BKCO1_6300025 cDNA ORF clone, Diplodia corticola

Gene
Clones
gRNAs

Summary

Gene Symbol	BKCO1_6300025
Entrez Gene ID	31018382
Full Name	sensor histidine kinase response
Gene Type	protein-coding
Organism	Diplodia corticola

mRNA and Protein(s)

mRNA	Protein	Name
XM_020278121.1	XP_020126530.1	sensor histidine kinase response

Pathways from BioSystems
Gene Ontology

The following BKCO1_6300025 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BKCO1_6300025 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
ODi96095	XM_020278121.1 Latest version!	Diplodia corticola sensor histidine kinase response (BKCO1_6300025), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00

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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)

BKCO1_6300025 ( XM_020278121.1 ) cDNA ORF clone, Diplodia corticola -> XP_020126530.1 Diplodia corticola sensor histidine kinase response (BKCO1_6300025), partial mRNA.

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CloneID	ODi96095
Clone ID Related Accession (Same CDS sequence)	XM_020278121.1
Accession Version	XM_020278121.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3990bp) 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_017971542). COMPLETENESS: incomplete on both ends.

ATGGCCCCCG CTCCCGTGCT GCCGCCTGCG CCCCAGCGCC CGCCGCCCGC GGCCATGAGC 
CAGGCTGAGC GGGCCCGGGA CCGCCATGTT TGCTCCTTCC ATCCGCTCGG CCTCGACGTC 
CCCGACCTCA GTCCCGCCCT CTTCGCCGCC CCGGACTGCC TCCCGCCCAA GGGCCACCGC 
CCGCGCGCCG CCAGTGACGC CGTGCTCACC GCCATCGCCC AGCTCGCCGT GCTGCACCTG 
CGAGCCCGCC ACGCCCTGAT CTCGCTGATC GACAGCCACT CGCAGACGGT GCTCGCCGAG 
GCCACGCCCG CCCGTCCCGT GTGCCGCGAC ACCCCTCCCT TCGACTCTGA TACCGACGCG 
GGCGACGCCC TGTGGCTGGG CGTGTGCTCG TTCCCGCGCC GCGCCGGCCT GTGTGAGCTC 
CTTCTCGACG GCCATGACCC GCCATCCGCC ATCGTCATCG ACCATCTGCA ACACGACCGA 
CGCTTCCAAG CCCGCTCCTT TGTCCAGCAC GCCCCGCGCT TTCGCTTCTA TGCCGCCGTG 
