LOC106681451 cDNA ORF clone, Halyomorpha halys(brown marmorated stink bug)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106681451
Entrez Gene ID	106681451
Full Name	uncharacterized threonine-rich GPI-anchored glycoprotein PJ4664.02-like
Gene Type	protein-coding
Organism	Halyomorpha halys(brown marmorated stink bug)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014421776.1	XP_014277262.1	uncharacterized threonine-rich GPI-anchored glycoprotein PJ4664.02-like

Pathways from BioSystems
Gene Ontology

The following LOC106681451 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106681451 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
OHa45758	XM_014421776.1 Latest version!	Halyomorpha halys uncharacterized threonine-rich GPI-anchored glycoprotein PJ4664.02-like (LOC106681451), 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)

LOC106681451 ( XM_014421776.1 ) cDNA ORF clone, Halyomorpha halys(brown marmorated stink bug) -> XP_014277262.1 Halyomorpha halys uncharacterized threonine-rich GPI-anchored glycoprotein PJ4664.02-like (LOC106681451), mRNA.

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CloneID	OHa45758
Clone ID Related Accession (Same CDS sequence)	XM_014421776.1
Accession Version	XM_014421776.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5052bp) 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	2018-03-25
Organism	Halyomorpha halys(brown marmorated stink bug)
Product	uncharacterized threonine-rich GPI-anchored glycoprotein PJ4664.02-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020112212.1) 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 Name :: Halyomorpha halys Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAAGG CTGTGAAGAT GGATAAAATG TTTAAAACAT TATTTTCCTA CATCCATGGT 
CACTTTAGTG ATACTCGTCA AGCAAGCAAT TTAAAATGTA TACAAATTGA AGAAAATAAG 
GAAACTTTCG TATTCTACGA GATAAAAGGT AAAATTTTTC CAAAAAAGAA GCCAAGTTAC 
GTAGCTGTAA CACGGCCAGC TGTAGTTCAT AACAAATACT TTGAAATCAG CGCTGGGAAA 
AAAATGATTA ATTTAAAATT TAATGCCTCT CAAAATTTCC CGCATAAACT AAAAGAGGGA 
AACAGAACCG CAATTGAATT ACAGGATGGG AAAGCTGAAC CAACGAAAAC AAGTCAGCTG 
GAGGAGGCCA TTTCATTACT AACAAAAAGC TTGTTCCTTA AGAATGATAC TTTAAAAGAA 
ATAACATCGG CAGGTGTTAC AAAAACTTCT CAGCCTCCAA ACATTAACGC AACCTTATCC 
GCTTATACAC GACTAGAACT TAACAACGAT ATCTCACAAA GCTTGCAATT TACTTTTGAA 
AATGAATATG ACTTGGATAA TGATACTATA AATAATAAAG TCAATAATTT TACTACTCCT 
TATGATCCTG AGCGACTTTC AATCACATCA TCACAAGCTA CTATGACGAG CCACTCAGGT 
