LOC105367751 cDNA ORF clone, Ceratosolen solmsi marchali

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105367751
Entrez Gene ID	105367751
Full Name	putative histone-lysine N-methyltransferase 1
Gene Type	protein-coding
Organism	Ceratosolen solmsi marchali

mRNA and Protein(s)

mRNA	Protein	Name
XM_011506525.1	XP_011504827.1	putative histone-lysine N-methyltransferase 1

Pathways from BioSystems
Gene Ontology

The following LOC105367751 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105367751 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
OCe193139	XM_011506525.1 Latest version!	Ceratosolen solmsi marchali putative histone-lysine N-methyltransferase 1 (LOC105367751), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

LOC105367751 ( XM_011506525.1 ) cDNA ORF clone, Ceratosolen solmsi marchali -> XP_011504827.1 Ceratosolen solmsi marchali putative histone-lysine N-methyltransferase 1 (LOC105367751), mRNA.

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CloneID	OCe193139
Clone ID Related Accession (Same CDS sequence)	XM_011506525.1
Accession Version	XM_011506525.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4161bp) 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	2015-03-08
Organism	Ceratosolen solmsi marchali
Product	putative histone-lysine N-methyltransferase 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011948414.1) 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 :: Ceratosolen solmsi marchali Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATTTTC GGGAGCGATA CAAGAGGATC GGCTTCGGCC GCGAAGATAT TGAGATTAAC 
CGGGCGCTTA GAAGTCAACG TCGCGATGAG GCTCGTCGCG AAATGCGCAA CGAATGTTTC 
AATATAAAAC GGGGCATGAA TTGTAATTGG GACGATAGTT TGGAGCGAAA AAAAGAGAAT 
ATGAACAAAA CGAAACCGAT GAATCCTGAA GAAGAGGCGA AGAAAAAAGC TGCTGCAGAT 
TTGGAAGCCG CAGTTCAGAA ACGTTTCCAG CAGTTAATGA AATGGCGCGA AGAAAGGAAT 
CGACGAAGGA TTCAAGAAAA AAAACGAGCT AAACCTGTAT TTAAAGTTGG AGTTGTTCAT 
CATCGTATGT ACTCTCCACC ATTGACCAAA AATTCAACAG CTACACCAAT AACAAAACTT 
TGTAGAAATA AAGAAAATCA ACCAGAAGTA CTGCCAAAAA GGGTGACTAG AGCAACTGAA 
