Phum_PHUM233470 cDNA ORF clone, Pediculus humanus corporis(human body louse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Phum_PHUM233470
Entrez Gene ID	8230085
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Pediculus humanus corporis(human body louse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002425988.1	XP_002426033.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following Phum_PHUM233470 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Phum_PHUM233470 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
OPh00633	XM_002425988.1 Latest version!	Pediculus humanus corporis hypothetical protein, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

Phum_PHUM233470 ( XM_002425988.1 ) cDNA ORF clone, Pediculus humanus corporis(human body louse) -> XP_002426033.1 Pediculus humanus corporis hypothetical protein, mRNA.

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CloneID	OPh00633
Clone ID Related Accession (Same CDS sequence)	XM_002425988.1
Accession Version	XM_002425988.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5853bp) 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	2009-08-02
Organism	Pediculus humanus corporis(human body louse)
Product	hypothetical protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_002987211). COMPLETENESS: incomplete on both ends.

ATGGAAGTGG TACCGATGAG ATTACCGAGG AGTAATAGCC CCGGCGGCAA CGCTGTCGGA 
TTACCTTACA ATAGGAAAAA CATTGAAGAA TGGTCTCGGA TTGATAGACG TACTGGAGTG 
AGAGAAAAAG CTAAAATCGA AACGGATCAT TGGACAGCCA GAAGTAATAA CGCCGCTCAT 
AATTATGGAA AGGTGATTGA TTCGAGAGAA AGAAACAATC CCGATGGTAG TTTTCAAGAA 
AGGCAAAGAA AACAAATGGA AGTGTTTCAA ACAAAAGTAC CAGGAGGTTC GATGCAAGTC 
ATAAGAACTC AAACGGTAAC GACAAGCTCC AAAAAATGGA CTTCGACCAA TGACAAAGGT 
TTTGGAGATT TAGAGTTACC TGTTAATTCT TTAGATTTGA GTTCTCAAAA GACCAAAGGG 
AGTGTGGGAC GTAGTGGGTC GATCGGAGGT CGCCGGCCCC CAACGCGTCC TCGAAGTTTG 
ATCAGTCAGT CTTCTAATGC CGATACCAAC GCATACCGAG ATGATTCTTC TTCTTCTTCT 
GCATTTAGAT TATGCCAACG TCTTCATCAA CAAGCCAGAG ATGAAATGTT TAGAGAATTT 
AACGATTTTA AAAATCGAAG TCAATCATTT AATTTACTCA ATAATAATAA TAATAATAAT 
