BKCO1_2800028 cDNA ORF clone, Diplodia corticola

Gene
Clones
gRNAs

Summary

Gene Symbol	BKCO1_2800028
Entrez Gene ID	31013936
Full Name	mg2+ transporter zinc transport protein
Gene Type	protein-coding
Organism	Diplodia corticola

mRNA and Protein(s)

mRNA	Protein	Name
XM_020273675.1	XP_020130007.1	mg2+ transporter zinc transport protein

Pathways from BioSystems
Gene Ontology

The following BKCO1_2800028 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BKCO1_2800028 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
ODi92739	XM_020273675.1 Latest version!	Diplodia corticola mg2+ transporter zinc transport protein (BKCO1_2800028), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
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_2800028 ( XM_020273675.1 ) cDNA ORF clone, Diplodia corticola -> XP_020130007.1 Diplodia corticola mg2+ transporter zinc transport protein (BKCO1_2800028), partial mRNA.

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CloneID	ODi92739
Clone ID Related Accession (Same CDS sequence)	XM_020273675.1
Accession Version	XM_020273675.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5049bp) 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	mg2+ transporter zinc transport protein
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_017971507). COMPLETENESS: incomplete on both ends.

ATGACATCCG AGGATCCGGG CGACAAACCA CCCCCTATCG AGTGGCAAGA TGCACCTGGC 
GAGTCCGACC ATTACTTTCG AAAATTCATG ACTTATGACC GACTGGAATG CAAGCCCACA 
GCTGAAGAGC TCGACACCGA AATCCCTGAG AACGATGACC AATCAGAACA CAACTCAGCA 
TCAGAAAATC CTGTTCCCAA GATCCCTGTC AGCGATGATC GATTGCGCTA CAAAAGCATA 
CCTGAAAGTC TTGTCACCAG CATTCCCGAG AGCTTCCCCG AGAAGGCGAG GAACAGACGG 
AGCTATGTTT CGTTTGGCTC TGAAGGCACG ACGGCGAGCG TCAATGCCTC CGGCCATATC 
ATGCAAATCT CCCGCTATCT CGGGTACGGT CGATCCGGTT TCTTCTCCGC TGATCAAAAA 
GGGACTCGGA AGCCCTTCTA CGTCGATACC CGGAAACAAC ACCTTATGGA ACTTGCAAAA 
GACCCCTTCG CGGGATTCAG ATTGGATCTG CTGCAAGCGT TTGAAGGCTT AGTGGATTAC 
AAACAGTGCA AGCCATCCGT CAAATTCATC CATGATCGTT GGCCTTGGTT CAACATCCGG 
GATTCACGTG GACGTAAGGA CAACCCGCAT CCCGAAGAAC AAGGCCACAG ATCAGAGAAG 
CAAAGGGAGG AGAAGGACAA CCCGTATCCT GAAGAACAAG GAGTCCAAGA ATCAAACAAA 
CAAAGGAAGG AGAAGAACAT CGCCTATGCT ACCACTTTTT CCGTCCAATA CTTTTGCCAC 
AACGGCACTA TCTTCCAAAG GCACCTTGTG GAGTTTGACA AGACGGAATT TCCCAGTCCA 
GATTTGAGCA GATTGAGGTT GGATGCGGCT GCTTGTATAA GAAACCTCGA TTTCGTCCAT 