AAACGTTTAG CTATAAAATC TGTAACAAAT CATCAAAAAC GTGAAAATTT GAAAACTAAA 
AAAACGACTG TCAAGATTAC AGAGGAGATA CCTGTTATAC CAAAGGACCA CCAATTTAAA 
GCTCCCATTG GAATCATACC ACTTCCAATG TTTGGTCGTC ATGCTTTGGA AAGTACCAAT 
GAAAATATGG AATTAGATTT AAATTTGAAT ACATCGTTCA GTAACAGCGA GGCTTGCCAA 
AACTCATCTT ATAATTCAAA CCACATATTT TCATCTACCA CTCACTCATC GATCTTACCT 
ACATTGACGG ATACATGCTT AAATCAAAAT TATAATACCG ATCCCTGTGA AAAGTCAAAT 
CAAAGTTTGA ACGATTCGAT GAATAATTCA TCCGTGGAAG CAATATCTCT AAAAATTTCA 
TTCGACGATC AGGAAATTCT AAAAAATGAG CAAAATACTA ATACTGATTG TAAAATAGAT 
ACTAGTTTAA AAAAAAATAC AAGGTCAACG ACGAATAAAA AGAATTCCTT AAACAATATG 
GATTCAACTA TAGAGCGGAT GACACATTCT ATGGAGAGTA AAGAAATTGT GAAGGATCAA 
AATAATGTTA CCTCCAACCT ATCAAAAAAG AGTGAAATGG TAAGTAAAAG ATCTACAAGA 
CTTACAAATA GAGCTGCTGG TTCTACAAGC CAAACAGATG ATGTTCATTC TATTGTGGAA 
AATCGAAAAG GAACAAATAC TCAGAAAAAT ATCCATTCAA CTTGTAAAAG CCCCAAATTG 
AATTCTAGCT TTTCGAAACA AAAGAAGACG AAATTATTAA CAAATAGAAA GAAATCTAAT 
AAAATATCTA CCGATGAAAC TGTTAGCATT AATAATGCAG AGATGGAAAG CAGTTTTCCT 
TTAGAGAATC AGAAATTGAA TAATAATTCA GATTCGACTA AAAATGCTAG CCCAATAGAT 
TCCGCTAACT TAAACAAAAA GAAAAGTAAA TTATCAAAAA TATCCAATAG AAAGTCTCTT 
ATCGAAGATA AAAGCATTAA TGATTCTGTA AAGCAATCAG ATTTTATTTT GGACTATCAA 
GAAACGTCAG AAGAGCAATT GAATGCTGAT TCTAAAGGGT TAAACCTTAT GGATTCAAGT 
ATCACTGATC AACAAAAAAT GAAATCACAT GGTAGAAAAA AAGTAACGAA AGTAGCCAAT 
GAAGCTCAAA AGTACATTAA CGAATTGCAA GATGAATCCT TGATAAAGTT TTCTCCGCGT 
CGTTCGCTAA GACAACAAAC TGAAAAGGCT TCAAAATCAG CAAGTTCCAT GGTAGTAGAA 
ACGAGTCCAA AATTACTGCC TAACGATCAA ACGAATTTTT CATGGTTGGC AGAGTCATTG 
AATGTATCAA CTATTTCTGA ACCAGTGAAA CGAAAAACAT TGGATAAGAA AGACGACAGT 
TTGCAAAATT TTAGTTTAAA TTTATCGATT ACTAAAGAAT CACTTTTGGA TAAACCACCT 
GCGTACTTTT CACCTTACAT AGTAACGAGT CGAGGTAAAA GTAGTGTTCG TAAGGAAATT 
CAGCGCCACT GTTTGAATCA ATCTTCACCC ACGGAAATTC CAACGAAGGA CACGGTCATG 
CAGAGTCTCA ACATATCTGT AGAAGAAGAG GAGCGGACAG CTCAATACTA CAAGTACATT 
CTTAATCAAG AAATTGATCG ACTAAATGAG CGCTGCGACT TTTGGAATGT AGTAAAAGAA 
GATGATACTA CCCCTGAAGA GATCCGCGAT GTGATACAAG CAGCAGTTGG CCAAACGAAA 
CTGCTTATTA ACAAAAAGTT TGAGCGCTTT CGTAGTCTGG TACTTGATTG CGAAACCGGC 
