LOC102256373 cDNA ORF clone, Myotis brandtii(Brandt's bat)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC102256373
Entrez Gene ID	102256373
Full Name	interferon-induced very large GTPase 1-like
Gene Type	protein-coding
Organism	Myotis brandtii(Brandt's bat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014530614.1	XP_014386100.1	interferon-induced very large GTPase 1-like

Pathways from BioSystems
Gene Ontology

The following LOC102256373 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC102256373 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
OMy61628	XM_014530614.1 Latest version!	Myotis brandtii interferon-induced very large GTPase 1-like (LOC102256373), 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)

LOC102256373 ( XM_014530614.1 ) cDNA ORF clone, Myotis brandtii(Brandt's bat) -> XP_014386100.1 Myotis brandtii interferon-induced very large GTPase 1-like (LOC102256373), mRNA.

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CloneID	OMy61628
Clone ID Related Accession (Same CDS sequence)	XM_014530614.1
Accession Version	XM_014530614.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6159bp) 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	2015-11-03
Organism	Myotis brandtii(Brandt's bat)
Product	interferon-induced very large GTPase 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005370976.1) 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 brandtii Annotation Release 101 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##

ATGGACACAG CAGAATCCAC CTCTGATGAG CCCCTTGTCA GAGGCAAAAG TGGGCAAGAT 
CTCGAAAAGA TGCTGAGAGA AGTAGGACTA GCAGTTGAGT ACTGGCTGCC AAAGCTACAG 
GAACACCTGG GTGTGACCTG TGCACAGGCC TTACAATACA TAGAAGAAAA AGACCTCCAG 
AAGCTGAAAT CCCAGGCACA ACATCCCTGG GAGAAAAGGG CTCTGGAGAA GCTACTTAAC 
TCAAATAGCC TTTCAAAGTT ACAGGAGTCT CAGGTGAAAG TGATAAAGGA AGAACAGAAG 
AAGGCCGAAC AGGCACTGCA GGAGCTGAGA GACTTGCTAT CAGAGGGGAG GCAACGACAA 
GAAGAGGAAG TAAGGAAAAA AGAGGCAGAG CTGAGGCAGG CAATGGAGAT TCCCAAAGAG 
TACTGGCCAC CCCCCGAAAA ATCCTTAAGA GAAGTGATGG AACAGATGCA GGGACAACTC 
AACCTCATGG AGGCCACACT GTCTCACAGG CAAAACCTCC CAGATAGAGA TCTCGTGAGA 
TGGGCATCTG GAGGGCTGGC CCTGCAGGGA ATTTACAAAA ACGGCTACCA AAAAGAGCTT 
ATACAGAAGA GACAAGAGCT GCTCAGTGTC CCCAAGGAGT TCTTAATCTC TGGCCCTGAG 