GACACAGACT TCAACGACGA CGACGAGTCT CCGTATAGGT CCGGTCCGAA TCATCGAAGC 
CTGATTGTTG TTCACAAGAT GAACAGAAAC ATGGCTAATG ATATGGGAAT CGACAATGAT 
GTCTATTCTA AAGGGTCAGG CCCCAAGGCA GCTGCGCTGA TAATCACCCC TTTCACCGAA 
GGCAGAGCGC AGAAGGTCAC GCAATTGGGG GAAGCTGATT CCTCTTGGTA CATCGAACTG 
GACAAGAAGG CCGAAGATGC AATCAAGGAA TCCGGAAAGC TCGACATCAC TCTAGCATAC 
AGGCTACAGC TGATTGAGGA GGATCAGAAG TGGGAGAATT CGACTGTTCC CGGACATCGT 
ATGACGTCTA TGGGAGAAGC GATATTATCG GAATCGTCGC TATTTCGGAA GATCATCTTT 
TCGCGGAACG AACACCTGGA TTTTGTGATT CGGCGAAACC TAGAACACAC CCTCTCAGTT 
TGCAGTGTTC CAATACTCCA GTCACCCGTC CTTGGCCACA CTGACGAAGA CCTCGACAAC 
CTGGCGGTCG CTTTGACATG TGGAGACATA TCGGGCCATC GGGTTTCGAC AAGGGCCAGT 
GTATCTGCCT TCATGTTCCT GCATTCTATG CTCAAGTACC TGGCTCCCGA TACGCATTCC 
TTACGGCCGT ATTTGGCAAA CCCAACCAGA TGTTCCTGCG GAGACCAACA GAGTCCATGT 
GATGAATGCA GCTGCGTCAA ACCATACCTG GATCACGTTT ATGGCCGTAT CCAAACTACG 
CTCAGAGGCC ATCTTGTGTG GGTATGCACC ACATCGAAAG GCGAGGAGGG GAGCTTTGCG 
CCTCACTACT GGCCAACAGG GAAGCACATC ACGAACCTCA GTTGGTTGCC TTCTGCAACA 
CTTCTCGATA CACCGCTGCA GCTTCTGAAG GTTCTCTGGT TTAAAGAAAG ATCGTTGCCT 
TCAGATCAAC AGACAGAACT TGCCGCCAAG GTTCGCCCTT GGCTTTCACA TTTGGACAAA 
ACGAACAATC GAGGAAGCTA TGCTTTCTCC GTTGATCCTG GTAATTTGAG TGAAAAGTTC 
AAGTTTGCAG ACCATGTCCT GATTTGCTTG GCCATTAGGT GCGTGCAGCA TCTTGAAGAA 
CGATCAGCCA TCTTTGCGAC GCGAGAAGAA GAGTTGGGCG ATGCAGAAGA TCCTGGAGCC 
CTTCATATCT TCAATACATA CTCATTCCAA GAGGTCAGAC GGAATGTTCT GAAGAGATTC 
ACAGTGCAAG GGCCTATCAC AAAACAACGA ATGCTTGCGA CACGTCGAAC GCCGAGCGAA 
AGCAGATTCC TATTGCATTC CAAAGACACG ATTTTGTTCC ATATCATGGA TCTCAAACTT 
GACAAAGAGT GGTTTGAGGC CGAGGAGTCC CTCGAGCCAA TCCAGTTTTT CCAAAGGGAA 
GAGAAGCTTC CACGGCAACG GAAAAAGGGT AAAGGGTCAA GCGAAGCCGA TGGATCCTGG 
AAATACATCG ATGATAGATG GAAAGCCACT GTGGACGCAC AAGCATACCA CGATGAGTAT 
CAAAATCTGG AATGGGGGAA GCCGCTTTGG TATGCCTTGA CGTTTATCCT TGGCTGCAAG 
AGAAGACGAA TAAACAAGTC GTCCATAGAC GAGACTTTGA GAGTTACCTC AAGCGTCTTG 
CTTGGCGCAA GCTCAATGAG TGGTCTTTTC GCCGGTCTGT TGGATGAGGA TCAAGAGCCG 
ATACCGTTTG AGAACGAGAT GGACCAAGAC AGCTTTTGGC ATGCGGCATT TGAAACGCCT 
TACGTCCTTT GGACATACGG GCGCGACTAC TTCGATGCCC AATGGGCTCG GGAAAAGGAG 
CATCAGAGTG GGGGCGGTGC CCCCAAAAGT CCCTCTGATG TCACGGGTGA TCCAACAGGT 
GTCAAGCAAG GCCAACGCGC TTCGAACATC GGAGACACTG CAGCACCGTT CAAAGATGCT 
GGAAGGATAG GCCAGATAAT CACCAAAGGT GTACCTTTTG TCAACTTCAG CACCTTAATC 
