BKCO1_5200083 cDNA ORF clone, Diplodia corticola

Gene
Clones
gRNAs

Summary

Gene Symbol	BKCO1_5200083
Entrez Gene ID	31017363
Full Name	methyl-binding domain-containing protein 4
Gene Type	protein-coding
Organism	Diplodia corticola

mRNA and Protein(s)

mRNA	Protein	Name
XM_020277102.1	XP_020127373.1	methyl-binding domain-containing protein 4

Pathways from BioSystems
Gene Ontology

The following BKCO1_5200083 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BKCO1_5200083 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
ODi95284	XM_020277102.1 Latest version!	Diplodia corticola methyl-binding domain-containing protein 4 (BKCO1_5200083), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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_5200083 ( XM_020277102.1 ) cDNA ORF clone, Diplodia corticola -> XP_020127373.1 Diplodia corticola methyl-binding domain-containing protein 4 (BKCO1_5200083), partial mRNA.

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CloneID	ODi95284
Clone ID Related Accession (Same CDS sequence)	XM_020277102.1
Accession Version	XM_020277102.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5484bp) 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	methyl-binding domain-containing protein 4
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_017971531). COMPLETENESS: incomplete on both ends.

ATGGCGCCGC CCCCCAGCGA CGGATCCACC CACGCGAAAA TGCCGTTCCG TAAACCCAGC 
AAGAAGAAAC ACGTAGACTC GTCCACGCCT GCTCACCGCC GCCCGTCGTA CTCTTCGCTG 
TCCTTCGTCG CCAACGACGC GCCGCCCTCG CAACCCGCCC CACCGGTCAC ACCTTTGCAG 
CTCGAGCGAC AGAAGCAGCA GCCCGCATCC TCTCGAACTC CGAAGCCCGC TTCGACTTCG 
CCCGCAATGT TGCCGCCACC ATCGTTCCCT GTCAACGTGG CCGAGCCATC GAAATCGCCA 
CTCATCCTAA CCTCGCTGCA CAGGCCCAGC GTGCTGCAGT ATGCCCGAAC TCATGAGCTG 
CTCCAAAAGC ATGGCGGAAT GTTGAAAGGT AAAGCGGCGA CGGAATTTGT GGCAGACGTC 
CGCGCCTACG CCAAGGGCAA GGGATTGACA GATAGCGTGG CCGACGAGTG CGTGAAGGAA 