AATAATAATA ATAATAATAA TAATAAAGAC TCCGATACAG AAAGTGAACG TTCCGGTGTG 
GTTATAACCG ACGTTACAAA TCCTACATCA TCAACATCAT CATCAACAAA CGATTATGGT 
TGTTCCGTTA AGAATAATTT AAACCGGCAA AAGAGTTGTA GTAATGAAAA TATAATTATT 
GAATCGGACA ATGAAAGTTT ATTAAGACGT TCTTCGAAAG TGAGAAGGAG TTTACAATGT 
CATAAACAAA ATCAATTAGA CTGCTGCGAC ACCGCCGCCG ATGATTACGA CGACGGAAGT 
CCGACAAAAT CGTTAAAAGA AAGAGCCGCA GAAATCGAAA GGTTGCTAAG ACACGGAAGT 
TCCACTTACA CGTCTTCAAG CCCCGACAGG CTAAATGAGT CTTATGGGAA ATCGAAATTT 
CTCAAAACCA AAGACTGTTT TATATCACCG GAAACGTTAA AACAAGTACG AGATAGATTG 
AAAAAATCTA ATTTTAGCGA CAACGAAGGT AAAGATGATG GTATAGCGAC TGAAAAAGAA 
GAATCCACAT CATCGTCTAG AATAAATAGT TTCGACTACG GTTTAGATTC GGTTAATGAC 
ACTAACAAAA AACCTAACAT TAACGGTACG GGAAGCTTAG AATCTAGATC CTCGAATAAA 
AATTCGAATA ACGCAACGAG AACATCCGAA TGGTACAGGA GAAGAAAATC GTACGGTTTC 
GAACAAGTTG ACGAATACAA TAAATTTGAT AAATTTAATA ATAATAAAAA GAATCACATG 
GACTCATCAA CCGACAGCGG GATATGTCAG TCAACGGAAA CCATGGGTGT ACCCAATTGG 
TCGAAAAATA CGGATTCGTT TTGGAACAAA ACAAAACCAG AATCACCGTT GAGCTCTAAG 
AGTGAAAGAC CCACGTCTAC TGTCGTTACA GTCAGAGTTA AAAAAGATCC GACAGATAAT 
TGTTTTAATA ATGATCAGAA ACTTTCTCCA GACAGAGGAA TCAATTCCGT TTATTTAGAC 
GGTTATTCGA ATGACTATTT TAACTATTCT GGAAATTCTA AAAGATCAGA TTTTAAAAAT 
AAATCCCACG GTTACGTTGA AGATGATCCC ACTACGTGCG GTGAATCCGT TTGGAACAGG 
AAATCACCCA TTCCATCATA TTCCGTAAAA ACTTCGGAAA ATTTAAAATC TTCTTTTCGT 
TCGACCGGAA ATCCCTGGAT ATCTCAATTG AGAGGTACCA AACTCATGGA TAGAAATTGG 
GATTTCGAAC AAAAAAATGA AACGGATGAG AAAAAATTAC AACCGGAAAC TTATCCGAAA 
CCCGTATTGT CGTCCTCGTC GTCGTCTCAA ACCAAAGATG ATAATAATAA ACCGGAAACC 
AACGAAACGG GTAACCAGAA AAAGAGTAAA AAAGTTGAAT TTTGTAAAAC GGAAGTTCAC 
TTTGCTGCCG AATCAGGTAA ATTTAACATC GTCGAAACGG ATGGTAAACC TCCGCCGAAT 
GATATGTTTC GAAGACGAAG ACGTAGTACG GGATCCATTA TTTCTAAAAA CGTTAATCAA 
AATTTACCGG AAATAAAATT TGGGGATTCT CAATTTGAAA AAACAATGCT GTTGACGTCG 
AATAATAATT CCGAATCAAT AAATGATAAA ATCGAAGCGG AATTACAAGA ACTTTCTAGA 
ATCGTCATGG AAACATTACC GAAATCGAAA GAACGAAAAG AAACGGATGA TTACGAACGT 
AAAAATTCTT GGTTGTACGA CGTCGCCGAA GAACCTTTCG AAAACAACAA TGATAATAAT 
AATTTAACAG ATTCTAACAA ACCCAAAAGC ATATTGAAAA ATTACAGGAA TTCATTTTTG 
TTAGGAGAAA ACGGGGATTA CGATGATAAT AAAAACGTAA AAATGCCTGA CGTGAGGAGT 