AAAGGTGAAA TGCTTGTAAC GTGTAAAGAT CTTCAAGGAT TTTGGGACAT GATGTATATG 
GAAATCAAAG ACTGCGACAA TCGATTCAAC AAACTTGAGG AGCTAAAGCG CATGAATTGG 
ATAGACAAGG AGTCGCAGAA GGTCAAGGAC ACACAACAAT TACATAAAAA GAAATCTGTA 
GCGGCAAAGA GGATAGTTAA TAAAAAAAAA ACTTTATCTA CAAAGCCAAG TTCACTCAGG 
GCTCATATTA TGGCTGCAAG AAAGAAACAG ATTGGGGGTG GAGATATCGA TGTTGATGTC 
GAGATGCACA AAGATAAAAA TCTTAACTTT CACGGAGAAA AACACTCTAG AAATTCAAGC 
GTCAAAAGTG CAAAAAAAAT CGCTCGTCGA ACTTCTACGC CAAAATCTTC AAATAAGTTA 
CAGCCTCTAA TAAAGAAATT GTCACAAAGC CAAAAAGCTA CTACAAGTCC ATTGATTGTA 
ATGAAACTTA GTCAAATGTG TAAAACGCCG GAGATTCAGC TAGATGACTC GATCGTCTAC 
GTCAATTCAG GTCGTACTCC AGCCAAAAGT ATTCTCAAAT CATCCAAGGA TGATTTAATA 
GGCTTTACTG GAAAATCTTC AAATAAAGTC TTGTTTAAAG AGCAGCCTAT GGAGTTTTAC 
CAGTTAGAAA ATAATAAAAG CAGTAATGGC GATCAAATTA ATAAATGCGT AGAGCCAATT 
GAACGGAAAT TGAATTTTGA AAGCGACAGC TTTAACACCT CTCATACAGA AGATGAAGAA 
GAAAGTAATA ATTTAATAAA TTTTTCACAT CAAAGTGAAA AAAATATTGT AAAAAATACT 
CCTCGTAAAC GTAGAAATCC TAAAATCATA ATTCGTGAAG AAAGTAATCC CTTGTCTCCA 
ATGGATACAA CAGCTGAGAA TTCATCTACC AAATATTTAA GTATTCCGAA ATCTGCAATA 
AGGGATGAAA GTATTATGCT CTCTGTGTCG CCTTTGACTT TAATGGACAG CAAAGTCGAA 
GATTCTAGTA AAAAAGCGAC GAAAACGAAA AAACAGATTT CGTTCAAAGA AGATTTAAAT 
GAAAGTTATT CGCGAAATCT TAGAAGTAGA AACTTTACAG TGCCATTAAC ACCGAGATTA 
AATTTAAAAA GCTCTATGAA AAAGGTTGAT GAAGATTTAA GTATGGAAGT GAATGACAGT 
ATACAGGAAT ATACAGACAA CTCACCTTGC TCTACTGAAC GAAACAATCA GTTAAAGGAA 
TTATATTTGA ATGCAGATGG AATCATATGT CAAAGAAGTA TTGTAAAAAA AAAAAATATC 
TTAAACACAC CAAAACTAAA GCGAAGCAAT TCTGATATAC AAGAAATAGT TTCTCCAGTG 
ATTGAAATTG CTAATGAAAA TAAAAAGTCA TCAACAACTC CTAGAGTTAG GAGAAATACA 
AAAAAATCGC TTATCGGTAC AGAGTTAAGG GAAGATAACG CAAACATATC TGTCGAAGAA 
ATCGCTAAAA TAACGTTGAA TAGGACAACA AAAGTTCTCA ATTCAACAAA TAATATAAAC 
AAAATTGATA ATATTGAATA TGAGAAAAAT AATATTAAAA AAACCAGCTC GACACCAATA 
AATAGAAAAT TAAGCTTAAA GAACATTTCA AAACAGATTG TAACTCCAAA TTCAAAAAGA 
AGAAATTCAA AGAGATTTAC AGAGAATTTG GAAGGAGACA TACAGCAGAC TGATTTAAAT 
AATACAATAG GTGAAACATT AACACCGAAT AGACGAAAAA GTTTACGGAT AGCACGAGTA 
AACACAAAGA AAGAAGATTA A

