DNMT1 cDNA ORF clone, Camelus bactrianus(Bactrian camel)

Gene
Clones
gRNAs

Summary

Gene Symbol	DNMT1
Entrez Gene ID	105068372
Full Name	DNA methyltransferase 1
Gene Type	protein-coding
Organism	Camelus bactrianus(Bactrian camel)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010954233.1	XP_010952535.1	LOW QUALITY PROTEIN: DNA (cytosine-5)-methyltransferase 1

Pathways from BioSystems
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)	Select
OCa489136	XM_010954233.1 Latest version!	Camelus bactrianus DNA (cytosine-5-)-methyltransferase 1 (DNMT1), 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)

DNMT1 ( XM_010954233.1 ) cDNA ORF clone, Camelus bactrianus(Bactrian camel) -> XP_010952535.1 Camelus bactrianus DNA (cytosine-5-)-methyltransferase 1 (DNMT1), mRNA.

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CloneID	OCa489136
Clone ID Related Accession (Same CDS sequence)	XM_010954233.1
Accession Version	XM_010954233.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4848bp) 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	2015-01-05
Organism	Camelus bactrianus(Bactrian camel)
Product	LOW QUALITY PROTEIN: 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 (NW_011513414.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Camelus bactrianus 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## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGCCCGCCC GTACCGCCCC GGCCCGGGTG CCTGCGCTGG CCTCCCGGGC CTTCTCATTG 
CCTGACGATG TCCGCAGGCG GCTCAAAGAT TTGGAAAGAG ATAGTTTAAC AGAAAAGGAA 
TGTGTGAAGG AGAAATTAAA TCTCTTGCAT GAATTTCTGC GGACAGAAAT AAAGAATCAG 
TTATGTGATT TGGAAACCAA ATTACATAAA GAAGAATTAT CAGAGGAGGG CTACCTGGCT 
AAAGTCAAAT CCCTTTTAAA TAAAGATTTG TCCTTGGAGA ACGGAGCTCA TACTTTGAGT 
CGGGAAGTGA ACGGATGTCT AGAAAACGGG AGCCAGACAA ATAGTGAGAA CCGCAGAGTG 
GAAATGGCAG AGGAAAACAA GTCCCCCAAA CCTGTTTCCA AACTTTGCAT GCCTCGGAGA 
AGCAAGTCTG ATGGAGAAAC GAAGTCAGCC GAAGTCGCAT CTAGCCCCAG GATTACAAGG 
CAAACTACCA GGCAGACCAC CATCACATCT CATTTTGCAA GGGGCCCTGC CAAACGGAAA 
