LOC110656017 cDNA ORF clone, Hevea brasiliensis(rubber tree)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110656017
Entrez Gene ID	110656017
Full Name	DNA (cytosine-5)-methyltransferase 1-like
Gene Type	protein-coding
Organism	Hevea brasiliensis(rubber tree)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021812530.1	XP_021668222.1	DNA (cytosine-5)-methyltransferase 1-like

Pathways from BioSystems
Gene Ontology

The following LOC110656017 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110656017 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
OHe159048	XM_021812530.1 Latest version!	Hevea brasiliensis DNA (cytosine-5)-methyltransferase 1-like (LOC110656017), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

LOC110656017 ( XM_021812530.1 ) cDNA ORF clone, Hevea brasiliensis(rubber tree) -> XP_021668222.1 Hevea brasiliensis DNA (cytosine-5)-methyltransferase 1-like (LOC110656017), mRNA.

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CloneID	OHe159048
Clone ID Related Accession (Same CDS sequence)	XM_021812530.1
Accession Version	XM_021812530.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4695bp) 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	2017-07-18
Organism	Hevea brasiliensis(rubber tree)
Product	DNA (cytosine-5)-methyltransferase 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018745791.1) 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 Version :: Hevea brasiliensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGATCTT CAGCGCTATT GGATTCACCA CTCTCCAATG CTTCCGACTC GGAATCAGGA 
ATGAAGAAGA CCAAAGGAAA AACAAAATCC TCGGTTTCTA AGGAAAGCAA GGAACTAAAA 
AACAACGCGA AAAGAAGAAA GCAAACTTCT TCTCACAGGA TTGAAGAGCC TGCTGTCTCC 
CGAAAAAGGC CAAAGCGAGC TGCTGCATGC ACAGATTTCA AGGAGAAATT GGTACCTTTG 
TCTGAAAAGT CTTCCGTTCT TGAATCAAAG AATGAACAAT TTGCAGATGA AGAGATTATA 
GCTATTCACC TCACACATGA ACAAGAAGAA GGTCGTCCAA ATAGGAGACT AACTGATTTT 
GTTGTGCATG ATGCAAATGG CATGCCACGC CCCCTTGAGA TGATTGAAGT TGATGATATG 
TTTATATCTG GTCTTATATT GCCTCTTGAG GGGAGTCCTG AGCAGGAAAA GGAAAAATGT 
ATTAGATGTG AAGGCTTTGG AAGGATAGAA GGGTGGAGCA TATCTGGTTA TGAAGATGGC 
TCTCCAGTTG TATGGCTTAC AACAGATATT GCTGATTATG ATTGCCTAAG ACCTGCAAGT 
AGCTACAAGA AGTTCTATGA TCGTTTCTTT GAGAAGGCTT ACACTTGTAT AGAGGTGTAC 