GACCAGAAAG GCCTCGTCGA GGTATCCGAC GACTGGCTAC AGGACGGACC AGTTGCTCTG 
GACTTCGGCT TCCGGCCCGA CTTTTCGAAA CTCAAGGACC TCCGTTGCGA CCCGTCAGAG 
AAGGTCATTA CCGCAGGTCT CGAGGCTTAT AAACGCAGCC CAACATCTTC CTTCTTTACA 
GAAGAAAGAG GGATAGTCAT CGATGTCATC AAACGTAGTG AAGGCGACGA AATGGGAGCA 
GGCGGCGACG AGATAGGAGC AGGCCAACAA GAAACCAACG ATGGAATCAA GAAGTGCTTG 
GGAAGGCGAA GGACCGTGCA ATTTGCCAAA AAAAGATTGA TATGGCTGCC GAACGGCAAC 
AAAGAGACTG CGGTACTGTG TTATTTCGCC TCTCCAGAGC CCGAGAGGGG AAACATGGCG 
CATTTCTTTG ACAGACATGC CTCCCATGAA AAGTACTTCT TCGACGGGGC GACTGCGGCT 
CTAAATGAAT GGGAAACAGA GATCCACTTC TCGTTTTTCA AATTAGTACA ATGTCAGAAA 
GAGGACGTCA AAGAAATCCT CCAGACGGCA AACAATGGAA TCTCAAGCTT GAGTTTCTTG 
AAGCTTGGAG AACGGAGAGA AGATGGTGGA TCGAGTCAGG AAACTGTGTT TCTCCACTCT 
ACGATGAGCT TCCGATTCGT TGGAGATTTC TTTGACCGAT TCTGGACATG TCACTTTCTG 
GACCCTGGTC AAAAGGATCA GCAAAGCCTT CAGGCTCGGT TGTCAAATTT CCATCATACA 
GTTCTCGAGG GTTCCAAGAA AAATCCTTGG CAACAGAGAA AGGTGTTGGA ATTGCTCCTG 
TTCTACGAAA TGCTCGAGAG CATGCACGAA AACACGCACA AGATTCTGGA ATGGGTCAAA 
CATCAAGTTC TTAATCCTCC AAATCTTGAA AAGATTCCAA GACCTGACTT GGGCGAAGAC 
ATCACAACGA CTCGCCTTCT CCAGGAAAAA TCGGTTATGG AAGCTTCAAT GCCGCTCAAC 
CCTCTTGCAT CGGCATTCCA AGACGGCTAT CAGCTGCTGA AACAAGGCAC CAGCGAAAAC 
TACTTCTCCA TCATCGAAAG CTGGCGGCTC TTTGAGCAAA TACTCCAAGC CTTGGAGGAC 
GATCTAAGTG GGAACATCGA GCGAATCGAC CAATGGAACA AACGAGAGGA GGATCGGAAA 
TCAGAACGGC CACGCTGGAC CAGGAACGAC GAAAAGAGGT ACCGCACAGC AATCACAAAG 
GTAACCGTAC TCAACGACAG GCGTGGTCGC GATATCGTGC GTCTGAGGGC AACCATAAAA 
GCGTTTCGTG AATCACTCCC AGGCCGGTTG GAATCAATTC GATCCGACAT CTCCTTTCGG 
GGATCCGAGA ACATCAATCT CTTCACCTAC GTTACCGTGG TGTTCCTCCC GCTTGGCTTT 
GCCACTGGAA TTTTCAGCAT GAGCAACGCC CCGAGCCGTC AGACTCTGGT CAGTATGATT 
GAACTGGCGC TGATGGCCAT GGCCATCACG ATATTCGCTT TGGCAAACGT CAAAACGACC 
GGCAAAACCC TCGTCCGGCC GCTCATCTTA GCCTTCCGCG AGGTCAACGA TCTGCTACTC 
CATCCGCCAT TGAGGATTCT TCAGTCTTTC ATCCAGAACC ACATGCCGGT AGTGGCCCTT 
TACCTTTTCT CCCGACTTGT CTGGTTCTTC TATCGATTCG TCTGGTTCCC GTTAACCACC 
GTTAATGGAA GAATCCCAGT GAAAACTCCG GAAACGCGCT GGTACCAGAA GACTAGGCTG 
AAGGAGCTTT GGAAGAGCTT CAAAGTCCCG ATGCGAGCAA TTCCTGAGCC ATGGACGTTG 
GATCCTGTCA AAGAGGCGAG CGAGGACTAC GCCCAGATGA TTAGAGACAA AAGAGCAGAT 
GACTTGTTGA GAAAGCTCCG CAAGTCGGGG TTGAAACGAC ACCCAAATGC TACGAACGGA 
GGTACAGACT TTGAGGAGCA GGGGTCCGAA AGGAGACAGG TGGACGAAGA GCTGGGACAT 
ATGCCGCGAG CAGCCCCGGC GACTCCTTCC TCAGCAGCTT CTTCTATTCA CATGAGGAGA 
AGCATTTGA

