BKCO1_500031 cDNA ORF clone, Diplodia corticola

Gene
Clones
gRNAs

Summary

Gene Symbol	BKCO1_500031
Entrez Gene ID	31017112
Full Name	sensor histidine kinase response
Gene Type	protein-coding
Organism	Diplodia corticola

mRNA and Protein(s)

mRNA	Protein	Name
XM_020276851.1	XP_020134069.1	sensor histidine kinase response

Pathways from BioSystems
Gene Ontology

The following BKCO1_500031 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BKCO1_500031 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
ODi88621	XM_020276851.1 Latest version!	Diplodia corticola sensor histidine kinase response (BKCO1_500031), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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All Other ORF Clones
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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)

BKCO1_500031 ( XM_020276851.1 ) cDNA ORF clone, Diplodia corticola -> XP_020134069.1 Diplodia corticola sensor histidine kinase response (BKCO1_500031), partial mRNA.

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CloneID	ODi88621
Clone ID Related Accession (Same CDS sequence)	XM_020276851.1
Accession Version	XM_020276851.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4287bp) 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	2017-08-27
Organism	Diplodia corticola
Product	sensor histidine kinase response
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_017971484). COMPLETENESS: incomplete on both ends.

ATGACCGCGG CTACTCGGTC TTGTCTCGCC GCGGAGCGCG CTCGAGAATC CGATCTTTGC 
TTCTACTACC CGCCTTCACT GAGCATCCCG GATCTGAGGG CCCAGCTGGA CACCGGCCCC 
GGCACCAACT CCAACCCTTC TTCCGCCCAT GTCCCGCGCC CCTCCACGGA CCTTGTACTC 
ACTGCCCTGG CCCAGCTGGG CGCGCTTCGC CTCAATGCCG CCAATGTCCT GGTGTCGCTG 
GTCGACAGCC AGTCGCAGAT CGTGCTGGCT GAGGCCACGC CGAACATGTC CTTGACCGGC 
CCCGCCGACG CTCTGTGGCT GGGCAGTGCC GTCATCCCCC GCGAGTACGG AGTCTGCGAG 
TGTGTGCTGG ACGAGCCGGC TGTCGTCGTC AACGACCTGC TGCTCGATGC CCGCTTCCAC 
GCCCGTCCTT TCGTGCGCGC CTCGCCGCAG TTTCGCTTCT ACGCAGGCAT CCCGCTCAAG 
GCTCCTACCG GCTCCGTCAT CGGCGTCTAC GCCATCTTCG ACACCTCTCC GCGCGACGGC 