GCCAAAGCTG CCGTCTTCAG CCCGGCGAAG AAGGCTGTGG AGAAGAAAGT GAATTCGAAG 
CGTGGTGCAC AGGATGGAAC CTTGACACAA CCCCCGGTTG TACCGAGCAA GGTCTTGAAT 
GGAAAGGCAG AGTCTACCGC TGGTGGGAGT GACGACGAGA AGAAGTTGAA GAAGGCAAAG 
AAAAGAAGAA AGAAGAGGAA GAGGGAGAGG AAGAAGGAGA GGGAGAAGAA GGAAAGGAGT 
CCCGAAGAAC CAGACGGCAA CACTGCAGCG AGGGAGCCCA AGACTGACAC CTCCTTGCCC 
GTTCAGTATG TCTCCAGTGC TGTTTCAGAG ATTTCCAAAG ACAAGACCGC GTCTGCGCAG 
AAGAAGCAGA AGAAGCAGAG GAAGAGGAAA AGGGGGTTGT CCATTGGAAA CAACACCTAC 
GATAAACAAG GGCACCACAG CGCTGTCATG AAAGATGAAA CCTCGGAATC CCATGCAGCT 
GCGAATGCCA TTACATCGGC CAAAGGAAAA AAGAAAACCA AGAAGCTGGA GTCAACACTA 
CACGATGACC GAAAGAATCC TTCAGACCTT CCTCCAAAGA AGAAGCTCAA ACGTGTCCAC 
AAGACTCAGA GTTCATCTCA GAACAGAGAC GCTCATAAGT CTAGAAGGGA AACCGAAGTG 
GACAAAGCGC ATCAAAGGCA AAGTGCCGGC CAGAGGCTTG AAGCAAGCGC TGCGCAACCG 
TCAACTCTGA AGAGAAAACG GCCTTCTTCT CCCCCGGGCG GCGTCATCAG CACCAACCCG 
AGTTTTGGAA AGCCGCACCA ATCCAATCGT GTTACGCAGC CGTCCCCAGA CATTGAGAGA 
GCCGATGGCT CTAGCAGAGG CCGGGGTAAA CCCAATTGGA AAGCTGGTTC TGGATCCGAG 
GCTGAGTGGA GCAGCACTTC TGTCGCTCAA ACTGAAAGCG ATCGACCGGT TTGCACGCCT 
TCCACGGAAC TCAAGGATGT GTCCCCTGCC GATGAAAATG CAACCCCTCT CCACGATGCC 
AGTGTCAATA TTGGAGAGCC AAACAGGAAG AAAGCAAGGA TTCAAGAAAG TATGAAAGAA 
CAGGATGATT CCGACAGCGC TGCTGGGTCG CTCTTATCAG CGGAGCCGGA GTCACTGAAC 
AGTGAAATTG ACGATGATGA CGAAGCGACA AGTGCAGGCT CCGCACCGCT GAGATCGGAG 
CTTGAGTCTG GTAGACACCC TAAAGTTGGT GAACTGCCAC GGGAGGATCA ATCACTGGAG 
AAGAGAGAAA GGAAGAACAT CGAAGCAGTG GAACTCGAAA CCACACCGCC ACCCTCCGAT 
TCCGAAGCAG AAGACTCCGA ATATGAGGCT ACAAATACGA AGAAAGGCGC CGCCTCCGAT 
AGCGGTTCTA ACAGGGACAC GCCAGAGCCG GAAACGGGCT CGAGTGATGA AGAGTCAATT 
AAAGCACATG ATGACTCTCA GAAGGAGCCG AAATCGAAGC AAACGAGCCT CGCCCGACTC 
TCGGATCGCT CCTTCTATGA ATTCATGGAA TCTCAATCTT CCCCCTTCAT ACCCTCGATT 
TTGCAGCTGT TGCCCTCAAT CCAAGTCAAG CCACCCATAA AGGAGTGTCT GACCAAGCTT 
CAAACGCTTC CGCAAGGCGA TCCAGAGTCA TCATCGTCTT CCTCTGAATC TGAATCGGAC 