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

RefSeq	XP_020130007.1
CDS	1..5049
Translation	MTSEDPGDKPPPIEWQDAPGESDHYFRKFMTYDRLECKPTAEELDTEIPENDDQSEHNSASENPVPKIPVSDDRLRYKSIPESLVTSIPESFPEKARNRRSYVSFGSEGTTASVNASGHIMQISRYLGYGRSGFFSADQKGTRKPFYVDTRKQHLMELAKDPFAGFRLDLLQAFEGLVDYKQCKPSVKFIHDRWPWFNIRDSRGRKDNPHPEEQGHRSEKQREEKDNPYPEEQGVQESNKQRKEKNIAYATTFSVQYFCHNGTIFQRHLVEFDKTEFPSPDLSRLRLDAAACIRNLDFVHDTDFNDDDESPYRSGPNHRSLIVVHKMNRNMANDMGIDNDVYSKGSGPKAAALIITPFTEGRAQKVTQLGEADSSWYIELDKKAEDAIKESGKLDITLAYRLQLIEEDQKWENSTVPGHRMTSMGEAILSESSLFRKIIFSRNEHLDFVIRRNLEHTLSVCSVPILQSPVLGHTDEDLDNLAVALTCGDISGHRVSTRASVSAFMFLHSMLKYLAPDTHSLRPYLANPTRCSCGDQQSPCDECSCVKPYLDHVYGRIQTTLRGHLVWVCTTSKGEEGSFAPHYWPTGKHITNLSWLPSATLLDTPLQLLKVLWFKERSLPSDQQTELAAKVRPWLSHLDKTNNRGSYAFSVDPGNLSEKFKFADHVLICLAIRCVQHLEERSAIFATREEELGDAEDPGALHIFNTYSFQEVRRNVLKRFTVQGPITKQRMLATRRTPSESRFLLHSKDTILFHIMDLKLDKEWFEAEESLEPIQFFQREEKLPRQRKKGKGSSEADGSWKYIDDRWKATVDAQAYHDEYQNLEWGKPLWYALTFILGCKRRRINKSSIDETLRVTSSVLLGASSMSGLFAGLLDEDQEPIPFENEMDQDSFWHAAFETPYVLWTYGRDYFDAQWAREKEHQSGGGAPKSPSDVTGDPTGVKQGQRASNIGDTAAPFKDAGRIGQIITKGVPFVNFSTLIDQKGLVEVSDDWLQDGPVALDFGFRPDFSKLKDLRCDPSEKVITAGLEAYKRSPTSSFFTEERGIVIDVIKRSEGDEMGAGGDEIGAGQQETNDGIKKCLGRRRTVQFAKKRLIWLPNGNKETAVLCYFASPEPERGNMAHFFDRHASHEKYFFDGATAALNEWETEIHFSFFKLVQCQKEDVKEILQTANNGISSLSFLKLGERREDGGSSQETVFLHSTMSFRFVGDFFDRFWTCHFLDPGQKDQQSLQARLSNFHHTVLEGSKKNPWQQRKVLELLLFYEMLESMHENTHKILEWVKHQVLNPPNLEKIPRPDLGEDITTTRLLQEKSVMEASMPLNPLASAFQDGYQLLKQGTSENYFSIIESWRLFEQILQALEDDLSGNIERIDQWNKREEDRKSERPRWTRNDEKRYRTAITKVTVLNDRRGRDIVRLRATIKAFRESLPGRLESIRSDISFRGSENINLFTYVTVVFLPLGFATGIFSMSNAPSRQTLVSMIELALMAMAITIFALANVKTTGKTLVRPLILAFREVNDLLLHPPLRILQSFIQNHMPVVALYLFSRLVWFFYRFVWFPLTTVNGRIPVKTPETRWYQKTRLKELWKSFKVPMRAIPEPWTLDPVKEASEDYAQMIRDKRADDLLRKLRKSGLKRHPNATNGGTDFEEQGSERRQVDEELGHMPRAAPATPSSAASSIHMRRSI

Target ORF information:

RefSeq Version	XM_020273675.1
Organism	Diplodia corticola
Definition	Diplodia corticola mg2+ transporter zinc transport protein (BKCO1_2800028), partial mRNA.