CATGGCACAC GGATGGAAAC CAGGGAATTT ACATCTTCTC AAGAAGAATC CAAGTTCACC 
CAGATGACAG AGAAGCTGGG CTTCAGTGTA ATTGCCTCAG CCAAGGGCGG AGGTTGGGGA 
TTTAGCCTGG AAGCTGGTAT GGAGCTCAGC AAACATTCAG AATCCAAGGA AAACCAACAA 
TCACGTTCTG AGCACTCCTA TTTCTGCTCT ACCAAGTTCA GCTATGTCCC ACTTGCCTCC 
TGCCACTTTC CCATGGATCA GCTCCAGTTC TCCAAGGCTG CTCTCCAGGA ACTGAAATGC 
ATTGAAGACA TTCTGGGTCA GCCTGCAGAC ACAGACAGAG TCCCCTTGCT GAGGCAGAGG 
ACTGAAGCTT TCTTCCACAA GTTTGGCTCT CATGCCAACC AGGGCCCTCT GCACCTGGGA 
GGAATCTACT GGTGGAAAGC CGTGTCAGAG GGTTTCCGAA GTGAGCAGCT GGCAGAAGTA 
AAGAAGCAGG CAGCAAAGGC CCTAGATGTT TACATAACGG GCAGCTACAG TGGCTTTGGA 
CTGATAGGTC CTGCAGGTGC GGATGGGTCA TACTCTAGTT CAGAAACTAA CACCCAAAGC 
ACAACCTCCC ATAATCTCCA AACCAAAGTC CAATTATCTG TGGCCCAGAC AGGTGGCCCA 
CCAGAAGCAA ATGGCTTTCT CCAATGGAAA GCTGGCCTAG TTGCCAGTAA CCAAACCTGG 
AGTGTCATTG ACCGGGGCCT TCAGCTGGTG CCGGTTTGGG ACATCATCCT CTACAACCAC 
AGAAGTGATT TTAAGGATCC ATGTCAGGTA GCTAGCTTAC TGAAGGATAG CTACTCTGCT 
CTGACATGCA TCACTGCCCA GATCCAGGAT GGAGAAGAAT TACTGAGTGT TGGGAAGGAG 
GCTGGGCTTT CCCTAGAGGA TGTGAAATCC TGGAAGGTAT CTGATCCTGA AGAGCAGCTT 
AAAAAACTGA TAACTTTCAT GCAAATATTG AGTAAAAAAA CAAACAGTTA CAACGCTTGG 
GTTAACATAT GCCTCACAGA TTGGGGTCTG CAGAATTTTC TGGTGAACAC TGTTAACTTT 
TACAAAAATT CTTCCATCTA TGAAACTAAG TTTATTAAAT CTCAGTTGCG CAGCCTTTTG 
TATCCTCACA TCTACAGAGT GAATAACTTT CCTCAGGCTC ATTCCATCAT GCAGTGGGCC 
TTCCAGTCAG AGTCAGAAGA AGAGCACATC AACATCTCCC AATTTTCTGA ATTAATTAAA 
ATCTTAAAGA AAACCCACAA TGACCTCATG GAAGTGAAGA ATTTGCCTAA GTCTGCAGAA 
ACAGTAGAAG AAGCTCAAAG AAAGGCCACT TATGAGGTCG GTTTGTCTCT CGGCTGCTTC 
TTGAATTACC TCCAAGAAAC AGAGCAGGCA GACACACAGC TTTTGCTACT TTCCATTGCA 
GCTGGTATAG GATATGATGT GGTAAACAAA CAGTTTCAGT ATCTCCTTGG GTGTGAGGAG 
TTACACTTCC TAGTGCATGA AATGCAAACT GCCCAAGATA AATACCAGGA GCTCAAAAAC 
AATTGCACCT ACAGAGCCCA GGCATTCCTG GTGCTCACAG GTCTTACAGC TACCATTGGA 
GTCACAGCAC TTTCTCCAGA GGAGAAAACA CAACGCTTGG CATTAATAAG GCATCTTCTG 
GGCCAGTCTT TGTCAAAAGA AGTTGTCCAT GTCCTCTCCA AACCTGGAGC AGATCATGAT 
TGGGAAAACC TAGAGAAAGA CTTGAGATTG CTCATTGATG GTAATTATGA AGCCACCATC 
AATTCATTGC AAATGGATGA GATAAGTAAA AACTTGCAAA GTATTTTCCA TGAAAGGAAA 
GAACCTCATG AAACACATGA TAATGATAAT ATCAAAAGGG AAGTCATTAA AGATACAGCG 
TTCCTAGATT TACTCCAGCA TCTAGGCTTA GATCATTTCT ACCCAAAGAA GATGAGCAGA 
