LOC105388358 cDNA ORF clone, Plutella xylostella(diamondback moth)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105388358
Entrez Gene ID	105388358
Full Name	probable serine/threonine-protein kinase DDB_G0282963
Gene Type	protein-coding
Organism	Plutella xylostella(diamondback moth)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011559254.1	XP_011557556.1	probable serine/threonine-protein kinase DDB_G0282963

Pathways from BioSystems
Gene Ontology

The following LOC105388358 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105388358 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
OPl55157	XM_011559254.1 Latest version!	Plutella xylostella probable serine/threonine-protein kinase DDB_G0282963 (LOC105388358), 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)

LOC105388358 ( XM_011559254.1 ) cDNA ORF clone, Plutella xylostella(diamondback moth) -> XP_011557556.1 Plutella xylostella probable serine/threonine-protein kinase DDB_G0282963 (LOC105388358), mRNA.

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CloneID	OPl55157
Clone ID Related Accession (Same CDS sequence)	XM_011559254.1
Accession Version	XM_011559254.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5439bp) 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	2015-03-12
Organism	Plutella xylostella(diamondback moth)
Product	probable serine/threonine-protein kinase DDB_G0282963
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011952218.1) 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 :: Plutella xylostella Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGATGTCTT TTCGCGCCGT GGCGCTCCTT CTTGTGGTAG CTGCTGTTAT ATCAGAATGC 
CAATCAGCAC AGTCCGACCG TCCCCGCCAG CGCTCCGGAC CAATCAGAAG CGTCCCCGTA 
GCGGCGAGCA TCAAACGCGA CACTGACTTC GACTGTCCTG AGGAGTTCGG CTACTACCCG 
CACCCCAGCG ACTGCACTCA GTACTATGTG TGCGTGTTTG GCGGCGCTCT GCTAGAGTCG 
TGCACTGGTG GCCTTATGTA CAGCCACGAG CTCCAAACAT GTGATTGGCC TCGCAACGTG 
GGCTGTGATG CCATCGGCGC CGGCGACGCG GACGACTACG AGCGAGTGGT GGAGAAGAAA 