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

RefSeq	XP_011504827.1
CDS	206..4366
Translation	MDFRERYKRIGFGREDIEINRALRSQRRDEARREMRNECFNIKRGMNCNWDDSLERKKENMNKTKPMNPEEEAKKKAAADLEAAVQKRFQQLMKWREERNRRRIQEKKRAKPVFKVGVVHHRMYSPPLTKNSTATPITKLCRNKENQPEVLPKRVTRATEKRLAIKSVTNHQKRENLKTKKTTVKITEEIPVIPKDHQFKAPIGIIPLPMFGRHALESTNENMELDLNLNTSFSNSEACQNSSYNSNHIFSSTTHSSILPTLTDTCLNQNYNTDPCEKSNQSLNDSMNNSSVEAISLKISFDDQEILKNEQNTNTDCKIDTSLKKNTRSTTNKKNSLNNMDSTIERMTHSMESKEIVKDQNNVTSNLSKKSEMVSKRSTRLTNRAAGSTSQTDDVHSIVENRKGTNTQKNIHSTCKSPKLNSSFSKQKKTKLLTNRKKSNKISTDETVSINNAEMESSFPLENQKLNNNSDSTKNASPIDSANLNKKKSKLSKISNRKSLIEDKSINDSVKQSDFILDYQETSEEQLNADSKGLNLMDSSITDQQKMKSHGRKKVTKVANEAQKYINELQDESLIKFSPRRSLRQQTEKASKSASSMVVETSPKLLPNDQTNFSWLAESLNVSTISEPVKRKTLDKKDDSLQNFSLNLSITKESLLDKPPAYFSPYIVTSRGKSSVRKEIQRHCLNQSSPTEIPTKDTVMQSLNISVEEEERTAQYYKYILNQEIDRLNERCDFWNVVKEDDTTPEEIRDVIQAAVGQTKLLINKKFERFRSLVLDCETGKGEMLVTCKDLQGFWDMMYMEIKDCDNRFNKLEELKRMNWIDKESQKVKDTQQLHKKKSVAAKRIVNKKKTLSTKPSSLRAHIMAARKKQIGGGDIDVDVEMHKDKNLNFHGEKHSRNSSVKSAKKIARRTSTPKSSNKLQPLIKKLSQSQKATTSPLIVMKLSQMCKTPEIQLDDSIVYVNSGRTPAKSILKSSKDDLIGFTGKSSNKVLFKEQPMEFYQLENNKSSNGDQINKCVEPIERKLNFESDSFNTSHTEDEEESNNLINFSHQSEKNIVKNTPRKRRNPKIIIREESNPLSPMDTTAENSSTKYLSIPKSAIRDESIMLSVSPLTLMDSKVEDSSKKATKTKKQISFKEDLNESYSRNLRSRNFTVPLTPRLNLKSSMKKVDEDLSMEVNDSIQEYTDNSPCSTERNNQLKELYLNADGIICQRSIVKKKNILNTPKLKRSNSDIQEIVSPVIEIANENKKSSTTPRVRRNTKKSLIGTELREDNANISVEEIAKITLNRTTKVLNSTNNINKIDNIEYEKNNIKKTSSTPINRKLSLKNISKQIVTPNSKRRNSKRFTENLEGDIQQTDLNNTIGETLTPNRRKSLRIARVNTKKED

Target ORF information:

RefSeq Version	XM_011506525.1
Organism	Ceratosolen solmsi marchali
Definition	Ceratosolen solmsi marchali putative histone-lysine N-methyltransferase 1 (LOC105367751), mRNA.

Target ORF information:

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

XM_011506525.1

ORF Insert Sequence:

ATGGATTTTC GGGAGCGATA CAAGAGGATC GGCTTCGGCC GCGAAGATAT TGAGATTAAC 
CGGGCGCTTA GAAGTCAACG TCGCGATGAG GCTCGTCGCG AAATGCGCAA CGAATGTTTC 
AATATAAAAC GGGGCATGAA TTGTAATTGG GACGATAGTT TGGAGCGAAA AAAAGAGAAT 
ATGAACAAAA CGAAACCGAT GAATCCTGAA GAAGAGGCGA AGAAAAAAGC TGCTGCAGAT 
TTGGAAGCCG CAGTTCAGAA ACGTTTCCAG CAGTTAATGA AATGGCGCGA AGAAAGGAAT 
CGACGAAGGA TTCAAGAAAA AAAACGAGCT AAACCTGTAT TTAAAGTTGG AGTTGTTCAT 
CATCGTATGT ACTCTCCACC ATTGACCAAA AATTCAACAG CTACACCAAT AACAAAACTT 
TGTAGAAATA AAGAAAATCA ACCAGAAGTA CTGCCAAAAA GGGTGACTAG AGCAACTGAA 
AAACGTTTAG CTATAAAATC TGTAACAAAT CATCAAAAAC GTGAAAATTT GAAAACTAAA 
AAAACGACTG TCAAGATTAC AGAGGAGATA CCTGTTATAC CAAAGGACCA CCAATTTAAA 
GCTCCCATTG GAATCATACC ACTTCCAATG TTTGGTCGTC ATGCTTTGGA AAGTACCAAT 
GAAAATATGG AATTAGATTT AAATTTGAAT ACATCGTTCA GTAACAGCGA GGCTTGCCAA 
AACTCATCTT ATAATTCAAA CCACATATTT TCATCTACCA CTCACTCATC GATCTTACCT 
ACATTGACGG ATACATGCTT AAATCAAAAT TATAATACCG ATCCCTGTGA AAAGTCAAAT 
CAAAGTTTGA ACGATTCGAT GAATAATTCA TCCGTGGAAG CAATATCTCT AAAAATTTCA 
TTCGACGATC AGGAAATTCT AAAAAATGAG CAAAATACTA ATACTGATTG TAAAATAGAT 
ACTAGTTTAA AAAAAAATAC AAGGTCAACG ACGAATAAAA AGAATTCCTT AAACAATATG 
GATTCAACTA TAGAGCGGAT GACACATTCT ATGGAGAGTA AAGAAATTGT GAAGGATCAA 
AATAATGTTA CCTCCAACCT ATCAAAAAAG AGTGAAATGG TAAGTAAAAG ATCTACAAGA 
CTTACAAATA GAGCTGCTGG TTCTACAAGC CAAACAGATG ATGTTCATTC TATTGTGGAA 
AATCGAAAAG GAACAAATAC TCAGAAAAAT ATCCATTCAA CTTGTAAAAG CCCCAAATTG 
AATTCTAGCT TTTCGAAACA AAAGAAGACG AAATTATTAA CAAATAGAAA GAAATCTAAT 
AAAATATCTA CCGATGAAAC TGTTAGCATT AATAATGCAG AGATGGAAAG CAGTTTTCCT 
TTAGAGAATC AGAAATTGAA TAATAATTCA GATTCGACTA AAAATGCTAG CCCAATAGAT 
TCCGCTAACT TAAACAAAAA GAAAAGTAAA TTATCAAAAA TATCCAATAG AAAGTCTCTT 
ATCGAAGATA AAAGCATTAA TGATTCTGTA AAGCAATCAG ATTTTATTTT GGACTATCAA 
GAAACGTCAG AAGAGCAATT GAATGCTGAT TCTAAAGGGT TAAACCTTAT GGATTCAAGT 
ATCACTGATC AACAAAAAAT GAAATCACAT GGTAGAAAAA AAGTAACGAA AGTAGCCAAT 
GAAGCTCAAA AGTACATTAA CGAATTGCAA GATGAATCCT TGATAAAGTT TTCTCCGCGT 
CGTTCGCTAA GACAACAAAC TGAAAAGGCT TCAAAATCAG CAAGTTCCAT GGTAGTAGAA 
ACGAGTCCAA AATTACTGCC TAACGATCAA ACGAATTTTT CATGGTTGGC AGAGTCATTG 
AATGTATCAA CTATTTCTGA ACCAGTGAAA CGAAAAACAT TGGATAAGAA AGACGACAGT 
TTGCAAAATT TTAGTTTAAA TTTATCGATT ACTAAAGAAT CACTTTTGGA TAAACCACCT 
GCGTACTTTT CACCTTACAT AGTAACGAGT CGAGGTAAAA GTAGTGTTCG TAAGGAAATT 
CAGCGCCACT GTTTGAATCA ATCTTCACCC ACGGAAATTC CAACGAAGGA CACGGTCATG 