CCCGAGGAAG ACCCCGAGAG AGCAAAATCA GATGATTCTG TCGATGAAGA AGAGAAAGAC 
CAGGAGGAAA AGAGACGTAG AGTTACATCC AGAGAACCAG TTGCTGGACC ACTCCCTGCA 
GAAGAACCGG AAAGAGTAAG ACCAGGAACA CACATGGAAG GAGAAGAAAG AGATGATAAA 
GAAGAAAAGA GACTCAGAAG TCAAACCAAA GAACTAACAC CGAAACAGAG GCCTAAGGAG 
GAGCCAGACC GAGATGCGAG GCCCGGGGGA GCTCAGGCTG AAGTGACTGA AGGAGAAGAC 
AAAGATGAAA GGAGGCACAG AAGTCAACCC AGAGATCTAG CTAGCAAACG GAGACCTGAA 
GAAAAAGAAT CTGAAAGAGG AAAACCACAA GTTCCTGATG AGAAAGATGA GGATGAAAAG 
GAGGAGAAGA GACGCAAAAC TACATCCAAA GAACCATCTG AGAAAAAAAC GGCTCGAACC 
AAAACAGCAG TCACGTCCTC CAAGACCGAT CCTTTAAAGT GCGTTCAGTG TGGCCAGTAC 
CTGGATGACC CTGAACTAAA ATATGAACAG CATCCCCCTG ATGCAGTGGA AGAGATACAG 
TTGTTGACAA ATGAGAGATT GTCCATCTTC GACGCCAATG AATCTGGCTT TGAGAGTTAT 
GAGGCTCTTC CCCAACACAA ACTGACCTGC TTCAGTGTGT ACTGTAAACG TGGTCACTTG 
TGCCCGATCG ACACTGGCCT CATTGAGAAG GATGTCGAGC TCTTCTTTTC TGGTTCAGCA 
AAGCCAATAT ATGAGGATGA CCCATCTCTC GAAGGTGGTG TTAATGGCAA AAATCTTGGC 
CCCATAAATG AATGGTGGAT CACTGGCTTC GATGGAGGTG AAAAGGCTCT CATTGGCTTC 
AGTACCTCAT TTGCCGAATA CATTTTGATG GATCCCAACC CAGAGTACGC GCCGATGTTC 
AGCGTGATGC AGGAGAAGAT CTACATCAGT AAGATAGTAG TTGAGTTCCT GCAGAACAAC 
CCTGACTCCA CCTACGAAGA TCTGATCAAT AAGATTGAGA CCACTGTGCC TCCTTCCGTG 
CTCAACTTGA ATCGGTTCAC AGAGGATTCT CTCCTTCGAC ACGCCCAGTT TGTGGTGGAA 
CAAGTGGAGA GTTATGATGA GGCCGGAGAC AGTGACGAGC AGCCCATCTT CCTGACCCCC 
TGCATGAGGG ACCTGATCAA GTTGGCTGGG GTCACCCTGG GAAAAAGGCG AGCCGAAAGA 
CGGCGGACCA TCGGGCATTC TGCCAAGGAG AAGGACAAAG GCCCCACAAA AGCCACCACT 
ACCAAGCTGG TCTACCAGAT CTTTGACACC TTCTTTGCAG AGCAAATTGA AAAGGATGAC 
AGAGAAGACA AGGAGAATGC CTTTAAACGC CGGCGGTGTG GCGTCTGTGA GGTTTGTCAG 
CAGCCTGAGT GCGGAAAGTG TAAAGCCTGT AAGGATATGG TTAAGTTTGG TGGTAGCGGA 
CGGAGCAAGC AGGCTTGCCA GGAGAGGAGG TGTCCCAATA TGGCCATGAA GGAGGCAGAT 
GATGACGAGG AAGTCGATGA CAATATTCCA GAGATGCCAT CCCCCAAAAA AATGCATCAG 
GGGAAGAAGA AGAAACAGAA CAAGGATCGG ATCACGTGGG TTGGAGAAGC TGTCAAGACC 
GATGGGAAGA AGAGTTACTA TAAGAAGGTA TGCATCGACT CGGAAACCCT GGAAGTGGGG 
GACTGTGTGT CTGTTATTCC AGATGATTCC TCAAAACCGC TGTACTTAGC AAGGGTCACG 
GCGCTGTGGG AGGACAGCAG CAACGGGCAG ATGTTTCACG CCCACTGGTT CTGTGCCGGG 
