SETD1B cDNA ORF clone, Pelodiscus sinensis(Chinese soft-shelled turtle)

Gene
Clones
gRNAs

Summary

Gene Symbol	SETD1B
Entrez Gene ID	102448089
Full Name	SET domain containing 1B
Gene Type	protein-coding
Organism	Pelodiscus sinensis(Chinese soft-shelled turtle)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014573738.1	XP_014429224.1	LOW QUALITY PROTEIN: histone-lysine N-methyltransferase SETD1B

Pathways from BioSystems
Gene Ontology

The following SETD1B gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SETD1B 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
OPe29597	XM_014573738.1 Latest version!	Pelodiscus sinensis SET domain containing 1B (SETD1B), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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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)

SETD1B ( XM_014573738.1 ) cDNA ORF clone, Pelodiscus sinensis(Chinese soft-shelled turtle) -> XP_014429224.1 Pelodiscus sinensis SET domain containing 1B (SETD1B), mRNA.

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CloneID	OPe29597
Clone ID Related Accession (Same CDS sequence)	XM_014573738.1
Accession Version	XM_014573738.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5946bp) 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	2018-06-03
Organism	Pelodiscus sinensis(Chinese soft-shelled turtle)
Product	LOW QUALITY PROTEIN: histone-lysine N-methyltransferase SETD1B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005855251.1) 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 Name :: Pelodiscus sinensis Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 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##