Target ORF information:

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

XM_020273675.1

ORF Insert Sequence:

ATGACATCCG AGGATCCGGG CGACAAACCA CCCCCTATCG AGTGGCAAGA TGCACCTGGC 
GAGTCCGACC ATTACTTTCG AAAATTCATG ACTTATGACC GACTGGAATG CAAGCCCACA 
GCTGAAGAGC TCGACACCGA AATCCCTGAG AACGATGACC AATCAGAACA CAACTCAGCA 
TCAGAAAATC CTGTTCCCAA GATCCCTGTC AGCGATGATC GATTGCGCTA CAAAAGCATA 
CCTGAAAGTC TTGTCACCAG CATTCCCGAG AGCTTCCCCG AGAAGGCGAG GAACAGACGG 
AGCTATGTTT CGTTTGGCTC TGAAGGCACG ACGGCGAGCG TCAATGCCTC CGGCCATATC 
ATGCAAATCT CCCGCTATCT CGGGTACGGT CGATCCGGTT TCTTCTCCGC TGATCAAAAA 
GGGACTCGGA AGCCCTTCTA CGTCGATACC CGGAAACAAC ACCTTATGGA ACTTGCAAAA 
GACCCCTTCG CGGGATTCAG ATTGGATCTG CTGCAAGCGT TTGAAGGCTT AGTGGATTAC 
AAACAGTGCA AGCCATCCGT CAAATTCATC CATGATCGTT GGCCTTGGTT CAACATCCGG 
GATTCACGTG GACGTAAGGA CAACCCGCAT CCCGAAGAAC AAGGCCACAG ATCAGAGAAG 
CAAAGGGAGG AGAAGGACAA CCCGTATCCT GAAGAACAAG GAGTCCAAGA ATCAAACAAA 
CAAAGGAAGG AGAAGAACAT CGCCTATGCT ACCACTTTTT CCGTCCAATA CTTTTGCCAC 
AACGGCACTA TCTTCCAAAG GCACCTTGTG GAGTTTGACA AGACGGAATT TCCCAGTCCA 
GATTTGAGCA GATTGAGGTT GGATGCGGCT GCTTGTATAA GAAACCTCGA TTTCGTCCAT 
GACACAGACT TCAACGACGA CGACGAGTCT CCGTATAGGT CCGGTCCGAA TCATCGAAGC 
CTGATTGTTG TTCACAAGAT GAACAGAAAC ATGGCTAATG ATATGGGAAT CGACAATGAT 
GTCTATTCTA AAGGGTCAGG CCCCAAGGCA GCTGCGCTGA TAATCACCCC TTTCACCGAA 
GGCAGAGCGC AGAAGGTCAC GCAATTGGGG GAAGCTGATT CCTCTTGGTA CATCGAACTG 
GACAAGAAGG CCGAAGATGC AATCAAGGAA TCCGGAAAGC TCGACATCAC TCTAGCATAC 
AGGCTACAGC TGATTGAGGA GGATCAGAAG TGGGAGAATT CGACTGTTCC CGGACATCGT 
ATGACGTCTA TGGGAGAAGC GATATTATCG GAATCGTCGC TATTTCGGAA GATCATCTTT 
TCGCGGAACG AACACCTGGA TTTTGTGATT CGGCGAAACC TAGAACACAC CCTCTCAGTT 
TGCAGTGTTC CAATACTCCA GTCACCCGTC CTTGGCCACA CTGACGAAGA CCTCGACAAC 
CTGGCGGTCG CTTTGACATG TGGAGACATA TCGGGCCATC GGGTTTCGAC AAGGGCCAGT 
GTATCTGCCT TCATGTTCCT GCATTCTATG CTCAAGTACC TGGCTCCCGA TACGCATTCC 
TTACGGCCGT ATTTGGCAAA CCCAACCAGA TGTTCCTGCG GAGACCAACA GAGTCCATGT 