ACTAACTTCC ATGTGATCAA CAAGACTTCT GTGTACAACA GCCAGCCCAG ATCTGAAAGG 
GAGCTTCCCC TATATTTCCT TCAGAAACTA CAAGTTCTGG ATTATGGTCT GAGATACCTG 
GTCTTTAGAG ATGATGGAAA CACACAGAAT CAATTCTATC CAAGTGCCTC AAATCAGGAA 
AATGAGGCTT TTGACCCATA TGAAGACTTG TTTGAAGACA GGGATACTCC CATTAACCCT 
TCATCCTCTA ATCCTAGGCC CCATATTAAC CCTATGGATA TTCAGATGGC AATTCTTCAC 
TGTGCAGATG ATTTTGCCAG ACAGTATATT TTGTCCAAAC TTTCCATTTG CCAGTTTGCA 
CTCCCTCTTC TCATACCTAA TCCCTGCAGT TCTCAAATTG ATTTCTCTCT CTGGTCTCTC 
AGGCAAATTA GAAGGAGCTG GCAGGAAGCA AGGAAATCAC CAAGAGTGGA GAAGATCAAT 
TACAAGAATA AACTGATGTG TCATGTCTCT ACCCCCATTG TGTCCTTTAT ACGAGTTGGA 
AATGGCTTCT CTGCTTCCAA ATCTCAGATC ATGAACTGTC TTCTCAGTAA ACGTAAACAT 
GATGTCTTTT TCCACCGACA TTGCAGAGGG AGCACCAAAG ACTGTCTCTT GATGGGGGGA 
GTAGTGGAAA TCTGCTGGTT CTGTCCTGGA GGGGACGATG AGGACAGATT TGACAACTGT 
GTGACCTTCA CCAATCTCCA TGGAGATTCC ACTCTGCTGA ATGCACTTTT TGGGCTGCAG 
TTCACGGTCA GTGCTGGGAG GTGTACCCGG GGGGCCTACA TGCAGCTCCT GAAGGTCGAG 
GAGACTTTCA CAGATGAACT GGGCTTTGAC TTTGTGCTTG TTGTGGATAC AGAAGGCCTT 
CGGGCCCTAC AACTCAGCAA CAAATCTAAA AATCGTGACA ATGAGTTGGC AACCTTTGTC 
ATTGGACTTG GAAACTTGAC TCTAATCAAT ATTTTTGGGG AAAATCCATC AGAAATGCAA 
GATATTCTAC AAATAGTAGT TCAAGCATTT ATGAGGATGA AACAAGTAAA AATCTCCCCA 
AGTTGCCTTT TTGTCCATCA GAATGTGGGG GAAGTCACAG CTAAAGATCA AACTATGGAA 
GAAAGGAGGG CATTAGAGCA GAGACTAGAT GACATGGCAG CAATAGCAGC TGAGCAAGAA 
CAGTGCTCAG ATGTAACCCG CTTTGGTGAT ATCATTAAAT TTGATGTCAA TACTGATGTC 
TTCTACTTTG CTCACCTCTG GGATGGCAAT CCCCCAATGG CCCCTCCCAA TCCTTGCTAC 
AGCCACAATG TGCAGGACCT GAAAAGGAGA ATTCTTATGG TTGCCAAACA GGAGTCTAGG 
GGAAGCATCA TGAAGATCTC AGATGTGAAA TTGCGAGTTC AAGATTTGTG GAGAGCCCTA 
GTGAATGAGA ACTTTATTTT CAGTTTCAGG AACACCCGAG AAGTCATAGC CATGAGCAAA 
TTGGAAACTA TGTATAATTC CTGGACCTGG GAGCTGAGGA ATCACATGCT AGACTTGCAG 
TACCAGCTCA TCAACCAGAT TAAGAATGGG AAAATCCAGG AACTCACAGC AAACACTCTT 
CGGGCTCCAG TTACAGAAAA ATATAAAGCC ATCAAGCAGG AACTTGAAAA ATACTTTAAA 
GAAGATCCAG AGAGTGAGGT AATTATTCAG TGGAAAGCAA GTTTTGAAAT TGAACTAGAA 
AACCTTAAAG AGGCACTTAT TTTTGAGTGC AAAAATAAAG CTGAGGAACT CATCAGTTAT 
AAAAAGAATC AAGAAATACT GGATAACAAA AAGTCAAGTT ATGAAAAGAA ATTATTGGAA 
AAAAGCCTAG AATTGGCTTT AACTCTAAAA GAGAAAGAAT TGAGTGAGAA TGAGCTTCAT 
GGCAAATTCA ATGAACTTTG GGAAACATGG GTCTATGATG TGTCCTCAAA TATCTCTCCA 