CCGACGAGGG GGGATTCCTC CGCGGCACCC GTTTGGAAAT CTACGGTCAC GTTAAAAAAC 
AAAAGATTCG ACGAAATATA TAATAAAAAA CCGGAAGAAG ATAAAAAATT ATGTTCTAGC 
GACGGTGAAA CGGAACTTCA AATCCGTTTG AAAAATTTAA GAAAAACCGA AGAAGGGGAT 
CATAAAAAAT TTTGGGAAAA TACGAAATCC CGAAAAGACA TCGAACAACA TTCGGTGGAT 
TACAAGAGAC GAAGTTTACC ACACGACATA ACATTTAAAA ACGTTTCACT TAATTTTCCC 
GATGAATCCA ATAATAATAA TAATAATAAT AAAATGTCAA TATCGAACGA GGAAATGCCA 
AAACTTTCTG TCGCCGAAAG GATAAAACAA GTCGAACAAA TGAAATCAAA TAATAATAAT 
AATAATTATT CGACAAAAAT TAATTTTCGA TCTGGAGAAA TGACCGTCGT TCAAAATGGC 
GCGACGAATC CTTCTAATAA AATTCACGAC GAAACGAAAA AATCAACTGC AACTCCTACT 
CCTACTGCCG CCGCCCCCGC AACTCTCAAT TATTGGCAAA ACTCTGGAAA AAATTTTGAT 
GACGTCATAA AAAAAGAAAC AAAATATTCG ACGAGAGAGG AACGAACCGT ACTTTCATGT 
GATGAATTAA CAACAAGTAA TCAACCGGTA ATGAGATTTC CAACAACAAC ACCCGGTGAT 
GAAAAAATGA CGGATGATAA TCGAAATTAT CAAACAACAA GAATATTAAT CAATTTGAAA 
ACTATTGATA AGGATGATAA CAACAAACAT GGAGGAGATA TATTTTCAAC GGATAATAAG 
AATAATAATA AAATGATAAA TGGTGGTGGA AAAACGTCAT CATCCGGAAA ATCCTTGTTA 
AATCCATACG GAAGTTGGTC GTCTGGTACT AAAAAAGATT TCGATAAATA CGTTAACGAT 
TTGAAATCGA CGTCATTGGT TAAAAAAACA ACACGTGATT CTTCTTTTCA AGATTTAAAT 
AATCATCAAA TCGAAGACAT GCCCAAATTA TCGAAAACGG TACACGAGAT AATCGATCAA 
TTCGATTCGT TATCGAAAAC CGTTTTCAAA CCTAAAACGC GAAAACCTAT ACCGACGATA 
TATAAAAATT CTAAATCCGA ATACACTCAT TCGGATTTAG AAGAAGAATT AAAAAATTTC 
ACCGATAATT TAGATAAAGA TTTTAAAGAT ATTTACGAAG AAGAAATCGG GTCGTTACGT 
AAGACGAAAA GTTTGAGAGA AAAAAAAAAT TTTTTTCATC ATGGAAACGA AGAAAATTCT 
AGAAAAAATT ATAATAAGGA ATCACATCAT AATCGTTTGT ACTACGGTAC AAATTTGAAA 
TCGTCGAGCG ACGATGGTTC TTATACGAAA AAATCATCCC TTAAAACATC ATCGAAAGAT 
AATTACGATA CCGATGACAG TGACCTTTTG GCCGACGAAG AAGTTCGTTC TTACATGAGT 
ACCGGACACG GAGGATCCGA CAGCGAAACT GATGGAGGAC CTTTCGGTAC TACACCCGGC 
TCTAGAAAAT CATTTCAACA TTCAATGCAA CGTTTTAAAA AATTAGAATC TAATCATAAT 
GAAAAAAAAG AAATAAAAAA CAACGCAGAA CCAATTCAAC CGGCTACAAT TTATCCGAAA 
TCGAATCCGA CTCGTAAATA TCAAGTAAAA CCTTCAATCA CTTCATCGAA AATCAATTCG 
GGACCATATA AATACAGTGA TGATGATGAT GATGACGATG ATGATGATGA TGAGGATGGT 
GGTGGTGGTG GTTATTATAC GAGAAGACAC CATGAAAACG ATTCAAAATT GAGATCTTAT 