CCGCTGGTCG CCCAGACGGG CGACGTCGTC GGCAGCCTGT CCGTCTGGGA CGACGAGCCC 
CGCGACGGCC TTGGGCCCCA CCATGTCCGC GCCCTCCAGG ACGTGGCCGT CGCCGCCATG 
TCGTACCTCA ACGTCTCGCG CGCCATGGAC GACAGCCAGC GCGGCGAGCG CATGGTCCGC 
GGCCTGACCT CCTTCGTCAC CGGCGCCTCC GATCTGCAGG ACCAGGCCGA GCTGAACGTG 
CCGCGCAGCC CCCCGATCCC CACCACCGCC TCGCTGCCCA CCCAGTCTTC TGACCTGCCC 
ATACTGGAGA GGCCCGTTGC CAACGGCACT CCTCTGAACG GCCTCCACCC GCTCGTCCAG 
ACCCCCGCCA CTGCTGCCGA CATGCAGTCC CCCCAGAGTG CGGATGACCT CTTCACCCTG 
CAAGACAGCA TCCTCCCTTC TGGCGCCAAG CGCATGTTTT CGCGCGCAGC CAACATCATG 
AGAGACTCGA GCAGTCTGTC GGGCGTCATC ATCTTCGATG CCTCTCTGGC GAACCCGGGC 
GTCTCGGCCG GAAGCACGCC TTCGTCCGAG TCCATCAGCG ACACGGACGA TGCATCCAGC 
GACGGAAAGG ACGACGACGA CGACTCGACT GGCACCGACA GCCCCGCCCT GTGTAAGATC 
CTCGGCTTTG CTGACACGGA CATCTCGAGC CGCGCCGGGA CCCACCCGAA AAAGGACTAC 
CTCGCGCTGG CCGAGTCTGA TCTGAAGCGT CTCTTGAATC AAAACCCGCA AGGCAAAGTC 
TTTCACTTGC CGCCGTCGCC CGATTCCGAG AGTTCTTCCG GCGACGACGC GGCACATCGC 
CCAAGGCGGA AGCGGACAGG CAACCCCAGG TTCTCTGCCG TGGCCGCCAT CATGGAAGTC 
GCCCAGGATG CCCGGAGCGC CGCAATTGTC CCTCTCTGGG ACTTTCAGCG AGAACGGTGG 
TTTGCTGGCG CCCTCTGCTG GACTACGGAT CCTAGACGCC AGTTGTCCTA CGGCAGCGAC 
CTGCTCTATC TTCGGACCTT TGGCAACAGC ATCATGGCCG AGTTGAGCCG GCTCGACGCC 
TTGACCATCG ACAAGGCCAA GACCACCTTC GTCGAGTCCA TGTCCCACGA GCTGCGCTCG 
CCGCTCCATG GCATTCTGGG TGGCGTCGAA TATCTCCAGA GCATGCCGCT CGACACCTTC 
CAGACCAGCG TCGTCACCTC CATCGGCCTT TGCGGGCGGA CTCTTCTCGA CACGGTCAGA 
AACGTGCTGG AGTATTCCAA GATCAACGAG CGGAACCGAC GGCCGGACAG GCCCTCGAAG 
AAGCAGCGGC CGGCGCTCCG TTCATCGCCG TCGACACCCA CTGTCGATCT CCGCCAGCTG 
ACCGAGGAGA CGGTCGAAGC CGTCTTTTCC GGACACTCGT ACACCATAAG CTCCACCCAG 
CAGGGCGAAG AATCCGACGA GACCTTTTTG CACCCAGGTC ACCAAGACAT GCCATCGCCT 
TCAGTGGAAG ACTCTGTCCG CAGACCAGTG CGCATCATCC TCGACATGCC CGATCACCGA 
TCGTGGCTCT TTGCAATGCA GCCGGGTGTC TGGCGGCGCA TTCTCATGAA CCTCTTCGGA 
AACGCACTCA AGTATACCAG CGTCGGCTTC ATCCGCGTCT CGCTCTCGGC GACGGATGTC 
GACGAATACG AGACCGAGGT CTGTCTGACG GTGAAGGATT CGGGGACTGG GATATCATCC 