ATGTCTTTCA AGGAGATCAA GGCAGGGGAA AAAGCCAAGC ACCCAGAAGA TCATGGCAAA 
AAACAGAGTT CAAGTTGGAT CAACGGAATG GAGAACAGCT CGCAAGCCAG CACTTCTGTC 
GAGAAAAGAA ATCACCACTG GAGAAGTTAC AAATTGATTA TTGACCCAGC TTTGAAAAAA 
GGACAGCATA AACTCTATCG TTATGATGGG CAAAATTTTA GCATGCCGAA CTCCGGAATT 
GCACCGGTGG ATTGTGTCAG AGATCCCAGG ATAGGACGAA TATGGACCAA AACCAAGGAG 
TTGGAGCTTT CTGTTCCCAA ATTCAAGATT GATGAGTTTT ACGTGGGGCC AGTGCCTCCC 
AAGCAGGTAA CCTTTGCCAA GTTGAATGAC AACATCCGTG AAAACTTTCT GACTGACATG 
TGCAAGAAAT ATGGTGAAGT GGAAGAGGTA GAGATTCTCT ATAACCCCAA GAACAAGAAG 
CACCTGGGCA TTGCCAAAGT GATCTTTGCC ACAGTGAAGG GGGCCAGGGA AGCAGTCCAG 
CACCTTCACA ACACATCTGT CATGGGCAAC ATCATCCACG TGGAACTGGA TACAAAAGGT 
GAAACTCGTA TGCGGTTCTA TGAATTGCTG GTTAATGGTC TTTACACTCC GCAGACCCTT 
CCTGTAGGCA ATGAGCAAGA AGTCTCACCA ACTGTGAATG AAACTCAGCA GTTGACTGAT 
TCTGTAAAAC GTCTGAAAGA CAGCAACCTT TCATCTGCGG GATCGTCCAT TACCCCAAAC 
AGCAGTACTC CATTTTCCCA CGATACTGCC TATTCCAGCT GTCGGCAAGA CACCCCAAAC 
TCATATAGCC AGTATACCCC ACAGTCCCAA GGAACCCCAC TCACCCCACG ACTGGGGACT 
CCGTTTTCCC AAGATTCAGC CTATTCCAGT CGTCAAACAA CACCAGCTTA CCATTATGGA 
CAGGACTCAG GGTATAAACC CAGGAGACAT GAAACAAAAT TTACAGATGC CTACAACAGG 
CGACCAGGAC ATCACTATGT CCATAATTCG GCAAATGTTT ACAGAGGGTC AGAACATCAG 
TTTAGCACAT ACAAGTCTCA TCAGCAAGAG CCAGTACAAT ATTCTCACAC TCCTCCCTTG 
AGCCACTCTG GTTCTTCAAC TTATAAATCT GCCTTCTCTC CATACCAAGC ACCAGCTGTG 
TTTCCTCCTT CTGATGAGCA GCAATATTCC CAAACTTCCA GAGATGCTGA GTACCGGAGA 
CCTGTACCAC CTCTAGCCGA GATCTTAATA GAAGGTAATG CTGCCACTAA TATTGACTTT 
GTTCCTGTGA AAGAAAAACA GGAGGAACTC CCACCTCTGC CACAGCCAAA CTGTGTTACT 
GAACAAAGTA CTGCATCCTT CTCTCAGACG CCAGAAAGGA GTGAAACACC TGGCACCCCA 
ACCATGGAGT CTGAAATGCA GCATAACAGT TTAGACTCAA GGATTGAGAT GCTCTTGAAA 
GAGCAGAGAA CAAAGTTACC TTTTCTCAAC GAGCATGATT CGGACAATGA GATCCGAATG 
GAAGGTAGCC CTATCTCTTC CTCCTCCTCC CAACTTTCTC CTATCCCATT GTATAGCTCG 
AATGCTCAGC CCAGTTATAG AGGTCAAACC CCATCCTCAC GTCCCTCCAG CACTGGCTTA 
GAGGACATTA GTCCAACACC GTTACCAGAT TCTGATGACG ACGAGCCAAT CCCTGGGACA 
CTTCCTCTGA GCCAGAATTC AAGAGGGACA TCAGAGGCTG GTATGATTCC TATTGATCAG 
CTAAGTAGCA CATCCAAAGC AGAGACTTCT GAGACTAAAG AAATGCTACC TGGTGACCAG 
ACACCAACAT CAGAAAAAAT GGATGAGGGT CAGCATTCCT CAGGGGAGGA CATGGAAATA 
TCCGACGATG AAATGAATTC TTCACCGATC ACCAGTGCAG AATGTGCCAA AACCATTGTG 