CAGAGTCTCA ACATATCTGT AGAAGAAGAG GAGCGGACAG CTCAATACTA CAAGTACATT 
CTTAATCAAG AAATTGATCG ACTAAATGAG CGCTGCGACT TTTGGAATGT AGTAAAAGAA 
GATGATACTA CCCCTGAAGA GATCCGCGAT GTGATACAAG CAGCAGTTGG CCAAACGAAA 
CTGCTTATTA ACAAAAAGTT TGAGCGCTTT CGTAGTCTGG TACTTGATTG CGAAACCGGC 
AAAGGTGAAA TGCTTGTAAC GTGTAAAGAT CTTCAAGGAT TTTGGGACAT GATGTATATG 
GAAATCAAAG ACTGCGACAA TCGATTCAAC AAACTTGAGG AGCTAAAGCG CATGAATTGG 
ATAGACAAGG AGTCGCAGAA GGTCAAGGAC ACACAACAAT TACATAAAAA GAAATCTGTA 
GCGGCAAAGA GGATAGTTAA TAAAAAAAAA ACTTTATCTA CAAAGCCAAG TTCACTCAGG 
GCTCATATTA TGGCTGCAAG AAAGAAACAG ATTGGGGGTG GAGATATCGA TGTTGATGTC 
GAGATGCACA AAGATAAAAA TCTTAACTTT CACGGAGAAA AACACTCTAG AAATTCAAGC 
GTCAAAAGTG CAAAAAAAAT CGCTCGTCGA ACTTCTACGC CAAAATCTTC AAATAAGTTA 
CAGCCTCTAA TAAAGAAATT GTCACAAAGC CAAAAAGCTA CTACAAGTCC ATTGATTGTA 
ATGAAACTTA GTCAAATGTG TAAAACGCCG GAGATTCAGC TAGATGACTC GATCGTCTAC 
GTCAATTCAG GTCGTACTCC AGCCAAAAGT ATTCTCAAAT CATCCAAGGA TGATTTAATA 
GGCTTTACTG GAAAATCTTC AAATAAAGTC TTGTTTAAAG AGCAGCCTAT GGAGTTTTAC 
CAGTTAGAAA ATAATAAAAG CAGTAATGGC GATCAAATTA ATAAATGCGT AGAGCCAATT 
GAACGGAAAT TGAATTTTGA AAGCGACAGC TTTAACACCT CTCATACAGA AGATGAAGAA 
GAAAGTAATA ATTTAATAAA TTTTTCACAT CAAAGTGAAA AAAATATTGT AAAAAATACT 
CCTCGTAAAC GTAGAAATCC TAAAATCATA ATTCGTGAAG AAAGTAATCC CTTGTCTCCA 
ATGGATACAA CAGCTGAGAA TTCATCTACC AAATATTTAA GTATTCCGAA ATCTGCAATA 
AGGGATGAAA GTATTATGCT CTCTGTGTCG CCTTTGACTT TAATGGACAG CAAAGTCGAA 
GATTCTAGTA AAAAAGCGAC GAAAACGAAA AAACAGATTT CGTTCAAAGA AGATTTAAAT 
GAAAGTTATT CGCGAAATCT TAGAAGTAGA AACTTTACAG TGCCATTAAC ACCGAGATTA 
AATTTAAAAA GCTCTATGAA AAAGGTTGAT GAAGATTTAA GTATGGAAGT GAATGACAGT 
ATACAGGAAT ATACAGACAA CTCACCTTGC TCTACTGAAC GAAACAATCA GTTAAAGGAA 
TTATATTTGA ATGCAGATGG AATCATATGT CAAAGAAGTA TTGTAAAAAA AAAAAATATC 
TTAAACACAC CAAAACTAAA GCGAAGCAAT TCTGATATAC AAGAAATAGT TTCTCCAGTG 
ATTGAAATTG CTAATGAAAA TAAAAAGTCA TCAACAACTC CTAGAGTTAG GAGAAATACA 
AAAAAATCGC TTATCGGTAC AGAGTTAAGG GAAGATAACG CAAACATATC TGTCGAAGAA 
ATCGCTAAAA TAACGTTGAA TAGGACAACA AAAGTTCTCA ATTCAACAAA TAATATAAAC 
AAAATTGATA ATATTGAATA TGAGAAAAAT AATATTAAAA AAACCAGCTC GACACCAATA 
AATAGAAAAT TAAGCTTAAA GAACATTTCA AAACAGATTG TAACTCCAAA TTCAAAAAGA 
AGAAATTCAA AGAGATTTAC AGAGAATTTG GAAGGAGACA TACAGCAGAC TGATTTAAAT 
AATACAATAG GTGAAACATT AACACCGAAT AGACGAAAAA GTTTACGGAT AGCACGAGTA 
AACACAAAGA AAGAAGATTA A