dnmt1 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	dnmt1
Entrez Gene ID	100151716
Full Name	DNA methyltransferase 1
Synonyms	cxxc9,dnmt,mcmt,xDnmt1
General protein information	Preferred Names DNA methyltransferase 1 Names DNA (cytosine-5)-methyltransferase 1 DNA (cytosine-5-)-methyltransferase 1 DNA MeTase
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002934338.5	XP_002934384.1	DNA (cytosine-5)-methyltransferase 1
XM_002934338.4	XP_002934384.1	DNA (cytosine-5)-methyltransferase 1

Pathways from BioSystems

Homologies

Arabidopsis thaliana (thale cress)	MEE57	NP_193097.1
Homo sapiens (human)	DNMT1	NP_001124295.1
Bos taurus (cattle)	DNMT1	NP_872592.2
Danio rerio (zebrafish)	dnmt1	NP_571264.1
Oryza sativa (rice)	Os03g0798300	NP_001051569.1
Oryza sativa (rice)	Os07g0182900	NP_001059052.1
Canis lupus familiaris (dog)	DNMT1	XP_533919.4
Arabidopsis thaliana (thale cress)	AT4G08990	NP_192638.1
Xenopus tropicalis (tropical clawed frog)	dnmt1	XP_002934384.1
Pan troglodytes (chimpanzee)	DNMT1	XP_512361.3
	DNMT1	XP_001104704.2
Mus musculus (house mouse)	Dnmt1	NP_001186360.2
Rattus norvegicus (Norway rat)	Dnmt1	NP_445806.3
Arabidopsis thaliana (thale cress)	DMT2	NP_193150.1
Arabidopsis thaliana (thale cress)	MET1	NP_199727.1
Gallus gallus (chicken)	DNMT1	NP_996835.1

Gene Ontology

The following dnmt1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the dnmt1 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)
OXa17787	XM_002934338.5 Latest version!	Xenopus tropicalis DNA methyltransferase 1 (dnmt1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
View Old Accession Versions >>
OXa17787	XM_002934338.4	Xenopus tropicalis DNA (cytosine-5-)-methyltransferase 1 (dnmt1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00
Hide Old Accession Versions >>

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

dnmt1 ( XM_002934338.5 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002934384.1 Xenopus tropicalis DNA methyltransferase 1 (dnmt1), mRNA.