ACAGACACAG TCCTCGGGGC CACGTCGGAC CCCCTGGAGC TGTTCCTGGT GGATGAATGT 
GAGGATATGC AGCTTTCGTA CATTCACAGC AAAGTGAAGG TCATCTATAA AGCTCCGTCG 
GAAAACTGGG CCCTGGAGGG AGGCATGGAC CCCGAGGCCC TGATGTCAGA GGACGACGGG 
AAGACCTATT TCTACCAGCT GTGGTATGAC CAAGACTATG CGAGGTTTGA GTCCCCTCCA 
AAGACTCAGC CGACAGAGGA CAACAAGTAC AAGTTCTGCG CAAGCTGTGC ACGCCTGGCT 
GAGATGAGGC AGAAAGAAAT CCCAAGGGTC ATGGAGCAGC TGGAGGACCT GGATGGGCGG 
GTTCTCTACA GCTCTGCCAC CAAGAACGGC ATCCAGTATC GAGTGGGCGA CGGCGTGTAC 
CTGCCCCCCG AGGCCTTCAC GTTCAACATC AAGCTGTCCA GTCCTGTGAA ACGCCCACGG 
AAGGAGCCTG TGGATGAAGA CCTGTATCCG GAACACTACC GGAAATACTC CGACTACATC 
AAAGGCAGCA ACCTGGATGC CCCCGAGCCA TACCGAATTG GCCGCATAAA AGAGATCTTC 
TGCATCAAGA AGAGCAATGG CAGGCCCAAC GAGACAGACA TCAAAATCAA ACTCAACAAG 
TTCTACAGGC CGGAGAACAC ACACAAGTCC ACCCCGGCGA GTTACCACGC AGACATCAAC 
CTGCTTTACT GGAGCGACGA GGAGGCCGTG GTGGACTTTA AGGCCGTGCA GGGCCGCTGC 
ACTGTGGAGT ACGGGGAGGA CCTGCCTGAG TGCCTCCAGG ACTTCTCAGC CGGCGGCCCT 
GACCGCTTCT ACTTCCTGGA GGCCTATAAT GCCAAGAGCA AAAGCTTTGA AGATCCTCCA 
AACCATGCCC GTAGCCCTGG AAATAAAGGG AAAGGGAAGG GGAAAGGGAA GAGCAAGGCA 
AAGTCTCAGA TGAGTGAGCC GAGCGAACCC GAGGCAGAAA TAAAGCTGCC AAAGCTGCGG 
ACCCTGGATG TGTTTTCTGG CTGTGGGGGG TTATCAGAAG GATTCCACCA AGCAGGCATC 
TCAGAAACCC TGTGGGCCAT CGAGATGTGG GACCCTGCAG CCCAGGCCTT CCGGCTGAAC 
AATCCGGGGT CCACGGTGTT CACGGAGNNG TTCACCGTCC GGCTGAAGCT GGGCAGGGCC 
GGGGAGACCA CCAACTCCCC CAGCCAGAAG CTGCCTCAGA AGGGAGACGT GGAGATGCTG 
TGTGGCGGGC CTCCCTGCCA AGGCTTTAGC GGCATGAACC GCTTCAACTC TCGTACCTAC 
TCCAAGTTCA AGAACTCCCT GGTGGTCTCC TTCCTCAGCT ACTGTGACTA CTACCGGCCC 
CGGTACTTCC TCCTGGAGAA CGTCAGGAAT TTCGTCTCCT TCAAGCGCTC CATGGTCCTG 
AAGCTCACGC TCCGCTGCCT GGTGCGCATG GGCTACCAGT GCACCTTCGG CGTGCTGCAG 
GCTGGTCAGT ATGGCGTGGC CCAGACTCGG CGGCGAGCCA TCATCCTGGC GGCGGCCCCC 
GGAGAGCAGC TTCCCCTGTT CCCGGAGCCC TTGCACGTGT TTGCGCCCCG GGCCTGCCAG 
CTGAGTGTCG TGGTGGACGA CAAGAAGTTT GTCAGCAACA TCACCAGGTT GAGCTCGGGT 
CCGTTCCGAA CCATCACCGT GCGGGACACG ATGTCCGACC TCCCCGAGAT CCGGAACGGA 
GCCTCGGCGC AGGAGATCTC GTACAACGGG GAGCCTCAGT CCTGGTTCCA GCGGCAGCTC 
