LOC102567908 cDNA ORF clone, Alligator mississippiensis(American alligator)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC102567908
Entrez Gene ID	102567908
Full Name	unconventional myosin-X
Synonyms	PLEKHH3
Gene Type	protein-coding
Organism	Alligator mississippiensis(American alligator)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014607023.2	XP_014462509.1	unconventional myosin-X

Pathways from BioSystems
Gene Ontology

The following LOC102567908 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC102567908 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
OAl52234	XM_014607023.2 Latest version!	Alligator mississippiensis unconventional myosin-X (LOC102567908), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

LOC102567908 ( XM_014607023.2 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_014462509.1 Alligator mississippiensis unconventional myosin-X (LOC102567908), mRNA.

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CloneID	OAl52234
Clone ID Related Accession (Same CDS sequence)	XM_014607023.2
Accession Version	XM_014607023.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6336bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	unconventional myosin-X
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017708734.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 9, 2016 this sequence version replaced XM_014607023.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGCTACACT GCATGGCCAT TGATCCAGCC CAGCTTGGCA ATTCCCACGT GCAAACGTGT 
ACTTTGATTG GGGAACTGGA AATCGTGGGG AAGAGGTTCA TGGCAGAGAG CAGCCTGGAC 
ACCGACAGGA GTAGCTGGAA CCACGAGAAG CCAGCAAGGC TGTTGTCAAG TGTTTGCTTG 
CAGGGCACTC GGGTGTGGCT GCGGGAGCAG GACCAGCTGC AGCCGTGCAC CGTTGGCTCC 
TGTGCAGATG GGACTGTGCT CTTCACCTCC GAGTATGGGC CGGTGTTCTG CCATCCAAAG 
CCCTCCCTGT CCAGGGAGAA GGTCTTGCCG ATGCACCAGA CCAGCGTGGA GGGTGTGGAG 
GACATGTCGA CACTGGGAGA CCTGCATGAG GCTGCCATCC TGCTCAACCT GCATCAGCGA 
TACCAACAGG ACAGCATCTA TACGAACATT GGCTCCATCC TGGCATCTGT CAACCCCTAC 
AAGCCCATCC CTGGTCTGTA CAATGCAGCT GCCATAGACC TGTACAGGCA GCACTGCCTG 
GGAGAGCTGC CACCCCATAT CTTCGCCACG GCTAATGAGT GCTATTGCTG CTTGTGGAAG 
CGTCATGACA GCCAGTGTGT CCTGATAAGT GGAGAAAGTG GAGCTGGGAA GACGGAGAGC 
ACCAAACTGC TTCTTAAATT CCTGTCTGCC ATGAGCCAGT GCTCTCTAGG GGGACCGGCA 