Price & Availability↑

CloneID	OXa17787
Clone ID Related Accession (Same CDS sequence)	XM_002934338.5 , XM_002934338.4
Accession Version	XM_002934338.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4479bp) 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	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	DNA (cytosine-5)-methyltransferase 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_002934338.4. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCGGCCC AGTCCGCTTC CCTGGCTCTG CCTGCCGATG TCAGGAAACG GCTAAAGGAT 
TTGGAGAGGG ATCAGGATGG AATGACAGAA AAGGAATGTG TACAACAGAA ACTGAGTTTG 
GTGCTTGGCT TCCTTGAAGC AGATGCTAGA AACAAACTAA GTGATCTGGA GAGCAAGCTG 
AGCAGCGAGG AACTGTCTGA GGAAGGATAC CTTACGAAAG TGAAGGCTCT TCTGCGGAAG 
CAGTTGAGCT GTGAAAATGG AGACCTCAGC TTAAATGGAG AAACAAATGG GTGCTCTACA 
AATGGTACCT GCGGCAGTGA TGAGGAAGAT GTGGAGATGT CAGAGTCCAA TACTGCTGGA 
GTTAAAAATC GCAAGACTAG GAAAAGCAAA ACCAATGGAG AAAATAAGAA ATCGCCAGCC 
CGTGCACGCT CATCAAGAAG CACTACTGGC AAGCAGGCCA CCATCCTCTC CATGTTTTCT 
AAAGGGTCAA ACAAGCGGAA ATCCAGCGAT GAAGAAAAAG ACACAGATGT TTCGGCTGAT 
GCAGACCAAC CAGAAGAGAA GGAAAAGGAA GAGAAAAGAA TAAAAATCGA AGTTAATGAA 
AGCGAGAACG AAAATCGGTC TACGGCTGAA GAGAGTAAAA AGGTGAAACC TGTTCTGCCA 
CCAAAAACAC CACCACCTAA ATGCATGGAC TGCAGGCAAT ATTTGGATGA TCCAGACCTC 
AAGTACTTTC AGGGTGATCC AGACGACGCT CTAGATGAGC CAGAGATGTT AACAGATGAG 
CGATTATCCC TTTTTGAAGC CAATGAGGAT GGGTTTGAGA GCTATGATGA CCTTCCCCAG 
CATAAAGTTA CATGCTTCAG CGTTTATGAT AAAAGGGGTC ATTTATGTCC TTTTGACTCT 
GGTCTGATTG AGAAGAATGT CGAGCTGTAC TTCAGCGGAT ATGTAAAACC GATTTATGAT 
GACAACCCCT CTCTTGATGG TGGTGTACGA GCAAAGAAAC TGGGTCCCAT TAATGCTTGG 
TGGATAACTG GTTTTGATGG AGGAGAAAAG GCTTTGATTG GCTTTACAAC TGCTTTTGCG 
GACTATATCC TAATGGATCC CAGTGAAGAA TACAGCAGCA TCTTTGCTCT GATGCAGGAA 
AAGATTTACA TGAGTAAGAT AGTTGTAGAA TTCCTTCAGA ATAACCCTGA TGTGAGTTAT 
GAAGATCTGC TCAACAAGAT TGAGACTACC GTCCCACCTT CAGGCTTAAA CTTTAACCGG 
TTCACGGAAG ACTCTTTATT AAGGCATGCA CAGTTTGTGG TGGAACAAGT GGAGAGCTAT 
GATGAGGCTG GTGATAGTGA TGAGCAGCCT GTTATTGTAA CTCCCTGCAT GAGGGACCTC 
ATAAAGTTGG CTGGTGTTAC CCTGGGCAAA AGGCGAGCAG CAAGAAGACA AGCCATTAGA 
CATCCTACAA AGATAGAGAA GGACAACAAA GGACCAACAA AGGCCACTAC CACAAAACTT 
GTGTATCAGA TCTTTGACAC ATTCTTCTCA GAACAAATAG AGAAAGATGC AGATAAGGAA 
AATGGCATCA AACGCAGGCG TTGTGGTGTT TGTGAGGTGT GTCAGCAACC AGACTGTGGC 
CAGTGCAAAG CTTGCCAGGA TATGTTAAAG TTTGGTGGGG CAGGCCGTAC CAAACAAGCC 
TGCACACAGA GAAGGTGTCC AAACCTGGCA GTAAAGGAAG CAGATGAAGA TGAGGAAGTT 
GAGGATGTTG TACCAGAAAT GCCTTCGCCC AAAAAGATCC TTCAGGGAAA GAAGAAAAAA 
CTGGAGAAAA AGAACAGGAT CTCTTGGGTG GGAGATCCAA TTAAGACTGA AGGAAAAAAA 
GACTTTTACC TGAAAGTGTC CATTGACTCT GAAATCTTGG AAGTTGGGGA TTGTGTATCA 
GTGAGTCCTG ATAATCCAAC AGAGCCTCTG TACTTGGCAA GGATCACATC CATGTGGGAG 
GATGCCTGTG GGCCAATGTT CCATGCGCAC TGGTTCTGCC TCGGCACAGA TACAGTTCTT 
GGTGCAACAT CTGATCCCCT CGAGCTCTTT CTTGTGGATG AATGTGAGGA CATGCAGTTA 
TCCTATATTC ATGGCAAAGT GAAGGTCATT TACAAAGCGC CATCTGACAA CTGGTTCATG 
GAGGGAGGAA CACACACTGA TATAAAGGTT GTGGAGGATG ATGGAAGCAC TTATTTTTAC 
CAGCTGTGGT ATGATCCAGA ATATGCACGC TTTGAGACTC CTCCCACCCC TCAGCCTACA 
GAGGACAATA AGTATAAGTT CTGCACCAGT TGTGCCCGTC TGGCTGAAAT AAGGCAGAGA 
GAGATGCCCA GAGTAAGCTG TCCCGTAGAG GATTTGGACT CTAAAGTTTG CTACAGTACA 
GCTATAAAGA ATGATGTACA GTATAAGGTT GGAGATGGAG TGCTGCTCCT TCCTGATGCC 
TTCTCATTTA GTGTGAAGCT GGGTAGCCCA ATGAAGCGAC CTCAAAAGAA GGATGATGTG 
GATGAGGATC TGTACCCAGA ATACTACCGT AAATCATCAG ACTACATTAA GGGTAGCAAC 
CTGGATGCTC CAGAACCATA CAGATTGGGT CGCATTAAGG AGATATTCTG CAACAAGAGA 
AGTAATGGAA AGGCTAATGA GTCGGATATA AAGCTGAGGA TTTACAAGTT TTACAGACCT 
GAAAATACTC ACAAAGGTGT AAAAGCAAGC TACCATTCAG ACGTAAACAT GGTTTACTGG 
AGCGACGAAG AGGCAGTAGT GGACTTTAAG GCAGTGCAAG GGCATTGTAC AGTAGAATAT 
GGTGAAGACC TGACTGAAAC CATTCAGGAG TACTCTGCTG GAGGATCAGA TCGCTTTTAT 
TTCCTAGAGG CCTATAGTGC AAAAACCAAA AGCTTTGAAG ATCCACCAAA CCATGCTCGC 
AGTGCTGTTA ACAAAGGCAA AGGAAAGGGC AAGGGAAAAG GCAAAGGTAA AACTGCCTCA 
AAGTCTGAGA ATGAACAGCA AAATTGTGGT GATAAGCTGC CTAAACTGCG CACCCTGGAT 
GTGTTTTCTG GCTGTGGAGG GCTCTCTGAA GGCTTTCACC AAGCAGGCAT ATCTGAGACA 
AACTGGGCAA TAGAGATGTG GGAGCCTGCA GCCCAAGCCT TCAGGCTGAA CAATCCTGGT 
ACTACAGTAT TCACAGAAGA CTGCAATGTT CTCCTCAAAC TAGTCATGTC TGGAGAAAAG 
ACCAATTCCC TAGGGCAGCG CTTGCCTCAA AAGGGAGATG TGGAAATGCT GTGCGGAGGG 
CCCCCCTGCC AAGGGTTTAG TGGCATGAAC AGGTTTAACT CAAGAACCTA TTCAAAGTTC 
AAGAACTCCC TGGTGGTTTC ATATCTCAGC TACTGTGACT ACTACAGACC AAAATACTTC 
CTCTTGGAAA ACGTCAGGAA CTTTGTATCA TTCAAAAGAT CTATGGTGCT TAAGCTAACA 
CTCCGCTGCC TTGTGCGTAT GGGCTACCAG TGCACATTCG GTGTTCTTCA GGCTGGCCAG 
TATGGCGTTG CACAGACCCG CAGGAGAGCA ATCGTACTTG CTGCTGCTCC AGGAGAGAAG 
CTTCCAATGT TCCCTGAGCC TTTGCATGTG TTTGCCCCAC GTGCTTGTTC ACTGAGTGTT 
GTTGTGGATG AAAAGAAATA TGTCAGTAAC ATCACAAGAA CTAACTCGAG CCTTTTCCGA 
ACAATCACTG TCCGGGATAC CATGTCTGAC CTTCCAGAAA TCCGCAATGG AGCCTCTGCT 
CTGGAAATTT CTTACAATGG AGAGCCTCAG TCCTGGTTCC AAAGGCAGAT TCGTGGCTCG 
CAGTATCAGC CAATTCTCAG GGATCATGTC TGCAAGGACA TGAGCGCTTT AGTTGCTGCC 
AGAATGCGTC ACATACCTCT TGCTCCTGGC TCAGACTGGC GGGATCTACC TAACATGGAA 
GTGCGTCTGT CAGATGGCAC TACAACCAGA AAGTTACGCT ATAGTCACCA TGACAAGAAA 
AATGGGCGCA GCAGCACTGG TGCTTTAAGA GGAGTCTGCT CTTGTTCTGA AGGCAAACCA 
TGTGACCCTG CAGACCGGCA GTTCAACACG CTGATTCCCT GGTGCCTGCC CCACACAGGA 
AACAGACACA ATCACTGGGC TGGCTTGTAT GGAAGACTTG AGTGGGACGG CTTCTTTAGC 
ACCACTGTTA CTAACCCTGA GCCAATGGGC AAACAGGGTC GCGTCCTTCA CCCAGAGCAA 
CATCGTGTGG TGAGTGTGAG GGAATGTGCG CGGTCCCAAG GATTTCCCGA CACCTACAGA 
CTGTTCGGTA ATATCTTGGA TAAACACAGG CAGGTGGGTA ATGCCGTGCC GCCGCCTCTT 
TCGAAAGCCA TTGGTTCAGA GATAAAGAAA TGCGTTTTGT CAAGGGAGAA AGAGAATGGA 
ACAGAAACCG TGAAGGCTGA AAAGATGGAG ACCGATTAA