GTCCTAGAGC CTAATATCGA TTTGGATTCT GAAAACATCC TTTTGAACTA TTTTAAAAAG 
GAGACAGACA TGGCGAATAT ACTGGAGAAA AAGTCTAGAA AAAAGTTTGA AATAAATTAT 
GAGAAACATG TCAAAATGAG CAAATATTTT AAGATAATAA CAAGGTACTT AGAAGTACAT 
GATAAAGAGT CCATAAAGAG GACTACTGAC CACATTTTTT CAAGATACAC TGAAACTATT 
AAAAACCTCC AGAAGCAACA ATGTGATTAC AATCCAAATT ATTTCCATGA AATCCTGAAC 
ATAATAGAAG AGGAGGTGAA ACCTGTATCC ACTGAAGACA GATACACATT TACAACTAAG 
TACAAAATTG ACTTATCTTT GTGTTTATTC CAAAGAGCAT CTGAGATTTT TAAGGAGATG 
CATAGGGCAT TCAAAAGAGC AAATGATCCT GTAAATTATT TGAAAAGCAA GAAAGATGAT 
TTCCTCATGA GTTTTAAGAT CTCTTGTCAA GGAGCAACCT CAATCAAAAC ATTTGTTGAA 
TTTCTGTTGG AAAAACTCAT TCCTGCTGTC TTCGACACGA TTCAGGGGAA AATGGCCCCT 
AAAATCGCTG GGGACATGCG AGCTACCTGC CCAGCATTCA GTGGAAACAG AGCTAACCTG 
GAGAAACACG TTCTTATCTC TCTGGCAGAA AAAGAAAATT TTGATGATTA CTGGGAGTAC 
ATTCATAATG CAAAATCATT TTTTAGGAAT TACATTCAAA ACCATATTAA AAGATATTGT 
TCAGAACAAA ATAACAAAAT AAAGACTTTT TTAGAAATAA GTATAGGTGA CATCAAGAAT 
GCCATCCTCT CAGCTATTCA TGAATCCACA GCAATAGCCA AAGATAAAAG CAGCACTGCG 
TCTGGGTGGT TGGATTTGTT CTGTGATCAC CTGGGGAGTA ACTTGAACTT CCCACGAAAA 
GACTTGGTAA GCATTGAGCA CCAGGAGATA AACAATATTG AGGTTCTCAA ACAAGTTATG 
AGTGAAGCTT TGGATGACTT AATGTTCAGA GCAGAAAAGA TATGTTTGAA TATGCCTGTA 
GAAGACATGG TTCCTGAAAT TGAGAAAATG CTCTCTGAAC ATCTCTGTGG CTGCTGGAAA 
CAGTGTCCCT TCTGTGAAGC AATTTGTACA AACACAATCC CTAACCATGA TGGAGACCAC 
AGTGTTCCTT TCCACCGTCC TAAAGCTGTC AATGGAGGCC AATGGGTTGA TACAGACCAC 
TTTAACATTG ACTTCTGTAC TAATTTGGTA TCAAGTAATT ATTCTTTTGT TTTAAATGGT 
CGTGAAATCC CATTTAAGAC CTATCGACAG GCAGGAGGGG AATATGCCAA ATGGAGCATC 
ACCCCTGACA CATCCACCCA GACATACTGG AAATGGTTTG TCTGTCACTT CAGATCAAAC 
CTAGAAGAAA AATATCAGAA AAAATTTTTA GGTAGAGGTG AAATCCCTCA GGCATGGACC 
AAGATCACAA AACAAAAAGT GCTTGATGAC TTGGCGTAG

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

RefSeq	XP_014386100.1
CDS	1..6159
Translation	MDTAESTSDEPLVRGKSGQDLEKMLREVGLAVEYWLPKLQEHLGVTCAQALQYIEEKDLQKLKSQAQHPWEKRALEKLLNSNSLSKLQESQVKVIKEEQKKAEQALQELRDLLSEGRQRQEEEVRKKEAELRQAMEIPKEYWPPPEKSLREVMEQMQGQLNLMEATLSHRQNLPDRDLVRWASGGLALQGIYKNGYQKELIQKRQELLSVPKEFLISGPEHGTRMETREFTSSQEESKFTQMTEKLGFSVIASAKGGGWGFSLEAGMELSKHSESKENQQSRSEHSYFCSTKFSYVPLASCHFPMDQLQFSKAALQELKCIEDILGQPADTDRVPLLRQRTEAFFHKFGSHANQGPLHLGGIYWWKAVSEGFRSEQLAEVKKQAAKALDVYITGSYSGFGLIGPAGADGSYSSSETNTQSTTSHNLQTKVQLSVAQTGGPPEANGFLQWKAGLVASNQTWSVIDRGLQLVPVWDIILYNHRSDFKDPCQVASLLKDSYSALTCITAQIQDGEELLSVGKEAGLSLEDVKSWKVSDPEEQLKKLITFMQILSKKTNSYNAWVNICLTDWGLQNFLVNTVNFYKNSSIYETKFIKSQLRSLLYPHIYRVNNFPQAHSIMQWAFQSESEEEHINISQFSELIKILKKTHNDLMEVKNLPKSAETVEEAQRKATYEVGLSLGCFLNYLQETEQADTQLLLLSIAAGIGYDVVNKQFQYLLGCEELHFLVHEMQTAQDKYQELKNNCTYRAQAFLVLTGLTATIGVTALSPEEKTQRLALIRHLLGQSLSKEVVHVLSKPGADHDWENLEKDLRLLIDGNYEATINSLQMDEISKNLQSIFHERKEPHETHDNDNIKREVIKDTAFLDLLQHLGLDHFYPKKMSRTNFHVINKTSVYNSQPRSERELPLYFLQKLQVLDYGLRYLVFRDDGNTQNQFYPSASNQENEAFDPYEDLFEDRDTPINPSSSNPRPHINPMDIQMAILHCADDFARQYILSKLSICQFALPLLIPNPCSSQIDFSLWSLRQIRRSWQEARKSPRVEKINYKNKLMCHVSTPIVSFIRVGNGFSASKSQIMNCLLSKRKHDVFFHRHCRGSTKDCLLMGGVVEICWFCPGGDDEDRFDNCVTFTNLHGDSTLLNALFGLQFTVSAGRCTRGAYMQLLKVEETFTDELGFDFVLVVDTEGLRALQLSNKSKNRDNELATFVIGLGNLTLINIFGENPSEMQDILQIVVQAFMRMKQVKISPSCLFVHQNVGEVTAKDQTMEERRALEQRLDDMAAIAAEQEQCSDVTRFGDIIKFDVNTDVFYFAHLWDGNPPMAPPNPCYSHNVQDLKRRILMVAKQESRGSIMKISDVKLRVQDLWRALVNENFIFSFRNTREVIAMSKLETMYNSWTWELRNHMLDLQYQLINQIKNGKIQELTANTLRAPVTEKYKAIKQELEKYFKEDPESEVIIQWKASFEIELENLKEALIFECKNKAEELISYKKNQEILDNKKSSYEKKLLEKSLELALTLKEKELSENELHGKFNELWETWVYDVSSNISPVLEPNIDLDSENILLNYFKKETDMANILEKKSRKKFEINYEKHVKMSKYFKIITRYLEVHDKESIKRTTDHIFSRYTETIKNLQKQQCDYNPNYFHEILNIIEEEVKPVSTEDRYTFTTKYKIDLSLCLFQRASEIFKEMHRAFKRANDPVNYLKSKKDDFLMSFKISCQGATSIKTFVEFLLEKLIPAVFDTIQGKMAPKIAGDMRATCPAFSGNRANLEKHVLISLAEKENFDDYWEYIHNAKSFFRNYIQNHIKRYCSEQNNKIKTFLEISIGDIKNAILSAIHESTAIAKDKSSTASGWLDLFCDHLGSNLNFPRKDLVSIEHQEINNIEVLKQVMSEALDDLMFRAEKICLNMPVEDMVPEIEKMLSEHLCGCWKQCPFCEAICTNTIPNHDGDHSVPFHRPKAVNGGQWVDTDHFNIDFCTNLVSSNYSFVLNGREIPFKTYRQAGGEYAKWSITPDTSTQTYWKWFVCHFRSNLEEKYQKKFLGRGEIPQAWTKITKQKVLDDLA

Target ORF information:

RefSeq Version	XM_014530614.1
Organism	Myotis brandtii(Brandt's bat)
Definition	Myotis brandtii interferon-induced very large GTPase 1-like (LOC102256373), mRNA.

Target ORF information:

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

XM_014530614.1

ORF Insert Sequence:

ATGGACACAG CAGAATCCAC CTCTGATGAG CCCCTTGTCA GAGGCAAAAG TGGGCAAGAT 
CTCGAAAAGA TGCTGAGAGA AGTAGGACTA GCAGTTGAGT ACTGGCTGCC AAAGCTACAG 
GAACACCTGG GTGTGACCTG TGCACAGGCC TTACAATACA TAGAAGAAAA AGACCTCCAG 