TCGGAGTCCA CATCGTCTTC CCCTTCTGAG TCTGACTCGG ACTCAGGCGT AGGTCAACCT 
GGCAGGAAAG CGTCGCATTC AACTAAGGCA CCTTTGCGGT TGGGCAGCCA TTCCGTGCAG 
CAGCCTAGTG TGCTGCAGTC TCACACTCAA GAGGCTTCAA GTTTATCCAA GATGAGGGAA 
GTACAGGAAG ATACCGCGAC GCCAGAGCTG GGAGACCACC GCGTGGAGCA ACCTGGCCAA 
CCGGAGGTGG CATCTGAAGG ATCAGGTCGT GATATATCCA AAACACCCGA GCTTAGCTCT 
GCAACGCCGG CTACCAACGA CCCCCGAGAA GATAAGAAAG GCAAACAACG CAAGTTGAAG 
GGCGTCAGGG CTGACAGCGT ATCATTATTC GGCACCAGTA GCGCGGATCT GGAGGGAGAC 
GAAGGCCTGA GCCGGAGCAC CGCAGAGGAG AGATGGCGGC AAAGCGCGGC TCTTTCGTCC 
AACTTCAACA TGCAAGAGGA ACGCTCTCCA CTCACAACGC GGCAAAGTCG CCGCAGAATC 
GCTCATTCAC CGTCGGTAAG GGAGGACTCA TCAGCACGTG CCGGAAAGAG CACGCGTCAG 
GCACTGGCGG GTGGGGGCCA GCCATTCTCG GGTTCCATCA AAAGACGGTC ACAGAAGTCA 
GCCACACCCT TGTCAAGAAG GCCGAGTTCT ACTCAACTTC CCCCTCCCGA ATCCCCGAGC 
GAGTCTGAAG GGCTTGGTGA AAAGCCCGTT CAACCTGAAA TGCCGTTGTC CTCGCCTGTC 
ACTCGCTCGC AACTCAGGAA GAAGCGGTCC GGGTCTGATG CAAGCGCCTC ACCAATCACC 
TCAGGCTCAA GCAGGAGAGA CTCAAACGCC TCGATTGGGG ACCGACCTGG GCTTAGATCG 
GCATCTACGG AAGATGACTC TGCCACTGGA GATACCGAAC CGGTTGCTCC ACCCACGAGT 
GAGACGCGCT CGATTGGCCG GTTCGTCTGC GTCAAAATCT TAAGGAAGCC ACGGTCTGCT 
CGGGATGACA ACATCCTGAC ATACGATATT CATGGTCATG ATAATGAAGA GCACCCGTCA 
CCGGACGATG GCCATCGGCA AGAGCCCCCC CTGGAAGTCA GCTCAGATGC TGGCAAGAGT 
GGTCGACGAG CACCAGACCA CGAATATGAC TCGGCAGCCG ACATGGATGA AGATGGTTCG 
GTCGTAGACA AAGCTACGCC CCCTCGCCCC GTGTACATAG CCTCTTTCAG CCAGGTTACG 
GATCCAGCCA ACTTCGGGGG TGTGGCACAT GATGTGGATG ACGACTACAG TGACAACAAC 
GAGAGTGATT TCGACGGCCT CGGTGACGAA AATGGGACTT CGGACGCTAA GGGGCTGGAA 
GCCGATGACG AGCAGGAAAA TGAGCACGGC TCGCCGCTCA GACCTATGAA CGAGGGCGAC 
CAGACCGATG CGATAACTGT ATCAACAGAT AGCCGATCTT CAGACGACGA TTTGCAGTCT 
GAGAAAGTCC ATGTAAAAGG TCCCGTAACA AGCACGCCAA GGCGGGATAC AACCTCGCCG 
AAAGCTCCGG TCCAGTCTAC AGATCGGAGT CGTCGCGGTA CTTCTGAGGA TTATCCGTGG 