CAGTTTCTTC AGAACAGCTT GTTCAAGGCC TTCTCGCAGG AGGACCCCTT CGCCCCAGGG 
ACCGGTCTCG GCCTCAGCAT CGCACGGCTG CTCGTCGACA GCCTGGGCGG CAAAATCAAC 
GTGCAGAGCA CGCAGGATGT GGGGACCGAG GTGCGGGTGA CTGTCTCTTT GGCAAAGCGC 
ACTGCGAGCG GCAAGAACTT TATTCAAACC ATTGCGGCAC GTGTCCAGCA CAGAAGAATC 
TGCATTCCGG GCGAGCTTCT CCCAAAGCCT GCAGACGTCC AGGACTGCGT CGCTCAAGGG 
GAGCACAGCT TCGTCAAATC GATTGCCGGA ACAGTGCGCG AGTGGTTCAA GGTGCAGACG 
GTCGCCGATG TGGACCCAGA GGCCGACCAA TTGGTCATTT ACCCGGGGCC GAACATGGAG 
TACATGTCCA AGCCGCGACC TCACAAGGGA ATGACTGTCG TCATTGCACT GGACGCAACC 
GAAGCCGCCA CTTTACGAAC GGACGCAAGG ATCGTTGGAG GCTGGATCGA AGTCATCACT 
CAACCCTGTG GTCCCTACAA ACTGGCCAAA CTCCTCGGAC TCTACCTCAA CCGACAGAGC 
TCGACGCTCG AAAGGTCGTC AGAAAGTCCA GCTGGCGGGA CGATAACCAC CTTACCCCAC 
CATCCTAGAC CGAGCGACGG CCCTGGTGAA GACCAAGCCG CCTCTCCCCC GGCTCCCCGC 
GAACCGGTGC AGCGCCCCTC TACACCGCTC AAACGGCCAT CTCTCCTTCA CAACGCAACA 
CCCGACGCGG CAGCCACACC CGACCAATGC CGTCCCCTCC GCCAAACCCC AACACTGAGA 
TCACCGCTGC AACGCCGGCA CACTCGAGAA GAGTCATCAT GTCGATCCCG CTCCGTGTCG 
TCCCAAGGGC GACGCCGAGG GACGCACATC CTGATCGTCG ACGACAACGC CATCAACGTG 
CGGCTGGCGT CGGGTTTCTT ATCCAAGAAC GGGTTCCCCG ACCACAGCTC AGCCAGCAAC 
GGCCTCGAGG CCGTCAACAT GTTCAAGGCC GACCCGCTGC GCTGGGCGGC AATCCTCATG 
GACTTGAGCA TGCCGGTGAT GGATGGGGTC ACAGCGACGC GGGAGATCAG GGCGTGGGAG 
AAGAGAAGAG CGGAGAAAGG ACGAGACGGG GGGAAGCGCG GAGGAGCGGA GCGGCTATCG 
GAAACGAAGC CGATGAAGGA TGGTGATGAC GGAGAATCCG GGGCCACAGA CTTGACGGCG 
GCGGAGGTGG ATGCAGCGGC TTCCGGACAG GCGAAGCAGT CCACCACCTC AGGAGAGCGC 
ATGGAGGAAA CCACACCGTC GACGAACCAA GACGAGTCAG CAACGACGGC ATCGGAAGAG 
GGTGCCACGT CGGTCTCGTC ACCCGCCCCA GCAGCCCCCG TTTCGAAAGC CGGGGTGCAA 
ATCATCGTCA CCACGGGCCT CGGCAGCGCC AGCGCGCGGT TCGAGGCGCT GAGCGCCGGG 
GCGGACGAGT ACATGACGAA GCCGATCCAG TTTGCGGCCC TGACGAAGAT GATACGGGAG 
CGGATGGAGG CCGTGGCGGC GGCATCTGCA TCTGCGGCGC CGTCGGTACC CGCATCTCCC 
GCCGTGTCCT CTGCCCCTCC TCCGCCCGAT ACCCCTTCGT CAGTCACGGG AGACGACGGA 
CCCGAAGACG TGGACGGGGT TGCGACGTAG