AAGAAACTAT CAAAATCTTC TGGAGGGAAT CCTGATATCA CTCTTGATGA GTTGCTTGCA 
GGGGTTGTTC GATCAATGAC TGGACGCAAG TGTTTTTCAG GTGCAGCATC CATTAAGGAT 
TTTGTCATTT CTCATGGTGA ATTCATTTAT AATCAACTAA TAGGATTAGA TGACACATCA 
AAGAAGAATG ACCAGAAATT TGCAGACTTG CCTGTTCTTC TTGCCTTGAA AGACAAGAGT 
CGCAAGCATG GAAATTATGT ACTGGCAAAA GCAGCAAGCT CTTGTGGGAA TTTGACAATA 
TGTCCAAAAG TTGGAGGCAC AGAGTCAACT ATGTTACTAT CTAATTCATC CTCCAGTGGA 
GCTGAGGAGG ATGAAGATGC AAAACTAGCG AGACTATTGC AAGAAGAAGA GTATTGGCAA 
TCTACAAAGA AGCAAAAGAA AAGTAAGGGT TCAGCTTCAT CATCAAATAC AATCTACATA 
AAAATCAATG AAGATGAGAT TGCTAACGAC TACCCTTTGC CTGCATTTTA CTCACATTCT 
GATGAAGAAA CTGATGAATA TGTAGCTATT GACAGTGATG AGCATATCAT GGTTGACCCT 
GATGATCTTC CAAAAAGAAT GCTCCATAAT TGGTCTCTTT ACAATTCTGA TTCAAGATTG 
ATTTCGTTGG AGCTTCTTCC CATGAAACCA TGTGAAGATA TAGATGTCAC CATCTTTGGG 
TCAGGAAGGA TGACTGAAGA TGATGGAAGT GGGTTCCATC TTGAAAATGA TCCTGATCAG 
TCTTCCTCAG GGGGTTCAGG GGCACAGGAT GATGTGGGTT TGCCAATTTT TTTGAGTGCA 
ATAAAGGAGT GGATGATAGA ATTTGGTTCT TCAGTGGTTT TCATATCTAT CCGAACAGAC 
ATGGCCTGGT ATAGACTTGG AAAGCCGTCA AATAAATATT CTCCATGGTA TAAGCCAGTT 
CTGAAAACAG CCAAACTTGC AAGAAGCATC ATTACATTGT TGAAAGAACA AAGTCGAGTG 
TCACGGCTTT CTTTTGCAGA TGTAATCAGG AAAATATCTG AGTTCAAAAA GGATGATCAT 
GGTTACATTT CTCATGATCC AGCAGCTGTT GAGAGATATG TGGTTGTGCA TGGGCAAATA 
ATACTGCAGC TTTTTGCTGA ATTTCCTGAT GAAAAGATAA AGAAATGCGC ATTTGTGGTT 
GGTCTTACAA ATAAGATGGA GGAGAGACAT CATACCAAAT GGGTGGTGAA AAAAAAACAC 
ATTATGCAGA AGAGTCTACC CAATTTAAAT CCCCGAGCAG CAATGGGCCC TATAGGCCTT 
ATGGTGTCCA AGAGGAAGGT TATGCAGGCA ACGACAACAA GGCTTATTAA CAGAATTTGG 
GGGGAATATT ACTCTAATTA CTCACCAGAG GATACGAAAG AGGGAACTAA TTGTGAAGCA 
AAAGAGGAGG ATTGCATTGA GGAGCAAGAG GAAAATGAAG ATGATGCTGA AGAGGAGAAT 
CTATTAATTT CAGAGAATAC ACAAAAGCCT TGCTTGGTGT CATCACGAAC CAAATCATAC 
TCTTCAAGGG ATAAAGTACA ATGGGATGGG AATCCTGTAG GCATAACGCA TTATGGTGGA 
GCTATTTATA AGAGCGCTAT TGTTCGTGGC GAGGTGATTG CTGTGGGAGG TGCTGTCTTA 
GTGGAGGTTG ATGAATCAAA TGAACTTCCT CTGATCTATT TTGTAGAGTA CATGTTTGAA 
ACATCAGATG GAAGCAAAAT GTTTCATGGG AGAATGATGC AGCAGGGACA TCAGACAGTT 
CTGGGCAATG CAGCCAATGA GAGAGAGGTT TTCTTGAGAA ATGAATGCAT GAATTATGAC 
TTGCAGGATG TCAAACAGGC AATTGTGGTG GAACTTCGCA AAACGCCTTG GGGACATCGT 
CACAGGAAAG ATAATGCCAA TACTGATAGA ATTGATAGAG CAAGAGCAGA AGACAGGAAA 
AGGAAAGGAT TGCCTCTGGA ATATTACTGT AGAAGTTTGT ATTGGCCAGA GAGAGGTGCT 