CCCCCCGCGC CCGCGCCCTC GCCACCTTCC AGAGGACAGC CCAAGTTTAA TCGTGATGAA 
TATGAAAAGC AACAACAACT GTACGCTGAT GTCGATGACC TGCCTCCAGT TGAGGAAATT 
GAATCAGACA GACAGCAACG TGTTTACCGA GGACAGCCTT CGACAATCGG GCAGGTTCAG 
CGAGATCGGG ACGGATATGC GCCAGTCAAC TCTGGGAGAA ATCTGAACCC GAATATTATA 
CCCGCGTCGA TCCCACAGAA CAATGGTAAA ATAGGTTCCT TCTCGTTTGG CACTCAAGTG 
GACGAGCGCC GACAACAAGC AACTCAAGCA CCACAGCCTT TCAGTTTCAG TGAGGACAAA 
AGCGACTTGA CTGACTCTCG TCTTGACAAA CAATCAGACA TAGATAGAAA TGTAATTGAT 
GACAGTTATA ATGACAAACG ATCTTCGAGA AAAAAAAGGG AAGCAGTGAA TGAAACAGTT 
GCTGTAACTA ACATTAATTC AACGTTAGGT ACACCAAAAA TGTCGAACAG GAATGATGAA 
GATACAGAAG ATTATGTAGA AACACATACT GAATTTTATT CAGATGAAAT TGATGGGTCT 
AGTGAGGATA GTGAACGTGG TAAAAGACAA GTTCGTCACG GAAGACATTA TTACAAAGAC 
GGAAGCTATA AAAATGTTGG AAAGAACTGG GCTAGTCCTA AACCAATAAA ATATACCGAT 
ATTCCTCAAT ATAGTTTTAA TACACAGTCA AATTTACAGG GCAATCGGTA TCAGTCTTCA 
TTTAATAGTC TGAATAACAA TAATCCATTC GAAGGAACCC GGAAGCCTTT TTTCGATGAA 
AACTCATTTT CTACTGCGAA TCCGTTCATT TCATTCCAAA AAGACACTCA ATCCCAGAGG 
CCATTTAAAG CCAGTTTGCC AGACCCAAGG CAAAAAAATA CATATAATCC TATAAATCCA 
GCTACTCAAA TAATAACTAA AAGTCCCCCG ATATCCTCAT TAAATAGCAA TGATAATCCG 
TTTGCTTCAT TGGCTGGAGG TTTTTACAAC AATAACCCTC AGCAAAGTAA TAGTTACAAC 
AACAATCAGC AATCGAATAA ACAAAGTGTG AACTCCAACC ATAATAATAG TCCATCTAAT 
CACAACTCAT TTGATTCCTC TCATGTATCC AGTACAGTAG TAACCGGAAA ACCAGTATTA 
CTGCAAACGC CGAGAGAACC AACAAAGTAC AGAAATAGCC CTGATATCAC AAAATTTTAC 
ATCAATAACT TTAAGAATAC CAGGGATCAA TCGACAAATA ATCCATTTCT AAGACCGAAT 
CGTTTACCTA CGAAAGAATT TGAAAACCTG AATAATCAAG ATGATGATGA AGAAAACTCT 
TCCGAAGAGG ATGCATCAGA TGATGACGAA CTTAGTAATA AAAATGTTTT TCCGAAACCA 
CCTTACGAGT TTACCCACCC TGAAAATAAA TATGCAGACA TACAAAATCC ATTTGCTGAT 
CCTAACTTTG ACTTTGATGA GTTTTTAGCT AAATTAAGAG GTGATCATGA AAAAATCAGA 
GGTTCAACAT CTCGGCCTAG CTATAACAAC CCATCTGGAA CTAAAACAAT CAACTCTCCT 
GTAGATGCCA CCACATCTTC GACGAGGCCG TCTAAGTTGA ACTATCATGG TATGAGTACT 
CCACGACCAT TTAGTATGCC TACTGGAGCA AGTGTGCAAT GGCCAAATGA AAATGCAAAT 