TATGATTCGA TTTCCAATAA TCGTAGTACC CGAATTTACA AATACGTTAC AGAGTCTGAA 
AATGAGCAAA ATTTACCGGA AAACAAAATT TCTCATTGGG ATCCAACTTC AACAGTTTCA 
TCACACACTG CATCTTCTAA TGTCCAAAAT GGCAGTGACA ACAATATGAG TACTTATCGC 
CTGACTACTG AAGCAAATAA ACTTAACCTC ACTATATATT CATACCACGC GTTTTTTCCT 
CATAAAAGCC TAAACGCAAC GGATAAGGAT AGTAATAGCC CGATTGAAGG AATTAAACCA 
AGCCCATATT TTAGTAATGC TAGTGAAAAT CAAAATCATT CCCTATTCGA AAATAATTCA 
ACCTCACCTC GTATACCTGA TCAATTGACG ACTTCTCAGG TGGCAACGAA CCCAAAAAAA 
ATTATTGATC TGCTTCATAA CACCCCAAGC GTTACTACTT TTGATAGTGG CGCTGAAAAA 
GATGAACTCA ATTCTAATAC ACCTATATAT TTAAATCAGA ACAATCTCAC AACGAGAAGG 
AATTTACAGG ATTATTCTCG ACCATCTAGT ATAATAGGAC TTTCATTTAG CCCTTCGATG 
GTAGTAAATG GTAGTTTTTA CCATTCAGTT AGTGGAGATT ATAAAATAAA TGTTTCTACT 
AAAGCTTTTG ACAACAGTGA TACGCCTTTG GTCACTGAAG GAAATAAATG GAACTACTCA 
AAAGACCAAT CAAAAAGTTT TGCACTTGTC ACTTCTAGTT TGTTGTTAAA TAGGACTGAC 
GGATTCATCA ATAATTTAAA TAACTCCAAT GAAACAAAAG AAAACACTGT TCCATCTATA 
AAATATATCA GTGTAAGTGA TTTTAAATCT GAACTCGATA AAGATAGTTC TTCATCAATT 
CCAGTTTATG ATATTGGAAC TACAATATCA GTTATTGGAG AGGGTATTTC TGTTCTAAAT 
TACAACACCA TGACCGCTGA GATTGGTCCA TCGAGAGAAT CCACTTTTGT TCCAAGTACT 
TTATCAAATA TTCTTCACCA GACTAGTACT GAATTTGAGG TTTTATCAAC ACCTCACAAC 
GATCTTCAAA AAAGTACCCA AAGTAATAAA ATTGAGTCTA ATCCGATATA TAATCAGAAA 
ACTGAACCTA CTACAAACGC CTATTACACC TCATCATCAT TCGATGAAAC AAGAAGATTC 
AATTACTTGA CTTCTGAAAG GAACACCGTA ACGACTTCTG ATCATATGAA CCCTTCAACT 
ACAGAATACA ACTTGGTTCC TAGTTCATCA CCAATAGATA GCTATCCATC TCTGAATAAC 
TCCAATCACG AAACTTTTTA TCAGGATCTG TCCACTTCTA GCTCATTAAG AAACAACACT 
ACACCCACCC CTTTAATATT CGACACATCA GATCATTCGA AAGGATTATT CAATCATTCA 
AAACTGGAAA TTTCAAATTC CAGCTTAGAA TTAGAAAATC GTAGTTCTCC CTCACATCGA 
ATTAACAACT CTTATTCTAC AGGCAACACT GGCTTTACGA TGAAATCTTA CTATGCAGAA 
GAATCTACAA ATATCCATAA ACATTCAAAT AAATCTTCTA AGAAAGAAAC AAGTTATACT 
ATTGGTTTAT CATCTGTTTC ACTACTTTAC TCAGTGCATA ACTCTAAAGA CTACCAGGCA 
GTAGATCTTC AGTCAAACTG TTCCGAATCC GAAACAACAC AAAACGTCCC TGAATCGAAT 
GAATCGACCC TTCCCGTATC GTCCGATTAT ACTAATAGCA TAGATAAAAC CGGAGGATTT 
TTGACAGGAA AAAATTTTGT TACTAACTCA TTAGAGAAAT TAACGTCAGA ACTTCTAGTC 
GACCGGTCCA CTGTTCCATT ACCGACTGCT CTCGATTTAT TGACCGATAA ACCAAGTGAA 
AATACTAAAT TGCATTATTC AGATGGGATT GAAGTGTCAA CTACAAGTTC TAATGAAAAA 
ATTAGTGAAA ACGTTTATAA AAGCACGTCA ATAATTGGAG GTAGTGTTGA AAATAATTCA 
TTCAACTACT TACAGCCACT CACATCGAAT GTTGGAACTT TTGGTTTTAC TGATTCAACA 
GTAGAAAACA GCGTTCCGTC AAAACCATTT ATTCAGAAGG TAAATGACAA TCATACGGTA 
ATAAACCAGA AAAAAAATGT GACTTCGGCT TATGCATCTG TCCATGATAC CAATTCAACA 