AAGCTGAAAT CCCAGGCACA ACATCCCTGG GAGAAAAGGG CTCTGGAGAA GCTACTTAAC 
TCAAATAGCC TTTCAAAGTT ACAGGAGTCT CAGGTGAAAG TGATAAAGGA AGAACAGAAG 
AAGGCCGAAC AGGCACTGCA GGAGCTGAGA GACTTGCTAT CAGAGGGGAG GCAACGACAA 
GAAGAGGAAG TAAGGAAAAA AGAGGCAGAG CTGAGGCAGG CAATGGAGAT TCCCAAAGAG 
TACTGGCCAC CCCCCGAAAA ATCCTTAAGA GAAGTGATGG AACAGATGCA GGGACAACTC 
AACCTCATGG AGGCCACACT GTCTCACAGG CAAAACCTCC CAGATAGAGA TCTCGTGAGA 
TGGGCATCTG GAGGGCTGGC CCTGCAGGGA ATTTACAAAA ACGGCTACCA AAAAGAGCTT 
ATACAGAAGA GACAAGAGCT GCTCAGTGTC CCCAAGGAGT TCTTAATCTC TGGCCCTGAG 
CATGGCACAC GGATGGAAAC CAGGGAATTT ACATCTTCTC AAGAAGAATC CAAGTTCACC 
CAGATGACAG AGAAGCTGGG CTTCAGTGTA ATTGCCTCAG CCAAGGGCGG AGGTTGGGGA 
TTTAGCCTGG AAGCTGGTAT GGAGCTCAGC AAACATTCAG AATCCAAGGA AAACCAACAA 
TCACGTTCTG AGCACTCCTA TTTCTGCTCT ACCAAGTTCA GCTATGTCCC ACTTGCCTCC 
TGCCACTTTC CCATGGATCA GCTCCAGTTC TCCAAGGCTG CTCTCCAGGA ACTGAAATGC 
ATTGAAGACA TTCTGGGTCA GCCTGCAGAC ACAGACAGAG TCCCCTTGCT GAGGCAGAGG 
ACTGAAGCTT TCTTCCACAA GTTTGGCTCT CATGCCAACC AGGGCCCTCT GCACCTGGGA 
GGAATCTACT GGTGGAAAGC CGTGTCAGAG GGTTTCCGAA GTGAGCAGCT GGCAGAAGTA 
AAGAAGCAGG CAGCAAAGGC CCTAGATGTT TACATAACGG GCAGCTACAG TGGCTTTGGA 
CTGATAGGTC CTGCAGGTGC GGATGGGTCA TACTCTAGTT CAGAAACTAA CACCCAAAGC 
ACAACCTCCC ATAATCTCCA AACCAAAGTC CAATTATCTG TGGCCCAGAC AGGTGGCCCA 
CCAGAAGCAA ATGGCTTTCT CCAATGGAAA GCTGGCCTAG TTGCCAGTAA CCAAACCTGG 
AGTGTCATTG ACCGGGGCCT TCAGCTGGTG CCGGTTTGGG ACATCATCCT CTACAACCAC 
AGAAGTGATT TTAAGGATCC ATGTCAGGTA GCTAGCTTAC TGAAGGATAG CTACTCTGCT 
CTGACATGCA TCACTGCCCA GATCCAGGAT GGAGAAGAAT TACTGAGTGT TGGGAAGGAG 
GCTGGGCTTT CCCTAGAGGA TGTGAAATCC TGGAAGGTAT CTGATCCTGA AGAGCAGCTT 
AAAAAACTGA TAACTTTCAT GCAAATATTG AGTAAAAAAA CAAACAGTTA CAACGCTTGG 
GTTAACATAT GCCTCACAGA TTGGGGTCTG CAGAATTTTC TGGTGAACAC TGTTAACTTT 
TACAAAAATT CTTCCATCTA TGAAACTAAG TTTATTAAAT CTCAGTTGCG CAGCCTTTTG 
TATCCTCACA TCTACAGAGT GAATAACTTT CCTCAGGCTC ATTCCATCAT GCAGTGGGCC 
TTCCAGTCAG AGTCAGAAGA AGAGCACATC AACATCTCCC AATTTTCTGA ATTAATTAAA 
ATCTTAAAGA AAACCCACAA TGACCTCATG GAAGTGAAGA ATTTGCCTAA GTCTGCAGAA 
ACAGTAGAAG AAGCTCAAAG AAAGGCCACT TATGAGGTCG GTTTGTCTCT CGGCTGCTTC 
TTGAATTACC TCCAAGAAAC AGAGCAGGCA GACACACAGC TTTTGCTACT TTCCATTGCA 
GCTGGTATAG GATATGATGT GGTAAACAAA CAGTTTCAGT ATCTCCTTGG GTGTGAGGAG 
TTACACTTCC TAGTGCATGA AATGCAAACT GCCCAAGATA AATACCAGGA GCTCAAAAAC 