CGGGGCTCGC AGTACCAGCC CATCCTCAGG GACCACATCT GTAAGGACAT GAGTGCGTTG 
GTGGCCGCCC GCATGCGGCA CATCCCTCTG GCACCGGGCT CAGACTGGCG CGACCTCCCA 
AACATCGAGG TGCGGCTCTC CGACGGCACC TTGGCCCGGA AGCTGCGGTA CACCTACCAC 
GACAAGAAAA ACGGCTGCAG CAGCACCGGG GCCCTCCGCG GGGTCTGCTC CTGTGTGGAA 
GTGGGGAAAG CCTGTGACCC TGCGGCCAGA CAGTTCAACA CCCTCATCCC GTGGTGCCTG 
CCCCACACTG GGAACAGGCA CAACCACTGG GCTGGCCTCT ACGGGCGGCT TGAGTGGGAC 
GGCTTCTTCA GCACCACTGT CACCAACCCT GAGCCCATGG GCAAGCAGGG CCGCGTGCTC 
CACCCCGAGC AGCACCGAGT GGTGAGTGTG CGGGAGTGTG CCCGCTCCCA GGGCTTCCCT 
GACACCTACC GGCTGTTCGG CAACATTCTG GACAAGCACC GGCAGGTGGG TAATGCTGTG 
CCACCGCCGC TGGCCAAAGC CATTGGCTTG GAGATCAAGT GCTGTATGTT GGCCAAAGCT 
CGAGAGAGCG CCTCAGTTAA AGTCAAGGAG GAGACTACTA AGGACTAG

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

RefSeq	XP_010952535.1
CDS	40..4887
Translation	MPARTAPARVPALASRAFSLPDDVRRRLKDLERDSLTEKECVKEKLNLLHEFLRTEIKNQLCDLETKLHKEELSEEGYLAKVKSLLNKDLSLENGAHTLSREVNGCLENGSQTNSENRRVEMAEENKSPKPVSKLCMPRRSKSDGETKSAEVASSPRITRQTTRQTTITSHFARGPAKRKPEEDPERAKSDDSVDEEEKDQEEKRRRVTSREPVAGPLPAEEPERVRPGTHMEGEERDDKEEKRLRSQTKELTPKQRPKEEPDRDARPGGAQAEVTEGEDKDERRHRSQPRDLASKRRPEEKESERGKPQVPDEKDEDEKEEKRRKTTSKEPSEKKTARTKTAVTSSKTDPLKCVQCGQYLDDPELKYEQHPPDAVEEIQLLTNERLSIFDANESGFESYEALPQHKLTCFSVYCKRGHLCPIDTGLIEKDVELFFSGSAKPIYEDDPSLEGGVNGKNLGPINEWWITGFDGGEKALIGFSTSFAEYILMDPNPEYAPMFSVMQEKIYISKIVVEFLQNNPDSTYEDLINKIETTVPPSVLNLNRFTEDSLLRHAQFVVEQVESYDEAGDSDEQPIFLTPCMRDLIKLAGVTLGKRRAERRRTIGHSAKEKDKGPTKATTTKLVYQIFDTFFAEQIEKDDREDKENAFKRRRCGVCEVCQQPECGKCKACKDMVKFGGSGRSKQACQERRCPNMAMKEADDDEEVDDNIPEMPSPKKMHQGKKKKQNKDRITWVGEAVKTDGKKSYYKKVCIDSETLEVGDCVSVIPDDSSKPLYLARVTALWEDSSNGQMFHAHWFCAGTDTVLGATSDPLELFLVDECEDMQLSYIHSKVKVIYKAPSENWALEGGMDPEALMSEDDGKTYFYQLWYDQDYARFESPPKTQPTEDNKYKFCASCARLAEMRQKEIPRVMEQLEDLDGRVLYSSATKNGIQYRVGDGVYLPPEAFTFNIKLSSPVKRPRKEPVDEDLYPEHYRKYSDYIKGSNLDAPEPYRIGRIKEIFCIKKSNGRPNETDIKIKLNKFYRPENTHKSTPASYHADINLLYWSDEEAVVDFKAVQGRCTVEYGEDLPECLQDFSAGGPDRFYFLEAYNAKSKSFEDPPNHARSPGNKGKGKGKGKSKAKSQMSEPSEPEAEIKLPKLRTLDVFSGCGGLSEGFHQAGISETLWAIEMWDPAAQAFRLNNPGSTVFTEnullFTVRLKLGRAGETTNSPSQKLPQKGDVEMLCGGPPCQGFSGMNRFNSRTYSKFKNSLVVSFLSYCDYYRPRYFLLENVRNFVSFKRSMVLKLTLRCLVRMGYQCTFGVLQAGQYGVAQTRRRAIILAAAPGEQLPLFPEPLHVFAPRACQLSVVVDDKKFVSNITRLSSGPFRTITVRDTMSDLPEIRNGASAQEISYNGEPQSWFQRQLRGSQYQPILRDHICKDMSALVAARMRHIPLAPGSDWRDLPNIEVRLSDGTLARKLRYTYHDKKNGCSSTGALRGVCSCVEVGKACDPAARQFNTLIPWCLPHTGNRHNHWAGLYGRLEWDGFFSTTVTNPEPMGKQGRVLHPEQHRVVSVRECARSQGFPDTYRLFGNILDKHRQVGNAVPPPLAKAIGLEIKCCMLAKARESASVKVKEETTKD

Target ORF information:

RefSeq Version	XM_010954233.1
Organism	Camelus bactrianus(Bactrian camel)
Definition	Camelus bactrianus 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_010954233.1

ORF Insert Sequence:

ATGCCCGCCC GTACCGCCCC GGCCCGGGTG CCTGCGCTGG CCTCCCGGGC CTTCTCATTG 
CCTGACGATG TCCGCAGGCG GCTCAAAGAT TTGGAAAGAG ATAGTTTAAC AGAAAAGGAA 
TGTGTGAAGG AGAAATTAAA TCTCTTGCAT GAATTTCTGC GGACAGAAAT AAAGAATCAG 
TTATGTGATT TGGAAACCAA ATTACATAAA GAAGAATTAT CAGAGGAGGG CTACCTGGCT 
AAAGTCAAAT CCCTTTTAAA TAAAGATTTG TCCTTGGAGA ACGGAGCTCA TACTTTGAGT 
CGGGAAGTGA ACGGATGTCT AGAAAACGGG AGCCAGACAA ATAGTGAGAA CCGCAGAGTG 
GAAATGGCAG AGGAAAACAA GTCCCCCAAA CCTGTTTCCA AACTTTGCAT GCCTCGGAGA 
AGCAAGTCTG ATGGAGAAAC GAAGTCAGCC GAAGTCGCAT CTAGCCCCAG GATTACAAGG 
CAAACTACCA GGCAGACCAC CATCACATCT CATTTTGCAA GGGGCCCTGC CAAACGGAAA 
CCCGAGGAAG ACCCCGAGAG AGCAAAATCA GATGATTCTG TCGATGAAGA AGAGAAAGAC 
CAGGAGGAAA AGAGACGTAG AGTTACATCC AGAGAACCAG TTGCTGGACC ACTCCCTGCA 
GAAGAACCGG AAAGAGTAAG ACCAGGAACA CACATGGAAG GAGAAGAAAG AGATGATAAA 
GAAGAAAAGA GACTCAGAAG TCAAACCAAA GAACTAACAC CGAAACAGAG GCCTAAGGAG 
GAGCCAGACC GAGATGCGAG GCCCGGGGGA GCTCAGGCTG AAGTGACTGA AGGAGAAGAC 
AAAGATGAAA GGAGGCACAG AAGTCAACCC AGAGATCTAG CTAGCAAACG GAGACCTGAA 
GAAAAAGAAT CTGAAAGAGG AAAACCACAA GTTCCTGATG AGAAAGATGA GGATGAAAAG 
GAGGAGAAGA GACGCAAAAC TACATCCAAA GAACCATCTG AGAAAAAAAC GGCTCGAACC 
AAAACAGCAG TCACGTCCTC CAAGACCGAT CCTTTAAAGT GCGTTCAGTG TGGCCAGTAC 
CTGGATGACC CTGAACTAAA ATATGAACAG CATCCCCCTG ATGCAGTGGA AGAGATACAG 
TTGTTGACAA ATGAGAGATT GTCCATCTTC GACGCCAATG AATCTGGCTT TGAGAGTTAT 