ATCTCTCAAG AAGGCCGTGG CGCATCAGTG AGGCTGACGA AGCCAAGCTC TCGCAGGTCT 
CAAGTTCCAC ACGTTTCTCA GTTCGCTGGC ACAAGCGCCG TGCGATTGTC GTCGACCCCG 
CCTGGTGCAG AGATTATGGA AGGACAGTCG GATCTCGGTA GTAGAGCATC ATCATACGAT 
CACGAGCCGA AAGGATTCTT ACATCCTGAC GGGAACCTCT CTGCACAGAA GCGTCGCACG 
AGTCTGCGCT CGCCGCACTT TGCTCCGGCG CCTCATTCCC AGAGATCCAG GCGTCCACCT 
GCCGGCACCG TCTCTTCGTT GCCTTTCCCC TCCGTCCAAG CCTCACGTTT TGGCTTGATC 
CAAGAAGACC TCGCTCACGA ACCCTTCAAG TTTCTCGTTG CCGTCATGTT CCTCAACAAG 
ACCAAAGGCA GCTGCGCCAT TCCAAAGTTC CGCAATTTTA TCGCACAGTA TCCAACGCCC 
GATGACCTCG CGCACGCCAA TGTCCTTGAC ATCACCGCGA TTCTACGCCC ACTTGGCATG 
CAAAACGTGC GCGCCAACAT ACTCATCGAG TTCGCCAAGC GTTGGCTGCT TGATCCTCCT 
CGGCCCGGCA GACGCCATCG CAGCATGAAT TACCCTGGAA AGGGGCTACA GAAGGACATC 
AGGCCCGGTG AGGTCTTGAG CGATGCCGAT CCTCGCGTAG CAGCTTATGA GATTGCGCAC 
TTGCCTGGTT GCGGCCCATA CGCACTGGAT AGCTGGCGTA TCTTCTGCCG TGATGAGTTT 
AGAGGTGTGG CGTTGGACTA CAACGGCGCA GGTGTGGGGG ACGAGGGCTT TGAGCCTGAG 
TGGAAGAGGG TCAGACCAAA AGATAAGGAG CTGAGGGCCT TCCTGAGGTG GATGTGGCTG 
AGAGAGGGAT GGGCGTGGGA CCCAGAGACT GGAGAGAGAA GCCTGGCGAA GAGCGAGGAG 
GTACGAGCAG CAGAGGAGAG GTGGCGGTGG GATCAGGAAA GTGGAGAGGG TATATGGATT 
GATGGTGGGG TGGACAAGAA TGAAGGAGTG ACGAGTGGAG CAGCGAGATC TGGTGCTGCA 
CTCTCTCCTT CCTTGCCCGC TCGCAGCGAG CATCACTTTC GCGGTTCCGT TGAGAGCGAT 
GAGGACGACA CAGATGGAGT GTCGAGCGCT GTCCAGCCGA ATGGTGGACT ACCCGAAGGA 
GACACCAGCA GCCAATTGGC CGCAGCTCAG CTTGCCCGCG AAGCCAGCCT CTCGCAAAGC 
CGCGCATTGA CCCAAGTGCC CGCAACTCGA CCACCTCCTC AGTCACCGTT TCCAACCAGC 
GTTGCTTCCG TTGTTGGCGA TGGTGAGGCA ACGGAAAAGG CAACGGACAG CGAAGCCAGC 
ACTTCCACAG ATGACGGTGA CGCTATCAGC GACAGCGACA GCGACAGAGA CGGTGACAAT 
AGTAGTTCTT ATGCCCCTCT TGCCGGCATA ACGAGGATGT TTAGACAATG GGAGAGAAGA 
GCAAAAGGGT ACCCTACTGG GGAGGTCGAG GAGACGCCGC AGCCGGAGAG TCCGGCAAAG 
AGGATGGCAG GAGAAGCGGC TGAGGCGAAC CCGATCGAGA ACAGGAGTAA TGACAACAGC 
GAAGATGGTG ACGGCGGTGA AGATATGGAT GAGATGGAAG GTGTTGAGGA AGGCAGTTCC 
CGCCAGGCAA GTCCTGAACT TTGA