AATTGCACCT ACAGAGCCCA GGCATTCCTG GTGCTCACAG GTCTTACAGC TACCATTGGA 
GTCACAGCAC TTTCTCCAGA GGAGAAAACA CAACGCTTGG CATTAATAAG GCATCTTCTG 
GGCCAGTCTT TGTCAAAAGA AGTTGTCCAT GTCCTCTCCA AACCTGGAGC AGATCATGAT 
TGGGAAAACC TAGAGAAAGA CTTGAGATTG CTCATTGATG GTAATTATGA AGCCACCATC 
AATTCATTGC AAATGGATGA GATAAGTAAA AACTTGCAAA GTATTTTCCA TGAAAGGAAA 
GAACCTCATG AAACACATGA TAATGATAAT ATCAAAAGGG AAGTCATTAA AGATACAGCG 
TTCCTAGATT TACTCCAGCA TCTAGGCTTA GATCATTTCT ACCCAAAGAA GATGAGCAGA 
ACTAACTTCC ATGTGATCAA CAAGACTTCT GTGTACAACA GCCAGCCCAG ATCTGAAAGG 
GAGCTTCCCC TATATTTCCT TCAGAAACTA CAAGTTCTGG ATTATGGTCT GAGATACCTG 
GTCTTTAGAG ATGATGGAAA CACACAGAAT CAATTCTATC CAAGTGCCTC AAATCAGGAA 
AATGAGGCTT TTGACCCATA TGAAGACTTG TTTGAAGACA GGGATACTCC CATTAACCCT 
TCATCCTCTA ATCCTAGGCC CCATATTAAC CCTATGGATA TTCAGATGGC AATTCTTCAC 
TGTGCAGATG ATTTTGCCAG ACAGTATATT TTGTCCAAAC TTTCCATTTG CCAGTTTGCA 
CTCCCTCTTC TCATACCTAA TCCCTGCAGT TCTCAAATTG ATTTCTCTCT CTGGTCTCTC 
AGGCAAATTA GAAGGAGCTG GCAGGAAGCA AGGAAATCAC CAAGAGTGGA GAAGATCAAT 
TACAAGAATA AACTGATGTG TCATGTCTCT ACCCCCATTG TGTCCTTTAT ACGAGTTGGA 
AATGGCTTCT CTGCTTCCAA ATCTCAGATC ATGAACTGTC TTCTCAGTAA ACGTAAACAT 
GATGTCTTTT TCCACCGACA TTGCAGAGGG AGCACCAAAG ACTGTCTCTT GATGGGGGGA 
GTAGTGGAAA TCTGCTGGTT CTGTCCTGGA GGGGACGATG AGGACAGATT TGACAACTGT 
GTGACCTTCA CCAATCTCCA TGGAGATTCC ACTCTGCTGA ATGCACTTTT TGGGCTGCAG 
TTCACGGTCA GTGCTGGGAG GTGTACCCGG GGGGCCTACA TGCAGCTCCT GAAGGTCGAG 
GAGACTTTCA CAGATGAACT GGGCTTTGAC TTTGTGCTTG TTGTGGATAC AGAAGGCCTT 
CGGGCCCTAC AACTCAGCAA CAAATCTAAA AATCGTGACA ATGAGTTGGC AACCTTTGTC 
ATTGGACTTG GAAACTTGAC TCTAATCAAT ATTTTTGGGG AAAATCCATC AGAAATGCAA 
GATATTCTAC AAATAGTAGT TCAAGCATTT ATGAGGATGA AACAAGTAAA AATCTCCCCA 
AGTTGCCTTT TTGTCCATCA GAATGTGGGG GAAGTCACAG CTAAAGATCA AACTATGGAA 
GAAAGGAGGG CATTAGAGCA GAGACTAGAT GACATGGCAG CAATAGCAGC TGAGCAAGAA 
CAGTGCTCAG ATGTAACCCG CTTTGGTGAT ATCATTAAAT TTGATGTCAA TACTGATGTC 
TTCTACTTTG CTCACCTCTG GGATGGCAAT CCCCCAATGG CCCCTCCCAA TCCTTGCTAC 
AGCCACAATG TGCAGGACCT GAAAAGGAGA ATTCTTATGG TTGCCAAACA GGAGTCTAGG 
GGAAGCATCA TGAAGATCTC AGATGTGAAA TTGCGAGTTC AAGATTTGTG GAGAGCCCTA 
GTGAATGAGA ACTTTATTTT CAGTTTCAGG AACACCCGAG AAGTCATAGC CATGAGCAAA 
TTGGAAACTA TGTATAATTC CTGGACCTGG GAGCTGAGGA ATCACATGCT AGACTTGCAG 