TCCGAGAAGA GCACCCACGT GGAAGAGGCC ATCATGGAGA GCAGCCCAAT TCTGGAGGCC 
TTCGGCAATG CCAAGACAGT ATATAACAAC AACTCCAGCC GCTTCGGCAA GTTCATCCAG 
CTGCACTTCT CCCAGCATGG ACACATCCAG GGTGGGCGAG TCACTGACTA TTTGCTGGAG 
AAGAATCGGG TGGTGCACCA GAACCCAGGA GAGCGGAACT ACCACGTGTT CTACGCACTG 
CTAGCTGGTG TCGCCGGCGA GGAGAAAGAA GCCCTGTCCC TCTCGGAGCC AGAGAGCTAC 
CGCTACCTTA ACCAGTCTGG CTGTGTGAAC GACGAGAACC TGAATGATGC AGAGATGTTC 
AGTAAGGTCA TGACCGCAAT GAAGGTGATG GAGTTTAGCA CAGAGGAGGT CCGGGACATC 
TTCAAGCTCC TGTCTGGCAC GCTACAGCTG GGAAACATCG AATTCATGAC GGCTGGTGGA 
GCCCAGATCA CCACCAAAGC AGTACTGAAC ATTGCCAGTG ACCTCCTGGG CCTAGATGCC 
TTCCAGCTAT CTGAGGTGCT GACGCAGAGA TCCATGATTC TCCGAGGAGA AGAGATCAGC 
TCTCCACTCA CTGTGGAGCA GGCAGCTGAC TCCAGGGACT CTCTCTCTAT GGCACTGTAT 
TCCCAGTGCT TCTCATGGCT CATTGGCAAG ATTAATACAA AGATCAAAGG CAAGGAAAAC 
TTCAAGTCTG TGGGCATCCT GGACATCTTT GGCTTTGAGA ACTTCCAGGT GAATCGGTTT 
GAGCAGTTTA ACATTAACTA TGCAAATGAG AAGCTCCAGG AGTACTTCAA CAAGCACATC 
TTCTCCCTGG AGCAGCTGGA GTACAACAGG GAGGGGATTA GCTGGGAAGC CATTGACTGG 
ATGGATAATG CAGAGTGCTT GGATCTCATT GAGAAGAAAC TGGGACTGTT GGCTTTGGTG 
AATGAGGAGA GTCGATTCCC CAAGGGCACA GACAGCACCC TCCTGGAAAA ACTTCACAGC 
CAGCACACAA GTAACCATTA TTACATGAAG CCTCGGGTGA CGGATCACCA ATTTGGAATA 
AAACACTATG CTGGAGAGGT TTTGTATGAC GTGAGAGGGT TTCTGGAGAA GAATCGGGAC 
ACCTTCCGAG ACGACATTTT AAACATGCTG AAAGACAGTA GGCTGGACTT CATCTACGAT 
CTCTTTGAAA GAGTCTGCAG CCACAGCAGC GATGAAACAC TGAAGATGGG GACCCAGAGG 
CGCAGGCCAA CTGTCAGCTC CCAGTTCAGG GACTCTCTCC ACTCCCTGAT GGCTACGCTC 
AACACCTCCA ACCCCTTCTT CATTCGCTGC ATCAAACCCA ACATGGCAAA AGCACCAAAC 
CTCTTTGATC CGGACATGGT CCTGAACCAG CTCCGGTACT CGGGGATGCT GGAAACAGTG 
AAGATTCGAC GGGCAGGCTT CCCTGTGCGA CGGCCCTTCC AGGACTTCCT CGGCAGGTAC 
AAGATGCTCA TAAAGAATAT GTGCACCCTA AACCACAGCA AGGCCGTGTG TGCAGACTTC 
CTGCAGACCT ACGACAACAC CAGGAATGAG TGGCAGCTGG GCAAAACCAA GGTTTTCCTG 
AAGGAAGCTC TTGAACAGAA GCTGGAGAAG GACCGGGAAG AGGAGTTGAG GAAAGCGGCT 
GTTGTCATCC GAGCCCACAT CTTGGGCTAC ATGGCAAGGA AGAAGTATCG AAAGGTGCTA 
GCCAGTGTGG TGATCATCCA GAAGAACTAC CGTGCTCATT TCTGGAAGAA GGCTCTCCAG 
CGACTGAAGG CCTCTGCTAT TGTCCTGCAG AAGCACTGGC GTGGCCAACT GGCTCGCAGC 
CTCCATCGGC ACCTGCTGCA GCAGGAACAG AGACGAAAAC AGGAGGTGGA GGAGAGAAGA 
CGGCAAGAAG AGGAAGAACG GATCAGAAGG GAGGAAGAGG AAAGACAATG GCAAGAAGAG 
GAGGAGCTTA AAAGGAAACA GGAGGAGGAA GAGGAAAAAG AAAGAGAAAA GGAGCAACTG 