TTCTATTCTC ATATTACGAA TAGGATCGAA GAATTGACTA CAGGAACTTA TGAAACAAAT 
ACTGAAAAAG TTCATAACAC CACGTCGATA ATTACTGGCA GTGCTGAAAA TAATTCATTC 
AACTACTTCT TACAGAACCT TACACCTAGT GTTGGACATT TTGGTTTTAC CGATTCTATT 
GGAGAAAATA GTATTCCGTC AAAAGCATTC AGTCAGAAGA TAAATGACAA TCATGCGGTA 
ATAAACCAAA AAGAAAATGT CACTTCTGGT GATCCATCTG TCCATAACAC CTATTCCAAA 
TTCTATTCTC ATAATACGAA TAGGATCGAA GAGTCAACAA CAAGTACTTA TGAAAAGACT 
ACTAATAACT TATATAACAG CACATCAATA ATTAAAGGTA GTGTTGAAAA TAATTCATTC 
AGCTACTTAC AGCATCTTAC ATCAAGTGTT GGACATCTCG GTTTTACCGA TACTACGGAA 
GAAAACAGCG TTCCGTCAGG AGCATTTAGT CAGCAAATAA ATGACAATAA TAAAGGTATA 
AATCTTAAAG AAAATATCAC TTCTGGTGAT CCATTTGTCC ATGATACTTA TTCTACATTC 
CATTCTCATA ATCCGAATGG GGTCGAAGAG ACGACTAAAA GTGCTTATGA AAAAGGTACT 
AAACATGTCT ATAAAACCAC GCAGATAGTT ACAGTTAGTG GTGAAAATAA TTCATTTAAC 
TACTTCTTAC ATCCCCTTAC ATCGATTGCT GGAAATTTTG GTTTTACTGA TTCAACGGGA 
GAAAATAGCG TTCCGCCTGG AACATTCAGT CATAATATAA ATGACAATAA TACGGATACA 
AACCGAGAAA ATGTTACTTC TGACGATACA TTGGCTCATG ATATCAATGC AACATTCTAT 
TCCCATTTAA ACAATTCATC AGTGACATTC CCGATTACCT CATATTTCGA TAATTCAAAT 
ATAACAAAAG GAGTTACCAC TTCAAGTGGC ATCTTTTATC ATTCAGATTT TCCTAACCAA 
CCTTTATTTG ATGACATGAT AAAAAACAAA ACTGAAAAAA ATGAACACTA TGACTATGGC 
AATTCTTTAA TTGAGAATAG CACGACTTCC ATTACAGAAA AAGTTGAAAA CGTGATTGAT 
CCATTGAGTA ATGCTGAAAC ACCTACCAGT AATAATCCTA CCATCTTAGT AAACAACACT 
ACTTATCAGC AATCATCAAT TTCGTCCGTC ATTTCATCAT TAGAGAACGT TCATCCAACT 
ACACCGTTAT CCGTTTCATC AAAAGACGAT GTAGTTATTG TAAAAACTAC AAACGAACCA 
GACACCATGT ATCCTGCAAC TGGTAATATG AGCAGTTATG CACCTGTTAC AGGAAAAAAT 
GAAGCTAGCA AGATTTCTGT AACTTTTAAT GACACAGACA TAAGCGCCGA TTACTATAAG 
ACTACGTTCC CTTCTGGAAA ACAAAATGAA AGTTTTTCTT ATAGTAATTA TTGGACAACC 
ATATTTGGAA GTACTGTTAA CAGAGAGGAA ACTCAAACTC TTACTCCAGA ATGGAATTCT 
TCCTCTTTAA CAACTGATAA ACCTAATAAT CTAACTATTC AAGGAAGATC AAGTGAAGTG 
GCTACAACAG AAATAAAAAA TTACCGTTCA AGTGAAAATT CACTTAATAA TGAAACCACT 
ACCCAGCATT ATGCCCAGCC AAACATTTCT TCACATGTGG ATGTTTCAGT ATTTATTCAA 
GACGATAGTC ATAGTAATTT TACGACTCCG ATTTCTGTAG ATAATACGAA AAAAGATAAT 
TTTACATACA CTGAAAAATA CGAAGCTATT GTAAATGTTA CTAATTCTGC AATCATCGAA 
AAATCCGAAG ATACCTTTAA ACCAACTCCG AATTCTATAA CTCCAATTAT TATGTCAAGT 
ACACATACTG TAAAAAATAA CATAACTTTG ATGAAGAAAT CGACAACGAG ACATGAAATC 
ACTTCCACAG AGAAAAACAG TGAGAATTCA AGAACCAGTG AGATTATTAA CGATTTTGAA 
ATGAGCACAC AACCATATCA AACCATGCCA TCCTTTAATA ACTTCACATT CTTATTGCCT 
ACAACAGACT ATCTGACTAG TTACCTTCCA GTACGAATTC ATCCACTAAT AGCCTTCAGT 
GAAATTAAAT GA