TACCAGCTCA TCAACCAGAT TAAGAATGGG AAAATCCAGG AACTCACAGC AAACACTCTT 
CGGGCTCCAG TTACAGAAAA ATATAAAGCC ATCAAGCAGG AACTTGAAAA ATACTTTAAA 
GAAGATCCAG AGAGTGAGGT AATTATTCAG TGGAAAGCAA GTTTTGAAAT TGAACTAGAA 
AACCTTAAAG AGGCACTTAT TTTTGAGTGC AAAAATAAAG CTGAGGAACT CATCAGTTAT 
AAAAAGAATC AAGAAATACT GGATAACAAA AAGTCAAGTT ATGAAAAGAA ATTATTGGAA 
AAAAGCCTAG AATTGGCTTT AACTCTAAAA GAGAAAGAAT TGAGTGAGAA TGAGCTTCAT 
GGCAAATTCA ATGAACTTTG GGAAACATGG GTCTATGATG TGTCCTCAAA TATCTCTCCA 
GTCCTAGAGC CTAATATCGA TTTGGATTCT GAAAACATCC TTTTGAACTA TTTTAAAAAG 
GAGACAGACA TGGCGAATAT ACTGGAGAAA AAGTCTAGAA AAAAGTTTGA AATAAATTAT 
GAGAAACATG TCAAAATGAG CAAATATTTT AAGATAATAA CAAGGTACTT AGAAGTACAT 
GATAAAGAGT CCATAAAGAG GACTACTGAC CACATTTTTT CAAGATACAC TGAAACTATT 
AAAAACCTCC AGAAGCAACA ATGTGATTAC AATCCAAATT ATTTCCATGA AATCCTGAAC 
ATAATAGAAG AGGAGGTGAA ACCTGTATCC ACTGAAGACA GATACACATT TACAACTAAG 
TACAAAATTG ACTTATCTTT GTGTTTATTC CAAAGAGCAT CTGAGATTTT TAAGGAGATG 
CATAGGGCAT TCAAAAGAGC AAATGATCCT GTAAATTATT TGAAAAGCAA GAAAGATGAT 
TTCCTCATGA GTTTTAAGAT CTCTTGTCAA GGAGCAACCT CAATCAAAAC ATTTGTTGAA 
TTTCTGTTGG AAAAACTCAT TCCTGCTGTC TTCGACACGA TTCAGGGGAA AATGGCCCCT 
AAAATCGCTG GGGACATGCG AGCTACCTGC CCAGCATTCA GTGGAAACAG AGCTAACCTG 
GAGAAACACG TTCTTATCTC TCTGGCAGAA AAAGAAAATT TTGATGATTA CTGGGAGTAC 
ATTCATAATG CAAAATCATT TTTTAGGAAT TACATTCAAA ACCATATTAA AAGATATTGT 
TCAGAACAAA ATAACAAAAT AAAGACTTTT TTAGAAATAA GTATAGGTGA CATCAAGAAT 
GCCATCCTCT CAGCTATTCA TGAATCCACA GCAATAGCCA AAGATAAAAG CAGCACTGCG 
TCTGGGTGGT TGGATTTGTT CTGTGATCAC CTGGGGAGTA ACTTGAACTT CCCACGAAAA 
GACTTGGTAA GCATTGAGCA CCAGGAGATA AACAATATTG AGGTTCTCAA ACAAGTTATG 
AGTGAAGCTT TGGATGACTT AATGTTCAGA GCAGAAAAGA TATGTTTGAA TATGCCTGTA 
GAAGACATGG TTCCTGAAAT TGAGAAAATG CTCTCTGAAC ATCTCTGTGG CTGCTGGAAA 
CAGTGTCCCT TCTGTGAAGC AATTTGTACA AACACAATCC CTAACCATGA TGGAGACCAC 
AGTGTTCCTT TCCACCGTCC TAAAGCTGTC AATGGAGGCC AATGGGTTGA TACAGACCAC 
TTTAACATTG ACTTCTGTAC TAATTTGGTA TCAAGTAATT ATTCTTTTGT TTTAAATGGT 
CGTGAAATCC CATTTAAGAC CTATCGACAG GCAGGAGGGG AATATGCCAA ATGGAGCATC 
ACCCCTGACA CATCCACCCA GACATACTGG AAATGGTTTG TCTGTCACTT CAGATCAAAC 
CTAGAAGAAA AATATCAGAA AAAATTTTTA GGTAGAGGTG AAATCCCTCA GGCATGGACC 
AAGATCACAA AACAAAAAGT GCTTGATGAC TTGGCGTAG