CAAAGCACAA CGCGTTCGAA CGGATACGAT ATTGATAGGA GAGAAAGAAA TTTACATTCG 
AAGCCTAGAG AACGTGTATC GTACTTGAAC GATTTGTCAT TGTCTGAAAA ATATTCTAAA 
TACCTTCAAA GAAGTTCCGT ATCGAGTACC GATACAATAT CCGATGGACC TTTAGATAAA 
ACAGAGCGGA AAAAAAATTA TTACGTTAAT AATAATGATA CCGATGAAGA ATTTCATAAA 
TCCACCAAAA ATAATAATGA CGTTTATAAA AATGATGATA ATCGTAGATA CAAATCACCT 
CATAGGAAAT CATATCGTGG ATCCCCCCGG GAAAATGATA AGAAAAAATA CGAGGTAGAT 
GAAAATTACG TGAGAGAAAA ATCGAAAATC AGCAGCACCA GCACCAGCAG CAACAAACAC 
TCGAATAAAA CGATGAGAGA AACGAGACAA AATTACAAAT TAAATCCTTC GGAAAAATTA 
ATGAATCACG AATACGTCAA CGAGTATCAA GTTAAAAGTT ACAGAACGGA AAAAGGAAAA 
CAAAGAGAAA AAAATCAAAC GGATGAAGAA CTAGAAGAAT TGAAAAAAGC AGCGGATCAA 
ATATTAATGG CTGTTAACGG TTACACAGAT GATTCCTCAC TCGTCGGTAG CAGCGAAGAA 
GAAAGATCTC GAAGAATAAT AAGAAAAGAT AAAATAAATA ATTTGGATAC AATTTCCGAA 
GGGAAAAGAG TATCAAAGAC TGACGCGAGA CGAAACACAA CAACAACAAC CACCACCAGT 
ACCACCACCA CCAAAATGAA CGGAAATCTA CAATCTTCTG CTTCGAGCGT AGAAAGTTTA 
AATAAAGAAT CAATAAGACC ATCACGTGAT CATTCAAAAT CATCATCATC TAGGATGAAA 
TCAACAACGA GTAGTAAACC ATCCACGAGT AGAAGTACTC GTTTGTTACA GAGAGCAACG 
AGTAGAGAAG CCATAATGGG ACATCCGAGT TCTTCCGAAG ATATTCCTTC CTACGTGGAA 
GAATCAAAAA GAAGAATGAG AAGGCAAAAA TCTTTATCAA CGTCCAAACC GGAAACTCAA 
TCACCGGAAA AGAAAGAAAC CTCATCACGA CACAGAACCA AATCAAAAAA AATTGAATCT 
TCGACTTCGT CATCGACTAG GCACAGGTCA ATCGAAAAGG TCAAAGAATC ATCATCGTCG 
ACGTCGAACG TAAAAAGAAC AAGTAGATCG AGCCATCATC ATCATCATCA TCATCATCCA 
ATCCCTGATA TCGATAAAAC GAAAACGACC GTTATAAGAA AAATTCATCC GGAAAAACCT 
GGTAATTTTA AATTTATGGA TGTAATTAAA TGCGTAGAGA ATACGGTAAT AAAATTTTAC 
CTACTTTTCT TTGGTAGAAG TAGATTCGAT TAA

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

RefSeq	XP_002426033.1
CDS	1..5853
Translation	MEVVPMRLPRSNSPGGNAVGLPYNRKNIEEWSRIDRRTGVREKAKIETDHWTARSNNAAHNYGKVIDSRERNNPDGSFQERQRKQMEVFQTKVPGGSMQVIRTQTVTTSSKKWTSTNDKGFGDLELPVNSLDLSSQKTKGSVGRSGSIGGRRPPTRPRSLISQSSNADTNAYRDDSSSSSAFRLCQRLHQQARDEMFREFNDFKNRSQSFNLLNNNNNNNNNNNNNNNKDSDTESERSGVVITDVTNPTSSTSSSTNDYGCSVKNNLNRQKSCSNENIIIESDNESLLRRSSKVRRSLQCHKQNQLDCCDTAADDYDDGSPTKSLKERAAEIERLLRHGSSTYTSSSPDRLNESYGKSKFLKTKDCFISPETLKQVRDRLKKSNFSDNEGKDDGIATEKEESTSSSRINSFDYGLDSVNDTNKKPNINGTGSLESRSSNKNSNNATRTSEWYRRRKSYGFEQVDEYNKFDKFNNNKKNHMDSSTDSGICQSTETMGVPNWSKNTDSFWNKTKPESPLSSKSERPTSTVVTVRVKKDPTDNCFNNDQKLSPDRGINSVYLDGYSNDYFNYSGNSKRSDFKNKSHGYVEDDPTTCGESVWNRKSPIPSYSVKTSENLKSSFRSTGNPWISQLRGTKLMDRNWDFEQKNETDEKKLQPETYPKPVLSSSSSSQTKDDNNKPETNETGNQKKSKKVEFCKTEVHFAAESGKFNIVETDGKPPPNDMFRRRRRSTGSIISKNVNQNLPEIKFGDSQFEKTMLLTSNNNSESINDKIEAELQELSRIVMETLPKSKERKETDDYERKNSWLYDVAEEPFENNNDNNNLTDSNKPKSILKNYRNSFLLGENGDYDDNKNVKMPDVRSPTRGDSSAAPVWKSTVTLKNKRFDEIYNKKPEEDKKLCSSDGETELQIRLKNLRKTEEGDHKKFWENTKSRKDIEQHSVDYKRRSLPHDITFKNVSLNFPDESNNNNNNNKMSISNEEMPKLSVAERIKQVEQMKSNNNNNNYSTKINFRSGEMTVVQNGATNPSNKIHDETKKSTATPTPTAAAPATLNYWQNSGKNFDDVIKKETKYSTREERTVLSCDELTTSNQPVMRFPTTTPGDEKMTDDNRNYQTTRILINLKTIDKDDNNKHGGDIFSTDNKNNNKMINGGGKTSSSGKSLLNPYGSWSSGTKKDFDKYVNDLKSTSLVKKTTRDSSFQDLNNHQIEDMPKLSKTVHEIIDQFDSLSKTVFKPKTRKPIPTIYKNSKSEYTHSDLEEELKNFTDNLDKDFKDIYEEEIGSLRKTKSLREKKNFFHHGNEENSRKNYNKESHHNRLYYGTNLKSSSDDGSYTKKSSLKTSSKDNYDTDDSDLLADEEVRSYMSTGHGGSDSETDGGPFGTTPGSRKSFQHSMQRFKKLESNHNEKKEIKNNAEPIQPATIYPKSNPTRKYQVKPSITSSKINSGPYKYSDDDDDDDDDDDEDGGGGGYYTRRHHENDSKLRSYQSTTRSNGYDIDRRERNLHSKPRERVSYLNDLSLSEKYSKYLQRSSVSSTDTISDGPLDKTERKKNYYVNNNDTDEEFHKSTKNNNDVYKNDDNRRYKSPHRKSYRGSPRENDKKKYEVDENYVREKSKISSTSTSSNKHSNKTMRETRQNYKLNPSEKLMNHEYVNEYQVKSYRTEKGKQREKNQTDEELEELKKAADQILMAVNGYTDDSSLVGSSEEERSRRIIRKDKINNLDTISEGKRVSKTDARRNTTTTTTTSTTTTKMNGNLQSSASSVESLNKESIRPSRDHSKSSSSRMKSTTSSKPSTSRSTRLLQRATSREAIMGHPSSSEDIPSYVEESKRRMRRQKSLSTSKPETQSPEKKETSSRHRTKSKKIESSTSSSTRHRSIEKVKESSSSTSNVKRTSRSSHHHHHHHHPIPDIDKTKTTVIRKIHPEKPGNFKFMDVIKCVENTVIKFYLLFFGRSRFD

Target ORF information:

RefSeq Version	XM_002425988.1
Organism	Pediculus humanus corporis(human body louse)
Definition	Pediculus humanus corporis hypothetical protein, mRNA.

Target ORF information:

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

XM_002425988.1

ORF Insert Sequence:

ATGGAAGTGG TACCGATGAG ATTACCGAGG AGTAATAGCC CCGGCGGCAA CGCTGTCGGA 
TTACCTTACA ATAGGAAAAA CATTGAAGAA TGGTCTCGGA TTGATAGACG TACTGGAGTG 
AGAGAAAAAG CTAAAATCGA AACGGATCAT TGGACAGCCA GAAGTAATAA CGCCGCTCAT 
AATTATGGAA AGGTGATTGA TTCGAGAGAA AGAAACAATC CCGATGGTAG TTTTCAAGAA 
