PHF3 cDNA ORF clone, Rhinopithecus bieti(black snub-nosed monkey)

Gene
Clones
gRNAs

Summary

Gene Symbol	PHF3
Entrez Gene ID	108526739
Full Name	PHD finger protein 3
Gene Type	protein-coding
Organism	Rhinopithecus bieti(black snub-nosed monkey)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017867599.1	XP_017723088.1	LOW QUALITY PROTEIN: PHD finger protein 3

Pathways from BioSystems
Gene Ontology

The following PHF3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PHF3 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
ORh32554	XM_017867599.1 Latest version!	Rhinopithecus bieti PHD finger protein 3 (PHF3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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)

PHF3 ( XM_017867599.1 ) cDNA ORF clone, Rhinopithecus bieti(black snub-nosed monkey) -> XP_017723088.1 Rhinopithecus bieti PHD finger protein 3 (PHF3), mRNA.

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CloneID	ORh32554
Clone ID Related Accession (Same CDS sequence)	XM_017867599.1
Accession Version	XM_017867599.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6120bp) 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	2016-08-23
Organism	Rhinopithecus bieti(black snub-nosed monkey)
Product	LOW QUALITY PROTEIN: PHD finger protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016803161.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rhinopithecus bieti Annotation Release 100 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## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGGATATAG TTGATACATT TAATCATTTA ATTCCTACTG AACACTTAGA TGATGCCCTA 
TTTCTAGGAT CCAACCTGGA GAATGAAGTC TGTGAGGATT TTAGTGCAAG TCAAAATGTC 
TTAGAGGACT CGCTGAAGAA CATGCTCAGC GATAAGGATC CTATGCTAGG ATCTGCAAGT 
AACCAGTTCT GTTTGCCTGT TTTGGATAGC AATGATCCCA ATTTCCAGAT GCCTTGTTCA 
ACAGTTGTTG GTCTTGACGA TATTATGGAT GAAGGAGTTG TTAAAGAAAG TGGCAATGAT 
ACCATTGATG AAGAAGAACT GATTTTACCT AACAGGAACT TAAGGGACAA GGTAGAAGAA 
AATTCAGTGA GATCACCAAG AAAATCACCT CGTTTAATGG CACAAGAACA AGTAAGAAGT 
TTGCGGCAGA GCACTATTGC CAAGCGTTCA AATGCAGCAC CATTAAGTAA CACAAAAAAA 