GAGGCTCTTC CCCAACACAA ACTGACCTGC TTCAGTGTGT ACTGTAAACG TGGTCACTTG 
TGCCCGATCG ACACTGGCCT CATTGAGAAG GATGTCGAGC TCTTCTTTTC TGGTTCAGCA 
AAGCCAATAT ATGAGGATGA CCCATCTCTC GAAGGTGGTG TTAATGGCAA AAATCTTGGC 
CCCATAAATG AATGGTGGAT CACTGGCTTC GATGGAGGTG AAAAGGCTCT CATTGGCTTC 
AGTACCTCAT TTGCCGAATA CATTTTGATG GATCCCAACC CAGAGTACGC GCCGATGTTC 
AGCGTGATGC AGGAGAAGAT CTACATCAGT AAGATAGTAG TTGAGTTCCT GCAGAACAAC 
CCTGACTCCA CCTACGAAGA TCTGATCAAT AAGATTGAGA CCACTGTGCC TCCTTCCGTG 
CTCAACTTGA ATCGGTTCAC AGAGGATTCT CTCCTTCGAC ACGCCCAGTT TGTGGTGGAA 
CAAGTGGAGA GTTATGATGA GGCCGGAGAC AGTGACGAGC AGCCCATCTT CCTGACCCCC 
TGCATGAGGG ACCTGATCAA GTTGGCTGGG GTCACCCTGG GAAAAAGGCG AGCCGAAAGA 
CGGCGGACCA TCGGGCATTC TGCCAAGGAG AAGGACAAAG GCCCCACAAA AGCCACCACT 
ACCAAGCTGG TCTACCAGAT CTTTGACACC TTCTTTGCAG AGCAAATTGA AAAGGATGAC 
AGAGAAGACA AGGAGAATGC CTTTAAACGC CGGCGGTGTG GCGTCTGTGA GGTTTGTCAG 
CAGCCTGAGT GCGGAAAGTG TAAAGCCTGT AAGGATATGG TTAAGTTTGG TGGTAGCGGA 
CGGAGCAAGC AGGCTTGCCA GGAGAGGAGG TGTCCCAATA TGGCCATGAA GGAGGCAGAT 
GATGACGAGG AAGTCGATGA CAATATTCCA GAGATGCCAT CCCCCAAAAA AATGCATCAG 
GGGAAGAAGA AGAAACAGAA CAAGGATCGG ATCACGTGGG TTGGAGAAGC TGTCAAGACC 
GATGGGAAGA AGAGTTACTA TAAGAAGGTA TGCATCGACT CGGAAACCCT GGAAGTGGGG 
GACTGTGTGT CTGTTATTCC AGATGATTCC TCAAAACCGC TGTACTTAGC AAGGGTCACG 
GCGCTGTGGG AGGACAGCAG CAACGGGCAG ATGTTTCACG CCCACTGGTT CTGTGCCGGG 
ACAGACACAG TCCTCGGGGC CACGTCGGAC CCCCTGGAGC TGTTCCTGGT GGATGAATGT 
GAGGATATGC AGCTTTCGTA CATTCACAGC AAAGTGAAGG TCATCTATAA AGCTCCGTCG 
GAAAACTGGG CCCTGGAGGG AGGCATGGAC CCCGAGGCCC TGATGTCAGA GGACGACGGG 
AAGACCTATT TCTACCAGCT GTGGTATGAC CAAGACTATG CGAGGTTTGA GTCCCCTCCA 
AAGACTCAGC CGACAGAGGA CAACAAGTAC AAGTTCTGCG CAAGCTGTGC ACGCCTGGCT 
GAGATGAGGC AGAAAGAAAT CCCAAGGGTC ATGGAGCAGC TGGAGGACCT GGATGGGCGG 
GTTCTCTACA GCTCTGCCAC CAAGAACGGC ATCCAGTATC GAGTGGGCGA CGGCGTGTAC 
CTGCCCCCCG AGGCCTTCAC GTTCAACATC AAGCTGTCCA GTCCTGTGAA ACGCCCACGG 
AAGGAGCCTG TGGATGAAGA CCTGTATCCG GAACACTACC GGAAATACTC CGACTACATC 
AAAGGCAGCA ACCTGGATGC CCCCGAGCCA TACCGAATTG GCCGCATAAA AGAGATCTTC 
TGCATCAAGA AGAGCAATGG CAGGCCCAAC GAGACAGACA TCAAAATCAA ACTCAACAAG 