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

RefSeq	XP_002934384.1
CDS	265..4743
Translation	MPAQSASLALPADVRKRLKDLERDQDGMTEKECVQQKLSLVLGFLEADARNKLSDLESKLSSEELSEEGYLTKVKALLRKQLSCENGDLSLNGETNGCSTNGTCGSDEEDVEMSESNTAGVKNRKTRKSKTNGENKKSPARARSSRSTTGKQATILSMFSKGSNKRKSSDEEKDTDVSADADQPEEKEKEEKRIKIEVNESENENRSTAEESKKVKPVLPPKTPPPKCMDCRQYLDDPDLKYFQGDPDDALDEPEMLTDERLSLFEANEDGFESYDDLPQHKVTCFSVYDKRGHLCPFDSGLIEKNVELYFSGYVKPIYDDNPSLDGGVRAKKLGPINAWWITGFDGGEKALIGFTTAFADYILMDPSEEYSSIFALMQEKIYMSKIVVEFLQNNPDVSYEDLLNKIETTVPPSGLNFNRFTEDSLLRHAQFVVEQVESYDEAGDSDEQPVIVTPCMRDLIKLAGVTLGKRRAARRQAIRHPTKIEKDNKGPTKATTTKLVYQIFDTFFSEQIEKDADKENGIKRRRCGVCEVCQQPDCGQCKACQDMLKFGGAGRTKQACTQRRCPNLAVKEADEDEEVEDVVPEMPSPKKILQGKKKKLEKKNRISWVGDPIKTEGKKDFYLKVSIDSEILEVGDCVSVSPDNPTEPLYLARITSMWEDACGPMFHAHWFCLGTDTVLGATSDPLELFLVDECEDMQLSYIHGKVKVIYKAPSDNWFMEGGTHTDIKVVEDDGSTYFYQLWYDPEYARFETPPTPQPTEDNKYKFCTSCARLAEIRQREMPRVSCPVEDLDSKVCYSTAIKNDVQYKVGDGVLLLPDAFSFSVKLGSPMKRPQKKDDVDEDLYPEYYRKSSDYIKGSNLDAPEPYRLGRIKEIFCNKRSNGKANESDIKLRIYKFYRPENTHKGVKASYHSDVNMVYWSDEEAVVDFKAVQGHCTVEYGEDLTETIQEYSAGGSDRFYFLEAYSAKTKSFEDPPNHARSAVNKGKGKGKGKGKGKTASKSENEQQNCGDKLPKLRTLDVFSGCGGLSEGFHQAGISETNWAIEMWEPAAQAFRLNNPGTTVFTEDCNVLLKLVMSGEKTNSLGQRLPQKGDVEMLCGGPPCQGFSGMNRFNSRTYSKFKNSLVVSYLSYCDYYRPKYFLLENVRNFVSFKRSMVLKLTLRCLVRMGYQCTFGVLQAGQYGVAQTRRRAIVLAAAPGEKLPMFPEPLHVFAPRACSLSVVVDEKKYVSNITRTNSSLFRTITVRDTMSDLPEIRNGASALEISYNGEPQSWFQRQIRGSQYQPILRDHVCKDMSALVAARMRHIPLAPGSDWRDLPNMEVRLSDGTTTRKLRYSHHDKKNGRSSTGALRGVCSCSEGKPCDPADRQFNTLIPWCLPHTGNRHNHWAGLYGRLEWDGFFSTTVTNPEPMGKQGRVLHPEQHRVVSVRECARSQGFPDTYRLFGNILDKHRQVGNAVPPPLSKAIGSEIKKCVLSREKENGTETVKAEKMETD

Target ORF information:

RefSeq Version	XM_002934338.5
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis DNA methyltransferase 1 (dnmt1), mRNA.

Target ORF information:

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

XM_002934338.5

ORF Insert Sequence:

ATGCCGGCCC AGTCCGCTTC CCTGGCTCTG CCTGCCGATG TCAGGAAACG GCTAAAGGAT 
TTGGAGAGGG ATCAGGATGG AATGACAGAA AAGGAATGTG TACAACAGAA ACTGAGTTTG 
GTGCTTGGCT TCCTTGAAGC AGATGCTAGA AACAAACTAA GTGATCTGGA GAGCAAGCTG 
AGCAGCGAGG AACTGTCTGA GGAAGGATAC CTTACGAAAG TGAAGGCTCT TCTGCGGAAG 
CAGTTGAGCT GTGAAAATGG AGACCTCAGC TTAAATGGAG AAACAAATGG GTGCTCTACA 
AATGGTACCT GCGGCAGTGA TGAGGAAGAT GTGGAGATGT CAGAGTCCAA TACTGCTGGA 
GTTAAAAATC GCAAGACTAG GAAAAGCAAA ACCAATGGAG AAAATAAGAA ATCGCCAGCC 
CGTGCACGCT CATCAAGAAG CACTACTGGC AAGCAGGCCA CCATCCTCTC CATGTTTTCT 
AAAGGGTCAA ACAAGCGGAA ATCCAGCGAT GAAGAAAAAG ACACAGATGT TTCGGCTGAT 
GCAGACCAAC CAGAAGAGAA GGAAAAGGAA GAGAAAAGAA TAAAAATCGA AGTTAATGAA 
AGCGAGAACG AAAATCGGTC TACGGCTGAA GAGAGTAAAA AGGTGAAACC TGTTCTGCCA 
CCAAAAACAC CACCACCTAA ATGCATGGAC TGCAGGCAAT ATTTGGATGA TCCAGACCTC 
AAGTACTTTC AGGGTGATCC AGACGACGCT CTAGATGAGC CAGAGATGTT AACAGATGAG 
CGATTATCCC TTTTTGAAGC CAATGAGGAT GGGTTTGAGA GCTATGATGA CCTTCCCCAG 
CATAAAGTTA CATGCTTCAG CGTTTATGAT AAAAGGGGTC ATTTATGTCC TTTTGACTCT 
GGTCTGATTG AGAAGAATGT CGAGCTGTAC TTCAGCGGAT ATGTAAAACC GATTTATGAT 
GACAACCCCT CTCTTGATGG TGGTGTACGA GCAAAGAAAC TGGGTCCCAT TAATGCTTGG 
TGGATAACTG GTTTTGATGG AGGAGAAAAG GCTTTGATTG GCTTTACAAC TGCTTTTGCG 
GACTATATCC TAATGGATCC CAGTGAAGAA TACAGCAGCA TCTTTGCTCT GATGCAGGAA 
AAGATTTACA TGAGTAAGAT AGTTGTAGAA TTCCTTCAGA ATAACCCTGA TGTGAGTTAT 
GAAGATCTGC TCAACAAGAT TGAGACTACC GTCCCACCTT CAGGCTTAAA CTTTAACCGG 
TTCACGGAAG ACTCTTTATT AAGGCATGCA CAGTTTGTGG TGGAACAAGT GGAGAGCTAT 
GATGAGGCTG GTGATAGTGA TGAGCAGCCT GTTATTGTAA CTCCCTGCAT GAGGGACCTC 
ATAAAGTTGG CTGGTGTTAC CCTGGGCAAA AGGCGAGCAG CAAGAAGACA AGCCATTAGA 
CATCCTACAA AGATAGAGAA GGACAACAAA GGACCAACAA AGGCCACTAC CACAAAACTT 
GTGTATCAGA TCTTTGACAC ATTCTTCTCA GAACAAATAG AGAAAGATGC AGATAAGGAA 
AATGGCATCA AACGCAGGCG TTGTGGTGTT TGTGAGGTGT GTCAGCAACC AGACTGTGGC 
CAGTGCAAAG CTTGCCAGGA TATGTTAAAG TTTGGTGGGG CAGGCCGTAC CAAACAAGCC 
TGCACACAGA GAAGGTGTCC AAACCTGGCA GTAAAGGAAG CAGATGAAGA TGAGGAAGTT 
GAGGATGTTG TACCAGAAAT GCCTTCGCCC AAAAAGATCC TTCAGGGAAA GAAGAAAAAA 
CTGGAGAAAA AGAACAGGAT CTCTTGGGTG GGAGATCCAA TTAAGACTGA AGGAAAAAAA 
GACTTTTACC TGAAAGTGTC CATTGACTCT GAAATCTTGG AAGTTGGGGA TTGTGTATCA 
GTGAGTCCTG ATAATCCAAC AGAGCCTCTG TACTTGGCAA GGATCACATC CATGTGGGAG 
GATGCCTGTG GGCCAATGTT CCATGCGCAC TGGTTCTGCC TCGGCACAGA TACAGTTCTT 
GGTGCAACAT CTGATCCCCT CGAGCTCTTT CTTGTGGATG AATGTGAGGA CATGCAGTTA 
TCCTATATTC ATGGCAAAGT GAAGGTCATT TACAAAGCGC CATCTGACAA CTGGTTCATG 
GAGGGAGGAA CACACACTGA TATAAAGGTT GTGGAGGATG ATGGAAGCAC TTATTTTTAC 
CAGCTGTGGT ATGATCCAGA ATATGCACGC TTTGAGACTC CTCCCACCCC TCAGCCTACA 
GAGGACAATA AGTATAAGTT CTGCACCAGT TGTGCCCGTC TGGCTGAAAT AAGGCAGAGA 
GAGATGCCCA GAGTAAGCTG TCCCGTAGAG GATTTGGACT CTAAAGTTTG CTACAGTACA 
GCTATAAAGA ATGATGTACA GTATAAGGTT GGAGATGGAG TGCTGCTCCT TCCTGATGCC 
TTCTCATTTA GTGTGAAGCT GGGTAGCCCA ATGAAGCGAC CTCAAAAGAA GGATGATGTG 
GATGAGGATC TGTACCCAGA ATACTACCGT AAATCATCAG ACTACATTAA GGGTAGCAAC 
CTGGATGCTC CAGAACCATA CAGATTGGGT CGCATTAAGG AGATATTCTG CAACAAGAGA 
AGTAATGGAA AGGCTAATGA GTCGGATATA AAGCTGAGGA TTTACAAGTT TTACAGACCT 
GAAAATACTC ACAAAGGTGT AAAAGCAAGC TACCATTCAG ACGTAAACAT GGTTTACTGG 
AGCGACGAAG AGGCAGTAGT GGACTTTAAG GCAGTGCAAG GGCATTGTAC AGTAGAATAT 
GGTGAAGACC TGACTGAAAC CATTCAGGAG TACTCTGCTG GAGGATCAGA TCGCTTTTAT 
TTCCTAGAGG CCTATAGTGC AAAAACCAAA AGCTTTGAAG ATCCACCAAA CCATGCTCGC 
AGTGCTGTTA ACAAAGGCAA AGGAAAGGGC AAGGGAAAAG GCAAAGGTAA AACTGCCTCA 
AAGTCTGAGA ATGAACAGCA AAATTGTGGT GATAAGCTGC CTAAACTGCG CACCCTGGAT 
GTGTTTTCTG GCTGTGGAGG GCTCTCTGAA GGCTTTCACC AAGCAGGCAT ATCTGAGACA 
AACTGGGCAA TAGAGATGTG GGAGCCTGCA GCCCAAGCCT TCAGGCTGAA CAATCCTGGT 
ACTACAGTAT TCACAGAAGA CTGCAATGTT CTCCTCAAAC TAGTCATGTC TGGAGAAAAG 
ACCAATTCCC TAGGGCAGCG CTTGCCTCAA AAGGGAGATG TGGAAATGCT GTGCGGAGGG 
CCCCCCTGCC AAGGGTTTAG TGGCATGAAC AGGTTTAACT CAAGAACCTA TTCAAAGTTC 
AAGAACTCCC TGGTGGTTTC ATATCTCAGC TACTGTGACT ACTACAGACC AAAATACTTC 
CTCTTGGAAA ACGTCAGGAA CTTTGTATCA TTCAAAAGAT CTATGGTGCT TAAGCTAACA 
CTCCGCTGCC TTGTGCGTAT GGGCTACCAG TGCACATTCG GTGTTCTTCA GGCTGGCCAG 
TATGGCGTTG CACAGACCCG CAGGAGAGCA ATCGTACTTG CTGCTGCTCC AGGAGAGAAG 
CTTCCAATGT TCCCTGAGCC TTTGCATGTG TTTGCCCCAC GTGCTTGTTC ACTGAGTGTT 
GTTGTGGATG AAAAGAAATA TGTCAGTAAC ATCACAAGAA CTAACTCGAG CCTTTTCCGA 
ACAATCACTG TCCGGGATAC CATGTCTGAC CTTCCAGAAA TCCGCAATGG AGCCTCTGCT 
CTGGAAATTT CTTACAATGG AGAGCCTCAG TCCTGGTTCC AAAGGCAGAT TCGTGGCTCG 
CAGTATCAGC CAATTCTCAG GGATCATGTC TGCAAGGACA TGAGCGCTTT AGTTGCTGCC 
AGAATGCGTC ACATACCTCT TGCTCCTGGC TCAGACTGGC GGGATCTACC TAACATGGAA 
GTGCGTCTGT CAGATGGCAC TACAACCAGA AAGTTACGCT ATAGTCACCA TGACAAGAAA 
AATGGGCGCA GCAGCACTGG TGCTTTAAGA GGAGTCTGCT CTTGTTCTGA AGGCAAACCA 
TGTGACCCTG CAGACCGGCA GTTCAACACG CTGATTCCCT GGTGCCTGCC CCACACAGGA 
AACAGACACA ATCACTGGGC TGGCTTGTAT GGAAGACTTG AGTGGGACGG CTTCTTTAGC 
ACCACTGTTA CTAACCCTGA GCCAATGGGC AAACAGGGTC GCGTCCTTCA CCCAGAGCAA 
CATCGTGTGG TGAGTGTGAG GGAATGTGCG CGGTCCCAAG GATTTCCCGA CACCTACAGA 
CTGTTCGGTA ATATCTTGGA TAAACACAGG CAGGTGGGTA ATGCCGTGCC GCCGCCTCTT 
TCGAAAGCCA TTGGTTCAGA GATAAAGAAA TGCGTTTTGT CAAGGGAGAA AGAGAATGGA 
ACAGAAACCG TGAAGGCTGA AAAGATGGAG ACCGATTAA