CCATCTGGGA AGACTGTATC TACCCCTAAA GCAGGAGTGA AACAGCCAGA AAGGAGTCAG 
GTTAAAGAAG AAGTTTGTAC GTCACTGAAA CCTGAGTACC ATAAGGAGAA TAGAAGGAGC 
AGCCGAAATA GTGGACAAAT TGAAGTGGTA CCTGAAGTAT CAGTGTCTTC AAGTCATTCT 
TCAGTGTCAT CTTGTCTTGA AATGAAGGAT GAAGATGGAT TAGATTCTAA GCATAAGTGT 
AATAATCAGG GAGAAGCAGA TGTGCCATCT CATGAATTAA CTTGTTCACT TCTTTCAGAG 
ACTTGTGTTA CTATTGGAGA AAAGAAAAAT GAAGCTCTGA TGGAATGTAA AGCCAAGCCT 
GTTGGTAGCC CATTGTTTAA GTTTTCAGAT AAAGAACATG AACAAAATGA TTCCATTTCA 
GGTAAATCGA ATGAGACTGT TGTTGAAGAA ATGATAGCAA CAAGAAAAGT TGAACAAGGA 
TCAAAGGAGA CTGTAAAATT ATCCCGTGAA GATGACCATA TTCTTGAGGA CCCTGGATCT 
TCTGATAGTT CTGGTGATAC TGCTTGTACA AATCCAAATA AGACAGAAAA CAGCCTTGTA 
GGTTTGCCTA GTTGTGTGGA TGAAGTGACT GAATGTAATT TGGAATTGAG GGATACCATG 
GATATTGCTG ATAAAACTGA GAACACCCTT GAAAGAGATA AAATGGAACC ATTGGGTTAT 
TGTGAAGATG CAAAGTCTAA TAGACAGTTG GAGAGCACTG AGTTTAATAA ATCAAACTTA 
GAGGTGGTTG ATACTAGTAC TTTTGAACCA GAAAGTAATA TTTTGGAAAA TGCTATTTGT 
GATGTGCCTG ACCAAAATTC AAAACAGTTG AATGCTGTAG AAAGTACTAA AATAGAGTCC 
CATGAAACAG CAAACCTTCA GGATGACAGA AACAGCCAGT CAAGTAGCGT TTCTTACTTA 
GAGTCAAAAA GTGTAAAATC CAAACATCCA AAACCTGTAA TTCATTCTAA GCAAAACATG 
ACCACAGATA CTCCGAAGAA AATTGTTGCA GCAAAGTATG AAGTAATGCA TAGCAAAACT 
AAAGTTAATG TCAAAAGTGT GAAACGAAAT ACTGATGAAC CAGAATCTCA GCAAAATTTT 
CATAGGCCAG TCAAAGTCAG AAAAAAACAA ATTGATAAGG AGCCAAAGAT TCAGACTTGC 
AATTCTGGGG TTAAATCTGT GAAAAACCAA GCTCATTCTG TATTGAAAAA AACATTACAG 
GACCAAACTG TAGTACAAAT TTTCAAGCCC TTAACTCATT CTTTGAGTGA TAAGTCACAT 
GCTCATCCTG GTTGCTTGAA AGAACCTCAT CATCTTGCAC AAACTGGACA TGTATCACAT 
TCCAGCCAGA AACAGTGTCA TAAGCCTCAG CAACAGGCCC TAGCAATGAA AACCAATAGT 
CATGTGAAGG AAGAGCTTGA ACACCCAGGC ATTGAGCATT TTAAGGAAGA GGATAAACTG 
AAACTGAAAA AACCTGAGAA GAACCTACAA CCCCGCCAAA GAAGAAGCAG CAGAAGTTTT 
TCTTTAGATG AGCCACCATT GTTCATTCCA GATAACATAG CTACCATAAA AAGAGAAGGC 
TCTGATCATA CCTCCTCATT TGAAAGCAAA TATATGTGGA CTCCCAGCAA GCAGTGTGGG 
TTTTGCAAAA AACCCCATGG CAACAGGTTT ATGGTTGGCT GTGGGAGATG TGATGACTGG 
TTTCATGGTG ATTGTGTTGG GTTAAGTCTT TCTCAAGCAC AACAGATGGG CGAGGAAGAC 
AAAGAATATG TCTGTGTAAA ATGTTGTGCT GAAGAAGACA AAAAGACTGA AATATTAGAT 