AATGCTGTCC TCCAGGTAGC TCAGGTGGAG GTAGAAAGGG CCCAGGAGGA GGAGACCCCA 
CTGGAGGAGG AGGAGAGACG TCAGATGGAG GAAATCCTGA GGCTGGAGAA GGAGATTGAG 
AAGCTGCAAC AGCAGCAGAA GGCAGATCAC ATGTCCATCA TCTGTGAAAA CACCAGGAAT 
GAGATCAGCC GGCAGCGAGA GGAGGAGATC CAGCGGCTGG AAAAGGAGGC ATCCAGGGTC 
GCTCAAGAAT TCTTGGAGCT GCTGGACTTT GGAAACCTGG ATGAAAGTGT GCAGGGCCTG 
GAGCGCACAC TCTCCAACGA AGGAACCCTC AGCATGGACT GCAGCCTTGT AGCGCCCCTG 
GCTGAGGAGG AGGTTGATGA AGGCTTTCAT GCTGATGACG AGGGACCACC TGTCCCTGGC 
CTGGTTGGAC AGGATGAGCA CAGCTCCAGA GCCAGCGAGA CATGTTCTGA GGAAGACAGA 
GGCATGAGTC GGACATTTCT GCTACAAAAG GAGGTGGAGA TGAGGAATGC TCTTGGTCTG 
CCTCTGGAGA GGTCAGGAAG CCCTGAGGAG CACAGTGCCC TATCAGACAC TGCCGAAAGT 
GTTTATAACA CCATCTCAGA AACACTGAGG AGCAACAGTG GGGAGGTGGG AGAGCCTGTC 
TACAGCTTAC CCCCAGATGT GGAGTCTGAC TATGACCACG AGGAGTTTGA TGGCTTTGGA 
GATGCAGGCA GCACTTCTGC TGAGCCCCTG AATGGTGAAG ATGTCTTTAG GGCTTCCCAT 
GGGACCAGCA TGGGCTCAAA CCGTGGCAGC CTGGACTCGT TTCTGGACAG TGAGGAGGAA 
GTGGATGTTT ACATAGACAC AGATGAAGAA TTTTGCAATG GCCGAATCAC CATCTTCAAT 
GGCTCAGGAC CACCCTACTT TCACAGCTAT CTCTACATGA AGGGAGGTCT GATGAATCCA 
TGGAGGCGAC GCTGGTGCGT TCTAAAGAAC GAGGCTTTCA TGTGGTTCCG AACCAAGCAA 
GAGGCCCTGA AGTCTGGCTG GCTCTATAAG AAAGGGGGAG GCATGTCAAC CCTGTCACGC 
CGTAACTGGA AACGCCGTTG GTTTGTGCTT CGAGAATCCA AGCTGATGTA CTTTGAAAAC 
GACAGTGAGG AGAAGCTGAA GGGGACAATC GACATCAGAA GGGCAAAGGA GATTGTGGAT 
ATTCATGAGA AGGAAAATGC CTTGGACATT GTGACAGAGG ACAGAATTTA CCACGTTGTG 
GCAGAGTCAC CGGAAGATGC CAGTGGCTGG TTTAACGTCC TGAGCCGCGT GCACAGCGCT 
ACAGTGCAGC AGCTGAGGGA GATGCAAGAC GAACAGGCCA ACCCTAAGAA TGCTGTGGGA 
ACCCTGGATG TTGGGCTTAT CGACTCTGTC TGTGCCTCAG ACAATCCTGA CAGACCAAAT 
TCCTTCGTGA TCATCACTGC GAATCGAGTA ATTCACTGCA ACAGTGACAC CCCGGAGGAG 
ATGCACCACT GGATCTCACT GCTGCAGAAA CCCAAAGGCG AATCCAAGGT GGATGGTCAG 
GAGTTCCTTG TGAGAGGCTG GCTGCATAAG GAAGTCCAGA GCAGCAACAA GACGTCCTCC 
CTGAAGATGA AGAAGCGCTG GTTTGTGCTG ACAAACACTG CCCTAGATTA CTACAAATCC 
TCAGAGCGCA CAGCCACCAA GCTGGGTACC CTTGTACTCA ATAGCCTCTG CTCAGTGGTC 
CAGCCCGATG AGAGGGTCTT CAAAGAAACT GGCTTTTGGA ACATCATTGT CCATGGCAGG 
AAGCACTCAT ACAGGCTATA CACCAAGCTG CTGAATGAAG CCATGCGCTG GGCCTCTGCC 
ATCCAAGGTG TCATTGACAG CAAGGTTCCC ATAGAAACAC CCACACAGCA ACTGATTCGT 
GACATCAGGG AAAACAGCAT GAACTTTGAA GTGGTGGAGC AGACATACCG GCGGAACCCT 
ATCCTGCGGT ACACCCAGCA CCCATTGCAT TCCCCACTGC TGCCGTTGCC TTATGGAGAC 