CTCGCCGAAA CCGAGCTGCT TTTCCTGCAA GACGTTGCCG CTGCTGTCGT CTCCTATCTC 
GGCGTCTCCA AAGCACACGA CACCAATCGG AACTCCGAGC ACATGATACG CGGCCTGGCT 
TCCTTCGTCA CCGGTGCCGC TGACCTGGAG GCCACCGCCG ACCTCGACGT GCCACGTGCC 
CCCGAAAACC CGTCCGTTGC GTCGCCACTG CCAGCTCGCA CGCCTGCAAC CCAAGACAAG 
AGCCCCCCGT CGGACGAACC ACAAGGGGCG ACTCCAGACG AGGACCCGCC CACGCTACAG 
GACTCCATCC TCCCTTCTGG TGCAAAGCGC ATGTTTTCCC GTGCCGCCAA CATCATGCGC 
GAATCCAGCG CCCTGTCCGG CGTCATCTTC TTCGACGCCT CCATGGCAAA CGTCCTTCCC 
ACAGGAGCCA CTCCGCCCCA GACGTCGAGC GACGACAGCG ACGCCGAAGC CAGCACCGCT 
CTCACCACCA GCACTGCCGA AGAGTCCTCT GGGTCCAACC TCTCCTCGAC GTCGTCGGGC 
CCTTCGATCC CCACCTGCAA AATACTCGGA TTCGCCGATG CCAGTCGTTC GAGCCGCGAC 
GGTAGCCGCA TCAGGAAAGA CTATCTGATG CTGACCGAAA CCTCCCTGCG AAAGTTCCTC 
ACCCGACACC CGCACGGCAA GATATTCAAC ATCGCAAGGC AGGCCACCGA CGACGTTCCC 
GTGAAGCGGT CCAGGAGAGG CAAAACCCGC CGCAGTACGG CGGTGGATGC CATCATCGAC 
GTCGCCCATA ATGCCCGCAG CGCTGCGATC ATACCTCTGT GGGACTACAA CCGCCAGCGC 
TGGTTCGCCG GCTGTCTGTG CTGGGTTACG GATCCCAGAC GGGAGCTCAC ATACGGATCC 
GATCTCCTCT TCCTCCGTGC TTTTGGTCAT AGCATCATGG CGGAAATGGG CCGGATAGAT 
GCGGCTGCCG TGGACAAGGC CAGAACAACC TTCATCGAGT CCATGTCACA CGAGCTGCGA 
TCGCCACTAC ACGGCATTCT GGGAGCGGCC GAATATCTAC AGAGCATGCG GCTCGACACA 
TTCCAAGCCA ACGTCGTCTA CTCAATTGCC ATGTGCGGCC GCACCCTGCT TGACACTGTC 
CAGAACGTGC TCGAGTACTC AAAGATCAAC GAATTCACAG GGCCATATGC CAAGAGCGCA 
ACTTCTGCCG CCCTGCGCCT GCGCCGCTCG TCCATCGGGC CCATTGGCAG CAACCCTACC 
GTCGATCTAC GGCGATTGAC CGAGGAAACC GTCGAAGCCA TTTTTGCCGG TCAATCCTAC 
AACTTTTCAA CCCCTCAACC CAACGACGAC GAAGACTATT TCTCAGACCC TCCGACCTCG 
GCCAGTCCCC GGTCGAAATC AGGCCGCAAG CCCGTCCGTG TCGTTCTCGA TCTTCCGAAC 
CGCCACTCGT GGGCATTCGC GATACAGCCC GGCATCTGGC GCCGCATTCT CATGAATGTA 
TTTGGCAACG CGCTTCGTTT CACCGAAACC GGCTTTGTCC GCGTAGCTCT CTCAGCCAAC 
GATGTCGGCG AGTCCGAGAG CGAACTGCTC TTGACCATAA CGGACTCTGG CGTAGGAATG 
TCATCCAAGT ACGTGCAGGA TGGACTCTTC AAGCCATTCT CCCAAGAAAA CTCCTTTTCA 
GCCGGCACGG GTCTTGGTAT GAGCATCGTG CAGCGTCTTG TCCAGAGCCT CGGCGGCGAG 
ATTACAGTAA AGAGCAAAGT CCAGTCCGGC ACTACGGTTC AAATCCGCAT GGTTCTCCCC 
AGCCGTGTAG CTATCGCAGA TGACGACTTC GAGGATTCCG TAACAACCCG AGCACGTGGC 