TTTTTCAGTC TCACCCATGA TACAATGGGT CTTGGATCTG GTGTCTGCCA CTCTTGCAAA 
ATAAAGGAAG CTGAAATGGA AAAGGACATT TTCAAAGTTA ATTCTGCTAT GACTCGATTT 
GTACTATTAG GGATTGAGTA TTCTGTTAAT GATTTTGTCT ATGCAAGTCC ATATCACTTC 
ACCATCGAAA GGGAGACTGA AACTTTTAAG GGTGGAAGGA ATGTTGGGTT GAAGGCTTAT 
GTTGTGTGTC AGTTGCTGGA GATCATTGTC CAAAAGGAAC CACAACGAGC TGAAGCAAGA 
TTCACCCAGG TCAAGGTCCG CAGATTTTTC AGACCAGAAG ACGTCTCATC TGAGAAGGCA 
TATTGTTCTG ATATTCGTGA GATTTATTAC AGTGAGGATA TGCATCTTTT ACCTGCTGAG 
GCTATCGAAG GGAAATGTGA AGTCAGAAAG AAAAATGATA TTCCTACCTG TAGTGCTGTC 
GCAATCTTTG ATCATATTTT CTTTTGTGAG CATCTTTATG ATCCTTCCAC AGGGTCCCTC 
AAGCAGTTAC CAGCTAATAT CAAAATGAGG TACTCAATTG GGACTGCAGA AAGTGATGCT 
GCATCTAGGA AGAGGAAGGG CAAGTGCAAA GAGGGAGAGG ATGAAGTTGA AAGAGAAAGA 
AAAGCATCTC AAGAGAGAAG GTTGGCCACA TTGGATATTT TTGCTGGTTG TGGTGGCTTG 
TCAGAGGGAT TGCAGCATGC AGGCATCTCA TCAACCAAGT GGGCCATTGA ATATGAAGAA 
CCTGCTGGAG AAGCATTCAA GCTCAATAAT CCAACGTCTC TAGTGTTTAT TAATAATTGC 
AATGTGATCC TTAGGGCTGC AATGGAGAAG TGTGGTGATG CATATGAATG TATCTCAACC 
ACCGAGGCCA TAGAGTTGGC TGCATCACTT GATAAGAAAG TAATCAATGA TTTGCCTGTA 
CCAGGACAGG TTGATTTCAT CAATGGAGGG CCTCCATGTC AAGGTTTCTC GGGAATGAAT 
AGGTTTAGTC AAAGCACTTG GAGTAAAGTT CAATGTGAGA TGATTTTAGC ATTTTTATCC 
TTTGTTGACT ACTTCCGACC CAAGTATTTC CTCCTGGAGA ATGTGAGGAA CTTTGTGTCA 
TTTAATAAAG GACAAACTTT TCGTTTGACT TTGGCTTCAC TCCTTGAGAT GGGTTATCAG 
GTGAGGTTTG GCATATTGGA AGCTGGAGCA TATGGAGTTT CTCAGTCACG AAAACGAGTA 
TTCATATGGG CTGCCTCCCC TGATGAGATT CTTCCTGAGT GGCCAGAACC GATGCATGTC 
TTTGCTGCTC CAGAGTTAAA AGTCATGTTG TCAGAAAATT TACATTATGC TGCTGTTCGA 
AGTACCGCTA GTGGAGCCCC TTTCCGTGCA ATAACTGTCA GAGATACCAT TGGTGATCTC 
CCAGCTGTTG GAAATGGTGC CTCTAAGACG ATTTTGGAGT ATAAAAATGA TCCTATCTCA 
TGGTTTCAAA AGAAAATTCG TGGAGAAACA GCTGTTTTGA CAGACCATAT ATCAAAAGAA 
ATGAATGAGC TGAATCTTAT TAGGTGTCAG AAAATTCCAA AACAGCCAGG TTCTGATTGG 
CGTGACCTTC CAGATGAAAA GATTAAGTTG TCTACTGGGC AAGTGGTTGA CTTGATTCCA 
TGGTGCCTGC CAAACACAGC TAAGCGGCAT AATCAGTGGA AGGGGCTTTT TGGGAGGTTG 
GATTGGGAAG GGAACTTCCC AACTTCAATA ACAGATCCTC AACCGATGGG TAAGGTGGGG 
ATGTGCTTTC ATCCTGAGCA GGACAGGATT CTTACAGTTC GTGAATGTGC TCGATCTCAA 
GGATTTCCCG ATAGCTACAA GTTTGCTGGT AACATCCAAC ATAAACATCG GCAAATTGGA 
AATGCTGTTC CCCCACCATT GGCATATGCA TTGGGGACTA AGCTCAAGGA GGCAATGAAC 
AAGAAGGCCA AATAG