ATCAGCATTA ACTTGCAGCA GGAGAAAGGG TACAGCAGCC TGCAGGATGA AGCTGTGAAG 
ATCTTTAACT CCCTGCAGGA GATTGAGACG GTGTCTGATC CCATACCCAT CATCCAGGGC 
ATTCTGCAAA CCTGCCATGA TCTGAAGCCA CTCCGTGATG AAGTGTATTG CCAGCTGATC 
AAACAAACGA ACCATATGCC CCATCCCAAC AGCACTGGAA ACCTTCACCA CTGGCAGCTG 
ATGTGCTGCA TGAGCTGCAC TTTCTTGCCC AGTAGAGGGA TTCTCCGCTA TCTCAAGTTC 
CACCTGAGAA GAGTAAGAGA CCTCTTCCCA GGCACAGAGA TTGACAGGTA TGCCCAGTTC 
GTCAGTGACT CTCTGAAGAG AACCAAGACC AGAGAGTTTG TGCCTTCCCA GGAGGAAATA 
CAGGCGCTCA TCACTCGTGA GGAAATGACA ACAACAGTGT ACTGCCACGG TGGCGGCTCC 
TGTAAAATCA CCATCAACTC CCACACCAGT GCTGGAGAGG TGGTTGAAAA GCTGATCCGA 
GGGCTAGCCA TGGAGGACAG CCGCAACATG TTTGCCCTCT TTGAACACAA CCAGCGTGTG 
GCCAGGGCCA TCGAGAGCCG GGTCATTGTG GCCGATGTCC TGGCCAAGTT TGAACGACTT 
GCTGGCTCTG AGGAAGAGGA GGAAGAAGGA CACTGGCAGC TGTATTTTAA ACTCTATTGC 
TTCCTGGATA TTGAAAAGGT CCCCAAGGAT GGAGTGGAAT TTGCTTTCAT GTTTGAGCAG 
GCTCACGAAA GTCTTATTGA TGGCCATTTC CCTGCACCAG AGGAGACGCT GCAGCACCTG 
GCAGCCCTGC GGCTGCAGTA CCTTCATGGA GACTATTCCA AAATGACCTG GATCCTGGAT 
GGTATCTACC CAGTGAACCG GCTAAAATCC AAAATCCTGC ATTCAACTAA GAGCAGCGGC 
ACTACCAGTC ACACACTGGA GAGGAGACGG ACCAGCTTTC TGGAAGGGAC GCTGAAACGG 
GGTTTCAAGA CGGGCTCAGT CAAGAAGCAG AAGGTGGAAG AAGAGCAGAT GATGGAGATG 
TGGGTGAAGG AGGAGCTCTC AGCCGCTCGG ACAAGCATAG CACAGAAATG GAGCAAGCTT 
CAGGGACTGT CTCAACACCA GGCCATGGTG AAATACATGT CCATTGTAAA GGAATGGCCC 
GGCTATGGGT CAACCCTCTT TGATGTGGAG TGTAAGGAGG GTGGATTTCC AAACGATCTC 
TGGCTTGGAG TCAGCACAGA GAATGTGTCC GTGTACAAAC GAGGGGACCC TAAACCACTG 
GAAACTTTTC AGTATGAGCA CATTGTTTTC TTTGGTGCTC CACTGCCCAA CACCTTCAAG 
ATCATGGTGG ATGAGAGAGA GATGTTCTTT GAGACCTCCC AGGTGGGAGA AATCATAAAG 
ATCATGAAAG CCTACATCAA CATGATTGTG AAGAAGCGCT GCAGCGTCAA ATCAGCTGCC 
AGTCTGGACA GTCATGCTAG TATCTGGACT AGGTGA

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

RefSeq	XP_014462509.1
CDS	1..6336
Translation	MLHCMAIDPAQLGNSHVQTCTLIGELEIVGKRFMAESSLDTDRSSWNHEKPARLLSSVCLQGTRVWLREQDQLQPCTVGSCADGTVLFTSEYGPVFCHPKPSLSREKVLPMHQTSVEGVEDMSTLGDLHEAAILLNLHQRYQQDSIYTNIGSILASVNPYKPIPGLYNAAAIDLYRQHCLGELPPHIFATANECYCCLWKRHDSQCVLISGESGAGKTESTKLLLKFLSAMSQCSLGGPASEKSTHVEEAIMESSPILEAFGNAKTVYNNNSSRFGKFIQLHFSQHGHIQGGRVTDYLLEKNRVVHQNPGERNYHVFYALLAGVAGEEKEALSLSEPESYRYLNQSGCVNDENLNDAEMFSKVMTAMKVMEFSTEEVRDIFKLLSGTLQLGNIEFMTAGGAQITTKAVLNIASDLLGLDAFQLSEVLTQRSMILRGEEISSPLTVEQAADSRDSLSMALYSQCFSWLIGKINTKIKGKENFKSVGILDIFGFENFQVNRFEQFNINYANEKLQEYFNKHIFSLEQLEYNREGISWEAIDWMDNAECLDLIEKKLGLLALVNEESRFPKGTDSTLLEKLHSQHTSNHYYMKPRVTDHQFGIKHYAGEVLYDVRGFLEKNRDTFRDDILNMLKDSRLDFIYDLFERVCSHSSDETLKMGTQRRRPTVSSQFRDSLHSLMATLNTSNPFFIRCIKPNMAKAPNLFDPDMVLNQLRYSGMLETVKIRRAGFPVRRPFQDFLGRYKMLIKNMCTLNHSKAVCADFLQTYDNTRNEWQLGKTKVFLKEALEQKLEKDREEELRKAAVVIRAHILGYMARKKYRKVLASVVIIQKNYRAHFWKKALQRLKASAIVLQKHWRGQLARSLHRHLLQQEQRRKQEVEERRRQEEEERIRREEEERQWQEEEELKRKQEEEEEKEREKEQLNAVLQVAQVEVERAQEEETPLEEEERRQMEEILRLEKEIEKLQQQQKADHMSIICENTRNEISRQREEEIQRLEKEASRVAQEFLELLDFGNLDESVQGLERTLSNEGTLSMDCSLVAPLAEEEVDEGFHADDEGPPVPGLVGQDEHSSRASETCSEEDRGMSRTFLLQKEVEMRNALGLPLERSGSPEEHSALSDTAESVYNTISETLRSNSGEVGEPVYSLPPDVESDYDHEEFDGFGDAGSTSAEPLNGEDVFRASHGTSMGSNRGSLDSFLDSEEEVDVYIDTDEEFCNGRITIFNGSGPPYFHSYLYMKGGLMNPWRRRWCVLKNEAFMWFRTKQEALKSGWLYKKGGGMSTLSRRNWKRRWFVLRESKLMYFENDSEEKLKGTIDIRRAKEIVDIHEKENALDIVTEDRIYHVVAESPEDASGWFNVLSRVHSATVQQLREMQDEQANPKNAVGTLDVGLIDSVCASDNPDRPNSFVIITANRVIHCNSDTPEEMHHWISLLQKPKGESKVDGQEFLVRGWLHKEVQSSNKTSSLKMKKRWFVLTNTALDYYKSSERTATKLGTLVLNSLCSVVQPDERVFKETGFWNIIVHGRKHSYRLYTKLLNEAMRWASAIQGVIDSKVPIETPTQQLIRDIRENSMNFEVVEQTYRRNPILRYTQHPLHSPLLPLPYGDISINLQQEKGYSSLQDEAVKIFNSLQEIETVSDPIPIIQGILQTCHDLKPLRDEVYCQLIKQTNHMPHPNSTGNLHHWQLMCCMSCTFLPSRGILRYLKFHLRRVRDLFPGTEIDRYAQFVSDSLKRTKTREFVPSQEEIQALITREEMTTTVYCHGGGSCKITINSHTSAGEVVEKLIRGLAMEDSRNMFALFEHNQRVARAIESRVIVADVLAKFERLAGSEEEEEEGHWQLYFKLYCFLDIEKVPKDGVEFAFMFEQAHESLIDGHFPAPEETLQHLAALRLQYLHGDYSKMTWILDGIYPVNRLKSKILHSTKSSGTTSHTLERRRTSFLEGTLKRGFKTGSVKKQKVEEEQMMEMWVKEELSAARTSIAQKWSKLQGLSQHQAMVKYMSIVKEWPGYGSTLFDVECKEGGFPNDLWLGVSTENVSVYKRGDPKPLETFQYEHIVFFGAPLPNTFKIMVDEREMFFETSQVGEIIKIMKAYINMIVKKRCSVKSAASLDSHASIWTR

Target ORF information:

RefSeq Version	XM_014607023.2
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis unconventional myosin-X (LOC102567908), mRNA.

Target ORF information:

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

XM_014607023.2

ORF Insert Sequence:

ATGCTACACT GCATGGCCAT TGATCCAGCC CAGCTTGGCA ATTCCCACGT GCAAACGTGT 
ACTTTGATTG GGGAACTGGA AATCGTGGGG AAGAGGTTCA TGGCAGAGAG CAGCCTGGAC 
ACCGACAGGA GTAGCTGGAA CCACGAGAAG CCAGCAAGGC TGTTGTCAAG TGTTTGCTTG 
CAGGGCACTC GGGTGTGGCT GCGGGAGCAG GACCAGCTGC AGCCGTGCAC CGTTGGCTCC 