AGGCAAAGAA AACAAATGGA AGTGTTTCAA ACAAAAGTAC CAGGAGGTTC GATGCAAGTC 
ATAAGAACTC AAACGGTAAC GACAAGCTCC AAAAAATGGA CTTCGACCAA TGACAAAGGT 
TTTGGAGATT TAGAGTTACC TGTTAATTCT TTAGATTTGA GTTCTCAAAA GACCAAAGGG 
AGTGTGGGAC GTAGTGGGTC GATCGGAGGT CGCCGGCCCC CAACGCGTCC TCGAAGTTTG 
ATCAGTCAGT CTTCTAATGC CGATACCAAC GCATACCGAG ATGATTCTTC TTCTTCTTCT 
GCATTTAGAT TATGCCAACG TCTTCATCAA CAAGCCAGAG ATGAAATGTT TAGAGAATTT 
AACGATTTTA AAAATCGAAG TCAATCATTT AATTTACTCA ATAATAATAA TAATAATAAT 
AATAATAATA ATAATAATAA TAATAAAGAC TCCGATACAG AAAGTGAACG TTCCGGTGTG 
GTTATAACCG ACGTTACAAA TCCTACATCA TCAACATCAT CATCAACAAA CGATTATGGT 
TGTTCCGTTA AGAATAATTT AAACCGGCAA AAGAGTTGTA GTAATGAAAA TATAATTATT 
GAATCGGACA ATGAAAGTTT ATTAAGACGT TCTTCGAAAG TGAGAAGGAG TTTACAATGT 
CATAAACAAA ATCAATTAGA CTGCTGCGAC ACCGCCGCCG ATGATTACGA CGACGGAAGT 
CCGACAAAAT CGTTAAAAGA AAGAGCCGCA GAAATCGAAA GGTTGCTAAG ACACGGAAGT 
TCCACTTACA CGTCTTCAAG CCCCGACAGG CTAAATGAGT CTTATGGGAA ATCGAAATTT 
CTCAAAACCA AAGACTGTTT TATATCACCG GAAACGTTAA AACAAGTACG AGATAGATTG 
AAAAAATCTA ATTTTAGCGA CAACGAAGGT AAAGATGATG GTATAGCGAC TGAAAAAGAA 
GAATCCACAT CATCGTCTAG AATAAATAGT TTCGACTACG GTTTAGATTC GGTTAATGAC 
ACTAACAAAA AACCTAACAT TAACGGTACG GGAAGCTTAG AATCTAGATC CTCGAATAAA 
AATTCGAATA ACGCAACGAG AACATCCGAA TGGTACAGGA GAAGAAAATC GTACGGTTTC 
GAACAAGTTG ACGAATACAA TAAATTTGAT AAATTTAATA ATAATAAAAA GAATCACATG 
GACTCATCAA CCGACAGCGG GATATGTCAG TCAACGGAAA CCATGGGTGT ACCCAATTGG 
TCGAAAAATA CGGATTCGTT TTGGAACAAA ACAAAACCAG AATCACCGTT GAGCTCTAAG 
AGTGAAAGAC CCACGTCTAC TGTCGTTACA GTCAGAGTTA AAAAAGATCC GACAGATAAT 
TGTTTTAATA ATGATCAGAA ACTTTCTCCA GACAGAGGAA TCAATTCCGT TTATTTAGAC 
GGTTATTCGA ATGACTATTT TAACTATTCT GGAAATTCTA AAAGATCAGA TTTTAAAAAT 
AAATCCCACG GTTACGTTGA AGATGATCCC ACTACGTGCG GTGAATCCGT TTGGAACAGG 
AAATCACCCA TTCCATCATA TTCCGTAAAA ACTTCGGAAA ATTTAAAATC TTCTTTTCGT 
TCGACCGGAA ATCCCTGGAT ATCTCAATTG AGAGGTACCA AACTCATGGA TAGAAATTGG 
GATTTCGAAC AAAAAAATGA AACGGATGAG AAAAAATTAC AACCGGAAAC TTATCCGAAA 
CCCGTATTGT CGTCCTCGTC GTCGTCTCAA ACCAAAGATG ATAATAATAA ACCGGAAACC 
AACGAAACGG GTAACCAGAA AAAGAGTAAA AAAGTTGAAT TTTGTAAAAC GGAAGTTCAC 