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

RefSeq	XP_014277262.1
CDS	141..5192
Translation	MEKAVKMDKMFKTLFSYIHGHFSDTRQASNLKCIQIEENKETFVFYEIKGKIFPKKKPSYVAVTRPAVVHNKYFEISAGKKMINLKFNASQNFPHKLKEGNRTAIELQDGKAEPTKTSQLEEAISLLTKSLFLKNDTLKEITSAGVTKTSQPPNINATLSAYTRLELNNDISQSLQFTFENEYDLDNDTINNKVNNFTTPYDPERLSITSSQATMTSHSGYDSISNNRSTRIYKYVTESENEQNLPENKISHWDPTSTVSSHTASSNVQNGSDNNMSTYRLTTEANKLNLTIYSYHAFFPHKSLNATDKDSNSPIEGIKPSPYFSNASENQNHSLFENNSTSPRIPDQLTTSQVATNPKKIIDLLHNTPSVTTFDSGAEKDELNSNTPIYLNQNNLTTRRNLQDYSRPSSIIGLSFSPSMVVNGSFYHSVSGDYKINVSTKAFDNSDTPLVTEGNKWNYSKDQSKSFALVTSSLLLNRTDGFINNLNNSNETKENTVPSIKYISVSDFKSELDKDSSSSIPVYDIGTTISVIGEGISVLNYNTMTAEIGPSRESTFVPSTLSNILHQTSTEFEVLSTPHNDLQKSTQSNKIESNPIYNQKTEPTTNAYYTSSSFDETRRFNYLTSERNTVTTSDHMNPSTTEYNLVPSSSPIDSYPSLNNSNHETFYQDLSTSSSLRNNTTPTPLIFDTSDHSKGLFNHSKLEISNSSLELENRSSPSHRINNSYSTGNTGFTMKSYYAEESTNIHKHSNKSSKKETSYTIGLSSVSLLYSVHNSKDYQAVDLQSNCSESETTQNVPESNESTLPVSSDYTNSIDKTGGFLTGKNFVTNSLEKLTSELLVDRSTVPLPTALDLLTDKPSENTKLHYSDGIEVSTTSSNEKISENVYKSTSIIGGSVENNSFNYLQPLTSNVGTFGFTDSTVENSVPSKPFIQKVNDNHTVINQKKNVTSAYASVHDTNSTFYSHITNRIEELTTGTYETNTEKVHNTTSIITGSAENNSFNYFLQNLTPSVGHFGFTDSIGENSIPSKAFSQKINDNHAVINQKENVTSGDPSVHNTYSKFYSHNTNRIEESTTSTYEKTTNNLYNSTSIIKGSVENNSFSYLQHLTSSVGHLGFTDTTEENSVPSGAFSQQINDNNKGINLKENITSGDPFVHDTYSTFHSHNPNGVEETTKSAYEKGTKHVYKTTQIVTVSGENNSFNYFLHPLTSIAGNFGFTDSTGENSVPPGTFSHNINDNNTDTNRENVTSDDTLAHDINATFYSHLNNSSVTFPITSYFDNSNITKGVTTSSGIFYHSDFPNQPLFDDMIKNKTEKNEHYDYGNSLIENSTTSITEKVENVIDPLSNAETPTSNNPTILVNNTTYQQSSISSVISSLENVHPTTPLSVSSKDDVVIVKTTNEPDTMYPATGNMSSYAPVTGKNEASKISVTFNDTDISADYYKTTFPSGKQNESFSYSNYWTTIFGSTVNREETQTLTPEWNSSSLTTDKPNNLTIQGRSSEVATTEIKNYRSSENSLNNETTTQHYAQPNISSHVDVSVFIQDDSHSNFTTPISVDNTKKDNFTYTEKYEAIVNVTNSAIIEKSEDTFKPTPNSITPIIMSSTHTVKNNITLMKKSTTRHEITSTEKNSENSRTSEIINDFEMSTQPYQTMPSFNNFTFLLPTTDYLTSYLPVRIHPLIAFSEIK