GTGAACTCCT CTGTTAGCAA CTCTGCTGTG ATGACACAAT CGATACCCAT GCCCCCTCCA 
GGGTTCCCTC CACTTCCACC CCCTCCACCA CCCCAACCGG GTTTTCCAAT GCCACCGCCT 
CTCCCACCAC CACCTCCGCC AACTCATCCT GCCGTCACTG TCCCTCCACC TCCGCTTCCT 
GCGCCACCTG GGGTCCCACC GCCTCATATT TTGCCTCCAC TTCCTCCATT CCATCCTGGC 
ATGTTTCCTG TCATGCAAGT GGATATGATA AATGTCCTGG GCAACCAGTG GGGCGGCATG 
CCAATGTCCT TTCAGATGCA AACTCAGATG CTGAGCCGCA TGATGCAGGG ACAGAACACC 
TATCAGTACC CACCTTTTAT GGGAAGTCGG ATGCAGTTTG TGAACCTCCC TCCCTACCGC 
CCTTTTGTAA TGGGGGCAGC TATTGGCCGG GGGCAGCAAT GGCCACCGCT GCCCAAGTTT 
GACCCTTCAG TCCCACCACC GGGTTACGTG CCGAAGAAGG AGGATCCGCA CAAGGCTACG 
GTGGATGGTG TTCTCTTGGT GATTGTGAAG GAACTAAAAG CAATTATGAA AAGGGACTTG 
AACCGGAAAA TGGTCGAGGT GGTAGCATTT AGAGCCTTTG ATGACTGGTG GGACAAGAAA 
GAACGCCTAG CAAAGGCATC GCTCACTCCA GTAAAGTCGG GAGAAAATAA AGATGAGGAA 
AAACCGAAGC CAAAGGATCG AATTACATCC TGCCTCCTGG AGAACTGGAA CAAAGGAGAA 
GGGCTTGGCT ATGAGGGAAT TGGCTTGGGC ATTGGTTTAC GAGGGGCCAT CCGGTTGCCA 
TCTTTCAAGG TGAAGAGAAA GGAACCACCT GAAGCTGCCT CAGCAGGAGA TCAGAAGAGA 
ATCAGACCCT CTACCTCTGT TGATGATGAA GATGAAGAGT CAGAAAGGGA CAGAGATATG 
TCTGATATTA CTTCAGATCT GTCTAAGAAA GATGCAGAAG CAGTAGGCCT CCGAAGGAGA 
CCAGCAAGAC CATTGGAGCT AGACAGTGAG GGGGAAGAAG GAGATGAGAC TTCAGGTAAA 
GAAGAAGAAT CCTGTTCTGA AAAGGAAGAT GAGCAGGACG AAGGGGGAGC ATTGGTGAAA 
GCAGCACCTG GCAAGGAGGA AGAGGATGAG GAGGAAGATG ATGCTGATGA CGAGGAGGAA 
GAGGATGAAG ATGAAGAAAC AGGAGTAGAA ACAAGTGAAA AGGAAGATGA GCAGGACTCA 
GAAGAAGATG TAGCGAGTCC CACATCTTCC AAAGCTGAAG CTGAATCATC TGATGAAAGT 
GAGGACTCCT CAGAATTTGA GTCAAGTTCT GACTCCGAAG AGGAGGAGGA GGAAGATGAG 
GAGGAAGAGG AAGAGGAGCT GGTAGCTAAT GTCCAAGATG GAGAAGCTAT GGCTGCTGAA 
ATAGAGCTTG AGTCTGCTAG TCATGATCTA GCAGATGAAG AAAAAGAGAC CATACTGGAA 
CTGTTTCCAG TGGAAGACTA TATGGAAGCA ACAAGCCTAG GAATAGAGAC ACCAGGTATG 
GCAGTAAGGG AGGAAGAGAT GGAAGAAACC AAGCAACAAG AAGGTGACAG TTGTGCAGTG 
CCAGAAGAAT CTATTGCTGC TGAAGGTTTG GTGGCCATGG AGAGACTCCA GGAAGTAAAG 
CTAATGCCAT CTCCTATATA TGTAGCAGTG GACGAGTCTG AATCGGATAT CAAGCCTAAG 
GTACTAGAGG GTCCAAAGCC TGAATCTCGC AATGAAGAAG AGAACCTCTG TCCCTCAGCA 
CCAGTGGGGG TATTTGGAGA ACCTCTGCTC AGTAAAAGCA GCTTCTTCAG TAAGTCTGAT 
GATGGTGATT TAGATGCCCA AGTTACAGGA AAACTATCCG CCGCAGAGGA GGAGAGACTG 
CCTTGGACTC CTGGACGGGA CACAGTGGTC CATTCGGATT CTGATACTCC CATACTTGCA 