CCAGATACTT TGGAAAACCA AGCTACAGTT GAATTCCATA GTGAAGATAA AACAATGGAG 
TGTGAAAAGC TTGGATTATC AAAACACACA GCAAATGATA GAACCAAATA TATAGATGAT 
ACAGTGAAGC ACAAGGTCAA AATTTTAAAA CGGGAGTCTG GTGAAGGCAG AAATTCATCA 
GACTGTAGAG ATAATGAAAT TAAAAAATGG CAGCTAGCTC CTCTTCGTAA GATGGGACAA 
CCAGTTTTAC CTCGGAGATC CTCAGAAGAA AAAAGTGAAA AAATACCAAA AGAGTCTACA 
ACTGTTACTT GCACAGGAGA AAAAGCTTCA AAACCAGGTA CTCTTGAGAA GCAAGAGATG 
AAAAGAAGAA AGTTGNNAAA AGGAGTGCTT AATGTACATC CTCCTGCTGC TTCTGCTTCC 
AAGCCTTCTG CAGATCAGAT CAGGCAAAGT GTCAGACATT CTCTCAAAGA CATTCTTATG 
AAGAGACTTA CAGACTCAAA TTTGAAGGTA CCAGAGGAAA AGGCAGCAAA AGTTGCCACA 
AAAATTGAGA AAGAACTTTT CTCTTTTTTT CGGGACACAG ATGCTAAATA TAAGAACAAA 
TACAGAAGTT TGATGTTTAA TTTGAAAGAT CCTAAAAACA ATATATTATT TAAAAAAGTA 
CTGAAAGGAG AAGTAACTCC TGATCATCTT ATCAGAATGA GTCCAGAAGA ACTAGCTTCT 
AAAGAGTTAG CTGCTTGGAG ACGAAGAGAA AACAGACATA CCATAGAAAT GATTGAGAAA 
GAGCAGAGAG AAGTGGAACG ACGGCCAATC ACCAAAATAA CTCATAAAGG TGAAATAGAA 
ATTGAGAGTG ATGCCCCAAT GAAAGAACAG GAAGCAGCCA TGGAGATTCA GGAACCAGCT 
GCCAATAAGT CACTGGAGAA GCCAGAAGGA TCTGAAAAAC AAAAAGAGGA GATTGACTCT 
ATGTCTAAAG ATACCACTAG TCAACACAGA CAGCATCTTT TTGATCTCAA TTGCAAAATT 
TGCATAGGTC GAATGGCACC ACCTGTAGAT GATCTTTCTC CAAAAAAAGT AAAAGTTGTT 
GTAGGAGTAA CTCGTAAACA TTCAGACAAT GAAGCAGAAA GTATAGCAGA TGCGTTGTCT 
TCAACCTCAA ATATTTTGGC TTCTGAATTC TTTGAGGAGG AGAAACAAGA GTCTCCAAAG 
TCAACATTCT CTCCTGCTCC ACGTCCAGAG ATGCCTGGAA CTGTTGAGGT TGAGTCTACC 
TTTCTGGCTC GATTGAACTT CATCTGGAAA GGTTTTATCA ACATGCCTTC TGTGGCAAAA 
TTTGTTACCA AAGCCTATCC AGTATCTGGC TCCCCTGAAT ACCTGACAGA GGATCTACCA 
GATAGTATTC AAGTAGGTGG CAGGATATCA CCTCAGACAG TTTGGGATTA TGTGGAAAAA 
ATAAAAGCAT CAGGAACCAA GGAAATTTGT GTGGTTCGCT TCACACCAGT AACTGAAGAA 
GATCAAATTT CTTATACTTT GCTCTTTGCA TACTTCAGTA GCAGAAAGCG CTATGGAGTA 
GCTGCTAACA ACATGAAGCA GGTTAAAGAT ATGTACCTTA TTCCTTTGGG TGCCACAGAT 
AAAATTCCAC ACCCTCTTGT GCCTTTTGAT GGACCTGGGC TTGAACTGCA TAGACCTAAT 
CTATTGTTGG GCTTAATTAT TCGTCAGAAA CTGAAGCGGC AGCACAGTGC CTGTGCTAGT 
ACGAGTCATA TAGCTGAGAC TCCTGAAAGT GCACCAATAG CATTGCCACC TGATAAAAAA 
AATAAAATAG AAGTTTCTAC GGAAGAAGCA CCAGAGGAAG AAAATGACTT TTTTAATTCC 
TTTACAACTG TATTACACAA GCAGAGAAAT AAACCTCAGC AGAATCTTCA GGAAGACCTT 