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

RefSeq	XP_021668222.1
CDS	409..5103
Translation	MGSSALLDSPLSNASDSESGMKKTKGKTKSSVSKESKELKNNAKRRKQTSSHRIEEPAVSRKRPKRAAACTDFKEKLVPLSEKSSVLESKNEQFADEEIIAIHLTHEQEEGRPNRRLTDFVVHDANGMPRPLEMIEVDDMFISGLILPLEGSPEQEKEKCIRCEGFGRIEGWSISGYEDGSPVVWLTTDIADYDCLRPASSYKKFYDRFFEKAYTCIEVYKKLSKSSGGNPDITLDELLAGVVRSMTGRKCFSGAASIKDFVISHGEFIYNQLIGLDDTSKKNDQKFADLPVLLALKDKSRKHGNYVLAKAASSCGNLTICPKVGGTESTMLLSNSSSSGAEEDEDAKLARLLQEEEYWQSTKKQKKSKGSASSSNTIYIKINEDEIANDYPLPAFYSHSDEETDEYVAIDSDEHIMVDPDDLPKRMLHNWSLYNSDSRLISLELLPMKPCEDIDVTIFGSGRMTEDDGSGFHLENDPDQSSSGGSGAQDDVGLPIFLSAIKEWMIEFGSSVVFISIRTDMAWYRLGKPSNKYSPWYKPVLKTAKLARSIITLLKEQSRVSRLSFADVIRKISEFKKDDHGYISHDPAAVERYVVVHGQIILQLFAEFPDEKIKKCAFVVGLTNKMEERHHTKWVVKKKHIMQKSLPNLNPRAAMGPIGLMVSKRKVMQATTTRLINRIWGEYYSNYSPEDTKEGTNCEAKEEDCIEEQEENEDDAEEENLLISENTQKPCLVSSRTKSYSSRDKVQWDGNPVGITHYGGAIYKSAIVRGEVIAVGGAVLVEVDESNELPLIYFVEYMFETSDGSKMFHGRMMQQGHQTVLGNAANEREVFLRNECMNYDLQDVKQAIVVELRKTPWGHRHRKDNANTDRIDRARAEDRKRKGLPLEYYCRSLYWPERGAFFSLTHDTMGLGSGVCHSCKIKEAEMEKDIFKVNSAMTRFVLLGIEYSVNDFVYASPYHFTIERETETFKGGRNVGLKAYVVCQLLEIIVQKEPQRAEARFTQVKVRRFFRPEDVSSEKAYCSDIREIYYSEDMHLLPAEAIEGKCEVRKKNDIPTCSAVAIFDHIFFCEHLYDPSTGSLKQLPANIKMRYSIGTAESDAASRKRKGKCKEGEDEVERERKASQERRLATLDIFAGCGGLSEGLQHAGISSTKWAIEYEEPAGEAFKLNNPTSLVFINNCNVILRAAMEKCGDAYECISTTEAIELAASLDKKVINDLPVPGQVDFINGGPPCQGFSGMNRFSQSTWSKVQCEMILAFLSFVDYFRPKYFLLENVRNFVSFNKGQTFRLTLASLLEMGYQVRFGILEAGAYGVSQSRKRVFIWAASPDEILPEWPEPMHVFAAPELKVMLSENLHYAAVRSTASGAPFRAITVRDTIGDLPAVGNGASKTILEYKNDPISWFQKKIRGETAVLTDHISKEMNELNLIRCQKIPKQPGSDWRDLPDEKIKLSTGQVVDLIPWCLPNTAKRHNQWKGLFGRLDWEGNFPTSITDPQPMGKVGMCFHPEQDRILTVRECARSQGFPDSYKFAGNIQHKHRQIGNAVPPPLAYALGTKLKEAMNKKAK