TTTGCTGCCG AATCAGGTAA ATTTAACATC GTCGAAACGG ATGGTAAACC TCCGCCGAAT 
GATATGTTTC GAAGACGAAG ACGTAGTACG GGATCCATTA TTTCTAAAAA CGTTAATCAA 
AATTTACCGG AAATAAAATT TGGGGATTCT CAATTTGAAA AAACAATGCT GTTGACGTCG 
AATAATAATT CCGAATCAAT AAATGATAAA ATCGAAGCGG AATTACAAGA ACTTTCTAGA 
ATCGTCATGG AAACATTACC GAAATCGAAA GAACGAAAAG AAACGGATGA TTACGAACGT 
AAAAATTCTT GGTTGTACGA CGTCGCCGAA GAACCTTTCG AAAACAACAA TGATAATAAT 
AATTTAACAG ATTCTAACAA ACCCAAAAGC ATATTGAAAA ATTACAGGAA TTCATTTTTG 
TTAGGAGAAA ACGGGGATTA CGATGATAAT AAAAACGTAA AAATGCCTGA CGTGAGGAGT 
CCGACGAGGG GGGATTCCTC CGCGGCACCC GTTTGGAAAT CTACGGTCAC GTTAAAAAAC 
AAAAGATTCG ACGAAATATA TAATAAAAAA CCGGAAGAAG ATAAAAAATT ATGTTCTAGC 
GACGGTGAAA CGGAACTTCA AATCCGTTTG AAAAATTTAA GAAAAACCGA AGAAGGGGAT 
CATAAAAAAT TTTGGGAAAA TACGAAATCC CGAAAAGACA TCGAACAACA TTCGGTGGAT 
TACAAGAGAC GAAGTTTACC ACACGACATA ACATTTAAAA ACGTTTCACT TAATTTTCCC 
GATGAATCCA ATAATAATAA TAATAATAAT AAAATGTCAA TATCGAACGA GGAAATGCCA 
AAACTTTCTG TCGCCGAAAG GATAAAACAA GTCGAACAAA TGAAATCAAA TAATAATAAT 
AATAATTATT CGACAAAAAT TAATTTTCGA TCTGGAGAAA TGACCGTCGT TCAAAATGGC 
GCGACGAATC CTTCTAATAA AATTCACGAC GAAACGAAAA AATCAACTGC AACTCCTACT 
CCTACTGCCG CCGCCCCCGC AACTCTCAAT TATTGGCAAA ACTCTGGAAA AAATTTTGAT 
GACGTCATAA AAAAAGAAAC AAAATATTCG ACGAGAGAGG AACGAACCGT ACTTTCATGT 
GATGAATTAA CAACAAGTAA TCAACCGGTA ATGAGATTTC CAACAACAAC ACCCGGTGAT 
GAAAAAATGA CGGATGATAA TCGAAATTAT CAAACAACAA GAATATTAAT CAATTTGAAA 
ACTATTGATA AGGATGATAA CAACAAACAT GGAGGAGATA TATTTTCAAC GGATAATAAG 
AATAATAATA AAATGATAAA TGGTGGTGGA AAAACGTCAT CATCCGGAAA ATCCTTGTTA 
AATCCATACG GAAGTTGGTC GTCTGGTACT AAAAAAGATT TCGATAAATA CGTTAACGAT 
TTGAAATCGA CGTCATTGGT TAAAAAAACA ACACGTGATT CTTCTTTTCA AGATTTAAAT 
AATCATCAAA TCGAAGACAT GCCCAAATTA TCGAAAACGG TACACGAGAT AATCGATCAA 
TTCGATTCGT TATCGAAAAC CGTTTTCAAA CCTAAAACGC GAAAACCTAT ACCGACGATA 
TATAAAAATT CTAAATCCGA ATACACTCAT TCGGATTTAG AAGAAGAATT AAAAAATTTC 
ACCGATAATT TAGATAAAGA TTTTAAAGAT ATTTACGAAG AAGAAATCGG GTCGTTACGT 
AAGACGAAAA GTTTGAGAGA AAAAAAAAAT TTTTTTCATC ATGGAAACGA AGAAAATTCT 
AGAAAAAATT ATAATAAGGA ATCACATCAT AATCGTTTGT ACTACGGTAC AAATTTGAAA 