CCAACAGCAG TTGAACCTTT AATGGAAGTC ACCAAACATG AGCCACCAAA ACCTTTAAGA 
TTTCTTCCTG GCGTACTGAT TGGCTGGGAA AATCAACCGA CTACTCTGGA ATTAGCAAAT 
AAACCTCTTC CTGTGGATGA TATACTTCAA AGCCTTTTGG GCACCGCTGG TCAAGTATAT 
GACCAGGCTC AGTCAGTGAT GGAACAAAAC GCTCTTAAAG AAATTCCATT TTTAAATGAG 
CAGACCAACT CAAAAATAGA AAAAATAGAT AATGTGGAAG TCACTGATGG TGAAAACAAG 
GAGGTAAAAG TTAAAGTAGA TAATCTTTCA GAATCCACAG ATAAGTCAGC AGTAATAGGA 
GAAGAAACAT CAATAGTAGG ATCCTCTTCC ATTTCTGCAG GTCCTTTGAC AAGTCTTAGT 
CTCAGAGGTA AACCACCAGA TGTTTCTACA GAAGCATTTT TAACAAATTT ATCGATTCAG 
TCAAAACAAG AGGAAACTGT GGAGAGTAAA GAGAAAACAT TAAAAAGACA GCTTCAGGAA 
GATCAAGAGA ATAGTTTGCA AGATAACCAG ACTTCAGATA GTTCTCCATG CAGATCTAAT 
GTAGGAAAAG GAAACATAGA TGGTAATGTG AGCTGTAGTG AAAACCTTGT TGCTAATACA 
AGGTCTCCAC AGTTTATCAA CCTAAAAAGG GATCCTAGGC AAGCAGCAGG ACGAAGTCAG 
CCTGTAACTA CTTCAGAAAG CAAAGATGGA GATAGTTGCA GGAATGGAGA AAAACACATC 
CTTCCTGGTC TGTCACACAA CAAGGAGCAC TTAACAGAAC AAATGAATGT AGAGGAAAAG 
TTGTGTTCTG TAGAGAAAAA CTCGTGTGTT CAGCAGAGTG ACAATTTAAA AGTTGCACAA 
AACTCGCCAT CGGTAGAAAA CATACAGACT TCTCAGGCAG AACAAGCAAA ACCCTTACAG 
GAGGATATTT TAATGCAAAA TATTGAAACT GTGCACCCAT TTCGAAGAGG ATCAGCAGTA 
GCGACATCTC ATTTTGAAGT TGGAAACACA TGTCCATCAG AATTTCCTTC TAAAAGCATC 
ACCTTTACTT CCAGAAGCAC CAGCCCCAGA ACAAGTACAA ACTTTTCACC CGTGAGGCCA 
CAGCAGCCCA ACCTTCAGCA TCTCAAGTCT AGCCCACCTG GATTTCCATT TCCAGGGCCT 
CCTAATTTTC CCCCACAAAG CATGTTTGGA TTTCCTCCAC ATTTGCCACC TCCATTACTT 
CCCCCTCCAG GCTTTGGCTT TGCTCAAAAT CCCATGGTTC CCTGGCCACC TGTTGTTCAT 
CTCCCAGGTC AGCCACAGCG TATGATGGGT CCTCTCTCAC AAGCATCAAG GTATATAGGC 
CCACAGAGTT TTTACCAGGT TAAAGACGTT CGGAGACCAG AAAGGCGCCA TAGTGACCCT 
TGGGGTAGGC AAGACCAACA GCAACTGGAT AGGTCATTTA ATAGGGGTAA AGGGGACCGC 
CAGAGATTTT ATAGTGATTC ACACCACTTG AAAAGAGAGC GACATGAAAA GGAATGGGAG 
CAAGAATCTG AAAGGCATAG ACGCAGAGAC AGAAGCCAAG ACAAGGACAG AGACAGAAAA 
AGCAGGGAGG AAGGGCACAA AGATAAAGAG AGGGCACGGT TATCACATGG TGATCGAGGA 
ACAGATGGAA AAGCAAGCAG AGATAGTAGG AGTGTAGACA AGAAGCCAGA TAAACCTAAA 
AGTGAAGACT ATGAGAAGGA CAAAGATCGA GAGAAAAGTA AACATAGAGA AGGAGAAAAG 
GACAGGGATA GGTACCACAA AGATAGGGAC CACACTGACA GAACTAAAAG CAAAAGGTAA