ATCCAAACAA CAACTCAGCA ATCCGTACAT TACGAACAAA TAATTCAAAG ACCATCCCAG 
CATCAAGATA AGGAAACCTA CGGAGAACAG CAACATAGAC AACAACAAGA ACATTTCCGT 
CAACAGCAGC AAAATGCATT TAGTCAAAAT ATATTTAACA GACCCCAGCA ACATAATTCA 
AATCCTCTGT CAGGACCAAC TAAGACACAA TTAAAACCAC CAAATTTTAA CGATGACCGA 
CAACTACCAA TAAATTATAA ATTTAACCAA GCTCTTCAAA GTAATATAAG ATCTTCTACA 
GAGAAACCTC AATATAAAGA TGAAAATAAA AATAACCAAC TATTCCTTGG CACTCAAAAA 
CCGTACGTTA TTGTAACGGG TACAGGGTCA CCAATTTATT TTACTTCACC CAAACAACAA 
TATTTTAGTA CGGGGAAACC CTACTCTGTG TCAAGCTTCA AACCTCAAAA TCCATTCTAT 
GCCGTCAAAC CATCAACTCC AAAACCACTA ACAACGATAG CCAATGAACA GTTATCAATA 
CTGCAGCAGT TTTGGAATAA AAAGCAGGAG GAGTTCTCTT CGCGACCGAC ACAACCAACC 
ACTACGTCTT CTGCGATATC AAATCATCAA AATTCTTATG GACAGGGTAC CAAATCAAGT 
ACTCCAGCGT ACAACAATGG AAAAAATCAT TTTGTTTTGG CATATTCTCC AAGACCTGCT 
AGTGCGACAA CAAAAGCACC TTCAACAAGA AAACCCATTC CTAAACCGTC GCCTGAAATG 
AGCGATTATT ATTACGACGA CGATGAACAA TATTATTACG AACCACCAGT AAAATCTCAA 
TACATGCCTA GTTCTGAAGT AAGACCGCAA AGGCCAAAGA TGGCACAAAA TTATCAAGAA 
TACGAAGATA GCGATAGTTA TGAGGACGAG TCTCCAGAAA ATAATCAACA GCAGCCATAC 
AGACGGCCTG CTAATTATAA TAAGTATAAA ACGGATTCCT CAACGAAAAC CTATAATGAC 
ATAACTATTG TAGTGACGAA AGCTCCTCCT AAGGAAACGA CAAAGACATA TATTAAAAAC 
ATGGGAAATT CAAATTCTTC ACCTTCACCA ACCCAAAACC TACTCAACCG GCCTGAAGTG 
TCAAATTACA AAGTACTTCA CTATCCTCTT AGAAATAAAA CAATGCACAT CAAAAGACCA 
GAATCTGGGC CTCACACAAT GAAACCACCG AAATATTTAA ACCAGACTAC TTTGAGGCCT 
TACACAGTTA GGCATAGATT AGCTAAGCCG ACCACTGTGC AGACTCAAAT GACTCAAACC 
ACTCCGAGTC AGGATATGAA GTCAACCAGA GGGCGGACCA GACATCCAAA CATTGTCACT 
CAAACTAGAT TGACAACTCC TCGCGACAGT CATAACCAAG AGACTCGTTA CACTAAGACC 
CAACATGACG ATAAGACCAA CAGTCTGGAG CCAACAGAAA GTGTGACCCC GATACAGTTC 
TCACCCAGTC CAAGACCGAA AATGCTCTAT AACGGATCTC AGAGCTACAA CCCTGACCAA 
TACGACCCGT ACTATGCAGT CTATGACGAA GATGGCGAGC TTTACAAAGA CACTGACTAT 
GTGCAGCAAT ATAATTTGGC TTCGCTCCGA CCTGCAGTCC AGCAGACCTA CCGTGGCACC 
CCGCCCCCTG CCAGGAGACC TGTTGAAACC TACACTCCGA GACCAACTAT AGCATCTAAT 