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

dnmt1 ( XM_002934338.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002934384.1 Xenopus tropicalis DNA (cytosine-5-)-methyltransferase 1 (dnmt1), mRNA.

Price & Availability↑

CloneID	OXa17787
Clone ID Related Accession (Same CDS sequence)	XM_002934338.5 , XM_002934338.4
Accession Version	XM_002934338.4	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4479bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	DNA (cytosine-5)-methyltransferase 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_002934338.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCGGCCC AGTCCGCTTC CCTGGCTCTG CCTGCCGATG TCAGGAAACG GCTAAAGGAT 
TTGGAGAGGG ATCAGGATGG AATGACAGAA AAGGAATGTG TACAACAGAA ACTGAGTTTG 
GTGCTTGGCT TCCTTGAAGC AGATGCTAGA AACAAACTAA GTGATCTGGA GAGCAAGCTG 
AGCAGCGAGG AACTGTCTGA GGAAGGATAC CTTACGAAAG TGAAGGCTCT TCTGCGGAAG 
CAGTTGAGCT GTGAAAATGG AGACCTCAGC TTAAATGGAG AAACAAATGG GTGCTCTACA 
AATGGTACCT GCGGCAGTGA TGAGGAAGAT GTGGAGATGT CAGAGTCCAA TACTGCTGGA 
GTTAAAAATC GCAAGACTAG GAAAAGCAAA ACCAATGGAG AAAATAAGAA ATCGCCAGCC 
CGTGCACGCT CATCAAGAAG CACTACTGGC AAGCAGGCCA CCATCCTCTC CATGTTTTCT 
AAAGGGTCAA ACAAGCGGAA ATCCAGCGAT GAAGAAAAAG ACACAGATGT TTCGGCTGAT 
GCAGACCAAC CAGAAGAGAA GGAAAAGGAA GAGAAAAGAA TAAAAATCGA AGTTAATGAA 
AGCGAGAACG AAAATCGGTC TACGGCTGAA GAGAGTAAAA AGGTGAAACC TGTTCTGCCA 
CCAAAAACAC CACCACCTAA ATGCATGGAC TGCAGGCAAT ATTTGGATGA TCCAGACCTC 
AAGTACTTTC AGGGTGATCC AGACGACGCT CTAGATGAGC CAGAGATGTT AACAGATGAG 
CGATTATCCC TTTTTGAAGC CAATGAGGAT GGGTTTGAGA GCTATGATGA CCTTCCCCAG 
CATAAAGTTA CATGCTTCAG CGTTTATGAT AAAAGGGGTC ATTTATGTCC TTTTGACTCT 
GGTCTGATTG AGAAGAATGT CGAGCTGTAC TTCAGCGGAT ATGTAAAACC GATTTATGAT 
GACAACCCCT CTCTTGATGG TGGTGTACGA GCAAAGAAAC TGGGTCCCAT TAATGCTTGG 
TGGATAACTG GTTTTGATGG AGGAGAAAAG GCTTTGATTG GCTTTACAAC TGCTTTTGCG 
GACTATATCC TAATGGATCC CAGTGAAGAA TACAGCAGCA TCTTTGCTCT GATGCAGGAA 
AAGATTTACA TGAGTAAGAT AGTTGTAGAA TTCCTTCAGA ATAACCCTGA TGTGAGTTAT 
GAAGATCTGC TCAACAAGAT TGAGACTACC GTCCCACCTT CAGGCTTAAA CTTTAACCGG 
TTCACGGAAG ACTCTTTATT AAGGCATGCA CAGTTTGTGG TGGAACAAGT GGAGAGCTAT 
GATGAGGCTG GTGATAGTGA TGAGCAGCCT GTTATTGTAA CTCCCTGCAT GAGGGACCTC 
ATAAAGTTGG CTGGTGTTAC CCTGGGCAAA AGGCGAGCAG CAAGAAGACA AGCCATTAGA 
CATCCTACAA AGATAGAGAA GGACAACAAA GGACCAACAA AGGCCACTAC CACAAAACTT 
GTGTATCAGA TCTTTGACAC ATTCTTCTCA GAACAAATAG AGAAAGATGC AGATAAGGAA 
AATGGCATCA AACGCAGGCG TTGTGGTGTT TGTGAGGTGT GTCAGCAACC AGACTGTGGC 
CAGTGCAAAG CTTGCCAGGA TATGTTAAAG TTTGGTGGGG CAGGCCGTAC CAAACAAGCC 
TGCACACAGA GAAGGTGTCC AAACCTGGCA GTAAAGGAAG CAGATGAAGA TGAGGAAGTT 
GAGGATGTTG TACCAGAAAT GCCTTCGCCC AAAAAGATCC TTCAGGGAAA GAAGAAAAAA 
CTGGAGAAAA AGAACAGGAT CTCTTGGGTG GGAGATCCAA TTAAGACTGA AGGAAAAAAA 
GACTTTTACC TGAAAGTGTC CATTGACTCT GAAATCTTGG AAGTTGGGGA TTGTGTATCA 
GTGAGTCCTG ATAATCCAAC AGAGCCTCTG TACTTGGCAA GGATCACATC CATGTGGGAG 