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

RefSeq	XP_017723088.1
CDS	365..6484
Translation	MDIVDTFNHLIPTEHLDDALFLGSNLENEVCEDFSASQNVLEDSLKNMLSDKDPMLGSASNQFCLPVLDSNDPNFQMPCSTVVGLDDIMDEGVVKESGNDTIDEEELILPNRNLRDKVEENSVRSPRKSPRLMAQEQVRSLRQSTIAKRSNAAPLSNTKKPSGKTVSTPKAGVKQPERSQVKEEVCTSLKPEYHKENRRSSRNSGQIEVVPEVSVSSSHSSVSSCLEMKDEDGLDSKHKCNNQGEADVPSHELTCSLLSETCVTIGEKKNEALMECKAKPVGSPLFKFSDKEHEQNDSISGKSNETVVEEMIATRKVEQGSKETVKLSREDDHILEDPGSSDSSGDTACTNPNKTENSLVGLPSCVDEVTECNLELRDTMDIADKTENTLERDKMEPLGYCEDAKSNRQLESTEFNKSNLEVVDTSTFEPESNILENAICDVPDQNSKQLNAVESTKIESHETANLQDDRNSQSSSVSYLESKSVKSKHPKPVIHSKQNMTTDTPKKIVAAKYEVMHSKTKVNVKSVKRNTDEPESQQNFHRPVKVRKKQIDKEPKIQTCNSGVKSVKNQAHSVLKKTLQDQTVVQIFKPLTHSLSDKSHAHPGCLKEPHHLAQTGHVSHSSQKQCHKPQQQALAMKTNSHVKEELEHPGIEHFKEEDKLKLKKPEKNLQPRQRRSSRSFSLDEPPLFIPDNIATIKREGSDHTSSFESKYMWTPSKQCGFCKKPHGNRFMVGCGRCDDWFHGDCVGLSLSQAQQMGEEDKEYVCVKCCAEEDKKTEILDPDTLENQATVEFHSEDKTMECEKLGLSKHTANDRTKYIDDTVKHKVKILKRESGEGRNSSDCRDNEIKKWQLAPLRKMGQPVLPRRSSEEKSEKIPKESTTVTCTGEKASKPGTLEKQEMKRRKLnullKGVLNVHPPAASASKPSADQIRQSVRHSLKDILMKRLTDSNLKVPEEKAAKVATKIEKELFSFFRDTDAKYKNKYRSLMFNLKDPKNNILFKKVLKGEVTPDHLIRMSPEELASKELAAWRRRENRHTIEMIEKEQREVERRPITKITHKGEIEIESDAPMKEQEAAMEIQEPAANKSLEKPEGSEKQKEEIDSMSKDTTSQHRQHLFDLNCKICIGRMAPPVDDLSPKKVKVVVGVTRKHSDNEAESIADALSSTSNILASEFFEEEKQESPKSTFSPAPRPEMPGTVEVESTFLARLNFIWKGFINMPSVAKFVTKAYPVSGSPEYLTEDLPDSIQVGGRISPQTVWDYVEKIKASGTKEICVVRFTPVTEEDQISYTLLFAYFSSRKRYGVAANNMKQVKDMYLIPLGATDKIPHPLVPFDGPGLELHRPNLLLGLIIRQKLKRQHSACASTSHIAETPESAPIALPPDKKNKIEVSTEEAPEEENDFFNSFTTVLHKQRNKPQQNLQEDLPTAVEPLMEVTKHEPPKPLRFLPGVLIGWENQPTTLELANKPLPVDDILQSLLGTAGQVYDQAQSVMEQNALKEIPFLNEQTNSKIEKIDNVEVTDGENKEVKVKVDNLSESTDKSAVIGEETSIVGSSSISAGPLTSLSLRGKPPDVSTEAFLTNLSIQSKQEETVESKEKTLKRQLQEDQENSLQDNQTSDSSPCRSNVGKGNIDGNVSCSENLVANTRSPQFINLKRDPRQAAGRSQPVTTSESKDGDSCRNGEKHILPGLSHNKEHLTEQMNVEEKLCSVEKNSCVQQSDNLKVAQNSPSVENIQTSQAEQAKPLQEDILMQNIETVHPFRRGSAVATSHFEVGNTCPSEFPSKSITFTSRSTSPRTSTNFSPVRPQQPNLQHLKSSPPGFPFPGPPNFPPQSMFGFPPHLPPPLLPPPGFGFAQNPMVPWPPVVHLPGQPQRMMGPLSQASRYIGPQSFYQVKDVRRPERRHSDPWGRQDQQQLDRSFNRGKGDRQRFYSDSHHLKRERHEKEWEQESERHRRRDRSQDKDRDRKSREEGHKDKERARLSHGDRGTDGKASRDSRSVDKKPDKPKSEDYEKDKDREKSKHREGEKDRDRYHKDRDHTDRTKSKR

Target ORF information:

RefSeq Version	XM_017867599.1
Organism	Rhinopithecus bieti(black snub-nosed monkey)
Definition	Rhinopithecus bieti PHD finger protein 3 (PHF3), mRNA.

Target ORF information:

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

XM_017867599.1

ORF Insert Sequence:

ATGGATATAG TTGATACATT TAATCATTTA ATTCCTACTG AACACTTAGA TGATGCCCTA 
TTTCTAGGAT CCAACCTGGA GAATGAAGTC TGTGAGGATT TTAGTGCAAG TCAAAATGTC 
TTAGAGGACT CGCTGAAGAA CATGCTCAGC GATAAGGATC CTATGCTAGG ATCTGCAAGT 
AACCAGTTCT GTTTGCCTGT TTTGGATAGC AATGATCCCA ATTTCCAGAT GCCTTGTTCA 
ACAGTTGTTG GTCTTGACGA TATTATGGAT GAAGGAGTTG TTAAAGAAAG TGGCAATGAT 
ACCATTGATG AAGAAGAACT GATTTTACCT AACAGGAACT TAAGGGACAA GGTAGAAGAA 
AATTCAGTGA GATCACCAAG AAAATCACCT CGTTTAATGG CACAAGAACA AGTAAGAAGT 
TTGCGGCAGA GCACTATTGC CAAGCGTTCA AATGCAGCAC CATTAAGTAA CACAAAAAAA 
CCATCTGGGA AGACTGTATC TACCCCTAAA GCAGGAGTGA AACAGCCAGA AAGGAGTCAG 
GTTAAAGAAG AAGTTTGTAC GTCACTGAAA CCTGAGTACC ATAAGGAGAA TAGAAGGAGC 
AGCCGAAATA GTGGACAAAT TGAAGTGGTA CCTGAAGTAT CAGTGTCTTC AAGTCATTCT 
TCAGTGTCAT CTTGTCTTGA AATGAAGGAT GAAGATGGAT TAGATTCTAA GCATAAGTGT 
AATAATCAGG GAGAAGCAGA TGTGCCATCT CATGAATTAA CTTGTTCACT TCTTTCAGAG 
ACTTGTGTTA CTATTGGAGA AAAGAAAAAT GAAGCTCTGA TGGAATGTAA AGCCAAGCCT 
GTTGGTAGCC CATTGTTTAA GTTTTCAGAT AAAGAACATG AACAAAATGA TTCCATTTCA 
GGTAAATCGA ATGAGACTGT TGTTGAAGAA ATGATAGCAA CAAGAAAAGT TGAACAAGGA 
TCAAAGGAGA CTGTAAAATT ATCCCGTGAA GATGACCATA TTCTTGAGGA CCCTGGATCT 
TCTGATAGTT CTGGTGATAC TGCTTGTACA AATCCAAATA AGACAGAAAA CAGCCTTGTA 
GGTTTGCCTA GTTGTGTGGA TGAAGTGACT GAATGTAATT TGGAATTGAG GGATACCATG 
GATATTGCTG ATAAAACTGA GAACACCCTT GAAAGAGATA AAATGGAACC ATTGGGTTAT 
TGTGAAGATG CAAAGTCTAA TAGACAGTTG GAGAGCACTG AGTTTAATAA ATCAAACTTA 
GAGGTGGTTG ATACTAGTAC TTTTGAACCA GAAAGTAATA TTTTGGAAAA TGCTATTTGT 
GATGTGCCTG ACCAAAATTC AAAACAGTTG AATGCTGTAG AAAGTACTAA AATAGAGTCC 
CATGAAACAG CAAACCTTCA GGATGACAGA AACAGCCAGT CAAGTAGCGT TTCTTACTTA 
GAGTCAAAAA GTGTAAAATC CAAACATCCA AAACCTGTAA TTCATTCTAA GCAAAACATG 
ACCACAGATA CTCCGAAGAA AATTGTTGCA GCAAAGTATG AAGTAATGCA TAGCAAAACT 
AAAGTTAATG TCAAAAGTGT GAAACGAAAT ACTGATGAAC CAGAATCTCA GCAAAATTTT 
CATAGGCCAG TCAAAGTCAG AAAAAAACAA ATTGATAAGG AGCCAAAGAT TCAGACTTGC 
AATTCTGGGG TTAAATCTGT GAAAAACCAA GCTCATTCTG TATTGAAAAA AACATTACAG 
GACCAAACTG TAGTACAAAT TTTCAAGCCC TTAACTCATT CTTTGAGTGA TAAGTCACAT 
GCTCATCCTG GTTGCTTGAA AGAACCTCAT CATCTTGCAC AAACTGGACA TGTATCACAT 
TCCAGCCAGA AACAGTGTCA TAAGCCTCAG CAACAGGCCC TAGCAATGAA AACCAATAGT 
CATGTGAAGG AAGAGCTTGA ACACCCAGGC ATTGAGCATT TTAAGGAAGA GGATAAACTG 
AAACTGAAAA AACCTGAGAA GAACCTACAA CCCCGCCAAA GAAGAAGCAG CAGAAGTTTT 