Target ORF information:

RefSeq Version	XM_021812530.1
Organism	Hevea brasiliensis(rubber tree)
Definition	Hevea brasiliensis DNA (cytosine-5)-methyltransferase 1-like (LOC110656017), mRNA.

Target ORF information:

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

XM_021812530.1

ORF Insert Sequence:

ATGGGATCTT CAGCGCTATT GGATTCACCA CTCTCCAATG CTTCCGACTC GGAATCAGGA 
ATGAAGAAGA CCAAAGGAAA AACAAAATCC TCGGTTTCTA AGGAAAGCAA GGAACTAAAA 
AACAACGCGA AAAGAAGAAA GCAAACTTCT TCTCACAGGA TTGAAGAGCC TGCTGTCTCC 
CGAAAAAGGC CAAAGCGAGC TGCTGCATGC ACAGATTTCA AGGAGAAATT GGTACCTTTG 
TCTGAAAAGT CTTCCGTTCT TGAATCAAAG AATGAACAAT TTGCAGATGA AGAGATTATA 
GCTATTCACC TCACACATGA ACAAGAAGAA GGTCGTCCAA ATAGGAGACT AACTGATTTT 
GTTGTGCATG ATGCAAATGG CATGCCACGC CCCCTTGAGA TGATTGAAGT TGATGATATG 
TTTATATCTG GTCTTATATT GCCTCTTGAG GGGAGTCCTG AGCAGGAAAA GGAAAAATGT 
ATTAGATGTG AAGGCTTTGG AAGGATAGAA GGGTGGAGCA TATCTGGTTA TGAAGATGGC 
TCTCCAGTTG TATGGCTTAC AACAGATATT GCTGATTATG ATTGCCTAAG ACCTGCAAGT 
AGCTACAAGA AGTTCTATGA TCGTTTCTTT GAGAAGGCTT ACACTTGTAT AGAGGTGTAC 
AAGAAACTAT CAAAATCTTC TGGAGGGAAT CCTGATATCA CTCTTGATGA GTTGCTTGCA 
GGGGTTGTTC GATCAATGAC TGGACGCAAG TGTTTTTCAG GTGCAGCATC CATTAAGGAT 
TTTGTCATTT CTCATGGTGA ATTCATTTAT AATCAACTAA TAGGATTAGA TGACACATCA 
AAGAAGAATG ACCAGAAATT TGCAGACTTG CCTGTTCTTC TTGCCTTGAA AGACAAGAGT 
CGCAAGCATG GAAATTATGT ACTGGCAAAA GCAGCAAGCT CTTGTGGGAA TTTGACAATA 
TGTCCAAAAG TTGGAGGCAC AGAGTCAACT ATGTTACTAT CTAATTCATC CTCCAGTGGA 
GCTGAGGAGG ATGAAGATGC AAAACTAGCG AGACTATTGC AAGAAGAAGA GTATTGGCAA 
TCTACAAAGA AGCAAAAGAA AAGTAAGGGT TCAGCTTCAT CATCAAATAC AATCTACATA 
AAAATCAATG AAGATGAGAT TGCTAACGAC TACCCTTTGC CTGCATTTTA CTCACATTCT 
GATGAAGAAA CTGATGAATA TGTAGCTATT GACAGTGATG AGCATATCAT GGTTGACCCT 
GATGATCTTC CAAAAAGAAT GCTCCATAAT TGGTCTCTTT ACAATTCTGA TTCAAGATTG 
ATTTCGTTGG AGCTTCTTCC CATGAAACCA TGTGAAGATA TAGATGTCAC CATCTTTGGG 