GATGAATGCA GCTGCGTCAA ACCATACCTG GATCACGTTT ATGGCCGTAT CCAAACTACG 
CTCAGAGGCC ATCTTGTGTG GGTATGCACC ACATCGAAAG GCGAGGAGGG GAGCTTTGCG 
CCTCACTACT GGCCAACAGG GAAGCACATC ACGAACCTCA GTTGGTTGCC TTCTGCAACA 
CTTCTCGATA CACCGCTGCA GCTTCTGAAG GTTCTCTGGT TTAAAGAAAG ATCGTTGCCT 
TCAGATCAAC AGACAGAACT TGCCGCCAAG GTTCGCCCTT GGCTTTCACA TTTGGACAAA 
ACGAACAATC GAGGAAGCTA TGCTTTCTCC GTTGATCCTG GTAATTTGAG TGAAAAGTTC 
AAGTTTGCAG ACCATGTCCT GATTTGCTTG GCCATTAGGT GCGTGCAGCA TCTTGAAGAA 
CGATCAGCCA TCTTTGCGAC GCGAGAAGAA GAGTTGGGCG ATGCAGAAGA TCCTGGAGCC 
CTTCATATCT TCAATACATA CTCATTCCAA GAGGTCAGAC GGAATGTTCT GAAGAGATTC 
ACAGTGCAAG GGCCTATCAC AAAACAACGA ATGCTTGCGA CACGTCGAAC GCCGAGCGAA 
AGCAGATTCC TATTGCATTC CAAAGACACG ATTTTGTTCC ATATCATGGA TCTCAAACTT 
GACAAAGAGT GGTTTGAGGC CGAGGAGTCC CTCGAGCCAA TCCAGTTTTT CCAAAGGGAA 
GAGAAGCTTC CACGGCAACG GAAAAAGGGT AAAGGGTCAA GCGAAGCCGA TGGATCCTGG 
AAATACATCG ATGATAGATG GAAAGCCACT GTGGACGCAC AAGCATACCA CGATGAGTAT 
CAAAATCTGG AATGGGGGAA GCCGCTTTGG TATGCCTTGA CGTTTATCCT TGGCTGCAAG 
AGAAGACGAA TAAACAAGTC GTCCATAGAC GAGACTTTGA GAGTTACCTC AAGCGTCTTG 
CTTGGCGCAA GCTCAATGAG TGGTCTTTTC GCCGGTCTGT TGGATGAGGA TCAAGAGCCG 
ATACCGTTTG AGAACGAGAT GGACCAAGAC AGCTTTTGGC ATGCGGCATT TGAAACGCCT 
TACGTCCTTT GGACATACGG GCGCGACTAC TTCGATGCCC AATGGGCTCG GGAAAAGGAG 
CATCAGAGTG GGGGCGGTGC CCCCAAAAGT CCCTCTGATG TCACGGGTGA TCCAACAGGT 
GTCAAGCAAG GCCAACGCGC TTCGAACATC GGAGACACTG CAGCACCGTT CAAAGATGCT 
GGAAGGATAG GCCAGATAAT CACCAAAGGT GTACCTTTTG TCAACTTCAG CACCTTAATC 
GACCAGAAAG GCCTCGTCGA GGTATCCGAC GACTGGCTAC AGGACGGACC AGTTGCTCTG 
GACTTCGGCT TCCGGCCCGA CTTTTCGAAA CTCAAGGACC TCCGTTGCGA CCCGTCAGAG 
AAGGTCATTA CCGCAGGTCT CGAGGCTTAT AAACGCAGCC CAACATCTTC CTTCTTTACA 
GAAGAAAGAG GGATAGTCAT CGATGTCATC AAACGTAGTG AAGGCGACGA AATGGGAGCA 
GGCGGCGACG AGATAGGAGC AGGCCAACAA GAAACCAACG ATGGAATCAA GAAGTGCTTG 
GGAAGGCGAA GGACCGTGCA ATTTGCCAAA AAAAGATTGA TATGGCTGCC GAACGGCAAC 
AAAGAGACTG CGGTACTGTG TTATTTCGCC TCTCCAGAGC CCGAGAGGGG AAACATGGCG 