TCTTTAGATG AGCCACCATT GTTCATTCCA GATAACATAG CTACCATAAA AAGAGAAGGC 
TCTGATCATA CCTCCTCATT TGAAAGCAAA TATATGTGGA CTCCCAGCAA GCAGTGTGGG 
TTTTGCAAAA AACCCCATGG CAACAGGTTT ATGGTTGGCT GTGGGAGATG TGATGACTGG 
TTTCATGGTG ATTGTGTTGG GTTAAGTCTT TCTCAAGCAC AACAGATGGG CGAGGAAGAC 
AAAGAATATG TCTGTGTAAA ATGTTGTGCT GAAGAAGACA AAAAGACTGA AATATTAGAT 
CCAGATACTT TGGAAAACCA AGCTACAGTT GAATTCCATA GTGAAGATAA AACAATGGAG 
TGTGAAAAGC TTGGATTATC AAAACACACA GCAAATGATA GAACCAAATA TATAGATGAT 
ACAGTGAAGC ACAAGGTCAA AATTTTAAAA CGGGAGTCTG GTGAAGGCAG AAATTCATCA 
GACTGTAGAG ATAATGAAAT TAAAAAATGG CAGCTAGCTC CTCTTCGTAA GATGGGACAA 
CCAGTTTTAC CTCGGAGATC CTCAGAAGAA AAAAGTGAAA AAATACCAAA AGAGTCTACA 
ACTGTTACTT GCACAGGAGA AAAAGCTTCA AAACCAGGTA CTCTTGAGAA GCAAGAGATG 
AAAAGAAGAA AGTTGNNAAA AGGAGTGCTT AATGTACATC CTCCTGCTGC TTCTGCTTCC 
AAGCCTTCTG CAGATCAGAT CAGGCAAAGT GTCAGACATT CTCTCAAAGA CATTCTTATG 
AAGAGACTTA CAGACTCAAA TTTGAAGGTA CCAGAGGAAA AGGCAGCAAA AGTTGCCACA 
AAAATTGAGA AAGAACTTTT CTCTTTTTTT CGGGACACAG ATGCTAAATA TAAGAACAAA 
TACAGAAGTT TGATGTTTAA TTTGAAAGAT CCTAAAAACA ATATATTATT TAAAAAAGTA 
CTGAAAGGAG AAGTAACTCC TGATCATCTT ATCAGAATGA GTCCAGAAGA ACTAGCTTCT 
AAAGAGTTAG CTGCTTGGAG ACGAAGAGAA AACAGACATA CCATAGAAAT GATTGAGAAA 
GAGCAGAGAG AAGTGGAACG ACGGCCAATC ACCAAAATAA CTCATAAAGG TGAAATAGAA 
ATTGAGAGTG ATGCCCCAAT GAAAGAACAG GAAGCAGCCA TGGAGATTCA GGAACCAGCT 
GCCAATAAGT CACTGGAGAA GCCAGAAGGA TCTGAAAAAC AAAAAGAGGA GATTGACTCT 
ATGTCTAAAG ATACCACTAG TCAACACAGA CAGCATCTTT TTGATCTCAA TTGCAAAATT 
TGCATAGGTC GAATGGCACC ACCTGTAGAT GATCTTTCTC CAAAAAAAGT AAAAGTTGTT 
GTAGGAGTAA CTCGTAAACA TTCAGACAAT GAAGCAGAAA GTATAGCAGA TGCGTTGTCT 
TCAACCTCAA ATATTTTGGC TTCTGAATTC TTTGAGGAGG AGAAACAAGA GTCTCCAAAG 
TCAACATTCT CTCCTGCTCC ACGTCCAGAG ATGCCTGGAA CTGTTGAGGT TGAGTCTACC 
TTTCTGGCTC GATTGAACTT CATCTGGAAA GGTTTTATCA ACATGCCTTC TGTGGCAAAA 
TTTGTTACCA AAGCCTATCC AGTATCTGGC TCCCCTGAAT ACCTGACAGA GGATCTACCA 
GATAGTATTC AAGTAGGTGG CAGGATATCA CCTCAGACAG TTTGGGATTA TGTGGAAAAA 
ATAAAAGCAT CAGGAACCAA GGAAATTTGT GTGGTTCGCT TCACACCAGT AACTGAAGAA 
GATCAAATTT CTTATACTTT GCTCTTTGCA TACTTCAGTA GCAGAAAGCG CTATGGAGTA 
GCTGCTAACA ACATGAAGCA GGTTAAAGAT ATGTACCTTA TTCCTTTGGG TGCCACAGAT 
AAAATTCCAC ACCCTCTTGT GCCTTTTGAT GGACCTGGGC TTGAACTGCA TAGACCTAAT 
CTATTGTTGG GCTTAATTAT TCGTCAGAAA CTGAAGCGGC AGCACAGTGC CTGTGCTAGT 