TCGTCGAGCG ACGATGGTTC TTATACGAAA AAATCATCCC TTAAAACATC ATCGAAAGAT 
AATTACGATA CCGATGACAG TGACCTTTTG GCCGACGAAG AAGTTCGTTC TTACATGAGT 
ACCGGACACG GAGGATCCGA CAGCGAAACT GATGGAGGAC CTTTCGGTAC TACACCCGGC 
TCTAGAAAAT CATTTCAACA TTCAATGCAA CGTTTTAAAA AATTAGAATC TAATCATAAT 
GAAAAAAAAG AAATAAAAAA CAACGCAGAA CCAATTCAAC CGGCTACAAT TTATCCGAAA 
TCGAATCCGA CTCGTAAATA TCAAGTAAAA CCTTCAATCA CTTCATCGAA AATCAATTCG 
GGACCATATA AATACAGTGA TGATGATGAT GATGACGATG ATGATGATGA TGAGGATGGT 
GGTGGTGGTG GTTATTATAC GAGAAGACAC CATGAAAACG ATTCAAAATT GAGATCTTAT 
CAAAGCACAA CGCGTTCGAA CGGATACGAT ATTGATAGGA GAGAAAGAAA TTTACATTCG 
AAGCCTAGAG AACGTGTATC GTACTTGAAC GATTTGTCAT TGTCTGAAAA ATATTCTAAA 
TACCTTCAAA GAAGTTCCGT ATCGAGTACC GATACAATAT CCGATGGACC TTTAGATAAA 
ACAGAGCGGA AAAAAAATTA TTACGTTAAT AATAATGATA CCGATGAAGA ATTTCATAAA 
TCCACCAAAA ATAATAATGA CGTTTATAAA AATGATGATA ATCGTAGATA CAAATCACCT 
CATAGGAAAT CATATCGTGG ATCCCCCCGG GAAAATGATA AGAAAAAATA CGAGGTAGAT 
GAAAATTACG TGAGAGAAAA ATCGAAAATC AGCAGCACCA GCACCAGCAG CAACAAACAC 
TCGAATAAAA CGATGAGAGA AACGAGACAA AATTACAAAT TAAATCCTTC GGAAAAATTA 
ATGAATCACG AATACGTCAA CGAGTATCAA GTTAAAAGTT ACAGAACGGA AAAAGGAAAA 
CAAAGAGAAA AAAATCAAAC GGATGAAGAA CTAGAAGAAT TGAAAAAAGC AGCGGATCAA 
ATATTAATGG CTGTTAACGG TTACACAGAT GATTCCTCAC TCGTCGGTAG CAGCGAAGAA 
GAAAGATCTC GAAGAATAAT AAGAAAAGAT AAAATAAATA ATTTGGATAC AATTTCCGAA 
GGGAAAAGAG TATCAAAGAC TGACGCGAGA CGAAACACAA CAACAACAAC CACCACCAGT 
ACCACCACCA CCAAAATGAA CGGAAATCTA CAATCTTCTG CTTCGAGCGT AGAAAGTTTA 
AATAAAGAAT CAATAAGACC ATCACGTGAT CATTCAAAAT CATCATCATC TAGGATGAAA 
TCAACAACGA GTAGTAAACC ATCCACGAGT AGAAGTACTC GTTTGTTACA GAGAGCAACG 
AGTAGAGAAG CCATAATGGG ACATCCGAGT TCTTCCGAAG ATATTCCTTC CTACGTGGAA 
GAATCAAAAA GAAGAATGAG AAGGCAAAAA TCTTTATCAA CGTCCAAACC GGAAACTCAA 
TCACCGGAAA AGAAAGAAAC CTCATCACGA CACAGAACCA AATCAAAAAA AATTGAATCT 
TCGACTTCGT CATCGACTAG GCACAGGTCA ATCGAAAAGG TCAAAGAATC ATCATCGTCG 
ACGTCGAACG TAAAAAGAAC AAGTAGATCG AGCCATCATC ATCATCATCA TCATCATCCA 
ATCCCTGATA TCGATAAAAC GAAAACGACC GTTATAAGAA AAATTCATCC GGAAAAACCT 
GGTAATTTTA AATTTATGGA TGTAATTAAA TGCGTAGAGA ATACGGTAAT AAAATTTTAC 
CTACTTTTCT TTGGTAGAAG TAGATTCGAT TAA