AGAAACGTCA CTGTCATCAA GGACAGGATC CTCGAGGGCG AGGAAACGCG GGATGTTCTA 
CGCGCAAGCG AGCGCCAGTT TCACGATTGC TTGACTGACA GCTTGAAGGC ATGGTTCGGA 
GTGAACGTGG CCAATTCACG CGATAGCGAC GACGCCAGCA GCCGACTCGT GATCTATCCT 
GGACCCAGTT TCCACGCCCT GTACAAAGCG GGGAAGAGGA GGGGCGTTAC TGTGATTGTC 
GCTATAGATG GCGTCGAAGC CGCAACTTTG AGGACTGATC CTCGAATCAA GAGCGGCTGG 
ATCGAAGTGG TCACGCAGCC CTGTGGTCCG TCCAAGCTCG CCAGGATCCT TGATCGGTAC 
ATGTCTCGTC TTGACCCGGA GTCCAATGCT CCACTCCGGC CGGACATTTC AAAATCACCG 
AGACCCGGCG TGGGGACCAC GGTCATGTCT AGCCTACTAC ATTGCCCATC ACCCAGCTCT 
GCAAGAGCCG CTCAGAAGAG CAATGACCTG GAAACAATCC CGCAGCAGAC ACCCAAGGGC 
TCCGTCCACG AACCATCGCA GCCTCCGTAT TCCCTAAAGC CGTCGGAAAG CGTGTCGAGC 
GACTCGTCAC TAGGCGCCGT CACCCCACCA TCGTCGTCTC GATCCTCGCA CATCTACCAC 
CACCGTATGC ACAATGAGAT GGTGGGCAAG CAGAAATCCC TCCTCGCCGC CACCTCGGCC 
CCACCGCCAG CGTCCTCCTC CGAAGCAGCT GCATCCGACC CCTCCTCGTT CACACTGTCT 
CTTCGTCACC GTAGCAGAAG CAGCAAGGAA ATCCTAATCG TCGACGACAA CCCGCTCAAC 
CTCCGCCTCC TCTCGGCCTT CCTCACCAAA GCCGGCTTCC ACCGCCACAC GTCGGCGCTC 
AATGGCCTCG AGGCGCTGAA CATGTTCAAG AAGCAGCCGG CGCGGTGGGC GGCGATACTG 
ATGGACATCA GCATGCCGGT CATGGACGGG GTGACGGCGA CGCAAGAGAT CAGGGCGTGG 
GAGCGGCGAG TCATACAGAA CAACAGCAGC GGCCAACCCG GCGCCATGAC CCCATCGGCC 
TTTGTCTATG GCGGGGGCTC GGATGACGGC GATGCCAAGA AGTCGCCGGC GACGAAGCGG 
TCGGCGAAAG ACGAGTCGAA GGAGGCTGTC AAGAGGTGGA GCAAGGGCGC GGCGGGGGCG 
CCGCCGCCGG ATGTGTCGTC GCCGGCTTTA CCGGCACCGC AGATGCCGGA CAACGGCATC 
GTTGGTGCGC CTTCTTCGAT GCTCCCGGAT GGGTTCCCGT TCCCGCGTGA GGAGGAGAAG 
GGGGAGAAGG AGGAGAAGGA GGAGAAGGAG GAGACAGAAG AACAAGGCCA AGGCAAGCCG 
CCGCCGGCAG AATCAACTAG GTATGGTGCA TCTATGGCAC CGTCTGTCCC GCTCCGTCCC 
GCAGCGGAGC CGGACGACGA CACTCGCGAC TCGGAAGAGA AGGAACGGGG CGAAGACGGT 
CAGGAGAGCG AGGTCCCACG GGGAATCCCG TCGTCGTCCT CCCCCCGCTC CTCGTTGCCC 
AGCCGGTCGC AGCCGTCCGA CAAGGAAGCC TCGGCATCCA TTGGCTCCTC CTCCTCCTCC 
CCGCCTCACT CATCCTTCTC AGCCGAGTCG CCATCGGCGG TGCTTGAAAC GCCAACGCCG 
AAAGCCACGG GCACAGGGAC AGGCACGGGC CCGGCAACAG CCTCGGTGCT GGCGGCACAC 
GGCCGGGTGC AGATCATCGT CATCACTGGG CTGGGGAGCG CGACGGCGCG GTTCGAGGCG 
ATGCACGCGG GGGCGGACGT GTTCATGACG AAGCCGATCA AGTTTGGGGT GTTGATGAAG 
ACGTTGAAGG GGAGGATCGG CGGTTGA