GCTCACACGG TGCCACCTTC TACACTTTCC CTTCCATCAA CATCTAGTAA AGAGGAATCT 
TTAATCTCTC CAGAAAATTT CCCTGAACAG TTAACTGTGA CCAAAACAGC TCTGGATGAG 
GAACTTCCTA GGACTCCGGG GAGGGATATT ATGGCCAAAT CTTCACATGG CTTTGCAAAG 
TCACAGAGTA CGGACACTGT TCCAGCCACC CCTAGCAGCG ATGCTCCCCT TACAGGAAGT 
AGCTTGACTT TAAGTTCCCC TCAAGTCCCG GGTAGTCCGT TCTCATATCC ATCTCAATCT 
CCTGGGATTA ATAGTGGCAT TCCTCGGACT CCTGGGAGGG ATTTTAATTT CACACCTACT 
TTCCCAGAGC CTAGTGCGAC CCTTCCTTGC CTTTTGACTG GCAAGAAACC ATCAGAAGAT 
GAGCTAGATG AGAAATGTTT TAAAGAACCT CTCAGTGCTT CCTTAAGGGT TAGCATGAAT 
AGTATTCCCT CCCCAATTCC CTTTGCTAGC CCTCCTGAAG CTGCTTTCCA CACAGACATA 
GATTTGCCTC CTGCTGAGCC AGTATCTATA GCAGCCCTGC CATGCTTGCC TNGTGTAGCC 
ATGAAATCTG TTTTGCTCTA CCCAGAAGCA CCTACTGTAT CTCTTCCTCC TCCTGTTCCA 
CATCCTCCTT CTCCTCCTCC TTCTATGCCC ACCAAAAGAA AACCAGGTCG GCCAAAACGA 
TCCCCTCCCT CAGTCCTTTC TTTGGAGGCC TATCCCAGCA AAATTTCAGA GCCTCCTCCT 
GTCCCTGTTG CCTTGACTGA ATGTGCTGTG AGCAAAGAGT TATTGGGTGG GCATCCTGAT 
GCTTTTTATG GACTGAAAGA TCCCGAAGCA GTCACCCTAG ACTTCAGGAA CGACAGCTTC 
CACGAGAAGG TAACCCCGGA GGCTATTGCA GAAAAACTTC CATTTAAGGA ATTAGAGAAT 
CAATGGAATG AGGACTTCAA AGAAGAGGAG ACTCATGTGA AACCTAAAAG ACAGTGGCGA 
AGGCAGAAAA AGACATTCGA GGACATCCCA GTGATTCCTT CCCCTGAATA TTCTCCACAT 
CGGCCCCACT TCAGGCCCCG TTCTGAGTTC GAGGAGATGA CCATTTTGTA TGATATTTGG 
AATGGAGGAA TAGATGAGGA AGATATCAAG TTTATGTGTA TCACGTATGA TCGGTTGTTG 
CAGCAAGATA ATGGCATGGA CTGGCTCAAC GATACCCTTT GGGTATACCA TCCTTCTACT 
AGCTTTTCTA CACCGAAAAA GAAGAAGCGG GATGATGGGA TGCGAGAACA CATTACAGGT 
TGTGCCCGAA GCGAAGGCTA TTACAAAATT GATAAGAAGG ACAAACTTAA ATACCTCAAC 
AATAGTCGTG CATTGGCAGA GGAGCCTCCG GCTGATACAC AAGGAATGAG CATCCCTGCT 
CAGCCTCATG CTTCCACCCG GGCTGGCTCT GAGAGAAGAT CAGAGCAACG AAGGCTTCTC 
TCATCTTTCA CTGGTAGCTG TGACAGTGAC CTACTCAAAT TTAACCAACT CAAGTTCCGG 
AAGAAAAAGC TAAAATTCTG CAAGAGTCAC ATTCATGACT GGGGTCTCTT TGCTATGGAA 
CCCATTGCAG CTGACGAGAT GGTGATCGAA TACGTGGGTC AGAACATCAG ACAGGTCATT 
GCTGACATGC GAGAGAAACG ATATGAGGAT GAAGGCATTG GGAGCAGTTA CATGTTCAGG 
GTCGACCATG ACACCATCAT TGATGCCACA AAATGTGGAA ACTTTGCCAG GTTTATTAAT 
CATAGCTGCA ATCCAAATTG TTATGCTAAA GTAATTACCG TGGAGTCTCA GAAGAAGATT 
GTCATCTATT CAAAGCAGCA CATCAACGTG AATGAGGAAA TTACCTATGA CTATAAGTTC 
CCAATCGAGG ACGTAAAGAT CCCGTGTCTG TGCGGCTCTG AGAACTGCAG AGGGACCCTG 
AACTAA