GATGCCTGTG GGCCAATGTT CCATGCGCAC TGGTTCTGCC TCGGCACAGA TACAGTTCTT 
GGTGCAACAT CTGATCCCCT CGAGCTCTTT CTTGTGGATG AATGTGAGGA CATGCAGTTA 
TCCTATATTC ATGGCAAAGT GAAGGTCATT TACAAAGCGC CATCTGACAA CTGGTTCATG 
GAGGGAGGAA CACACACTGA TATAAAGGTT GTGGAGGATG ATGGAAGCAC TTATTTTTAC 
CAGCTGTGGT ATGATCCAGA ATATGCACGC TTTGAGACTC CTCCCACCCC TCAGCCTACA 
GAGGACAATA AGTATAAGTT CTGCACCAGT TGTGCCCGTC TGGCTGAAAT AAGGCAGAGA 
GAGATGCCCA GAGTAAGCTG TCCCGTAGAG GATTTGGACT CTAAAGTTTG CTACAGTACA 
GCTATAAAGA ATGATGTACA GTATAAGGTT GGAGATGGAG TGCTGCTCCT TCCTGATGCC 
TTCTCATTTA GTGTGAAGCT GGGTAGCCCA ATGAAGCGAC CTCAAAAGAA GGATGATGTG 
GATGAGGATC TGTACCCAGA ATACTACCGT AAATCATCAG ACTACATTAA GGGTAGCAAC 
CTGGATGCTC CAGAACCATA CAGATTGGGT CGCATTAAGG AGATATTCTG CAACAAGAGA 
AGTAATGGAA AGGCTAATGA GTCGGATATA AAGCTGAGGA TTTACAAGTT TTACAGACCT 
GAAAATACTC ACAAAGGTGT AAAAGCAAGC TACCATTCAG ACGTAAACAT GGTTTACTGG 
AGCGACGAAG AGGCAGTAGT GGACTTTAAG GCAGTGCAAG GGCATTGTAC AGTAGAATAT 
GGTGAAGACC TGACTGAAAC CATTCAGGAG TACTCTGCTG GAGGATCAGA TCGCTTTTAT 
TTCCTAGAGG CCTATAGTGC AAAAACCAAA AGCTTTGAAG ATCCACCAAA CCATGCTCGC 
AGTGCTGTTA ACAAAGGCAA AGGAAAGGGC AAGGGAAAAG GCAAAGGTAA AACTGCCTCA 
AAGTCTGAGA ATGAACAGCA AAATTGTGGT GATAAGCTGC CTAAACTGCG CACCCTGGAT 
GTGTTTTCTG GCTGTGGAGG GCTCTCTGAA GGCTTTCACC AAGCAGGCAT ATCTGAGACA 
AACTGGGCAA TAGAGATGTG GGAGCCTGCA GCCCAAGCCT TCAGGCTGAA CAATCCTGGT 
ACTACAGTAT TCACAGAAGA CTGCAATGTT CTCCTCAAAC TAGTCATGTC TGGAGAAAAG 
ACCAATTCCC TAGGGCAGCG CTTGCCTCAA AAGGGAGATG TGGAAATGCT GTGCGGAGGG 
CCCCCCTGCC AAGGGTTTAG TGGCATGAAC AGGTTTAACT CAAGAACCTA TTCAAAGTTC 
AAGAACTCCC TGGTGGTTTC ATATCTCAGC TACTGTGACT ACTACAGACC AAAATACTTC 
CTCTTGGAAA ACGTCAGGAA CTTTGTATCA TTCAAAAGAT CTATGGTGCT TAAGCTAACA 
CTCCGCTGCC TTGTGCGTAT GGGCTACCAG TGCACATTCG GTGTTCTTCA GGCTGGCCAG 
TATGGCGTTG CACAGACCCG CAGGAGAGCA ATCGTACTTG CTGCTGCTCC AGGAGAGAAG 
CTTCCAATGT TCCCTGAGCC TTTGCATGTG TTTGCCCCAC GTGCTTGTTC ACTGAGTGTT 
GTTGTGGATG AAAAGAAATA TGTCAGTAAC ATCACAAGAA CTAACTCGAG CCTTTTCCGA 
ACAATCACTG TCCGGGATAC CATGTCTGAC CTTCCAGAAA TCCGCAATGG AGCCTCTGCT 
CTGGAAATTT CTTACAATGG AGAGCCTCAG TCCTGGTTCC AAAGGCAGAT TCGTGGCTCG 
CAGTATCAGC CAATTCTCAG GGATCATGTC TGCAAGGACA TGAGCGCTTT AGTTGCTGCC 
AGAATGCGTC ACATACCTCT TGCTCCTGGC TCAGACTGGC GGGATCTACC TAACATGGAA 
GTGCGTCTGT CAGATGGCAC TACAACCAGA AAGTTACGCT ATAGTCACCA TGACAAGAAA 
AATGGGCGCA GCAGCACTGG TGCTTTAAGA GGAGTCTGCT CTTGTTCTGA AGGCAAACCA 
TGTGACCCTG CAGACCGGCA GTTCAACACG CTGATTCCCT GGTGCCTGCC CCACACAGGA 
AACAGACACA ATCACTGGGC TGGCTTGTAT GGAAGACTTG AGTGGGACGG CTTCTTTAGC 
ACCACTGTTA CTAACCCTGA GCCAATGGGC AAACAGGGTC GCGTCCTTCA CCCAGAGCAA 
CATCGTGTGG TGAGTGTGAG GGAATGTGCG CGGTCCCAAG GATTTCCCGA CACCTACAGA 
CTGTTCGGTA ATATCTTGGA TAAACACAGG CAGGTGGGTA ATGCCGTGCC GCCGCCTCTT 
TCGAAAGCCA TTGGTTCAGA GATAAAGAAA TGCGTTTTGT CAAGGGAGAA AGAGAATGGA 
ACAGAAACCG TGAAGGCTGA AAAGATGGAG ACCGATTAA