GACTATGACG AAGAAGTCCT ACAAGGCCAG ATCAACAACC AAAATCAATA CCAGACACCA 
ATTCGCCATT CGACTAGGGG CGAAGGTAAC GAATTGGGAT TCGAAATTAA TCCTACGACT 
GGGAGGACAA CGGTGTACGA AGCTCCTATA ACCACCACTC CTCCGACTAC TACTAGCACA 
AGCACCACCA CTACGACACA ACGTCCAACT GTCGCACCCT TCACTGAAGC AATGATCCCG 
TCTCGATATT CCACAAGGCC GAGCCCAACC CGCGGCCGCG GCTCCGCACA CTACTCCCCC 
AGCGGCGGCG GCGGCGAGCC CCCGCAGCCC GCGCAGGCCC CGCAGCAGAC CAACAGGGGA 
ACACCACCAA CGTTAGAACC GTTTGCAACA CCAACCATCA CTTCATTTCA TGCTTTTAAT 
TCAATTTCGT CGACGGAGTT CGTGGACATC TACTCGTACC CCCCGCGGCG GCCGTCGGCG 
GTGTACCCGC AGCCCACTCC CGACAAGACC GCAGCCAAGT GCAGGAAGGA TGTGTGTCTC 
CTGCCTGACT GCAACTGCGG TGGAAAGGAA ATACCTGGAG ACTTGCCGGT GGAGAGTGTT 
CCACAAATCG TGCTGCTGAC ATTCGATGAC TCCGTCAATG ACCTCAACAA GGTTCTGTAC 
CAGGACCTTT TCGAAAAAGG CCGTGTCAAT CCCAACGGCT GCCCCATATC GGCCACGTTC 
TATGTGTCCC ATGAATGGAC CGATTACAGC CAAGTCCAAA ATCTTTACGC TGCCGGTCAT 
GAAATGGCGT CACACACGAT TTCACACAGC TTCGGTGAAC AATTTTCACA AAAGAAATGG 
AACCGAGAAG TAGGTGGCCA AAGAGAGATA TTGGCGGCTT ACGGAGGAGT AAAGCTTGAA 
GACGTCAGAG GCATGCGAGC GCCTTTCCTC TCTGTAGGTG GAAACAAAAT GTTCAAAATG 
TTATACGATT CCAACTTCAC ATACGACTCG TCTATGCCAG TATATGAGAA CCGACCACCG 
AGCTGGCCAT ACACTCTGGA TTACAAACTG TTTCATGATT GCATGATTCC TCCTTGCCCG 
ACCAAATCAT ACCCTGGTGT TTGGGAAGTT CCTATGGTGA TGTGGCAAGA TTTGAATGGT 
GGTCGATGCT CTATGGGAGA CGCTTGCGCC AATCCCCCGA ATGCTGAAGG TGTCTACAAG 
ATGTTATTGA AGAACTTTGA CAGACATTAC ACCACCAACA GGGCCCCGTT CGGTCTTTTC 
TACCACGCCG CGTGGTTCAC ACAACCCCAC CACAAGGAAG GCTTCATCAT GTTCCTGGAT 
TCAATCAACC GAATGAACGA CGTCTGGATC GTCACTAACT GGCAGGCTCT GCAGTGGGTC 
AGGGACCCCA CGCCTATCAA CAGACTCAAC AACTTCCAGC CTTTCCAGTG TGATTACCCT 
GATCGACCCA AGAAGTGCAA CAACCCTAAA GTCTGCAACC TTTGGCACAA ATCTGGAGTT 
CGATACATGA GAACGTGTCA ACCCTGCCCC GAAATCTATC CGTGGACCGG AAAGACTGGA 
ATCAGATCAT CACGCATTGA CAATGACATC GAGGAATAA

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

RefSeq	XP_011557556.1
CDS	82..5520