ACGAGTCATA TAGCTGAGAC TCCTGAAAGT GCACCAATAG CATTGCCACC TGATAAAAAA 
AATAAAATAG AAGTTTCTAC GGAAGAAGCA CCAGAGGAAG AAAATGACTT TTTTAATTCC 
TTTACAACTG TATTACACAA GCAGAGAAAT AAACCTCAGC AGAATCTTCA GGAAGACCTT 
CCAACAGCAG TTGAACCTTT AATGGAAGTC ACCAAACATG AGCCACCAAA ACCTTTAAGA 
TTTCTTCCTG GCGTACTGAT TGGCTGGGAA AATCAACCGA CTACTCTGGA ATTAGCAAAT 
AAACCTCTTC CTGTGGATGA TATACTTCAA AGCCTTTTGG GCACCGCTGG TCAAGTATAT 
GACCAGGCTC AGTCAGTGAT GGAACAAAAC GCTCTTAAAG AAATTCCATT TTTAAATGAG 
CAGACCAACT CAAAAATAGA AAAAATAGAT AATGTGGAAG TCACTGATGG TGAAAACAAG 
GAGGTAAAAG TTAAAGTAGA TAATCTTTCA GAATCCACAG ATAAGTCAGC AGTAATAGGA 
GAAGAAACAT CAATAGTAGG ATCCTCTTCC ATTTCTGCAG GTCCTTTGAC AAGTCTTAGT 
CTCAGAGGTA AACCACCAGA TGTTTCTACA GAAGCATTTT TAACAAATTT ATCGATTCAG 
TCAAAACAAG AGGAAACTGT GGAGAGTAAA GAGAAAACAT TAAAAAGACA GCTTCAGGAA 
GATCAAGAGA ATAGTTTGCA AGATAACCAG ACTTCAGATA GTTCTCCATG CAGATCTAAT 
GTAGGAAAAG GAAACATAGA TGGTAATGTG AGCTGTAGTG AAAACCTTGT TGCTAATACA 
AGGTCTCCAC AGTTTATCAA CCTAAAAAGG GATCCTAGGC AAGCAGCAGG ACGAAGTCAG 
CCTGTAACTA CTTCAGAAAG CAAAGATGGA GATAGTTGCA GGAATGGAGA AAAACACATC 
CTTCCTGGTC TGTCACACAA CAAGGAGCAC TTAACAGAAC AAATGAATGT AGAGGAAAAG 
TTGTGTTCTG TAGAGAAAAA CTCGTGTGTT CAGCAGAGTG ACAATTTAAA AGTTGCACAA 
AACTCGCCAT CGGTAGAAAA CATACAGACT TCTCAGGCAG AACAAGCAAA ACCCTTACAG 
GAGGATATTT TAATGCAAAA TATTGAAACT GTGCACCCAT TTCGAAGAGG ATCAGCAGTA 
GCGACATCTC ATTTTGAAGT TGGAAACACA TGTCCATCAG AATTTCCTTC TAAAAGCATC 
ACCTTTACTT CCAGAAGCAC CAGCCCCAGA ACAAGTACAA ACTTTTCACC CGTGAGGCCA 
CAGCAGCCCA ACCTTCAGCA TCTCAAGTCT AGCCCACCTG GATTTCCATT TCCAGGGCCT 
CCTAATTTTC CCCCACAAAG CATGTTTGGA TTTCCTCCAC ATTTGCCACC TCCATTACTT 
CCCCCTCCAG GCTTTGGCTT TGCTCAAAAT CCCATGGTTC CCTGGCCACC TGTTGTTCAT 
CTCCCAGGTC AGCCACAGCG TATGATGGGT CCTCTCTCAC AAGCATCAAG GTATATAGGC 
CCACAGAGTT TTTACCAGGT TAAAGACGTT CGGAGACCAG AAAGGCGCCA TAGTGACCCT 
TGGGGTAGGC AAGACCAACA GCAACTGGAT AGGTCATTTA ATAGGGGTAA AGGGGACCGC 
CAGAGATTTT ATAGTGATTC ACACCACTTG AAAAGAGAGC GACATGAAAA GGAATGGGAG 
CAAGAATCTG AAAGGCATAG ACGCAGAGAC AGAAGCCAAG ACAAGGACAG AGACAGAAAA 
AGCAGGGAGG AAGGGCACAA AGATAAAGAG AGGGCACGGT TATCACATGG TGATCGAGGA 
ACAGATGGAA AAGCAAGCAG AGATAGTAGG AGTGTAGACA AGAAGCCAGA TAAACCTAAA 
AGTGAAGACT ATGAGAAGGA CAAAGATCGA GAGAAAAGTA AACATAGAGA AGGAGAAAAG 
GACAGGGATA GGTACCACAA AGATAGGGAC CACACTGACA GAACTAAAAG CAAAAGGTAA