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

RefSeq	XP_014429224.1
CDS	203..6148
Translation	MSFKEIKAGEKAKHPEDHGKKQSSSWINGMENSSQASTSVEKRNHHWRSYKLIIDPALKKGQHKLYRYDGQNFSMPNSGIAPVDCVRDPRIGRIWTKTKELELSVPKFKIDEFYVGPVPPKQVTFAKLNDNIRENFLTDMCKKYGEVEEVEILYNPKNKKHLGIAKVIFATVKGAREAVQHLHNTSVMGNIIHVELDTKGETRMRFYELLVNGLYTPQTLPVGNEQEVSPTVNETQQLTDSVKRLKDSNLSSAGSSITPNSSTPFSHDTAYSSCRQDTPNSYSQYTPQSQGTPLTPRLGTPFSQDSAYSSRQTTPAYHYGQDSGYKPRRHETKFTDAYNRRPGHHYVHNSANVYRGSEHQFSTYKSHQQEPVQYSHTPPLSHSGSSTYKSAFSPYQAPAVFPPSDEQQYSQTSRDAEYRRPVPPLAEILIEGNAATNIDFVPVKEKQEELPPLPQPNCVTEQSTASFSQTPERSETPGTPTMESEMQHNSLDSRIEMLLKEQRTKLPFLNEHDSDNEIRMEGSPISSSSSQLSPIPLYSSNAQPSYRGQTPSSRPSSTGLEDISPTPLPDSDDDEPIPGTLPLSQNSRGTSEAGMIPIDQLSSTSKAETSETKEMLPGDQTPTSEKMDEGQHSSGEDMEISDDEMNSSPITSAECAKTIVVNSSVSNSAVMTQSIPMPPPGFPPLPPPPPPQPGFPMPPPLPPPPPPTHPAVTVPPPPLPAPPGVPPPHILPPLPPFHPGMFPVMQVDMINVLGNQWGGMPMSFQMQTQMLSRMMQGQNTYQYPPFMGSRMQFVNLPPYRPFVMGAAIGRGQQWPPLPKFDPSVPPPGYVPKKEDPHKATVDGVLLVIVKELKAIMKRDLNRKMVEVVAFRAFDDWWDKKERLAKASLTPVKSGENKDEEKPKPKDRITSCLLENWNKGEGLGYEGIGLGIGLRGAIRLPSFKVKRKEPPEAASAGDQKRIRPSTSVDDEDEESERDRDMSDITSDLSKKDAEAVGLRRRPARPLELDSEGEEGDETSGKEEESCSEKEDEQDEGGALVKAAPGKEEEDEEEDDADDEEEEDEDEETGVETSEKEDEQDSEEDVASPTSSKAEAESSDESEDSSEFESSSDSEEEEEEDEEEEEEELVANVQDGEAMAAEIELESASHDLADEEKETILELFPVEDYMEATSLGIETPGMAVREEEMEETKQQEGDSCAVPEESIAAEGLVAMERLQEVKLMPSPIYVAVDESESDIKPKVLEGPKPESRNEEENLCPSAPVGVFGEPLLSKSSFFSKSDDGDLDAQVTGKLSAAEEERLPWTPGRDTVVHSDSDTPILAAHTVPPSTLSLPSTSSKEESLISPENFPEQLTVTKTALDEELPRTPGRDIMAKSSHGFAKSQSTDTVPATPSSDAPLTGSSLTLSSPQVPGSPFSYPSQSPGINSGIPRTPGRDFNFTPTFPEPSATLPCLLTGKKPSEDELDEKCFKEPLSASLRVSMNSIPSPIPFASPPEAAFHTDIDLPPAEPVSIAALPCLPnullVAMKSVLLYPEAPTVSLPPPVPHPPSPPPSMPTKRKPGRPKRSPPSVLSLEAYPSKISEPPPVPVALTECAVSKELLGGHPDAFYGLKDPEAVTLDFRNDSFHEKVTPEAIAEKLPFKELENQWNEDFKEEETHVKPKRQWRRQKKTFEDIPVIPSPEYSPHRPHFRPRSEFEEMTILYDIWNGGIDEEDIKFMCITYDRLLQQDNGMDWLNDTLWVYHPSTSFSTPKKKKRDDGMREHITGCARSEGYYKIDKKDKLKYLNNSRALAEEPPADTQGMSIPAQPHASTRAGSERRSEQRRLLSSFTGSCDSDLLKFNQLKFRKKKLKFCKSHIHDWGLFAMEPIAADEMVIEYVGQNIRQVIADMREKRYEDEGIGSSYMFRVDHDTIIDATKCGNFARFINHSCNPNCYAKVITVESQKKIVIYSKQHINVNEEITYDYKFPIEDVKIPCLCGSENCRGTLN

Target ORF information:

RefSeq Version	XM_014573738.1
Organism	Pelodiscus sinensis(Chinese soft-shelled turtle)
Definition	Pelodiscus sinensis SET domain containing 1B (SETD1B), mRNA.

Target ORF information:

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

XM_014573738.1

ORF Insert Sequence:

ATGTCTTTCA AGGAGATCAA GGCAGGGGAA AAAGCCAAGC ACCCAGAAGA TCATGGCAAA 
AAACAGAGTT CAAGTTGGAT CAACGGAATG GAGAACAGCT CGCAAGCCAG CACTTCTGTC 
GAGAAAAGAA ATCACCACTG GAGAAGTTAC AAATTGATTA TTGACCCAGC TTTGAAAAAA 
GGACAGCATA AACTCTATCG TTATGATGGG CAAAATTTTA GCATGCCGAA CTCCGGAATT 
GCACCGGTGG ATTGTGTCAG AGATCCCAGG ATAGGACGAA TATGGACCAA AACCAAGGAG 
TTGGAGCTTT CTGTTCCCAA ATTCAAGATT GATGAGTTTT ACGTGGGGCC AGTGCCTCCC 
AAGCAGGTAA CCTTTGCCAA GTTGAATGAC AACATCCGTG AAAACTTTCT GACTGACATG 
TGCAAGAAAT ATGGTGAAGT GGAAGAGGTA GAGATTCTCT ATAACCCCAA GAACAAGAAG 
CACCTGGGCA TTGCCAAAGT GATCTTTGCC ACAGTGAAGG GGGCCAGGGA AGCAGTCCAG 
CACCTTCACA ACACATCTGT CATGGGCAAC ATCATCCACG TGGAACTGGA TACAAAAGGT 
GAAACTCGTA TGCGGTTCTA TGAATTGCTG GTTAATGGTC TTTACACTCC GCAGACCCTT 
CCTGTAGGCA ATGAGCAAGA AGTCTCACCA ACTGTGAATG AAACTCAGCA GTTGACTGAT 
TCTGTAAAAC GTCTGAAAGA CAGCAACCTT TCATCTGCGG GATCGTCCAT TACCCCAAAC 
AGCAGTACTC CATTTTCCCA CGATACTGCC TATTCCAGCT GTCGGCAAGA CACCCCAAAC 
TCATATAGCC AGTATACCCC ACAGTCCCAA GGAACCCCAC TCACCCCACG ACTGGGGACT 
CCGTTTTCCC AAGATTCAGC CTATTCCAGT CGTCAAACAA CACCAGCTTA CCATTATGGA 
CAGGACTCAG GGTATAAACC CAGGAGACAT GAAACAAAAT TTACAGATGC CTACAACAGG 
CGACCAGGAC ATCACTATGT CCATAATTCG GCAAATGTTT ACAGAGGGTC AGAACATCAG 
TTTAGCACAT ACAAGTCTCA TCAGCAAGAG CCAGTACAAT ATTCTCACAC TCCTCCCTTG 
AGCCACTCTG GTTCTTCAAC TTATAAATCT GCCTTCTCTC CATACCAAGC ACCAGCTGTG 
TTTCCTCCTT CTGATGAGCA GCAATATTCC CAAACTTCCA GAGATGCTGA GTACCGGAGA 
CCTGTACCAC CTCTAGCCGA GATCTTAATA GAAGGTAATG CTGCCACTAA TATTGACTTT 
GTTCCTGTGA AAGAAAAACA GGAGGAACTC CCACCTCTGC CACAGCCAAA CTGTGTTACT 
GAACAAAGTA CTGCATCCTT CTCTCAGACG CCAGAAAGGA GTGAAACACC TGGCACCCCA 
ACCATGGAGT CTGAAATGCA GCATAACAGT TTAGACTCAA GGATTGAGAT GCTCTTGAAA 
GAGCAGAGAA CAAAGTTACC TTTTCTCAAC GAGCATGATT CGGACAATGA GATCCGAATG 
GAAGGTAGCC CTATCTCTTC CTCCTCCTCC CAACTTTCTC CTATCCCATT GTATAGCTCG 
AATGCTCAGC CCAGTTATAG AGGTCAAACC CCATCCTCAC GTCCCTCCAG CACTGGCTTA 
GAGGACATTA GTCCAACACC GTTACCAGAT TCTGATGACG ACGAGCCAAT CCCTGGGACA 
CTTCCTCTGA GCCAGAATTC AAGAGGGACA TCAGAGGCTG GTATGATTCC TATTGATCAG 
CTAAGTAGCA CATCCAAAGC AGAGACTTCT GAGACTAAAG AAATGCTACC TGGTGACCAG 
ACACCAACAT CAGAAAAAAT GGATGAGGGT CAGCATTCCT CAGGGGAGGA CATGGAAATA 
TCCGACGATG AAATGAATTC TTCACCGATC ACCAGTGCAG AATGTGCCAA AACCATTGTG 