TGTGCAGATG GGACTGTGCT CTTCACCTCC GAGTATGGGC CGGTGTTCTG CCATCCAAAG 
CCCTCCCTGT CCAGGGAGAA GGTCTTGCCG ATGCACCAGA CCAGCGTGGA GGGTGTGGAG 
GACATGTCGA CACTGGGAGA CCTGCATGAG GCTGCCATCC TGCTCAACCT GCATCAGCGA 
TACCAACAGG ACAGCATCTA TACGAACATT GGCTCCATCC TGGCATCTGT CAACCCCTAC 
AAGCCCATCC CTGGTCTGTA CAATGCAGCT GCCATAGACC TGTACAGGCA GCACTGCCTG 
GGAGAGCTGC CACCCCATAT CTTCGCCACG GCTAATGAGT GCTATTGCTG CTTGTGGAAG 
CGTCATGACA GCCAGTGTGT CCTGATAAGT GGAGAAAGTG GAGCTGGGAA GACGGAGAGC 
ACCAAACTGC TTCTTAAATT CCTGTCTGCC ATGAGCCAGT GCTCTCTAGG GGGACCGGCA 
TCCGAGAAGA GCACCCACGT GGAAGAGGCC ATCATGGAGA GCAGCCCAAT TCTGGAGGCC 
TTCGGCAATG CCAAGACAGT ATATAACAAC AACTCCAGCC GCTTCGGCAA GTTCATCCAG 
CTGCACTTCT CCCAGCATGG ACACATCCAG GGTGGGCGAG TCACTGACTA TTTGCTGGAG 
AAGAATCGGG TGGTGCACCA GAACCCAGGA GAGCGGAACT ACCACGTGTT CTACGCACTG 
CTAGCTGGTG TCGCCGGCGA GGAGAAAGAA GCCCTGTCCC TCTCGGAGCC AGAGAGCTAC 
CGCTACCTTA ACCAGTCTGG CTGTGTGAAC GACGAGAACC TGAATGATGC AGAGATGTTC 
AGTAAGGTCA TGACCGCAAT GAAGGTGATG GAGTTTAGCA CAGAGGAGGT CCGGGACATC 
TTCAAGCTCC TGTCTGGCAC GCTACAGCTG GGAAACATCG AATTCATGAC GGCTGGTGGA 
GCCCAGATCA CCACCAAAGC AGTACTGAAC ATTGCCAGTG ACCTCCTGGG CCTAGATGCC 
TTCCAGCTAT CTGAGGTGCT GACGCAGAGA TCCATGATTC TCCGAGGAGA AGAGATCAGC 
TCTCCACTCA CTGTGGAGCA GGCAGCTGAC TCCAGGGACT CTCTCTCTAT GGCACTGTAT 
TCCCAGTGCT TCTCATGGCT CATTGGCAAG ATTAATACAA AGATCAAAGG CAAGGAAAAC 
TTCAAGTCTG TGGGCATCCT GGACATCTTT GGCTTTGAGA ACTTCCAGGT GAATCGGTTT 
GAGCAGTTTA ACATTAACTA TGCAAATGAG AAGCTCCAGG AGTACTTCAA CAAGCACATC 
TTCTCCCTGG AGCAGCTGGA GTACAACAGG GAGGGGATTA GCTGGGAAGC CATTGACTGG 
ATGGATAATG CAGAGTGCTT GGATCTCATT GAGAAGAAAC TGGGACTGTT GGCTTTGGTG 
AATGAGGAGA GTCGATTCCC CAAGGGCACA GACAGCACCC TCCTGGAAAA ACTTCACAGC 
CAGCACACAA GTAACCATTA TTACATGAAG CCTCGGGTGA CGGATCACCA ATTTGGAATA 
AAACACTATG CTGGAGAGGT TTTGTATGAC GTGAGAGGGT TTCTGGAGAA GAATCGGGAC 
ACCTTCCGAG ACGACATTTT AAACATGCTG AAAGACAGTA GGCTGGACTT CATCTACGAT 
CTCTTTGAAA GAGTCTGCAG CCACAGCAGC GATGAAACAC TGAAGATGGG GACCCAGAGG 
CGCAGGCCAA CTGTCAGCTC CCAGTTCAGG GACTCTCTCC ACTCCCTGAT GGCTACGCTC 
AACACCTCCA ACCCCTTCTT CATTCGCTGC ATCAAACCCA ACATGGCAAA AGCACCAAAC 
CTCTTTGATC CGGACATGGT CCTGAACCAG CTCCGGTACT CGGGGATGCT GGAAACAGTG 
AAGATTCGAC GGGCAGGCTT CCCTGTGCGA CGGCCCTTCC AGGACTTCCT CGGCAGGTAC 
AAGATGCTCA TAAAGAATAT GTGCACCCTA AACCACAGCA AGGCCGTGTG TGCAGACTTC 