Target ORF information:

RefSeq Version	XM_014421776.1
Organism	Halyomorpha halys(brown marmorated stink bug)
Definition	Halyomorpha halys uncharacterized threonine-rich GPI-anchored glycoprotein PJ4664.02-like (LOC106681451), mRNA.

Target ORF information:

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

XM_014421776.1

ORF Insert Sequence:

ATGGAGAAGG CTGTGAAGAT GGATAAAATG TTTAAAACAT TATTTTCCTA CATCCATGGT 
CACTTTAGTG ATACTCGTCA AGCAAGCAAT TTAAAATGTA TACAAATTGA AGAAAATAAG 
GAAACTTTCG TATTCTACGA GATAAAAGGT AAAATTTTTC CAAAAAAGAA GCCAAGTTAC 
GTAGCTGTAA CACGGCCAGC TGTAGTTCAT AACAAATACT TTGAAATCAG CGCTGGGAAA 
AAAATGATTA ATTTAAAATT TAATGCCTCT CAAAATTTCC CGCATAAACT AAAAGAGGGA 
AACAGAACCG CAATTGAATT ACAGGATGGG AAAGCTGAAC CAACGAAAAC AAGTCAGCTG 
GAGGAGGCCA TTTCATTACT AACAAAAAGC TTGTTCCTTA AGAATGATAC TTTAAAAGAA 
ATAACATCGG CAGGTGTTAC AAAAACTTCT CAGCCTCCAA ACATTAACGC AACCTTATCC 
GCTTATACAC GACTAGAACT TAACAACGAT ATCTCACAAA GCTTGCAATT TACTTTTGAA 
AATGAATATG ACTTGGATAA TGATACTATA AATAATAAAG TCAATAATTT TACTACTCCT 
TATGATCCTG AGCGACTTTC AATCACATCA TCACAAGCTA CTATGACGAG CCACTCAGGT 
TATGATTCGA TTTCCAATAA TCGTAGTACC CGAATTTACA AATACGTTAC AGAGTCTGAA 
AATGAGCAAA ATTTACCGGA AAACAAAATT TCTCATTGGG ATCCAACTTC AACAGTTTCA 
TCACACACTG CATCTTCTAA TGTCCAAAAT GGCAGTGACA ACAATATGAG TACTTATCGC 
CTGACTACTG AAGCAAATAA ACTTAACCTC ACTATATATT CATACCACGC GTTTTTTCCT 
CATAAAAGCC TAAACGCAAC GGATAAGGAT AGTAATAGCC CGATTGAAGG AATTAAACCA 
AGCCCATATT TTAGTAATGC TAGTGAAAAT CAAAATCATT CCCTATTCGA AAATAATTCA 
ACCTCACCTC GTATACCTGA TCAATTGACG ACTTCTCAGG TGGCAACGAA CCCAAAAAAA 
ATTATTGATC TGCTTCATAA CACCCCAAGC GTTACTACTT TTGATAGTGG CGCTGAAAAA 
GATGAACTCA ATTCTAATAC ACCTATATAT TTAAATCAGA ACAATCTCAC AACGAGAAGG 
AATTTACAGG ATTATTCTCG ACCATCTAGT ATAATAGGAC TTTCATTTAG CCCTTCGATG 
GTAGTAAATG GTAGTTTTTA CCATTCAGTT AGTGGAGATT ATAAAATAAA TGTTTCTACT 
AAAGCTTTTG ACAACAGTGA TACGCCTTTG GTCACTGAAG GAAATAAATG GAACTACTCA 
AAAGACCAAT CAAAAAGTTT TGCACTTGTC ACTTCTAGTT TGTTGTTAAA TAGGACTGAC 
GGATTCATCA ATAATTTAAA TAACTCCAAT GAAACAAAAG AAAACACTGT TCCATCTATA 