GTGAACTCCT CTGTTAGCAA CTCTGCTGTG ATGACACAAT CGATACCCAT GCCCCCTCCA 
GGGTTCCCTC CACTTCCACC CCCTCCACCA CCCCAACCGG GTTTTCCAAT GCCACCGCCT 
CTCCCACCAC CACCTCCGCC AACTCATCCT GCCGTCACTG TCCCTCCACC TCCGCTTCCT 
GCGCCACCTG GGGTCCCACC GCCTCATATT TTGCCTCCAC TTCCTCCATT CCATCCTGGC 
ATGTTTCCTG TCATGCAAGT GGATATGATA AATGTCCTGG GCAACCAGTG GGGCGGCATG 
CCAATGTCCT TTCAGATGCA AACTCAGATG CTGAGCCGCA TGATGCAGGG ACAGAACACC 
TATCAGTACC CACCTTTTAT GGGAAGTCGG ATGCAGTTTG TGAACCTCCC TCCCTACCGC 
CCTTTTGTAA TGGGGGCAGC TATTGGCCGG GGGCAGCAAT GGCCACCGCT GCCCAAGTTT 
GACCCTTCAG TCCCACCACC GGGTTACGTG CCGAAGAAGG AGGATCCGCA CAAGGCTACG 
GTGGATGGTG TTCTCTTGGT GATTGTGAAG GAACTAAAAG CAATTATGAA AAGGGACTTG 
AACCGGAAAA TGGTCGAGGT GGTAGCATTT AGAGCCTTTG ATGACTGGTG GGACAAGAAA 
GAACGCCTAG CAAAGGCATC GCTCACTCCA GTAAAGTCGG GAGAAAATAA AGATGAGGAA 
AAACCGAAGC CAAAGGATCG AATTACATCC TGCCTCCTGG AGAACTGGAA CAAAGGAGAA 
GGGCTTGGCT ATGAGGGAAT TGGCTTGGGC ATTGGTTTAC GAGGGGCCAT CCGGTTGCCA 
TCTTTCAAGG TGAAGAGAAA GGAACCACCT GAAGCTGCCT CAGCAGGAGA TCAGAAGAGA 
ATCAGACCCT CTACCTCTGT TGATGATGAA GATGAAGAGT CAGAAAGGGA CAGAGATATG 
TCTGATATTA CTTCAGATCT GTCTAAGAAA GATGCAGAAG CAGTAGGCCT CCGAAGGAGA 
CCAGCAAGAC CATTGGAGCT AGACAGTGAG GGGGAAGAAG GAGATGAGAC TTCAGGTAAA 
GAAGAAGAAT CCTGTTCTGA AAAGGAAGAT GAGCAGGACG AAGGGGGAGC ATTGGTGAAA 
GCAGCACCTG GCAAGGAGGA AGAGGATGAG GAGGAAGATG ATGCTGATGA CGAGGAGGAA 
GAGGATGAAG ATGAAGAAAC AGGAGTAGAA ACAAGTGAAA AGGAAGATGA GCAGGACTCA 
GAAGAAGATG TAGCGAGTCC CACATCTTCC AAAGCTGAAG CTGAATCATC TGATGAAAGT 
GAGGACTCCT CAGAATTTGA GTCAAGTTCT GACTCCGAAG AGGAGGAGGA GGAAGATGAG 
GAGGAAGAGG AAGAGGAGCT GGTAGCTAAT GTCCAAGATG GAGAAGCTAT GGCTGCTGAA 
ATAGAGCTTG AGTCTGCTAG TCATGATCTA GCAGATGAAG AAAAAGAGAC CATACTGGAA 
CTGTTTCCAG TGGAAGACTA TATGGAAGCA ACAAGCCTAG GAATAGAGAC ACCAGGTATG 
GCAGTAAGGG AGGAAGAGAT GGAAGAAACC AAGCAACAAG AAGGTGACAG TTGTGCAGTG 
CCAGAAGAAT CTATTGCTGC TGAAGGTTTG GTGGCCATGG AGAGACTCCA GGAAGTAAAG 
CTAATGCCAT CTCCTATATA TGTAGCAGTG GACGAGTCTG AATCGGATAT CAAGCCTAAG 
GTACTAGAGG GTCCAAAGCC TGAATCTCGC AATGAAGAAG AGAACCTCTG TCCCTCAGCA 
CCAGTGGGGG TATTTGGAGA ACCTCTGCTC AGTAAAAGCA GCTTCTTCAG TAAGTCTGAT 
GATGGTGATT TAGATGCCCA AGTTACAGGA AAACTATCCG CCGCAGAGGA GGAGAGACTG 
CCTTGGACTC CTGGACGGGA CACAGTGGTC CATTCGGATT CTGATACTCC CATACTTGCA 