Translation	MMSFRAVALLLVVAAVISECQSAQSDRPRQRSGPIRSVPVAASIKRDTDFDCPEEFGYYPHPSDCTQYYVCVFGGALLESCTGGLMYSHELQTCDWPRNVGCDAIGAGDADDYERVVEKKPPAPAPSPPSRGQPKFNRDEYEKQQQLYADVDDLPPVEEIESDRQQRVYRGQPSTIGQVQRDRDGYAPVNSGRNLNPNIIPASIPQNNGKIGSFSFGTQVDERRQQATQAPQPFSFSEDKSDLTDSRLDKQSDIDRNVIDDSYNDKRSSRKKREAVNETVAVTNINSTLGTPKMSNRNDEDTEDYVETHTEFYSDEIDGSSEDSERGKRQVRHGRHYYKDGSYKNVGKNWASPKPIKYTDIPQYSFNTQSNLQGNRYQSSFNSLNNNNPFEGTRKPFFDENSFSTANPFISFQKDTQSQRPFKASLPDPRQKNTYNPINPATQIITKSPPISSLNSNDNPFASLAGGFYNNNPQQSNSYNNNQQSNKQSVNSNHNNSPSNHNSFDSSHVSSTVVTGKPVLLQTPREPTKYRNSPDITKFYINNFKNTRDQSTNNPFLRPNRLPTKEFENLNNQDDDEENSSEEDASDDDELSNKNVFPKPPYEFTHPENKYADIQNPFADPNFDFDEFLAKLRGDHEKIRGSTSRPSYNNPSGTKTINSPVDATTSSTRPSKLNYHGMSTPRPFSMPTGASVQWPNENANIQTTTQQSVHYEQIIQRPSQHQDKETYGEQQHRQQQEHFRQQQQNAFSQNIFNRPQQHNSNPLSGPTKTQLKPPNFNDDRQLPINYKFNQALQSNIRSSTEKPQYKDENKNNQLFLGTQKPYVIVTGTGSPIYFTSPKQQYFSTGKPYSVSSFKPQNPFYAVKPSTPKPLTTIANEQLSILQQFWNKKQEEFSSRPTQPTTTSSAISNHQNSYGQGTKSSTPAYNNGKNHFVLAYSPRPASATTKAPSTRKPIPKPSPEMSDYYYDDDEQYYYEPPVKSQYMPSSEVRPQRPKMAQNYQEYEDSDSYEDESPENNQQQPYRRPANYNKYKTDSSTKTYNDITIVVTKAPPKETTKTYIKNMGNSNSSPSPTQNLLNRPEVSNYKVLHYPLRNKTMHIKRPESGPHTMKPPKYLNQTTLRPYTVRHRLAKPTTVQTQMTQTTPSQDMKSTRGRTRHPNIVTQTRLTTPRDSHNQETRYTKTQHDDKTNSLEPTESVTPIQFSPSPRPKMLYNGSQSYNPDQYDPYYAVYDEDGELYKDTDYVQQYNLASLRPAVQQTYRGTPPPARRPVETYTPRPTIASNDYDEEVLQGQINNQNQYQTPIRHSTRGEGNELGFEINPTTGRTTVYEAPITTTPPTTTSTSTTTTTQRPTVAPFTEAMIPSRYSTRPSPTRGRGSAHYSPSGGGGEPPQPAQAPQQTNRGTPPTLEPFATPTITSFHAFNSISSTEFVDIYSYPPRRPSAVYPQPTPDKTAAKCRKDVCLLPDCNCGGKEIPGDLPVESVPQIVLLTFDDSVNDLNKVLYQDLFEKGRVNPNGCPISATFYVSHEWTDYSQVQNLYAAGHEMASHTISHSFGEQFSQKKWNREVGGQREILAAYGGVKLEDVRGMRAPFLSVGGNKMFKMLYDSNFTYDSSMPVYENRPPSWPYTLDYKLFHDCMIPPCPTKSYPGVWEVPMVMWQDLNGGRCSMGDACANPPNAEGVYKMLLKNFDRHYTTNRAPFGLFYHAAWFTQPHHKEGFIMFLDSINRMNDVWIVTNWQALQWVRDPTPINRLNNFQPFQCDYPDRPKKCNNPKVCNLWHKSGVRYMRTCQPCPEIYPWTGKTGIRSSRIDNDIEE

Target ORF information:

RefSeq Version	XM_011559254.1
Organism	Plutella xylostella(diamondback moth)
Definition	Plutella xylostella probable serine/threonine-protein kinase DDB_G0282963 (LOC105388358), mRNA.