AAATATATCA GTGTAAGTGA TTTTAAATCT GAACTCGATA AAGATAGTTC TTCATCAATT 
CCAGTTTATG ATATTGGAAC TACAATATCA GTTATTGGAG AGGGTATTTC TGTTCTAAAT 
TACAACACCA TGACCGCTGA GATTGGTCCA TCGAGAGAAT CCACTTTTGT TCCAAGTACT 
TTATCAAATA TTCTTCACCA GACTAGTACT GAATTTGAGG TTTTATCAAC ACCTCACAAC 
GATCTTCAAA AAAGTACCCA AAGTAATAAA ATTGAGTCTA ATCCGATATA TAATCAGAAA 
ACTGAACCTA CTACAAACGC CTATTACACC TCATCATCAT TCGATGAAAC AAGAAGATTC 
AATTACTTGA CTTCTGAAAG GAACACCGTA ACGACTTCTG ATCATATGAA CCCTTCAACT 
ACAGAATACA ACTTGGTTCC TAGTTCATCA CCAATAGATA GCTATCCATC TCTGAATAAC 
TCCAATCACG AAACTTTTTA TCAGGATCTG TCCACTTCTA GCTCATTAAG AAACAACACT 
ACACCCACCC CTTTAATATT CGACACATCA GATCATTCGA AAGGATTATT CAATCATTCA 
AAACTGGAAA TTTCAAATTC CAGCTTAGAA TTAGAAAATC GTAGTTCTCC CTCACATCGA 
ATTAACAACT CTTATTCTAC AGGCAACACT GGCTTTACGA TGAAATCTTA CTATGCAGAA 
GAATCTACAA ATATCCATAA ACATTCAAAT AAATCTTCTA AGAAAGAAAC AAGTTATACT 
ATTGGTTTAT CATCTGTTTC ACTACTTTAC TCAGTGCATA ACTCTAAAGA CTACCAGGCA 
GTAGATCTTC AGTCAAACTG TTCCGAATCC GAAACAACAC AAAACGTCCC TGAATCGAAT 
GAATCGACCC TTCCCGTATC GTCCGATTAT ACTAATAGCA TAGATAAAAC CGGAGGATTT 
TTGACAGGAA AAAATTTTGT TACTAACTCA TTAGAGAAAT TAACGTCAGA ACTTCTAGTC 
GACCGGTCCA CTGTTCCATT ACCGACTGCT CTCGATTTAT TGACCGATAA ACCAAGTGAA 
AATACTAAAT TGCATTATTC AGATGGGATT GAAGTGTCAA CTACAAGTTC TAATGAAAAA 
ATTAGTGAAA ACGTTTATAA AAGCACGTCA ATAATTGGAG GTAGTGTTGA AAATAATTCA 
TTCAACTACT TACAGCCACT CACATCGAAT GTTGGAACTT TTGGTTTTAC TGATTCAACA 
GTAGAAAACA GCGTTCCGTC AAAACCATTT ATTCAGAAGG TAAATGACAA TCATACGGTA 
ATAAACCAGA AAAAAAATGT GACTTCGGCT TATGCATCTG TCCATGATAC CAATTCAACA 
TTCTATTCTC ATATTACGAA TAGGATCGAA GAATTGACTA CAGGAACTTA TGAAACAAAT 
ACTGAAAAAG TTCATAACAC CACGTCGATA ATTACTGGCA GTGCTGAAAA TAATTCATTC 
AACTACTTCT TACAGAACCT TACACCTAGT GTTGGACATT TTGGTTTTAC CGATTCTATT 
GGAGAAAATA GTATTCCGTC AAAAGCATTC AGTCAGAAGA TAAATGACAA TCATGCGGTA 
ATAAACCAAA AAGAAAATGT CACTTCTGGT GATCCATCTG TCCATAACAC CTATTCCAAA 
TTCTATTCTC ATAATACGAA TAGGATCGAA GAGTCAACAA CAAGTACTTA TGAAAAGACT 