CTGCAGACCT ACGACAACAC CAGGAATGAG TGGCAGCTGG GCAAAACCAA GGTTTTCCTG 
AAGGAAGCTC TTGAACAGAA GCTGGAGAAG GACCGGGAAG AGGAGTTGAG GAAAGCGGCT 
GTTGTCATCC GAGCCCACAT CTTGGGCTAC ATGGCAAGGA AGAAGTATCG AAAGGTGCTA 
GCCAGTGTGG TGATCATCCA GAAGAACTAC CGTGCTCATT TCTGGAAGAA GGCTCTCCAG 
CGACTGAAGG CCTCTGCTAT TGTCCTGCAG AAGCACTGGC GTGGCCAACT GGCTCGCAGC 
CTCCATCGGC ACCTGCTGCA GCAGGAACAG AGACGAAAAC AGGAGGTGGA GGAGAGAAGA 
CGGCAAGAAG AGGAAGAACG GATCAGAAGG GAGGAAGAGG AAAGACAATG GCAAGAAGAG 
GAGGAGCTTA AAAGGAAACA GGAGGAGGAA GAGGAAAAAG AAAGAGAAAA GGAGCAACTG 
AATGCTGTCC TCCAGGTAGC TCAGGTGGAG GTAGAAAGGG CCCAGGAGGA GGAGACCCCA 
CTGGAGGAGG AGGAGAGACG TCAGATGGAG GAAATCCTGA GGCTGGAGAA GGAGATTGAG 
AAGCTGCAAC AGCAGCAGAA GGCAGATCAC ATGTCCATCA TCTGTGAAAA CACCAGGAAT 
GAGATCAGCC GGCAGCGAGA GGAGGAGATC CAGCGGCTGG AAAAGGAGGC ATCCAGGGTC 
GCTCAAGAAT TCTTGGAGCT GCTGGACTTT GGAAACCTGG ATGAAAGTGT GCAGGGCCTG 
GAGCGCACAC TCTCCAACGA AGGAACCCTC AGCATGGACT GCAGCCTTGT AGCGCCCCTG 
GCTGAGGAGG AGGTTGATGA AGGCTTTCAT GCTGATGACG AGGGACCACC TGTCCCTGGC 
CTGGTTGGAC AGGATGAGCA CAGCTCCAGA GCCAGCGAGA CATGTTCTGA GGAAGACAGA 
GGCATGAGTC GGACATTTCT GCTACAAAAG GAGGTGGAGA TGAGGAATGC TCTTGGTCTG 
CCTCTGGAGA GGTCAGGAAG CCCTGAGGAG CACAGTGCCC TATCAGACAC TGCCGAAAGT 
GTTTATAACA CCATCTCAGA AACACTGAGG AGCAACAGTG GGGAGGTGGG AGAGCCTGTC 
TACAGCTTAC CCCCAGATGT GGAGTCTGAC TATGACCACG AGGAGTTTGA TGGCTTTGGA 
GATGCAGGCA GCACTTCTGC TGAGCCCCTG AATGGTGAAG ATGTCTTTAG GGCTTCCCAT 
GGGACCAGCA TGGGCTCAAA CCGTGGCAGC CTGGACTCGT TTCTGGACAG TGAGGAGGAA 
GTGGATGTTT ACATAGACAC AGATGAAGAA TTTTGCAATG GCCGAATCAC CATCTTCAAT 
GGCTCAGGAC CACCCTACTT TCACAGCTAT CTCTACATGA AGGGAGGTCT GATGAATCCA 
TGGAGGCGAC GCTGGTGCGT TCTAAAGAAC GAGGCTTTCA TGTGGTTCCG AACCAAGCAA 
GAGGCCCTGA AGTCTGGCTG GCTCTATAAG AAAGGGGGAG GCATGTCAAC CCTGTCACGC 
CGTAACTGGA AACGCCGTTG GTTTGTGCTT CGAGAATCCA AGCTGATGTA CTTTGAAAAC 
GACAGTGAGG AGAAGCTGAA GGGGACAATC GACATCAGAA GGGCAAAGGA GATTGTGGAT 
ATTCATGAGA AGGAAAATGC CTTGGACATT GTGACAGAGG ACAGAATTTA CCACGTTGTG 
GCAGAGTCAC CGGAAGATGC CAGTGGCTGG TTTAACGTCC TGAGCCGCGT GCACAGCGCT 
ACAGTGCAGC AGCTGAGGGA GATGCAAGAC GAACAGGCCA ACCCTAAGAA TGCTGTGGGA 
ACCCTGGATG TTGGGCTTAT CGACTCTGTC TGTGCCTCAG ACAATCCTGA CAGACCAAAT 
TCCTTCGTGA TCATCACTGC GAATCGAGTA ATTCACTGCA ACAGTGACAC CCCGGAGGAG 
ATGCACCACT GGATCTCACT GCTGCAGAAA CCCAAAGGCG AATCCAAGGT GGATGGTCAG 