Target ORF information:

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

XM_011559254.1

ORF Insert Sequence:

ATGATGTCTT TTCGCGCCGT GGCGCTCCTT CTTGTGGTAG CTGCTGTTAT ATCAGAATGC 
CAATCAGCAC AGTCCGACCG TCCCCGCCAG CGCTCCGGAC CAATCAGAAG CGTCCCCGTA 
GCGGCGAGCA TCAAACGCGA CACTGACTTC GACTGTCCTG AGGAGTTCGG CTACTACCCG 
CACCCCAGCG ACTGCACTCA GTACTATGTG TGCGTGTTTG GCGGCGCTCT GCTAGAGTCG 
TGCACTGGTG GCCTTATGTA CAGCCACGAG CTCCAAACAT GTGATTGGCC TCGCAACGTG 
GGCTGTGATG CCATCGGCGC CGGCGACGCG GACGACTACG AGCGAGTGGT GGAGAAGAAA 
CCCCCCGCGC CCGCGCCCTC GCCACCTTCC AGAGGACAGC CCAAGTTTAA TCGTGATGAA 
TATGAAAAGC AACAACAACT GTACGCTGAT GTCGATGACC TGCCTCCAGT TGAGGAAATT 
GAATCAGACA GACAGCAACG TGTTTACCGA GGACAGCCTT CGACAATCGG GCAGGTTCAG 
CGAGATCGGG ACGGATATGC GCCAGTCAAC TCTGGGAGAA ATCTGAACCC GAATATTATA 
CCCGCGTCGA TCCCACAGAA CAATGGTAAA ATAGGTTCCT TCTCGTTTGG CACTCAAGTG 
GACGAGCGCC GACAACAAGC AACTCAAGCA CCACAGCCTT TCAGTTTCAG TGAGGACAAA 
AGCGACTTGA CTGACTCTCG TCTTGACAAA CAATCAGACA TAGATAGAAA TGTAATTGAT 
GACAGTTATA ATGACAAACG ATCTTCGAGA AAAAAAAGGG AAGCAGTGAA TGAAACAGTT 
GCTGTAACTA ACATTAATTC AACGTTAGGT ACACCAAAAA TGTCGAACAG GAATGATGAA 
GATACAGAAG ATTATGTAGA AACACATACT GAATTTTATT CAGATGAAAT TGATGGGTCT 
AGTGAGGATA GTGAACGTGG TAAAAGACAA GTTCGTCACG GAAGACATTA TTACAAAGAC 
GGAAGCTATA AAAATGTTGG AAAGAACTGG GCTAGTCCTA AACCAATAAA ATATACCGAT 
ATTCCTCAAT ATAGTTTTAA TACACAGTCA AATTTACAGG GCAATCGGTA TCAGTCTTCA 
TTTAATAGTC TGAATAACAA TAATCCATTC GAAGGAACCC GGAAGCCTTT TTTCGATGAA 
AACTCATTTT CTACTGCGAA TCCGTTCATT TCATTCCAAA AAGACACTCA ATCCCAGAGG 
CCATTTAAAG CCAGTTTGCC AGACCCAAGG CAAAAAAATA CATATAATCC TATAAATCCA 
GCTACTCAAA TAATAACTAA AAGTCCCCCG ATATCCTCAT TAAATAGCAA TGATAATCCG 
TTTGCTTCAT TGGCTGGAGG TTTTTACAAC AATAACCCTC AGCAAAGTAA TAGTTACAAC 
AACAATCAGC AATCGAATAA ACAAAGTGTG AACTCCAACC ATAATAATAG TCCATCTAAT 
CACAACTCAT TTGATTCCTC TCATGTATCC AGTACAGTAG TAACCGGAAA ACCAGTATTA 
CTGCAAACGC CGAGAGAACC AACAAAGTAC AGAAATAGCC CTGATATCAC AAAATTTTAC 
ATCAATAACT TTAAGAATAC CAGGGATCAA TCGACAAATA ATCCATTTCT AAGACCGAAT 
CGTTTACCTA CGAAAGAATT TGAAAACCTG AATAATCAAG ATGATGATGA AGAAAACTCT 