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

RefSeq	XP_020126530.1
CDS	1..3990
Translation	MAPAPVLPPAPQRPPPAAMSQAERARDRHVCSFHPLGLDVPDLSPALFAAPDCLPPKGHRPRAASDAVLTAIAQLAVLHLRARHALISLIDSHSQTVLAEATPARPVCRDTPPFDSDTDAGDALWLGVCSFPRRAGLCELLLDGHDPPSAIVIDHLQHDRRFQARSFVQHAPRFRFYAAVPLVAQTGDVVGSLSVWDDEPRDGLGPHHVRALQDVAVAAMSYLNVSRAMDDSQRGERMVRGLTSFVTGASDLQDQAELNVPRSPPIPTTASLPTQSSDLPILERPVANGTPLNGLHPLVQTPATAADMQSPQSADDLFTLQDSILPSGAKRMFSRAANIMRDSSSLSGVIIFDASLANPGVSAGSTPSSESISDTDDASSDGKDDDDDSTGTDSPALCKILGFADTDISSRAGTHPKKDYLALAESDLKRLLNQNPQGKVFHLPPSPDSESSSGDDAAHRPRRKRTGNPRFSAVAAIMEVAQDARSAAIVPLWDFQRERWFAGALCWTTDPRRQLSYGSDLLYLRTFGNSIMAELSRLDALTIDKAKTTFVESMSHELRSPLHGILGGVEYLQSMPLDTFQTSVVTSIGLCGRTLLDTVRNVLEYSKINERNRRPDRPSKKQRPALRSSPSTPTVDLRQLTEETVEAVFSGHSYTISSTQQGEESDETFLHPGHQDMPSPSVEDSVRRPVRIILDMPDHRSWLFAMQPGVWRRILMNLFGNALKYTSVGFIRVSLSATDVDEYETEVCLTVKDSGTGISSQFLQNSLFKAFSQEDPFAPGTGLGLSIARLLVDSLGGKINVQSTQDVGTEVRVTVSLAKRTASGKNFIQTIAARVQHRRICIPGELLPKPADVQDCVAQGEHSFVKSIAGTVREWFKVQTVADVDPEADQLVIYPGPNMEYMSKPRPHKGMTVVIALDATEAATLRTDARIVGGWIEVITQPCGPYKLAKLLGLYLNRQSSTLERSSESPAGGTITTLPHHPRPSDGPGEDQAASPPAPREPVQRPSTPLKRPSLLHNATPDAAATPDQCRPLRQTPTLRSPLQRRHTREESSCRSRSVSSQGRRRGTHILIVDDNAINVRLASGFLSKNGFPDHSSASNGLEAVNMFKADPLRWAAILMDLSMPVMDGVTATREIRAWEKRRAEKGRDGGKRGGAERLSETKPMKDGDDGESGATDLTAAEVDAAASGQAKQSTTSGERMEETTPSTNQDESATTASEEGATSVSSPAPAAPVSKAGVQIIVTTGLGSASARFEALSAGADEYMTKPIQFAALTKMIRERMEAVAAASASAAPSVPASPAVSSAPPPPDTPSSVTGDDGPEDVDGVAT

Target ORF information:

RefSeq Version	XM_020278121.1
Organism	Diplodia corticola
Definition	Diplodia corticola sensor histidine kinase response (BKCO1_6300025), partial mRNA.

Target ORF information:

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

XM_020278121.1

ORF Insert Sequence:

ATGGCCCCCG CTCCCGTGCT GCCGCCTGCG CCCCAGCGCC CGCCGCCCGC GGCCATGAGC 
CAGGCTGAGC GGGCCCGGGA CCGCCATGTT TGCTCCTTCC ATCCGCTCGG CCTCGACGTC 
CCCGACCTCA GTCCCGCCCT CTTCGCCGCC CCGGACTGCC TCCCGCCCAA GGGCCACCGC 
CCGCGCGCCG CCAGTGACGC CGTGCTCACC GCCATCGCCC AGCTCGCCGT GCTGCACCTG 
CGAGCCCGCC ACGCCCTGAT CTCGCTGATC GACAGCCACT CGCAGACGGT GCTCGCCGAG 
GCCACGCCCG CCCGTCCCGT GTGCCGCGAC ACCCCTCCCT TCGACTCTGA TACCGACGCG 
GGCGACGCCC TGTGGCTGGG CGTGTGCTCG TTCCCGCGCC GCGCCGGCCT GTGTGAGCTC 
CTTCTCGACG GCCATGACCC GCCATCCGCC ATCGTCATCG ACCATCTGCA ACACGACCGA 
CGCTTCCAAG CCCGCTCCTT TGTCCAGCAC GCCCCGCGCT TTCGCTTCTA TGCCGCCGTG 
CCGCTGGTCG CCCAGACGGG CGACGTCGTC GGCAGCCTGT CCGTCTGGGA CGACGAGCCC 
CGCGACGGCC TTGGGCCCCA CCATGTCCGC GCCCTCCAGG ACGTGGCCGT CGCCGCCATG 
TCGTACCTCA ACGTCTCGCG CGCCATGGAC GACAGCCAGC GCGGCGAGCG CATGGTCCGC 
GGCCTGACCT CCTTCGTCAC CGGCGCCTCC GATCTGCAGG ACCAGGCCGA GCTGAACGTG 
CCGCGCAGCC CCCCGATCCC CACCACCGCC TCGCTGCCCA CCCAGTCTTC TGACCTGCCC 
ATACTGGAGA GGCCCGTTGC CAACGGCACT CCTCTGAACG GCCTCCACCC GCTCGTCCAG 
ACCCCCGCCA CTGCTGCCGA CATGCAGTCC CCCCAGAGTG CGGATGACCT CTTCACCCTG 
CAAGACAGCA TCCTCCCTTC TGGCGCCAAG CGCATGTTTT CGCGCGCAGC CAACATCATG 
AGAGACTCGA GCAGTCTGTC GGGCGTCATC ATCTTCGATG CCTCTCTGGC GAACCCGGGC 
GTCTCGGCCG GAAGCACGCC TTCGTCCGAG TCCATCAGCG ACACGGACGA TGCATCCAGC 
GACGGAAAGG ACGACGACGA CGACTCGACT GGCACCGACA GCCCCGCCCT GTGTAAGATC 
CTCGGCTTTG CTGACACGGA CATCTCGAGC CGCGCCGGGA CCCACCCGAA AAAGGACTAC 
CTCGCGCTGG CCGAGTCTGA TCTGAAGCGT CTCTTGAATC AAAACCCGCA AGGCAAAGTC 
TTTCACTTGC CGCCGTCGCC CGATTCCGAG AGTTCTTCCG GCGACGACGC GGCACATCGC 
CCAAGGCGGA AGCGGACAGG CAACCCCAGG TTCTCTGCCG TGGCCGCCAT CATGGAAGTC 
GCCCAGGATG CCCGGAGCGC CGCAATTGTC CCTCTCTGGG ACTTTCAGCG AGAACGGTGG 
TTTGCTGGCG CCCTCTGCTG GACTACGGAT CCTAGACGCC AGTTGTCCTA CGGCAGCGAC 
CTGCTCTATC TTCGGACCTT TGGCAACAGC ATCATGGCCG AGTTGAGCCG GCTCGACGCC 
TTGACCATCG ACAAGGCCAA GACCACCTTC GTCGAGTCCA TGTCCCACGA GCTGCGCTCG 
CCGCTCCATG GCATTCTGGG TGGCGTCGAA TATCTCCAGA GCATGCCGCT CGACACCTTC 
CAGACCAGCG TCGTCACCTC CATCGGCCTT TGCGGGCGGA CTCTTCTCGA CACGGTCAGA 
AACGTGCTGG AGTATTCCAA GATCAACGAG CGGAACCGAC GGCCGGACAG GCCCTCGAAG 
AAGCAGCGGC CGGCGCTCCG TTCATCGCCG TCGACACCCA CTGTCGATCT CCGCCAGCTG 
ACCGAGGAGA CGGTCGAAGC CGTCTTTTCC GGACACTCGT ACACCATAAG CTCCACCCAG 