TCAGGAAGGA TGACTGAAGA TGATGGAAGT GGGTTCCATC TTGAAAATGA TCCTGATCAG 
TCTTCCTCAG GGGGTTCAGG GGCACAGGAT GATGTGGGTT TGCCAATTTT TTTGAGTGCA 
ATAAAGGAGT GGATGATAGA ATTTGGTTCT TCAGTGGTTT TCATATCTAT CCGAACAGAC 
ATGGCCTGGT ATAGACTTGG AAAGCCGTCA AATAAATATT CTCCATGGTA TAAGCCAGTT 
CTGAAAACAG CCAAACTTGC AAGAAGCATC ATTACATTGT TGAAAGAACA AAGTCGAGTG 
TCACGGCTTT CTTTTGCAGA TGTAATCAGG AAAATATCTG AGTTCAAAAA GGATGATCAT 
GGTTACATTT CTCATGATCC AGCAGCTGTT GAGAGATATG TGGTTGTGCA TGGGCAAATA 
ATACTGCAGC TTTTTGCTGA ATTTCCTGAT GAAAAGATAA AGAAATGCGC ATTTGTGGTT 
GGTCTTACAA ATAAGATGGA GGAGAGACAT CATACCAAAT GGGTGGTGAA AAAAAAACAC 
ATTATGCAGA AGAGTCTACC CAATTTAAAT CCCCGAGCAG CAATGGGCCC TATAGGCCTT 
ATGGTGTCCA AGAGGAAGGT TATGCAGGCA ACGACAACAA GGCTTATTAA CAGAATTTGG 
GGGGAATATT ACTCTAATTA CTCACCAGAG GATACGAAAG AGGGAACTAA TTGTGAAGCA 
AAAGAGGAGG ATTGCATTGA GGAGCAAGAG GAAAATGAAG ATGATGCTGA AGAGGAGAAT 
CTATTAATTT CAGAGAATAC ACAAAAGCCT TGCTTGGTGT CATCACGAAC CAAATCATAC 
TCTTCAAGGG ATAAAGTACA ATGGGATGGG AATCCTGTAG GCATAACGCA TTATGGTGGA 
GCTATTTATA AGAGCGCTAT TGTTCGTGGC GAGGTGATTG CTGTGGGAGG TGCTGTCTTA 
GTGGAGGTTG ATGAATCAAA TGAACTTCCT CTGATCTATT TTGTAGAGTA CATGTTTGAA 
ACATCAGATG GAAGCAAAAT GTTTCATGGG AGAATGATGC AGCAGGGACA TCAGACAGTT 
CTGGGCAATG CAGCCAATGA GAGAGAGGTT TTCTTGAGAA ATGAATGCAT GAATTATGAC 
TTGCAGGATG TCAAACAGGC AATTGTGGTG GAACTTCGCA AAACGCCTTG GGGACATCGT 
CACAGGAAAG ATAATGCCAA TACTGATAGA ATTGATAGAG CAAGAGCAGA AGACAGGAAA 
AGGAAAGGAT TGCCTCTGGA ATATTACTGT AGAAGTTTGT ATTGGCCAGA GAGAGGTGCT 
TTTTTCAGTC TCACCCATGA TACAATGGGT CTTGGATCTG GTGTCTGCCA CTCTTGCAAA 
ATAAAGGAAG CTGAAATGGA AAAGGACATT TTCAAAGTTA ATTCTGCTAT GACTCGATTT 
GTACTATTAG GGATTGAGTA TTCTGTTAAT GATTTTGTCT ATGCAAGTCC ATATCACTTC 
ACCATCGAAA GGGAGACTGA AACTTTTAAG GGTGGAAGGA ATGTTGGGTT GAAGGCTTAT 
GTTGTGTGTC AGTTGCTGGA GATCATTGTC CAAAAGGAAC CACAACGAGC TGAAGCAAGA 
TTCACCCAGG TCAAGGTCCG CAGATTTTTC AGACCAGAAG ACGTCTCATC TGAGAAGGCA 