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

RefSeq	XP_020134069.1
CDS	1..4287
Translation	MTAATRSCLAAERARESDLCFYYPPSLSIPDLRAQLDTGPGTNSNPSSAHVPRPSTDLVLTALAQLGALRLNAANVLVSLVDSQSQIVLAEATPNMSLTGPADALWLGSAVIPREYGVCECVLDEPAVVVNDLLLDARFHARPFVRASPQFRFYAGIPLKAPTGSVIGVYAIFDTSPRDGLAETELLFLQDVAAAVVSYLGVSKAHDTNRNSEHMIRGLASFVTGAADLEATADLDVPRAPENPSVASPLPARTPATQDKSPPSDEPQGATPDEDPPTLQDSILPSGAKRMFSRAANIMRESSALSGVIFFDASMANVLPTGATPPQTSSDDSDAEASTALTTSTAEESSGSNLSSTSSGPSIPTCKILGFADASRSSRDGSRIRKDYLMLTETSLRKFLTRHPHGKIFNIARQATDDVPVKRSRRGKTRRSTAVDAIIDVAHNARSAAIIPLWDYNRQRWFAGCLCWVTDPRRELTYGSDLLFLRAFGHSIMAEMGRIDAAAVDKARTTFIESMSHELRSPLHGILGAAEYLQSMRLDTFQANVVYSIAMCGRTLLDTVQNVLEYSKINEFTGPYAKSATSAALRLRRSSIGPIGSNPTVDLRRLTEETVEAIFAGQSYNFSTPQPNDDEDYFSDPPTSASPRSKSGRKPVRVVLDLPNRHSWAFAIQPGIWRRILMNVFGNALRFTETGFVRVALSANDVGESESELLLTITDSGVGMSSKYVQDGLFKPFSQENSFSAGTGLGMSIVQRLVQSLGGEITVKSKVQSGTTVQIRMVLPSRVAIADDDFEDSVTTRARGRNVTVIKDRILEGEETRDVLRASERQFHDCLTDSLKAWFGVNVANSRDSDDASSRLVIYPGPSFHALYKAGKRRGVTVIVAIDGVEAATLRTDPRIKSGWIEVVTQPCGPSKLARILDRYMSRLDPESNAPLRPDISKSPRPGVGTTVMSSLLHCPSPSSARAAQKSNDLETIPQQTPKGSVHEPSQPPYSLKPSESVSSDSSLGAVTPPSSSRSSHIYHHRMHNEMVGKQKSLLAATSAPPPASSSEAAASDPSSFTLSLRHRSRSSKEILIVDDNPLNLRLLSAFLTKAGFHRHTSALNGLEALNMFKKQPARWAAILMDISMPVMDGVTATQEIRAWERRVIQNNSSGQPGAMTPSAFVYGGGSDDGDAKKSPATKRSAKDESKEAVKRWSKGAAGAPPPDVSSPALPAPQMPDNGIVGAPSSMLPDGFPFPREEEKGEKEEKEEKEETEEQGQGKPPPAESTRYGASMAPSVPLRPAAEPDDDTRDSEEKERGEDGQESEVPRGIPSSSSPRSSLPSRSQPSDKEASASIGSSSSSPPHSSFSAESPSAVLETPTPKATGTGTGTGPATASVLAAHGRVQIIVITGLGSATARFEAMHAGADVFMTKPIKFGVLMKTLKGRIGG

Target ORF information:

RefSeq Version	XM_020276851.1
Organism	Diplodia corticola
Definition	Diplodia corticola sensor histidine kinase response (BKCO1_500031), partial mRNA.

Target ORF information:

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

XM_020276851.1

ORF Insert Sequence:

ATGACCGCGG CTACTCGGTC TTGTCTCGCC GCGGAGCGCG CTCGAGAATC CGATCTTTGC 
TTCTACTACC CGCCTTCACT GAGCATCCCG GATCTGAGGG CCCAGCTGGA CACCGGCCCC 
GGCACCAACT CCAACCCTTC TTCCGCCCAT GTCCCGCGCC CCTCCACGGA CCTTGTACTC 
ACTGCCCTGG CCCAGCTGGG CGCGCTTCGC CTCAATGCCG CCAATGTCCT GGTGTCGCTG 
GTCGACAGCC AGTCGCAGAT CGTGCTGGCT GAGGCCACGC CGAACATGTC CTTGACCGGC 
CCCGCCGACG CTCTGTGGCT GGGCAGTGCC GTCATCCCCC GCGAGTACGG AGTCTGCGAG 
TGTGTGCTGG ACGAGCCGGC TGTCGTCGTC AACGACCTGC TGCTCGATGC CCGCTTCCAC 
GCCCGTCCTT TCGTGCGCGC CTCGCCGCAG TTTCGCTTCT ACGCAGGCAT CCCGCTCAAG 
GCTCCTACCG GCTCCGTCAT CGGCGTCTAC GCCATCTTCG ACACCTCTCC GCGCGACGGC 
CTCGCCGAAA CCGAGCTGCT TTTCCTGCAA GACGTTGCCG CTGCTGTCGT CTCCTATCTC 
GGCGTCTCCA AAGCACACGA CACCAATCGG AACTCCGAGC ACATGATACG CGGCCTGGCT 
TCCTTCGTCA CCGGTGCCGC TGACCTGGAG GCCACCGCCG ACCTCGACGT GCCACGTGCC 
CCCGAAAACC CGTCCGTTGC GTCGCCACTG CCAGCTCGCA CGCCTGCAAC CCAAGACAAG 
AGCCCCCCGT CGGACGAACC ACAAGGGGCG ACTCCAGACG AGGACCCGCC CACGCTACAG 
GACTCCATCC TCCCTTCTGG TGCAAAGCGC ATGTTTTCCC GTGCCGCCAA CATCATGCGC 
GAATCCAGCG CCCTGTCCGG CGTCATCTTC TTCGACGCCT CCATGGCAAA CGTCCTTCCC 
ACAGGAGCCA CTCCGCCCCA GACGTCGAGC GACGACAGCG ACGCCGAAGC CAGCACCGCT 
CTCACCACCA GCACTGCCGA AGAGTCCTCT GGGTCCAACC TCTCCTCGAC GTCGTCGGGC 
CCTTCGATCC CCACCTGCAA AATACTCGGA TTCGCCGATG CCAGTCGTTC GAGCCGCGAC 
GGTAGCCGCA TCAGGAAAGA CTATCTGATG CTGACCGAAA CCTCCCTGCG AAAGTTCCTC 
ACCCGACACC CGCACGGCAA GATATTCAAC ATCGCAAGGC AGGCCACCGA CGACGTTCCC 
GTGAAGCGGT CCAGGAGAGG CAAAACCCGC CGCAGTACGG CGGTGGATGC CATCATCGAC 
GTCGCCCATA ATGCCCGCAG CGCTGCGATC ATACCTCTGT GGGACTACAA CCGCCAGCGC 
TGGTTCGCCG GCTGTCTGTG CTGGGTTACG GATCCCAGAC GGGAGCTCAC ATACGGATCC 
GATCTCCTCT TCCTCCGTGC TTTTGGTCAT AGCATCATGG CGGAAATGGG CCGGATAGAT 
GCGGCTGCCG TGGACAAGGC CAGAACAACC TTCATCGAGT CCATGTCACA CGAGCTGCGA 
TCGCCACTAC ACGGCATTCT GGGAGCGGCC GAATATCTAC AGAGCATGCG GCTCGACACA 
TTCCAAGCCA ACGTCGTCTA CTCAATTGCC ATGTGCGGCC GCACCCTGCT TGACACTGTC 
CAGAACGTGC TCGAGTACTC AAAGATCAAC GAATTCACAG GGCCATATGC CAAGAGCGCA 
ACTTCTGCCG CCCTGCGCCT GCGCCGCTCG TCCATCGGGC CCATTGGCAG CAACCCTACC 
GTCGATCTAC GGCGATTGAC CGAGGAAACC GTCGAAGCCA TTTTTGCCGG TCAATCCTAC 
AACTTTTCAA CCCCTCAACC CAACGACGAC GAAGACTATT TCTCAGACCC TCCGACCTCG 
GCCAGTCCCC GGTCGAAATC AGGCCGCAAG CCCGTCCGTG TCGTTCTCGA TCTTCCGAAC 
CGCCACTCGT GGGCATTCGC GATACAGCCC GGCATCTGGC GCCGCATTCT CATGAATGTA 
TTTGGCAACG CGCTTCGTTT CACCGAAACC GGCTTTGTCC GCGTAGCTCT CTCAGCCAAC 
GATGTCGGCG AGTCCGAGAG CGAACTGCTC TTGACCATAA CGGACTCTGG CGTAGGAATG 