CATTTCTTTG ACAGACATGC CTCCCATGAA AAGTACTTCT TCGACGGGGC GACTGCGGCT 
CTAAATGAAT GGGAAACAGA GATCCACTTC TCGTTTTTCA AATTAGTACA ATGTCAGAAA 
GAGGACGTCA AAGAAATCCT CCAGACGGCA AACAATGGAA TCTCAAGCTT GAGTTTCTTG 
AAGCTTGGAG AACGGAGAGA AGATGGTGGA TCGAGTCAGG AAACTGTGTT TCTCCACTCT 
ACGATGAGCT TCCGATTCGT TGGAGATTTC TTTGACCGAT TCTGGACATG TCACTTTCTG 
GACCCTGGTC AAAAGGATCA GCAAAGCCTT CAGGCTCGGT TGTCAAATTT CCATCATACA 
GTTCTCGAGG GTTCCAAGAA AAATCCTTGG CAACAGAGAA AGGTGTTGGA ATTGCTCCTG 
TTCTACGAAA TGCTCGAGAG CATGCACGAA AACACGCACA AGATTCTGGA ATGGGTCAAA 
CATCAAGTTC TTAATCCTCC AAATCTTGAA AAGATTCCAA GACCTGACTT GGGCGAAGAC 
ATCACAACGA CTCGCCTTCT CCAGGAAAAA TCGGTTATGG AAGCTTCAAT GCCGCTCAAC 
CCTCTTGCAT CGGCATTCCA AGACGGCTAT CAGCTGCTGA AACAAGGCAC CAGCGAAAAC 
TACTTCTCCA TCATCGAAAG CTGGCGGCTC TTTGAGCAAA TACTCCAAGC CTTGGAGGAC 
GATCTAAGTG GGAACATCGA GCGAATCGAC CAATGGAACA AACGAGAGGA GGATCGGAAA 
TCAGAACGGC CACGCTGGAC CAGGAACGAC GAAAAGAGGT ACCGCACAGC AATCACAAAG 
GTAACCGTAC TCAACGACAG GCGTGGTCGC GATATCGTGC GTCTGAGGGC AACCATAAAA 
GCGTTTCGTG AATCACTCCC AGGCCGGTTG GAATCAATTC GATCCGACAT CTCCTTTCGG 
GGATCCGAGA ACATCAATCT CTTCACCTAC GTTACCGTGG TGTTCCTCCC GCTTGGCTTT 
GCCACTGGAA TTTTCAGCAT GAGCAACGCC CCGAGCCGTC AGACTCTGGT CAGTATGATT 
GAACTGGCGC TGATGGCCAT GGCCATCACG ATATTCGCTT TGGCAAACGT CAAAACGACC 
GGCAAAACCC TCGTCCGGCC GCTCATCTTA GCCTTCCGCG AGGTCAACGA TCTGCTACTC 
CATCCGCCAT TGAGGATTCT TCAGTCTTTC ATCCAGAACC ACATGCCGGT AGTGGCCCTT 
TACCTTTTCT CCCGACTTGT CTGGTTCTTC TATCGATTCG TCTGGTTCCC GTTAACCACC 
GTTAATGGAA GAATCCCAGT GAAAACTCCG GAAACGCGCT GGTACCAGAA GACTAGGCTG 
AAGGAGCTTT GGAAGAGCTT CAAAGTCCCG ATGCGAGCAA TTCCTGAGCC ATGGACGTTG 
GATCCTGTCA AAGAGGCGAG CGAGGACTAC GCCCAGATGA TTAGAGACAA AAGAGCAGAT 
GACTTGTTGA GAAAGCTCCG CAAGTCGGGG TTGAAACGAC ACCCAAATGC TACGAACGGA 
GGTACAGACT TTGAGGAGCA GGGGTCCGAA AGGAGACAGG TGGACGAAGA GCTGGGACAT 
ATGCCGCGAG CAGCCCCGGC GACTCCTTCC TCAGCAGCTT CTTCTATTCA CATGAGGAGA 
AGCATTTGA