CAGGGCGAAG AATCCGACGA GACCTTTTTG CACCCAGGTC ACCAAGACAT GCCATCGCCT 
TCAGTGGAAG ACTCTGTCCG CAGACCAGTG CGCATCATCC TCGACATGCC CGATCACCGA 
TCGTGGCTCT TTGCAATGCA GCCGGGTGTC TGGCGGCGCA TTCTCATGAA CCTCTTCGGA 
AACGCACTCA AGTATACCAG CGTCGGCTTC ATCCGCGTCT CGCTCTCGGC GACGGATGTC 
GACGAATACG AGACCGAGGT CTGTCTGACG GTGAAGGATT CGGGGACTGG GATATCATCC 
CAGTTTCTTC AGAACAGCTT GTTCAAGGCC TTCTCGCAGG AGGACCCCTT CGCCCCAGGG 
ACCGGTCTCG GCCTCAGCAT CGCACGGCTG CTCGTCGACA GCCTGGGCGG CAAAATCAAC 
GTGCAGAGCA CGCAGGATGT GGGGACCGAG GTGCGGGTGA CTGTCTCTTT GGCAAAGCGC 
ACTGCGAGCG GCAAGAACTT TATTCAAACC ATTGCGGCAC GTGTCCAGCA CAGAAGAATC 
TGCATTCCGG GCGAGCTTCT CCCAAAGCCT GCAGACGTCC AGGACTGCGT CGCTCAAGGG 
GAGCACAGCT TCGTCAAATC GATTGCCGGA ACAGTGCGCG AGTGGTTCAA GGTGCAGACG 
GTCGCCGATG TGGACCCAGA GGCCGACCAA TTGGTCATTT ACCCGGGGCC GAACATGGAG 
TACATGTCCA AGCCGCGACC TCACAAGGGA ATGACTGTCG TCATTGCACT GGACGCAACC 
GAAGCCGCCA CTTTACGAAC GGACGCAAGG ATCGTTGGAG GCTGGATCGA AGTCATCACT 
CAACCCTGTG GTCCCTACAA ACTGGCCAAA CTCCTCGGAC TCTACCTCAA CCGACAGAGC 
TCGACGCTCG AAAGGTCGTC AGAAAGTCCA GCTGGCGGGA CGATAACCAC CTTACCCCAC 
CATCCTAGAC CGAGCGACGG CCCTGGTGAA GACCAAGCCG CCTCTCCCCC GGCTCCCCGC 
GAACCGGTGC AGCGCCCCTC TACACCGCTC AAACGGCCAT CTCTCCTTCA CAACGCAACA 
CCCGACGCGG CAGCCACACC CGACCAATGC CGTCCCCTCC GCCAAACCCC AACACTGAGA 
TCACCGCTGC AACGCCGGCA CACTCGAGAA GAGTCATCAT GTCGATCCCG CTCCGTGTCG 
TCCCAAGGGC GACGCCGAGG GACGCACATC CTGATCGTCG ACGACAACGC CATCAACGTG 
CGGCTGGCGT CGGGTTTCTT ATCCAAGAAC GGGTTCCCCG ACCACAGCTC AGCCAGCAAC 
GGCCTCGAGG CCGTCAACAT GTTCAAGGCC GACCCGCTGC GCTGGGCGGC AATCCTCATG 
GACTTGAGCA TGCCGGTGAT GGATGGGGTC ACAGCGACGC GGGAGATCAG GGCGTGGGAG 
AAGAGAAGAG CGGAGAAAGG ACGAGACGGG GGGAAGCGCG GAGGAGCGGA GCGGCTATCG 
GAAACGAAGC CGATGAAGGA TGGTGATGAC GGAGAATCCG GGGCCACAGA CTTGACGGCG 
GCGGAGGTGG ATGCAGCGGC TTCCGGACAG GCGAAGCAGT CCACCACCTC AGGAGAGCGC 
ATGGAGGAAA CCACACCGTC GACGAACCAA GACGAGTCAG CAACGACGGC ATCGGAAGAG 
GGTGCCACGT CGGTCTCGTC ACCCGCCCCA GCAGCCCCCG TTTCGAAAGC CGGGGTGCAA 
ATCATCGTCA CCACGGGCCT CGGCAGCGCC AGCGCGCGGT TCGAGGCGCT GAGCGCCGGG 
GCGGACGAGT ACATGACGAA GCCGATCCAG TTTGCGGCCC TGACGAAGAT GATACGGGAG 
CGGATGGAGG CCGTGGCGGC GGCATCTGCA TCTGCGGCGC CGTCGGTACC CGCATCTCCC 
GCCGTGTCCT CTGCCCCTCC TCCGCCCGAT ACCCCTTCGT CAGTCACGGG AGACGACGGA 
CCCGAAGACG TGGACGGGGT TGCGACGTAG