TTCTACAGGC CGGAGAACAC ACACAAGTCC ACCCCGGCGA GTTACCACGC AGACATCAAC 
CTGCTTTACT GGAGCGACGA GGAGGCCGTG GTGGACTTTA AGGCCGTGCA GGGCCGCTGC 
ACTGTGGAGT ACGGGGAGGA CCTGCCTGAG TGCCTCCAGG ACTTCTCAGC CGGCGGCCCT 
GACCGCTTCT ACTTCCTGGA GGCCTATAAT GCCAAGAGCA AAAGCTTTGA AGATCCTCCA 
AACCATGCCC GTAGCCCTGG AAATAAAGGG AAAGGGAAGG GGAAAGGGAA GAGCAAGGCA 
AAGTCTCAGA TGAGTGAGCC GAGCGAACCC GAGGCAGAAA TAAAGCTGCC AAAGCTGCGG 
ACCCTGGATG TGTTTTCTGG CTGTGGGGGG TTATCAGAAG GATTCCACCA AGCAGGCATC 
TCAGAAACCC TGTGGGCCAT CGAGATGTGG GACCCTGCAG CCCAGGCCTT CCGGCTGAAC 
AATCCGGGGT CCACGGTGTT CACGGAGNNG TTCACCGTCC GGCTGAAGCT GGGCAGGGCC 
GGGGAGACCA CCAACTCCCC CAGCCAGAAG CTGCCTCAGA AGGGAGACGT GGAGATGCTG 
TGTGGCGGGC CTCCCTGCCA AGGCTTTAGC GGCATGAACC GCTTCAACTC TCGTACCTAC 
TCCAAGTTCA AGAACTCCCT GGTGGTCTCC TTCCTCAGCT ACTGTGACTA CTACCGGCCC 
CGGTACTTCC TCCTGGAGAA CGTCAGGAAT TTCGTCTCCT TCAAGCGCTC CATGGTCCTG 
AAGCTCACGC TCCGCTGCCT GGTGCGCATG GGCTACCAGT GCACCTTCGG CGTGCTGCAG 
GCTGGTCAGT ATGGCGTGGC CCAGACTCGG CGGCGAGCCA TCATCCTGGC GGCGGCCCCC 
GGAGAGCAGC TTCCCCTGTT CCCGGAGCCC TTGCACGTGT TTGCGCCCCG GGCCTGCCAG 
CTGAGTGTCG TGGTGGACGA CAAGAAGTTT GTCAGCAACA TCACCAGGTT GAGCTCGGGT 
CCGTTCCGAA CCATCACCGT GCGGGACACG ATGTCCGACC TCCCCGAGAT CCGGAACGGA 
GCCTCGGCGC AGGAGATCTC GTACAACGGG GAGCCTCAGT CCTGGTTCCA GCGGCAGCTC 
CGGGGCTCGC AGTACCAGCC CATCCTCAGG GACCACATCT GTAAGGACAT GAGTGCGTTG 
GTGGCCGCCC GCATGCGGCA CATCCCTCTG GCACCGGGCT CAGACTGGCG CGACCTCCCA 
AACATCGAGG TGCGGCTCTC CGACGGCACC TTGGCCCGGA AGCTGCGGTA CACCTACCAC 
GACAAGAAAA ACGGCTGCAG CAGCACCGGG GCCCTCCGCG GGGTCTGCTC CTGTGTGGAA 
GTGGGGAAAG CCTGTGACCC TGCGGCCAGA CAGTTCAACA CCCTCATCCC GTGGTGCCTG 
CCCCACACTG GGAACAGGCA CAACCACTGG GCTGGCCTCT ACGGGCGGCT TGAGTGGGAC 
GGCTTCTTCA GCACCACTGT CACCAACCCT GAGCCCATGG GCAAGCAGGG CCGCGTGCTC 
CACCCCGAGC AGCACCGAGT GGTGAGTGTG CGGGAGTGTG CCCGCTCCCA GGGCTTCCCT 
GACACCTACC GGCTGTTCGG CAACATTCTG GACAAGCACC GGCAGGTGGG TAATGCTGTG 
CCACCGCCGC TGGCCAAAGC CATTGGCTTG GAGATCAAGT GCTGTATGTT GGCCAAAGCT 
CGAGAGAGCG CCTCAGTTAA AGTCAAGGAG GAGACTACTA AGGACTAG