TCATCCAAGT ACGTGCAGGA TGGACTCTTC AAGCCATTCT CCCAAGAAAA CTCCTTTTCA 
GCCGGCACGG GTCTTGGTAT GAGCATCGTG CAGCGTCTTG TCCAGAGCCT CGGCGGCGAG 
ATTACAGTAA AGAGCAAAGT CCAGTCCGGC ACTACGGTTC AAATCCGCAT GGTTCTCCCC 
AGCCGTGTAG CTATCGCAGA TGACGACTTC GAGGATTCCG TAACAACCCG AGCACGTGGC 
AGAAACGTCA CTGTCATCAA GGACAGGATC CTCGAGGGCG AGGAAACGCG GGATGTTCTA 
CGCGCAAGCG AGCGCCAGTT TCACGATTGC TTGACTGACA GCTTGAAGGC ATGGTTCGGA 
GTGAACGTGG CCAATTCACG CGATAGCGAC GACGCCAGCA GCCGACTCGT GATCTATCCT 
GGACCCAGTT TCCACGCCCT GTACAAAGCG GGGAAGAGGA GGGGCGTTAC TGTGATTGTC 
GCTATAGATG GCGTCGAAGC CGCAACTTTG AGGACTGATC CTCGAATCAA GAGCGGCTGG 
ATCGAAGTGG TCACGCAGCC CTGTGGTCCG TCCAAGCTCG CCAGGATCCT TGATCGGTAC 
ATGTCTCGTC TTGACCCGGA GTCCAATGCT CCACTCCGGC CGGACATTTC AAAATCACCG 
AGACCCGGCG TGGGGACCAC GGTCATGTCT AGCCTACTAC ATTGCCCATC ACCCAGCTCT 
GCAAGAGCCG CTCAGAAGAG CAATGACCTG GAAACAATCC CGCAGCAGAC ACCCAAGGGC 
TCCGTCCACG AACCATCGCA GCCTCCGTAT TCCCTAAAGC CGTCGGAAAG CGTGTCGAGC 
GACTCGTCAC TAGGCGCCGT CACCCCACCA TCGTCGTCTC GATCCTCGCA CATCTACCAC 
CACCGTATGC ACAATGAGAT GGTGGGCAAG CAGAAATCCC TCCTCGCCGC CACCTCGGCC 
CCACCGCCAG CGTCCTCCTC CGAAGCAGCT GCATCCGACC CCTCCTCGTT CACACTGTCT 
CTTCGTCACC GTAGCAGAAG CAGCAAGGAA ATCCTAATCG TCGACGACAA CCCGCTCAAC 
CTCCGCCTCC TCTCGGCCTT CCTCACCAAA GCCGGCTTCC ACCGCCACAC GTCGGCGCTC 
AATGGCCTCG AGGCGCTGAA CATGTTCAAG AAGCAGCCGG CGCGGTGGGC GGCGATACTG 
ATGGACATCA GCATGCCGGT CATGGACGGG GTGACGGCGA CGCAAGAGAT CAGGGCGTGG 
GAGCGGCGAG TCATACAGAA CAACAGCAGC GGCCAACCCG GCGCCATGAC CCCATCGGCC 
TTTGTCTATG GCGGGGGCTC GGATGACGGC GATGCCAAGA AGTCGCCGGC GACGAAGCGG 
TCGGCGAAAG ACGAGTCGAA GGAGGCTGTC AAGAGGTGGA GCAAGGGCGC GGCGGGGGCG 
CCGCCGCCGG ATGTGTCGTC GCCGGCTTTA CCGGCACCGC AGATGCCGGA CAACGGCATC 
GTTGGTGCGC CTTCTTCGAT GCTCCCGGAT GGGTTCCCGT TCCCGCGTGA GGAGGAGAAG 
GGGGAGAAGG AGGAGAAGGA GGAGAAGGAG GAGACAGAAG AACAAGGCCA AGGCAAGCCG 
CCGCCGGCAG AATCAACTAG GTATGGTGCA TCTATGGCAC CGTCTGTCCC GCTCCGTCCC 
GCAGCGGAGC CGGACGACGA CACTCGCGAC TCGGAAGAGA AGGAACGGGG CGAAGACGGT 
CAGGAGAGCG AGGTCCCACG GGGAATCCCG TCGTCGTCCT CCCCCCGCTC CTCGTTGCCC 
AGCCGGTCGC AGCCGTCCGA CAAGGAAGCC TCGGCATCCA TTGGCTCCTC CTCCTCCTCC 
CCGCCTCACT CATCCTTCTC AGCCGAGTCG CCATCGGCGG TGCTTGAAAC GCCAACGCCG 
AAAGCCACGG GCACAGGGAC AGGCACGGGC CCGGCAACAG CCTCGGTGCT GGCGGCACAC 
GGCCGGGTGC AGATCATCGT CATCACTGGG CTGGGGAGCG CGACGGCGCG GTTCGAGGCG 
ATGCACGCGG GGGCGGACGT GTTCATGACG AAGCCGATCA AGTTTGGGGT GTTGATGAAG 
ACGTTGAAGG GGAGGATCGG CGGTTGA