAAAT CCAGGAACTC 
AAAGCAAGCA CTCTTCAGGC TCCAGTTACA GAAAAATATG AAGCCATCCA GCAAGAACTT 
GAAAAATATT TTAAAGAAGA TCCAGATAGT GAGATAATAA TTCAGTGGAA AGCAATTTTT 
GAAACTAAAC TAGTAAACCT TAAAGAGTCA CTTATTTTTG AGACTAAAAA AAGAGCCGAG 
GAACATATCT GTTATAAAAA GAATCAAGAA ATACTGGATA ACAAAATGTC AAGTTATGAA 
AAGGAATTAT TGGTAAAAAG TGTAGACTTG GCTTTAACGC TAAAGGACAA AGTATTGAGT 
GAGAATGAGC TTCATGCCAG ATTCAATGAC CTTTGGAAAA ACTGGGTCTC TGGTGTGTCC 
TCAACCTTCT CTTCAGTCCC AGAGCCTGAA ATTGAAGTGG ATGGTGAAGG TATCCTTTTG 
GAACATTTTA AAAAGGAGAC AAATATGTCA AATAGAGTGA AGGAAAAGTC TAGAAAGAAG 
TTTGAAGTCA ATTGTGAAGA ACATGTCACA ATGAGCAAAA GGTTTGGTTT ATTAACAAGG 
AGCATAGAAG TACATGATGA AGAGTCCATA AAGGAGACTA CTGACCACAT TATTTCAAGA 
TACACTGAAA ATTTTAAAAA CCTTCAGAGG CAACAATGTG ATTATGACCC AAGTTATTTC 
CATCAAATCC TGAACATAAT AGAGGAGGAG GTGAAATCTG AAGCCACTAA AGACAGATAC 
ACTTTTACAA ATAAGTACAA AATTGACTTA TCTTTGTATT TATTCCAAAG AGCATATGAG 
AATTTTAAGG AGATGCATAG GGCATTCAAA AAAACAAATG ATCCTGTAAG TTATTTGGAA 
AGCAAGAAAG ATGATTTCCT CATGGGTTTT AAGATCTCTT GTCAAGGAGC AACCTCAGTC 
ATAGAATTTG TTGATTTTCT ATGGCACAAA CTCACTCCTG CTGTCCATGA CACGATTTCA 
GAAAAAATGG CCCCTAAAAT TGCTGGGGAC ATGATAGCTA CCTGCCCAGC ATTCAGTGGA 
AACAGGGCTA ACCTGGAGAA ACACGTTCTA ATCTCGCTGG CAGAAAAAGA AAATTTTGAT 
GATTACTGGA AGTACATTCA GAATCCCAAA TCCTTTTTTA AGAATTACAT TCAAAACCAT 
ACTAAAATAT ATTGTTCAGA ACAAAATAAT AAAATAAAGA CTTTTTTAGG AAAAATTATA 
CATAGCATCA AGAATGCCAT CCTCTCAGCT ATTCATGAAT CCACAGCAAT AGCCAAAGAT 
AAAAGCAGCA CTGTGTCTGG GTGGTTGGAT TTGTTCTGTG ATCACCTAGG GAATAACTTG 
AACTTTCCAC GAAAATACTT GGTGAGCATT CAACACCAGG AGATAAAAGA TATTGAGTTA 
CTCAAAGAAG CCATGAATAA AGCTTTGGAT GAGTTAATGA TTGTAGTAGA AAAGACACGT 
TTCAGTATGC CTGAAGAAGA CATGATTCTT GAAATCCAGA GCATGCTCTC TGAACATCTC 
TGTGGCTGCT GGAAACAGTG TCCCTTCTGT GGAGCAATCT GTACAAACAC AATCCCTAAC 
CATGACGGAG ACCACAGTGT TCCTTTCCAC CGTCCTAAAG CTGTTGCTGG AGGCCAATGG 
GTTAACACAA ATCATTTTAA CATTGACTGC TGTACTAGTT TGGTAGCAAG TAATTATTCT 
TTTGTTTTAA ATGGTCGTAA TATCCCATTT AAGACCTATC GACAGGCAGG AGGGGAATTA 
GCCAAATGGA GCATCACCCC AGACACATCC CCCCAGCCAT ACTGGAAATG GTTTGTCTGT 
CACTTCAGAT CAAACCTAGA AGAAAAATAT GAGAAAAAAT TTACAGATAA AGGTAAAATC 
CCGAATGCAT GGACCAAGAT CACAAAACAA AATGTGCTTG ATGACTTGAA GAAGTAA