GAGTTCCTTG TGAGAGGCTG GCTGCATAAG GAAGTCCAGA GCAGCAACAA GACGTCCTCC 
CTGAAGATGA AGAAGCGCTG GTTTGTGCTG ACAAACACTG CCCTAGATTA CTACAAATCC 
TCAGAGCGCA CAGCCACCAA GCTGGGTACC CTTGTACTCA ATAGCCTCTG CTCAGTGGTC 
CAGCCCGATG AGAGGGTCTT CAAAGAAACT GGCTTTTGGA ACATCATTGT CCATGGCAGG 
AAGCACTCAT ACAGGCTATA CACCAAGCTG CTGAATGAAG CCATGCGCTG GGCCTCTGCC 
ATCCAAGGTG TCATTGACAG CAAGGTTCCC ATAGAAACAC CCACACAGCA ACTGATTCGT 
GACATCAGGG AAAACAGCAT GAACTTTGAA GTGGTGGAGC AGACATACCG GCGGAACCCT 
ATCCTGCGGT ACACCCAGCA CCCATTGCAT TCCCCACTGC TGCCGTTGCC TTATGGAGAC 
ATCAGCATTA ACTTGCAGCA GGAGAAAGGG TACAGCAGCC TGCAGGATGA AGCTGTGAAG 
ATCTTTAACT CCCTGCAGGA GATTGAGACG GTGTCTGATC CCATACCCAT CATCCAGGGC 
ATTCTGCAAA CCTGCCATGA TCTGAAGCCA CTCCGTGATG AAGTGTATTG CCAGCTGATC 
AAACAAACGA ACCATATGCC CCATCCCAAC AGCACTGGAA ACCTTCACCA CTGGCAGCTG 
ATGTGCTGCA TGAGCTGCAC TTTCTTGCCC AGTAGAGGGA TTCTCCGCTA TCTCAAGTTC 
CACCTGAGAA GAGTAAGAGA CCTCTTCCCA GGCACAGAGA TTGACAGGTA TGCCCAGTTC 
GTCAGTGACT CTCTGAAGAG AACCAAGACC AGAGAGTTTG TGCCTTCCCA GGAGGAAATA 
CAGGCGCTCA TCACTCGTGA GGAAATGACA ACAACAGTGT ACTGCCACGG TGGCGGCTCC 
TGTAAAATCA CCATCAACTC CCACACCAGT GCTGGAGAGG TGGTTGAAAA GCTGATCCGA 
GGGCTAGCCA TGGAGGACAG CCGCAACATG TTTGCCCTCT TTGAACACAA CCAGCGTGTG 
GCCAGGGCCA TCGAGAGCCG GGTCATTGTG GCCGATGTCC TGGCCAAGTT TGAACGACTT 
GCTGGCTCTG AGGAAGAGGA GGAAGAAGGA CACTGGCAGC TGTATTTTAA ACTCTATTGC 
TTCCTGGATA TTGAAAAGGT CCCCAAGGAT GGAGTGGAAT TTGCTTTCAT GTTTGAGCAG 
GCTCACGAAA GTCTTATTGA TGGCCATTTC CCTGCACCAG AGGAGACGCT GCAGCACCTG 
GCAGCCCTGC GGCTGCAGTA CCTTCATGGA GACTATTCCA AAATGACCTG GATCCTGGAT 
GGTATCTACC CAGTGAACCG GCTAAAATCC AAAATCCTGC ATTCAACTAA GAGCAGCGGC 
ACTACCAGTC ACACACTGGA GAGGAGACGG ACCAGCTTTC TGGAAGGGAC GCTGAAACGG 
GGTTTCAAGA CGGGCTCAGT CAAGAAGCAG AAGGTGGAAG AAGAGCAGAT GATGGAGATG 
TGGGTGAAGG AGGAGCTCTC AGCCGCTCGG ACAAGCATAG CACAGAAATG GAGCAAGCTT 
CAGGGACTGT CTCAACACCA GGCCATGGTG AAATACATGT CCATTGTAAA GGAATGGCCC 
GGCTATGGGT CAACCCTCTT TGATGTGGAG TGTAAGGAGG GTGGATTTCC AAACGATCTC 
TGGCTTGGAG TCAGCACAGA GAATGTGTCC GTGTACAAAC GAGGGGACCC TAAACCACTG 
GAAACTTTTC AGTATGAGCA CATTGTTTTC TTTGGTGCTC CACTGCCCAA CACCTTCAAG 
ATCATGGTGG ATGAGAGAGA GATGTTCTTT GAGACCTCCC AGGTGGGAGA AATCATAAAG 
ATCATGAAAG CCTACATCAA CATGATTGTG AAGAAGCGCT GCAGCGTCAA ATCAGCTGCC 
AGTCTGGACA GTCATGCTAG TATCTGGACT AGGTGA