TCCGAAGAGG ATGCATCAGA TGATGACGAA CTTAGTAATA AAAATGTTTT TCCGAAACCA 
CCTTACGAGT TTACCCACCC TGAAAATAAA TATGCAGACA TACAAAATCC ATTTGCTGAT 
CCTAACTTTG ACTTTGATGA GTTTTTAGCT AAATTAAGAG GTGATCATGA AAAAATCAGA 
GGTTCAACAT CTCGGCCTAG CTATAACAAC CCATCTGGAA CTAAAACAAT CAACTCTCCT 
GTAGATGCCA CCACATCTTC GACGAGGCCG TCTAAGTTGA ACTATCATGG TATGAGTACT 
CCACGACCAT TTAGTATGCC TACTGGAGCA AGTGTGCAAT GGCCAAATGA AAATGCAAAT 
ATCCAAACAA CAACTCAGCA ATCCGTACAT TACGAACAAA TAATTCAAAG ACCATCCCAG 
CATCAAGATA AGGAAACCTA CGGAGAACAG CAACATAGAC AACAACAAGA ACATTTCCGT 
CAACAGCAGC AAAATGCATT TAGTCAAAAT ATATTTAACA GACCCCAGCA ACATAATTCA 
AATCCTCTGT CAGGACCAAC TAAGACACAA TTAAAACCAC CAAATTTTAA CGATGACCGA 
CAACTACCAA TAAATTATAA ATTTAACCAA GCTCTTCAAA GTAATATAAG ATCTTCTACA 
GAGAAACCTC AATATAAAGA TGAAAATAAA AATAACCAAC TATTCCTTGG CACTCAAAAA 
CCGTACGTTA TTGTAACGGG TACAGGGTCA CCAATTTATT TTACTTCACC CAAACAACAA 
TATTTTAGTA CGGGGAAACC CTACTCTGTG TCAAGCTTCA AACCTCAAAA TCCATTCTAT 
GCCGTCAAAC CATCAACTCC AAAACCACTA ACAACGATAG CCAATGAACA GTTATCAATA 
CTGCAGCAGT TTTGGAATAA AAAGCAGGAG GAGTTCTCTT CGCGACCGAC ACAACCAACC 
ACTACGTCTT CTGCGATATC AAATCATCAA AATTCTTATG GACAGGGTAC CAAATCAAGT 
ACTCCAGCGT ACAACAATGG AAAAAATCAT TTTGTTTTGG CATATTCTCC AAGACCTGCT 
AGTGCGACAA CAAAAGCACC TTCAACAAGA AAACCCATTC CTAAACCGTC GCCTGAAATG 
AGCGATTATT ATTACGACGA CGATGAACAA TATTATTACG AACCACCAGT AAAATCTCAA 
TACATGCCTA GTTCTGAAGT AAGACCGCAA AGGCCAAAGA TGGCACAAAA TTATCAAGAA 
TACGAAGATA GCGATAGTTA TGAGGACGAG TCTCCAGAAA ATAATCAACA GCAGCCATAC 
AGACGGCCTG CTAATTATAA TAAGTATAAA ACGGATTCCT CAACGAAAAC CTATAATGAC 
ATAACTATTG TAGTGACGAA AGCTCCTCCT AAGGAAACGA CAAAGACATA TATTAAAAAC 
ATGGGAAATT CAAATTCTTC ACCTTCACCA ACCCAAAACC TACTCAACCG GCCTGAAGTG 
TCAAATTACA AAGTACTTCA CTATCCTCTT AGAAATAAAA CAATGCACAT CAAAAGACCA 
GAATCTGGGC CTCACACAAT GAAACCACCG AAATATTTAA ACCAGACTAC TTTGAGGCCT 
TACACAGTTA GGCATAGATT AGCTAAGCCG ACCACTGTGC AGACTCAAAT GACTCAAACC 
ACTCCGAGTC AGGATATGAA GTCAACCAGA GGGCGGACCA GACATCCAAA CATTGTCACT 
CAAACTAGAT TGACAACTCC TCGCGACAGT CATAACCAAG AGACTCGTTA CACTAAGACC 
CAACATGACG ATAAGACCAA CAGTCTGGAG CCAACAGAAA GTGTGACCCC GATACAGTTC 