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

RefSeq	XP_020127373.1
CDS	1..5484
Translation	MAPPPSDGSTHAKMPFRKPSKKKHVDSSTPAHRRPSYSSLSFVANDAPPSQPAPPVTPLQLERQKQQPASSRTPKPASTSPAMLPPPSFPVNVAEPSKSPLILTSLHRPSVLQYARTHELLQKHGGMLKGKAATEFVADVRAYAKGKGLTDSVADECVKEAKAAVFSPAKKAVEKKVNSKRGAQDGTLTQPPVVPSKVLNGKAESTAGGSDDEKKLKKAKKRRKKRKRERKKEREKKERSPEEPDGNTAAREPKTDTSLPVQYVSSAVSEISKDKTASAQKKQKKQRKRKRGLSIGNNTYDKQGHHSAVMKDETSESHAAANAITSAKGKKKTKKLESTLHDDRKNPSDLPPKKKLKRVHKTQSSSQNRDAHKSRRETEVDKAHQRQSAGQRLEASAAQPSTLKRKRPSSPPGGVISTNPSFGKPHQSNRVTQPSPDIERADGSSRGRGKPNWKAGSGSEAEWSSTSVAQTESDRPVCTPSTELKDVSPADENATPLHDASVNIGEPNRKKARIQESMKEQDDSDSAAGSLLSAEPESLNSEIDDDDEATSAGSAPLRSELESGRHPKVGELPREDQSLEKRERKNIEAVELETTPPPSDSEAEDSEYEATNTKKGAASDSGSNRDTPEPETGSSDEESIKAHDDSQKEPKSKQTSLARLSDRSFYEFMESQSSPFIPSILQLLPSIQVKPPIKECLTKLQTLPQGDPESSSSSSESESDSESTSSSPSESDSDSGVGQPGRKASHSTKAPLRLGSHSVQQPSVLQSHTQEASSLSKMREVQEDTATPELGDHRVEQPGQPEVASEGSGRDISKTPELSSATPATNDPREDKKGKQRKLKGVRADSVSLFGTSSADLEGDEGLSRSTAEERWRQSAALSSNFNMQEERSPLTTRQSRRRIAHSPSVREDSSARAGKSTRQALAGGGQPFSGSIKRRSQKSATPLSRRPSSTQLPPPESPSESEGLGEKPVQPEMPLSSPVTRSQLRKKRSGSDASASPITSGSSRRDSNASIGDRPGLRSASTEDDSATGDTEPVAPPTSETRSIGRFVCVKILRKPRSARDDNILTYDIHGHDNEEHPSPDDGHRQEPPLEVSSDAGKSGRRAPDHEYDSAADMDEDGSVVDKATPPRPVYIASFSQVTDPANFGGVAHDVDDDYSDNNESDFDGLGDENGTSDAKGLEADDEQENEHGSPLRPMNEGDQTDAITVSTDSRSSDDDLQSEKVHVKGPVTSTPRRDTTSPKAPVQSTDRSRRGTSEDYPWISQEGRGASVRLTKPSSRRSQVPHVSQFAGTSAVRLSSTPPGAEIMEGQSDLGSRASSYDHEPKGFLHPDGNLSAQKRRTSLRSPHFAPAPHSQRSRRPPAGTVSSLPFPSVQASRFGLIQEDLAHEPFKFLVAVMFLNKTKGSCAIPKFRNFIAQYPTPDDLAHANVLDITAILRPLGMQNVRANILIEFAKRWLLDPPRPGRRHRSMNYPGKGLQKDIRPGEVLSDADPRVAAYEIAHLPGCGPYALDSWRIFCRDEFRGVALDYNGAGVGDEGFEPEWKRVRPKDKELRAFLRWMWLREGWAWDPETGERSLAKSEEVRAAEERWRWDQESGEGIWIDGGVDKNEGVTSGAARSGAALSPSLPARSEHHFRGSVESDEDDTDGVSSAVQPNGGLPEGDTSSQLAAAQLAREASLSQSRALTQVPATRPPPQSPFPTSVASVVGDGEATEKATDSEASTSTDDGDAISDSDSDRDGDNSSSYAPLAGITRMFRQWERRAKGYPTGEVEETPQPESPAKRMAGEAAEANPIENRSNDNSEDGDGGEDMDEMEGVEEGSSRQASPEL

Target ORF information:

RefSeq Version	XM_020277102.1
Organism	Diplodia corticola
Definition	Diplodia corticola methyl-binding domain-containing protein 4 (BKCO1_5200083), partial mRNA.

Target ORF information:

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

XM_020277102.1

ORF Insert Sequence:

ATGGCGCCGC CCCCCAGCGA CGGATCCACC CACGCGAAAA TGCCGTTCCG TAAACCCAGC 
AAGAAGAAAC ACGTAGACTC GTCCACGCCT GCTCACCGCC GCCCGTCGTA CTCTTCGCTG 
TCCTTCGTCG CCAACGACGC GCCGCCCTCG CAACCCGCCC CACCGGTCAC ACCTTTGCAG 
CTCGAGCGAC AGAAGCAGCA GCCCGCATCC TCTCGAACTC CGAAGCCCGC TTCGACTTCG 
CCCGCAATGT TGCCGCCACC ATCGTTCCCT GTCAACGTGG CCGAGCCATC GAAATCGCCA 
CTCATCCTAA CCTCGCTGCA CAGGCCCAGC GTGCTGCAGT ATGCCCGAAC TCATGAGCTG 
CTCCAAAAGC ATGGCGGAAT GTTGAAAGGT AAAGCGGCGA CGGAATTTGT GGCAGACGTC 
CGCGCCTACG CCAAGGGCAA GGGATTGACA GATAGCGTGG CCGACGAGTG CGTGAAGGAA 
GCCAAAGCTG CCGTCTTCAG CCCGGCGAAG AAGGCTGTGG AGAAGAAAGT GAATTCGAAG 
CGTGGTGCAC AGGATGGAAC CTTGACACAA CCCCCGGTTG TACCGAGCAA GGTCTTGAAT 
GGAAAGGCAG AGTCTACCGC TGGTGGGAGT GACGACGAGA AGAAGTTGAA GAAGGCAAAG 
AAAAGAAGAA AGAAGAGGAA GAGGGAGAGG AAGAAGGAGA GGGAGAAGAA GGAAAGGAGT 
CCCGAAGAAC CAGACGGCAA CACTGCAGCG AGGGAGCCCA AGACTGACAC CTCCTTGCCC 
GTTCAGTATG TCTCCAGTGC TGTTTCAGAG ATTTCCAAAG ACAAGACCGC GTCTGCGCAG 
AAGAAGCAGA AGAAGCAGAG GAAGAGGAAA AGGGGGTTGT CCATTGGAAA CAACACCTAC 
GATAAACAAG GGCACCACAG CGCTGTCATG AAAGATGAAA CCTCGGAATC CCATGCAGCT 
GCGAATGCCA TTACATCGGC CAAAGGAAAA AAGAAAACCA AGAAGCTGGA GTCAACACTA 
CACGATGACC GAAAGAATCC TTCAGACCTT CCTCCAAAGA AGAAGCTCAA ACGTGTCCAC 
AAGACTCAGA GTTCATCTCA GAACAGAGAC GCTCATAAGT CTAGAAGGGA AACCGAAGTG 
GACAAAGCGC ATCAAAGGCA AAGTGCCGGC CAGAGGCTTG AAGCAAGCGC TGCGCAACCG 
TCAACTCTGA AGAGAAAACG GCCTTCTTCT CCCCCGGGCG GCGTCATCAG CACCAACCCG 
AGTTTTGGAA AGCCGCACCA ATCCAATCGT GTTACGCAGC CGTCCCCAGA CATTGAGAGA 
GCCGATGGCT CTAGCAGAGG CCGGGGTAAA CCCAATTGGA AAGCTGGTTC TGGATCCGAG 
GCTGAGTGGA GCAGCACTTC TGTCGCTCAA ACTGAAAGCG ATCGACCGGT TTGCACGCCT 
TCCACGGAAC TCAAGGATGT GTCCCCTGCC GATGAAAATG CAACCCCTCT CCACGATGCC 
AGTGTCAATA TTGGAGAGCC AAACAGGAAG AAAGCAAGGA TTCAAGAAAG TATGAAAGAA 
CAGGATGATT CCGACAGCGC TGCTGGGTCG CTCTTATCAG CGGAGCCGGA GTCACTGAAC 
AGTGAAATTG ACGATGATGA CGAAGCGACA AGTGCAGGCT CCGCACCGCT GAGATCGGAG 
CTTGAGTCTG GTAGACACCC TAAAGTTGGT GAACTGCCAC GGGAGGATCA ATCACTGGAG 
AAGAGAGAAA GGAAGAACAT CGAAGCAGTG GAACTCGAAA CCACACCGCC ACCCTCCGAT 