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

RefSeq	XP_002934384.1
CDS	246..4724
Translation	MPAQSASLALPADVRKRLKDLERDQDGMTEKECVQQKLSLVLGFLEADARNKLSDLESKLSSEELSEEGYLTKVKALLRKQLSCENGDLSLNGETNGCSTNGTCGSDEEDVEMSESNTAGVKNRKTRKSKTNGENKKSPARARSSRSTTGKQATILSMFSKGSNKRKSSDEEKDTDVSADADQPEEKEKEEKRIKIEVNESENENRSTAEESKKVKPVLPPKTPPPKCMDCRQYLDDPDLKYFQGDPDDALDEPEMLTDERLSLFEANEDGFESYDDLPQHKVTCFSVYDKRGHLCPFDSGLIEKNVELYFSGYVKPIYDDNPSLDGGVRAKKLGPINAWWITGFDGGEKALIGFTTAFADYILMDPSEEYSSIFALMQEKIYMSKIVVEFLQNNPDVSYEDLLNKIETTVPPSGLNFNRFTEDSLLRHAQFVVEQVESYDEAGDSDEQPVIVTPCMRDLIKLAGVTLGKRRAARRQAIRHPTKIEKDNKGPTKATTTKLVYQIFDTFFSEQIEKDADKENGIKRRRCGVCEVCQQPDCGQCKACQDMLKFGGAGRTKQACTQRRCPNLAVKEADEDEEVEDVVPEMPSPKKILQGKKKKLEKKNRISWVGDPIKTEGKKDFYLKVSIDSEILEVGDCVSVSPDNPTEPLYLARITSMWEDACGPMFHAHWFCLGTDTVLGATSDPLELFLVDECEDMQLSYIHGKVKVIYKAPSDNWFMEGGTHTDIKVVEDDGSTYFYQLWYDPEYARFETPPTPQPTEDNKYKFCTSCARLAEIRQREMPRVSCPVEDLDSKVCYSTAIKNDVQYKVGDGVLLLPDAFSFSVKLGSPMKRPQKKDDVDEDLYPEYYRKSSDYIKGSNLDAPEPYRLGRIKEIFCNKRSNGKANESDIKLRIYKFYRPENTHKGVKASYHSDVNMVYWSDEEAVVDFKAVQGHCTVEYGEDLTETIQEYSAGGSDRFYFLEAYSAKTKSFEDPPNHARSAVNKGKGKGKGKGKGKTASKSENEQQNCGDKLPKLRTLDVFSGCGGLSEGFHQAGISETNWAIEMWEPAAQAFRLNNPGTTVFTEDCNVLLKLVMSGEKTNSLGQRLPQKGDVEMLCGGPPCQGFSGMNRFNSRTYSKFKNSLVVSYLSYCDYYRPKYFLLENVRNFVSFKRSMVLKLTLRCLVRMGYQCTFGVLQAGQYGVAQTRRRAIVLAAAPGEKLPMFPEPLHVFAPRACSLSVVVDEKKYVSNITRTNSSLFRTITVRDTMSDLPEIRNGASALEISYNGEPQSWFQRQIRGSQYQPILRDHVCKDMSALVAARMRHIPLAPGSDWRDLPNMEVRLSDGTTTRKLRYSHHDKKNGRSSTGALRGVCSCSEGKPCDPADRQFNTLIPWCLPHTGNRHNHWAGLYGRLEWDGFFSTTVTNPEPMGKQGRVLHPEQHRVVSVRECARSQGFPDTYRLFGNILDKHRQVGNAVPPPLSKAIGSEIKKCVLSREKENGTETVKAEKMETD

Target ORF information:

RefSeq Version	XM_002934338.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis DNA (cytosine-5-)-methyltransferase 1 (dnmt1), mRNA.

Target ORF information:

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

XM_002934338.4

ORF Insert Sequence:

ATGCCGGCCC AGTCCGCTTC CCTGGCTCTG CCTGCCGATG TCAGGAAACG GCTAAAGGAT 
TTGGAGAGGG ATCAGGATGG AATGACAGAA AAGGAATGTG TACAACAGAA ACTGAGTTTG 
GTGCTTGGCT TCCTTGAAGC AGATGCTAGA AACAAACTAA GTGATCTGGA GAGCAAGCTG 
AGCAGCGAGG AACTGTCTGA GGAAGGATAC CTTACGAAAG TGAAGGCTCT TCTGCGGAAG 
CAGTTGAGCT GTGAAAATGG AGACCTCAGC TTAAATGGAG AAACAAATGG GTGCTCTACA 
AATGGTACCT GCGGCAGTGA TGAGGAAGAT GTGGAGATGT CAGAGTCCAA TACTGCTGGA 
GTTAAAAATC GCAAGACTAG GAAAAGCAAA ACCAATGGAG AAAATAAGAA ATCGCCAGCC 
CGTGCACGCT CATCAAGAAG CACTACTGGC AAGCAGGCCA CCATCCTCTC CATGTTTTCT 
AAAGGGTCAA ACAAGCGGAA ATCCAGCGAT GAAGAAAAAG ACACAGATGT TTCGGCTGAT 
GCAGACCAAC CAGAAGAGAA GGAAAAGGAA GAGAAAAGAA TAAAAATCGA AGTTAATGAA 
AGCGAGAACG AAAATCGGTC TACGGCTGAA GAGAGTAAAA AGGTGAAACC TGTTCTGCCA 
CCAAAAACAC CACCACCTAA ATGCATGGAC TGCAGGCAAT ATTTGGATGA TCCAGACCTC 
AAGTACTTTC AGGGTGATCC AGACGACGCT CTAGATGAGC CAGAGATGTT AACAGATGAG 
CGATTATCCC TTTTTGAAGC CAATGAGGAT GGGTTTGAGA GCTATGATGA CCTTCCCCAG 
CATAAAGTTA CATGCTTCAG CGTTTATGAT AAAAGGGGTC ATTTATGTCC TTTTGACTCT 
GGTCTGATTG AGAAGAATGT CGAGCTGTAC TTCAGCGGAT ATGTAAAACC GATTTATGAT 
GACAACCCCT CTCTTGATGG TGGTGTACGA GCAAAGAAAC TGGGTCCCAT TAATGCTTGG 
TGGATAACTG GTTTTGATGG AGGAGAAAAG GCTTTGATTG GCTTTACAAC TGCTTTTGCG 
GACTATATCC TAATGGATCC CAGTGAAGAA TACAGCAGCA TCTTTGCTCT GATGCAGGAA 
AAGATTTACA TGAGTAAGAT AGTTGTAGAA TTCCTTCAGA ATAACCCTGA TGTGAGTTAT 
GAAGATCTGC TCAACAAGAT TGAGACTACC GTCCCACCTT CAGGCTTAAA CTTTAACCGG 
TTCACGGAAG ACTCTTTATT AAGGCATGCA CAGTTTGTGG TGGAACAAGT GGAGAGCTAT 
GATGAGGCTG GTGATAGTGA TGAGCAGCCT GTTATTGTAA CTCCCTGCAT GAGGGACCTC 
ATAAAGTTGG CTGGTGTTAC CCTGGGCAAA AGGCGAGCAG CAAGAAGACA AGCCATTAGA 
CATCCTACAA AGATAGAGAA GGACAACAAA GGACCAACAA AGGCCACTAC CACAAAACTT 
GTGTATCAGA TCTTTGACAC ATTCTTCTCA GAACAAATAG AGAAAGATGC AGATAAGGAA 
AATGGCATCA AACGCAGGCG TTGTGGTGTT TGTGAGGTGT GTCAGCAACC AGACTGTGGC 
CAGTGCAAAG CTTGCCAGGA TATGTTAAAG TTTGGTGGGG CAGGCCGTAC CAAACAAGCC 
TGCACACAGA GAAGGTGTCC AAACCTGGCA GTAAAGGAAG CAGATGAAGA TGAGGAAGTT 
GAGGATGTTG TACCAGAAAT GCCTTCGCCC AAAAAGATCC TTCAGGGAAA GAAGAAAAAA 
CTGGAGAAAA AGAACAGGAT CTCTTGGGTG GGAGATCCAA TTAAGACTGA AGGAAAAAAA 
GACTTTTACC TGAAAGTGTC CATTGACTCT GAAATCTTGG AAGTTGGGGA TTGTGTATCA 
GTGAGTCCTG ATAATCCAAC AGAGCCTCTG TACTTGGCAA GGATCACATC CATGTGGGAG 
GATGCCTGTG GGCCAATGTT CCATGCGCAC TGGTTCTGCC TCGGCACAGA TACAGTTCTT 
GGTGCAACAT CTGATCCCCT CGAGCTCTTT CTTGTGGATG AATGTGAGGA CATGCAGTTA 
TCCTATATTC ATGGCAAAGT GAAGGTCATT TACAAAGCGC CATCTGACAA CTGGTTCATG 
GAGGGAGGAA CACACACTGA TATAAAGGTT GTGGAGGATG ATGGAAGCAC TTATTTTTAC 
CAGCTGTGGT ATGATCCAGA ATATGCACGC TTTGAGACTC CTCCCACCCC TCAGCCTACA 
GAGGACAATA AGTATAAGTT CTGCACCAGT TGTGCCCGTC TGGCTGAAAT AAGGCAGAGA 
GAGATGCCCA GAGTAAGCTG TCCCGTAGAG GATTTGGACT CTAAAGTTTG CTACAGTACA 
GCTATAAAGA ATGATGTACA GTATAAGGTT GGAGATGGAG TGCTGCTCCT TCCTGATGCC 
TTCTCATTTA GTGTGAAGCT GGGTAGCCCA ATGAAGCGAC CTCAAAAGAA GGATGATGTG 
GATGAGGATC TGTACCCAGA ATACTACCGT AAATCATCAG ACTACATTAA GGGTAGCAAC 
CTGGATGCTC CAGAACCATA CAGATTGGGT CGCATTAAGG AGATATTCTG CAACAAGAGA 
AGTAATGGAA AGGCTAATGA GTCGGATATA AAGCTGAGGA TTTACAAGTT TTACAGACCT 
GAAAATACTC ACAAAGGTGT AAAAGCAAGC TACCATTCAG ACGTAAACAT GGTTTACTGG 
AGCGACGAAG AGGCAGTAGT GGACTTTAAG GCAGTGCAAG GGCATTGTAC AGTAGAATAT 
GGTGAAGACC TGACTGAAAC CATTCAGGAG TACTCTGCTG GAGGATCAGA TCGCTTTTAT 
TTCCTAGAGG CCTATAGTGC AAAAACCAAA AGCTTTGAAG ATCCACCAAA CCATGCTCGC 
AGTGCTGTTA ACAAAGGCAA AGGAAAGGGC AAGGGAAAAG GCAAAGGTAA AACTGCCTCA 
AAGTCTGAGA ATGAACAGCA AAATTGTGGT GATAAGCTGC CTAAACTGCG CACCCTGGAT 
GTGTTTTCTG GCTGTGGAGG GCTCTCTGAA GGCTTTCACC AAGCAGGCAT ATCTGAGACA 
AACTGGGCAA TAGAGATGTG GGAGCCTGCA GCCCAAGCCT TCAGGCTGAA CAATCCTGGT 
ACTACAGTAT TCACAGAAGA CTGCAATGTT CTCCTCAAAC TAGTCATGTC TGGAGAAAAG 
ACCAATTCCC TAGGGCAGCG CTTGCCTCAA AAGGGAGATG TGGAAATGCT GTGCGGAGGG 
CCCCCCTGCC AAGGGTTTAG TGGCATGAAC AGGTTTAACT CAAGAACCTA TTCAAAGTTC 
AAGAACTCCC TGGTGGTTTC ATATCTCAGC TACTGTGACT ACTACAGACC AAAATACTTC 
CTCTTGGAAA ACGTCAGGAA CTTTGTATCA TTCAAAAGAT CTATGGTGCT TAAGCTAACA 
CTCCGCTGCC TTGTGCGTAT GGGCTACCAG TGCACATTCG GTGTTCTTCA GGCTGGCCAG 
TATGGCGTTG CACAGACCCG CAGGAGAGCA ATCGTACTTG CTGCTGCTCC AGGAGAGAAG 
CTTCCAATGT TCCCTGAGCC TTTGCATGTG TTTGCCCCAC GTGCTTGTTC ACTGAGTGTT 
GTTGTGGATG AAAAGAAATA TGTCAGTAAC ATCACAAGAA CTAACTCGAG CCTTTTCCGA 
ACAATCACTG TCCGGGATAC CATGTCTGAC CTTCCAGAAA TCCGCAATGG AGCCTCTGCT 
CTGGAAATTT CTTACAATGG AGAGCCTCAG TCCTGGTTCC AAAGGCAGAT TCGTGGCTCG 
CAGTATCAGC CAATTCTCAG GGATCATGTC TGCAAGGACA TGAGCGCTTT AGTTGCTGCC 
AGAATGCGTC ACATACCTCT TGCTCCTGGC TCAGACTGGC GGGATCTACC TAACATGGAA 
GTGCGTCTGT CAGATGGCAC TACAACCAGA AAGTTACGCT ATAGTCACCA TGACAAGAAA 
AATGGGCGCA GCAGCACTGG TGCTTTAAGA GGAGTCTGCT CTTGTTCTGA AGGCAAACCA 
TGTGACCCTG CAGACCGGCA GTTCAACACG CTGATTCCCT GGTGCCTGCC CCACACAGGA 
AACAGACACA ATCACTGGGC TGGCTTGTAT GGAAGACTTG AGTGGGACGG CTTCTTTAGC 
ACCACTGTTA CTAACCCTGA GCCAATGGGC AAACAGGGTC GCGTCCTTCA CCCAGAGCAA 
CATCGTGTGG TGAGTGTGAG GGAATGTGCG CGGTCCCAAG GATTTCCCGA CACCTACAGA 
CTGTTCGGTA ATATCTTGGA TAAACACAGG CAGGTGGGTA ATGCCGTGCC GCCGCCTCTT 
TCGAAAGCCA TTGGTTCAGA GATAAAGAAA TGCGTTTTGT CAAGGGAGAA AGAGAATGGA 
ACAGAAACCG TGAAGGCTGA AAAGATGGAG ACCGATTAA