TCACCCAGTC CAAGACCGAA AATGCTCTAT AACGGATCTC AGAGCTACAA CCCTGACCAA 
TACGACCCGT ACTATGCAGT CTATGACGAA GATGGCGAGC TTTACAAAGA CACTGACTAT 
GTGCAGCAAT ATAATTTGGC TTCGCTCCGA CCTGCAGTCC AGCAGACCTA CCGTGGCACC 
CCGCCCCCTG CCAGGAGACC TGTTGAAACC TACACTCCGA GACCAACTAT AGCATCTAAT 
GACTATGACG AAGAAGTCCT ACAAGGCCAG ATCAACAACC AAAATCAATA CCAGACACCA 
ATTCGCCATT CGACTAGGGG CGAAGGTAAC GAATTGGGAT TCGAAATTAA TCCTACGACT 
GGGAGGACAA CGGTGTACGA AGCTCCTATA ACCACCACTC CTCCGACTAC TACTAGCACA 
AGCACCACCA CTACGACACA ACGTCCAACT GTCGCACCCT TCACTGAAGC AATGATCCCG 
TCTCGATATT CCACAAGGCC GAGCCCAACC CGCGGCCGCG GCTCCGCACA CTACTCCCCC 
AGCGGCGGCG GCGGCGAGCC CCCGCAGCCC GCGCAGGCCC CGCAGCAGAC CAACAGGGGA 
ACACCACCAA CGTTAGAACC GTTTGCAACA CCAACCATCA CTTCATTTCA TGCTTTTAAT 
TCAATTTCGT CGACGGAGTT CGTGGACATC TACTCGTACC CCCCGCGGCG GCCGTCGGCG 
GTGTACCCGC AGCCCACTCC CGACAAGACC GCAGCCAAGT GCAGGAAGGA TGTGTGTCTC 
CTGCCTGACT GCAACTGCGG TGGAAAGGAA ATACCTGGAG ACTTGCCGGT GGAGAGTGTT 
CCACAAATCG TGCTGCTGAC ATTCGATGAC TCCGTCAATG ACCTCAACAA GGTTCTGTAC 
CAGGACCTTT TCGAAAAAGG CCGTGTCAAT CCCAACGGCT GCCCCATATC GGCCACGTTC 
TATGTGTCCC ATGAATGGAC CGATTACAGC CAAGTCCAAA ATCTTTACGC TGCCGGTCAT 
GAAATGGCGT CACACACGAT TTCACACAGC TTCGGTGAAC AATTTTCACA AAAGAAATGG 
AACCGAGAAG TAGGTGGCCA AAGAGAGATA TTGGCGGCTT ACGGAGGAGT AAAGCTTGAA 
GACGTCAGAG GCATGCGAGC GCCTTTCCTC TCTGTAGGTG GAAACAAAAT GTTCAAAATG 
TTATACGATT CCAACTTCAC ATACGACTCG TCTATGCCAG TATATGAGAA CCGACCACCG 
AGCTGGCCAT ACACTCTGGA TTACAAACTG TTTCATGATT GCATGATTCC TCCTTGCCCG 
ACCAAATCAT ACCCTGGTGT TTGGGAAGTT CCTATGGTGA TGTGGCAAGA TTTGAATGGT 
GGTCGATGCT CTATGGGAGA CGCTTGCGCC AATCCCCCGA ATGCTGAAGG TGTCTACAAG 
ATGTTATTGA AGAACTTTGA CAGACATTAC ACCACCAACA GGGCCCCGTT CGGTCTTTTC 
TACCACGCCG CGTGGTTCAC ACAACCCCAC CACAAGGAAG GCTTCATCAT GTTCCTGGAT 
TCAATCAACC GAATGAACGA CGTCTGGATC GTCACTAACT GGCAGGCTCT GCAGTGGGTC 
AGGGACCCCA CGCCTATCAA CAGACTCAAC AACTTCCAGC CTTTCCAGTG TGATTACCCT 
GATCGACCCA AGAAGTGCAA CAACCCTAAA GTCTGCAACC TTTGGCACAA ATCTGGAGTT 
CGATACATGA GAACGTGTCA ACCCTGCCCC GAAATCTATC CGTGGACCGG AAAGACTGGA 
ATCAGATCAT CACGCATTGA CAATGACATC GAGGAATAA