TCCGAAGCAG AAGACTCCGA ATATGAGGCT ACAAATACGA AGAAAGGCGC CGCCTCCGAT 
AGCGGTTCTA ACAGGGACAC GCCAGAGCCG GAAACGGGCT CGAGTGATGA AGAGTCAATT 
AAAGCACATG ATGACTCTCA GAAGGAGCCG AAATCGAAGC AAACGAGCCT CGCCCGACTC 
TCGGATCGCT CCTTCTATGA ATTCATGGAA TCTCAATCTT CCCCCTTCAT ACCCTCGATT 
TTGCAGCTGT TGCCCTCAAT CCAAGTCAAG CCACCCATAA AGGAGTGTCT GACCAAGCTT 
CAAACGCTTC CGCAAGGCGA TCCAGAGTCA TCATCGTCTT CCTCTGAATC TGAATCGGAC 
TCGGAGTCCA CATCGTCTTC CCCTTCTGAG TCTGACTCGG ACTCAGGCGT AGGTCAACCT 
GGCAGGAAAG CGTCGCATTC AACTAAGGCA CCTTTGCGGT TGGGCAGCCA TTCCGTGCAG 
CAGCCTAGTG TGCTGCAGTC TCACACTCAA GAGGCTTCAA GTTTATCCAA GATGAGGGAA 
GTACAGGAAG ATACCGCGAC GCCAGAGCTG GGAGACCACC GCGTGGAGCA ACCTGGCCAA 
CCGGAGGTGG CATCTGAAGG ATCAGGTCGT GATATATCCA AAACACCCGA GCTTAGCTCT 
GCAACGCCGG CTACCAACGA CCCCCGAGAA GATAAGAAAG GCAAACAACG CAAGTTGAAG 
GGCGTCAGGG CTGACAGCGT ATCATTATTC GGCACCAGTA GCGCGGATCT GGAGGGAGAC 
GAAGGCCTGA GCCGGAGCAC CGCAGAGGAG AGATGGCGGC AAAGCGCGGC TCTTTCGTCC 
AACTTCAACA TGCAAGAGGA ACGCTCTCCA CTCACAACGC GGCAAAGTCG CCGCAGAATC 
GCTCATTCAC CGTCGGTAAG GGAGGACTCA TCAGCACGTG CCGGAAAGAG CACGCGTCAG 
GCACTGGCGG GTGGGGGCCA GCCATTCTCG GGTTCCATCA AAAGACGGTC ACAGAAGTCA 
GCCACACCCT TGTCAAGAAG GCCGAGTTCT ACTCAACTTC CCCCTCCCGA ATCCCCGAGC 
GAGTCTGAAG GGCTTGGTGA AAAGCCCGTT CAACCTGAAA TGCCGTTGTC CTCGCCTGTC 
ACTCGCTCGC AACTCAGGAA GAAGCGGTCC GGGTCTGATG CAAGCGCCTC ACCAATCACC 
TCAGGCTCAA GCAGGAGAGA CTCAAACGCC TCGATTGGGG ACCGACCTGG GCTTAGATCG 
GCATCTACGG AAGATGACTC TGCCACTGGA GATACCGAAC CGGTTGCTCC ACCCACGAGT 
GAGACGCGCT CGATTGGCCG GTTCGTCTGC GTCAAAATCT TAAGGAAGCC ACGGTCTGCT 
CGGGATGACA ACATCCTGAC ATACGATATT CATGGTCATG ATAATGAAGA GCACCCGTCA 
CCGGACGATG GCCATCGGCA AGAGCCCCCC CTGGAAGTCA GCTCAGATGC TGGCAAGAGT 
GGTCGACGAG CACCAGACCA CGAATATGAC TCGGCAGCCG ACATGGATGA AGATGGTTCG 
GTCGTAGACA AAGCTACGCC CCCTCGCCCC GTGTACATAG CCTCTTTCAG CCAGGTTACG 
GATCCAGCCA ACTTCGGGGG TGTGGCACAT GATGTGGATG ACGACTACAG TGACAACAAC 
GAGAGTGATT TCGACGGCCT CGGTGACGAA AATGGGACTT CGGACGCTAA GGGGCTGGAA 
GCCGATGACG AGCAGGAAAA TGAGCACGGC TCGCCGCTCA GACCTATGAA CGAGGGCGAC 
CAGACCGATG CGATAACTGT ATCAACAGAT AGCCGATCTT CAGACGACGA TTTGCAGTCT 