ACTAATAACT TATATAACAG CACATCAATA ATTAAAGGTA GTGTTGAAAA TAATTCATTC 
AGCTACTTAC AGCATCTTAC ATCAAGTGTT GGACATCTCG GTTTTACCGA TACTACGGAA 
GAAAACAGCG TTCCGTCAGG AGCATTTAGT CAGCAAATAA ATGACAATAA TAAAGGTATA 
AATCTTAAAG AAAATATCAC TTCTGGTGAT CCATTTGTCC ATGATACTTA TTCTACATTC 
CATTCTCATA ATCCGAATGG GGTCGAAGAG ACGACTAAAA GTGCTTATGA AAAAGGTACT 
AAACATGTCT ATAAAACCAC GCAGATAGTT ACAGTTAGTG GTGAAAATAA TTCATTTAAC 
TACTTCTTAC ATCCCCTTAC ATCGATTGCT GGAAATTTTG GTTTTACTGA TTCAACGGGA 
GAAAATAGCG TTCCGCCTGG AACATTCAGT CATAATATAA ATGACAATAA TACGGATACA 
AACCGAGAAA ATGTTACTTC TGACGATACA TTGGCTCATG ATATCAATGC AACATTCTAT 
TCCCATTTAA ACAATTCATC AGTGACATTC CCGATTACCT CATATTTCGA TAATTCAAAT 
ATAACAAAAG GAGTTACCAC TTCAAGTGGC ATCTTTTATC ATTCAGATTT TCCTAACCAA 
CCTTTATTTG ATGACATGAT AAAAAACAAA ACTGAAAAAA ATGAACACTA TGACTATGGC 
AATTCTTTAA TTGAGAATAG CACGACTTCC ATTACAGAAA AAGTTGAAAA CGTGATTGAT 
CCATTGAGTA ATGCTGAAAC ACCTACCAGT AATAATCCTA CCATCTTAGT AAACAACACT 
ACTTATCAGC AATCATCAAT TTCGTCCGTC ATTTCATCAT TAGAGAACGT TCATCCAACT 
ACACCGTTAT CCGTTTCATC AAAAGACGAT GTAGTTATTG TAAAAACTAC AAACGAACCA 
GACACCATGT ATCCTGCAAC TGGTAATATG AGCAGTTATG CACCTGTTAC AGGAAAAAAT 
GAAGCTAGCA AGATTTCTGT AACTTTTAAT GACACAGACA TAAGCGCCGA TTACTATAAG 
ACTACGTTCC CTTCTGGAAA ACAAAATGAA AGTTTTTCTT ATAGTAATTA TTGGACAACC 
ATATTTGGAA GTACTGTTAA CAGAGAGGAA ACTCAAACTC TTACTCCAGA ATGGAATTCT 
TCCTCTTTAA CAACTGATAA ACCTAATAAT CTAACTATTC AAGGAAGATC AAGTGAAGTG 
GCTACAACAG AAATAAAAAA TTACCGTTCA AGTGAAAATT CACTTAATAA TGAAACCACT 
ACCCAGCATT ATGCCCAGCC AAACATTTCT TCACATGTGG ATGTTTCAGT ATTTATTCAA 
GACGATAGTC ATAGTAATTT TACGACTCCG ATTTCTGTAG ATAATACGAA AAAAGATAAT 
TTTACATACA CTGAAAAATA CGAAGCTATT GTAAATGTTA CTAATTCTGC AATCATCGAA 
AAATCCGAAG ATACCTTTAA ACCAACTCCG AATTCTATAA CTCCAATTAT TATGTCAAGT 
ACACATACTG TAAAAAATAA CATAACTTTG ATGAAGAAAT CGACAACGAG ACATGAAATC 
ACTTCCACAG AGAAAAACAG TGAGAATTCA AGAACCAGTG AGATTATTAA CGATTTTGAA 
ATGAGCACAC AACCATATCA AACCATGCCA TCCTTTAATA ACTTCACATT CTTATTGCCT 
ACAACAGACT ATCTGACTAG TTACCTTCCA GTACGAATTC ATCCACTAAT AGCCTTCAGT 
GAAATTAAAT GA