GCTCACACGG TGCCACCTTC TACACTTTCC CTTCCATCAA CATCTAGTAA AGAGGAATCT 
TTAATCTCTC CAGAAAATTT CCCTGAACAG TTAACTGTGA CCAAAACAGC TCTGGATGAG 
GAACTTCCTA GGACTCCGGG GAGGGATATT ATGGCCAAAT CTTCACATGG CTTTGCAAAG 
TCACAGAGTA CGGACACTGT TCCAGCCACC CCTAGCAGCG ATGCTCCCCT TACAGGAAGT 
AGCTTGACTT TAAGTTCCCC TCAAGTCCCG GGTAGTCCGT TCTCATATCC ATCTCAATCT 
CCTGGGATTA ATAGTGGCAT TCCTCGGACT CCTGGGAGGG ATTTTAATTT CACACCTACT 
TTCCCAGAGC CTAGTGCGAC CCTTCCTTGC CTTTTGACTG GCAAGAAACC ATCAGAAGAT 
GAGCTAGATG AGAAATGTTT TAAAGAACCT CTCAGTGCTT CCTTAAGGGT TAGCATGAAT 
AGTATTCCCT CCCCAATTCC CTTTGCTAGC CCTCCTGAAG CTGCTTTCCA CACAGACATA 
GATTTGCCTC CTGCTGAGCC AGTATCTATA GCAGCCCTGC CATGCTTGCC TNGTGTAGCC 
ATGAAATCTG TTTTGCTCTA CCCAGAAGCA CCTACTGTAT CTCTTCCTCC TCCTGTTCCA 
CATCCTCCTT CTCCTCCTCC TTCTATGCCC ACCAAAAGAA AACCAGGTCG GCCAAAACGA 
TCCCCTCCCT CAGTCCTTTC TTTGGAGGCC TATCCCAGCA AAATTTCAGA GCCTCCTCCT 
GTCCCTGTTG CCTTGACTGA ATGTGCTGTG AGCAAAGAGT TATTGGGTGG GCATCCTGAT 
GCTTTTTATG GACTGAAAGA TCCCGAAGCA GTCACCCTAG ACTTCAGGAA CGACAGCTTC 
CACGAGAAGG TAACCCCGGA GGCTATTGCA GAAAAACTTC CATTTAAGGA ATTAGAGAAT 
CAATGGAATG AGGACTTCAA AGAAGAGGAG ACTCATGTGA AACCTAAAAG ACAGTGGCGA 
AGGCAGAAAA AGACATTCGA GGACATCCCA GTGATTCCTT CCCCTGAATA TTCTCCACAT 
CGGCCCCACT TCAGGCCCCG TTCTGAGTTC GAGGAGATGA CCATTTTGTA TGATATTTGG 
AATGGAGGAA TAGATGAGGA AGATATCAAG TTTATGTGTA TCACGTATGA TCGGTTGTTG 
CAGCAAGATA ATGGCATGGA CTGGCTCAAC GATACCCTTT GGGTATACCA TCCTTCTACT 
AGCTTTTCTA CACCGAAAAA GAAGAAGCGG GATGATGGGA TGCGAGAACA CATTACAGGT 
TGTGCCCGAA GCGAAGGCTA TTACAAAATT GATAAGAAGG ACAAACTTAA ATACCTCAAC 
AATAGTCGTG CATTGGCAGA GGAGCCTCCG GCTGATACAC AAGGAATGAG CATCCCTGCT 
CAGCCTCATG CTTCCACCCG GGCTGGCTCT GAGAGAAGAT CAGAGCAACG AAGGCTTCTC 
TCATCTTTCA CTGGTAGCTG TGACAGTGAC CTACTCAAAT TTAACCAACT CAAGTTCCGG 
AAGAAAAAGC TAAAATTCTG CAAGAGTCAC ATTCATGACT GGGGTCTCTT TGCTATGGAA 
CCCATTGCAG CTGACGAGAT GGTGATCGAA TACGTGGGTC AGAACATCAG ACAGGTCATT 
GCTGACATGC GAGAGAAACG ATATGAGGAT GAAGGCATTG GGAGCAGTTA CATGTTCAGG 
GTCGACCATG ACACCATCAT TGATGCCACA AAATGTGGAA ACTTTGCCAG GTTTATTAAT 
CATAGCTGCA ATCCAAATTG TTATGCTAAA GTAATTACCG TGGAGTCTCA GAAGAAGATT 
GTCATCTATT CAAAGCAGCA CATCAACGTG AATGAGGAAA TTACCTATGA CTATAAGTTC 
CCAATCGAGG ACGTAAAGAT CCCGTGTCTG TGCGGCTCTG AGAACTGCAG AGGGACCCTG 
AACTAA