TATTGTTCTG ATATTCGTGA GATTTATTAC AGTGAGGATA TGCATCTTTT ACCTGCTGAG 
GCTATCGAAG GGAAATGTGA AGTCAGAAAG AAAAATGATA TTCCTACCTG TAGTGCTGTC 
GCAATCTTTG ATCATATTTT CTTTTGTGAG CATCTTTATG ATCCTTCCAC AGGGTCCCTC 
AAGCAGTTAC CAGCTAATAT CAAAATGAGG TACTCAATTG GGACTGCAGA AAGTGATGCT 
GCATCTAGGA AGAGGAAGGG CAAGTGCAAA GAGGGAGAGG ATGAAGTTGA AAGAGAAAGA 
AAAGCATCTC AAGAGAGAAG GTTGGCCACA TTGGATATTT TTGCTGGTTG TGGTGGCTTG 
TCAGAGGGAT TGCAGCATGC AGGCATCTCA TCAACCAAGT GGGCCATTGA ATATGAAGAA 
CCTGCTGGAG AAGCATTCAA GCTCAATAAT CCAACGTCTC TAGTGTTTAT TAATAATTGC 
AATGTGATCC TTAGGGCTGC AATGGAGAAG TGTGGTGATG CATATGAATG TATCTCAACC 
ACCGAGGCCA TAGAGTTGGC TGCATCACTT GATAAGAAAG TAATCAATGA TTTGCCTGTA 
CCAGGACAGG TTGATTTCAT CAATGGAGGG CCTCCATGTC AAGGTTTCTC GGGAATGAAT 
AGGTTTAGTC AAAGCACTTG GAGTAAAGTT CAATGTGAGA TGATTTTAGC ATTTTTATCC 
TTTGTTGACT ACTTCCGACC CAAGTATTTC CTCCTGGAGA ATGTGAGGAA CTTTGTGTCA 
TTTAATAAAG GACAAACTTT TCGTTTGACT TTGGCTTCAC TCCTTGAGAT GGGTTATCAG 
GTGAGGTTTG GCATATTGGA AGCTGGAGCA TATGGAGTTT CTCAGTCACG AAAACGAGTA 
TTCATATGGG CTGCCTCCCC TGATGAGATT CTTCCTGAGT GGCCAGAACC GATGCATGTC 
TTTGCTGCTC CAGAGTTAAA AGTCATGTTG TCAGAAAATT TACATTATGC TGCTGTTCGA 
AGTACCGCTA GTGGAGCCCC TTTCCGTGCA ATAACTGTCA GAGATACCAT TGGTGATCTC 
CCAGCTGTTG GAAATGGTGC CTCTAAGACG ATTTTGGAGT ATAAAAATGA TCCTATCTCA 
TGGTTTCAAA AGAAAATTCG TGGAGAAACA GCTGTTTTGA CAGACCATAT ATCAAAAGAA 
ATGAATGAGC TGAATCTTAT TAGGTGTCAG AAAATTCCAA AACAGCCAGG TTCTGATTGG 
CGTGACCTTC CAGATGAAAA GATTAAGTTG TCTACTGGGC AAGTGGTTGA CTTGATTCCA 
TGGTGCCTGC CAAACACAGC TAAGCGGCAT AATCAGTGGA AGGGGCTTTT TGGGAGGTTG 
GATTGGGAAG GGAACTTCCC AACTTCAATA ACAGATCCTC AACCGATGGG TAAGGTGGGG 
ATGTGCTTTC ATCCTGAGCA GGACAGGATT CTTACAGTTC GTGAATGTGC TCGATCTCAA 
GGATTTCCCG ATAGCTACAA GTTTGCTGGT AACATCCAAC ATAAACATCG GCAAATTGGA 
AATGCTGTTC CCCCACCATT GGCATATGCA TTGGGGACTA AGCTCAAGGA GGCAATGAAC 
AAGAAGGCCA AATAG