GAGAAAGTCC ATGTAAAAGG TCCCGTAACA AGCACGCCAA GGCGGGATAC AACCTCGCCG 
AAAGCTCCGG TCCAGTCTAC AGATCGGAGT CGTCGCGGTA CTTCTGAGGA TTATCCGTGG 
ATCTCTCAAG AAGGCCGTGG CGCATCAGTG AGGCTGACGA AGCCAAGCTC TCGCAGGTCT 
CAAGTTCCAC ACGTTTCTCA GTTCGCTGGC ACAAGCGCCG TGCGATTGTC GTCGACCCCG 
CCTGGTGCAG AGATTATGGA AGGACAGTCG GATCTCGGTA GTAGAGCATC ATCATACGAT 
CACGAGCCGA AAGGATTCTT ACATCCTGAC GGGAACCTCT CTGCACAGAA GCGTCGCACG 
AGTCTGCGCT CGCCGCACTT TGCTCCGGCG CCTCATTCCC AGAGATCCAG GCGTCCACCT 
GCCGGCACCG TCTCTTCGTT GCCTTTCCCC TCCGTCCAAG CCTCACGTTT TGGCTTGATC 
CAAGAAGACC TCGCTCACGA ACCCTTCAAG TTTCTCGTTG CCGTCATGTT CCTCAACAAG 
ACCAAAGGCA GCTGCGCCAT TCCAAAGTTC CGCAATTTTA TCGCACAGTA TCCAACGCCC 
GATGACCTCG CGCACGCCAA TGTCCTTGAC ATCACCGCGA TTCTACGCCC ACTTGGCATG 
CAAAACGTGC GCGCCAACAT ACTCATCGAG TTCGCCAAGC GTTGGCTGCT TGATCCTCCT 
CGGCCCGGCA GACGCCATCG CAGCATGAAT TACCCTGGAA AGGGGCTACA GAAGGACATC 
AGGCCCGGTG AGGTCTTGAG CGATGCCGAT CCTCGCGTAG CAGCTTATGA GATTGCGCAC 
TTGCCTGGTT GCGGCCCATA CGCACTGGAT AGCTGGCGTA TCTTCTGCCG TGATGAGTTT 
AGAGGTGTGG CGTTGGACTA CAACGGCGCA GGTGTGGGGG ACGAGGGCTT TGAGCCTGAG 
TGGAAGAGGG TCAGACCAAA AGATAAGGAG CTGAGGGCCT TCCTGAGGTG GATGTGGCTG 
AGAGAGGGAT GGGCGTGGGA CCCAGAGACT GGAGAGAGAA GCCTGGCGAA GAGCGAGGAG 
GTACGAGCAG CAGAGGAGAG GTGGCGGTGG GATCAGGAAA GTGGAGAGGG TATATGGATT 
GATGGTGGGG TGGACAAGAA TGAAGGAGTG ACGAGTGGAG CAGCGAGATC TGGTGCTGCA 
CTCTCTCCTT CCTTGCCCGC TCGCAGCGAG CATCACTTTC GCGGTTCCGT TGAGAGCGAT 
GAGGACGACA CAGATGGAGT GTCGAGCGCT GTCCAGCCGA ATGGTGGACT ACCCGAAGGA 
GACACCAGCA GCCAATTGGC CGCAGCTCAG CTTGCCCGCG AAGCCAGCCT CTCGCAAAGC 
CGCGCATTGA CCCAAGTGCC CGCAACTCGA CCACCTCCTC AGTCACCGTT TCCAACCAGC 
GTTGCTTCCG TTGTTGGCGA TGGTGAGGCA ACGGAAAAGG CAACGGACAG CGAAGCCAGC 
ACTTCCACAG ATGACGGTGA CGCTATCAGC GACAGCGACA GCGACAGAGA CGGTGACAAT 
AGTAGTTCTT ATGCCCCTCT TGCCGGCATA ACGAGGATGT TTAGACAATG GGAGAGAAGA 
GCAAAAGGGT ACCCTACTGG GGAGGTCGAG GAGACGCCGC AGCCGGAGAG TCCGGCAAAG 
AGGATGGCAG GAGAAGCGGC TGAGGCGAAC CCGATCGAGA ACAGGAGTAA TGACAACAGC 
GAAGATGGTG ACGGCGGTGA AGATATGGAT GAGATGGAAG GTGTTGAGGA AGGCAGTTCC 
CGCCAGGCAA GTCCTGAACT TTGA