Phf3 cDNA ORF clone, Cavia porcellus(domestic guinea pig)

Gene
Clones
gRNAs

Summary

Gene Symbol	Phf3
Entrez Gene ID	100730424
Full Name	PHD finger protein 3
Gene Type	protein-coding
Organism	Cavia porcellus(domestic guinea pig)

mRNA and Protein(s)

mRNA	Protein	Name
XM_003480196.3	XP_003480244.1	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
ODo25624	XM_003480196.3 Latest version!	Cavia porcellus 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_003480196.3 ) cDNA ORF clone, Cavia porcellus(domestic guinea pig) -> XP_003480244.1 Cavia porcellus PHD finger protein 3 (Phf3), mRNA.

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CloneID	ODo25624
Clone ID Related Accession (Same CDS sequence)	XM_003480196.3
Accession Version	XM_003480196.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6060bp) 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	2018-01-18
Organism	Cavia porcellus(domestic guinea pig)
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 (NT_176419.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jul 14, 2015 this sequence version replaced XM_003480196.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Cavia porcellus Annotation Release 103 Annotation Version :: 103 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 2 indels ##RefSeq-Attributes-END##

ATGGATATAG TTGATACATT TAATCATTTA ATTCCTACTG AACACTTAGA TGATGCCCTA 
TTTCTAGGAT CCAACCTGGA GAATGAAGTC TGTGAGGATT TTAGTGCAAG TCAAAATGTC 
TTAGAGGACT CGCTGAAGAA CATGCTCAGC GATAAGGATC CTATGCTAGG ATCTGCAAGT 
AACCAGTTCT GTTTGCCCGT TTTGGATAGC AATGATCCCA ATTTCCAGAT GCCTTGTTCA 
ACAGTTGTTG GTCTTGACGA TATTATGGAT GAAGGAGTTG TTAAAGAAAG TGGCAACGAT 
ACCATTGATG AAGAAGAATT GATGTTACCC AACAGGGATT TGAGGGACAA AGTAGAAGAA 
AACTCAGTGA GATCACCAAG AAAATCACCT CGTTTAATGG CACAAGAACA AGTAAGAAGT 
TTGCGACAAA GCACTNATGC CAAGCGTTCA AATGCCACAC CCTTAAGTAG CACAAAAAAA 
NCATCTGGGA AGACTGTGTC TACCTCCAAG GCAGGGACGA AACCAGCAGA GAGACGGCAG 
GTGAAAGAGG AAGGTTGTGT GTCCCTGAAA GCTGAGCACC AGAAGGAGAG CAGAAGGAGC 
AGCCGACACG CTGGACAGAC TGAGGTGACC CCACGAGGAC CAGTGACTCC AGGCCATTCT 
CCAGGATCGT CCGGCCTTGA AATGAAGGCT GACACTGGGC TGGGTGCCCA GCCTGCGTGT 
GATAGTCAGG GAGAAACTGG TGTGCTGTCT CACGGATTAA ACTGTCCACT TCTTCCAGAG 
ACTTGTGTCT CAGGTGAAGA AAAGAAAAAC GAAGCTCTGA TGGAATATAA AATCAAGAGT 
GTTAGCAGCC CATTGTTTAA GTTTTCAGAT AAGGAGGAAG ATGAACAGAA GGATTCTGTT 
TTGAGTAAAA TGGATGAGAC TGTTGAGGAA AGGATGGCAA AGGAAAAGCT TGAACAAGAA 
TCAAAGGATA TAGTAAAATT ATCCCATGAA GATGACCAAA TTATTGAGGA GCCTGAATGT 
TCTGCTGTTA CTTCTAGTGA TACAGTGTAT ATAAATACAG ATAGCACAGA AAGGAATGTT 
GCTGGTTTGT CTACTTCAGT GGGTGAGGTG ACTGAATGCC ATTTGGAACT GAATACCATG 
GGTGTTGAGG AAGCTGAGAA CTCCCTTCAG AGACATGCAA CAGAGTTGCC AGGTTGTGCA 
GACACAGAGT CCAGTGATGC ACTGTTGAAG AGCACAGAGT TTAATAAATC AGCGCTAGAG 
GTGGTTGGTG CTAATGTTTT TGAGCCAGAA GATGTTTTAG AAAATGCTGT TTGCAGTGTG 
CCTGACAAAA ATTCAAAACA ATTGAACATT ATTGAAAGTG TTCAAATGGA GTCTCAGGAG 
ACAGCAAATG TTCAGAATGA TAGAAGCAGT CAGTCAAATA GTATTTCTTG TGTAGAGTCA 
AAAAACAAAT CTAAACATAT AAAACCTGTA ACTCATTCTA AGCAAAACAT GACCACAGAT 
ACTCTGAAGA AAATTGTTGC AGCAAAGCAA GTAGTGCATA ACAAAACTAA TGTCAAAAAT 
GCAAAACGAA ATGCTGATGA ACCAGAATCT CAGCAAAATT TCCATAGGCC AGTTAAAGTG 
AGGAAAAAAA TTGATAAGGA ATCAAAGACA AATTCTGGGA TTAAGGCTGT GAAAAGCCAA 
GCTCATTCTG TATTCAAAAA AACATCACAG GATCAAAACT CAGTGCAGAC CTCTAAACCT 
TTAACACATT GTTTGGGTGA CAAACTTCTT CACAGTCATC CTAGTCCTGC TCAAACGGGA 
CACTCACTAC ATTCCAGCCA CAAGCCATGC TCTAAGCCTC AGCAGCAGGT CCTAGCAGCT 
AGAGTTCCCA GTCACGGGAG AGAAGAGTCT GACCACACAG GCCCTGAGCA CTACAAGGAA 
GAGGATAAGC TGAAACTGAA AAAGCCGGAG AAGAACCTGC AGCCTCGTCA GAGAAGAAGC 
AGCAGAAGTT TTTCTTTGGA CGAGCCCCCA TTGTTTATTC CAGACAACAT AGCGACTGTA 
AAAAGAGAAG GTTCTGATCA TAGCTCCTTA TTTGAGAGCA AATCTGTGTG GGCTCCCAGC 
AAGCAGTGTG GGTTTTGCAA AAAACTACAT GGCAACAGGT TTATGGTTGG TTGTGGGAGA 
TGTGATGACT GGTTTCACGG CGATTGTGTT GGACTAAGTC TTTCTCAAGC ACAACAGATG 
GGAGAGGAAG ATAAAGAATA TGTGTGTGTG AAATGTTGTG CTGAAGAAGA TAAAAAGACT 
GAAAATTTAG ACACAGATTA TTTTGAAAAT CAAGGTACAG TTGAAGCTCA TAGTGAAGAT 
AAAAAAATGG AATATGAAAA ACTTGGATTA TCAAAGCACA TGACAACAAA TGACAAAACC 
AAATGTACAG ATGATGCAGT GAAGCACAAG GTCAAAATTT TAAAACGGGA ATCTCCTGAA 
GGCAGAAATT CATCAGACTG TAGAGAAAAT GAAATAAAAA AATGGCAGCT AGCTCCTCTT 
CGAAAGATGG GACAACCAGT TTTACCACGG AGATCCTCCG AAGAAAAAAG TGAAAAAATA 
CCGAAAGAAA CTACAAACAT TATTTGCACA GCTTCAAAAC CAGGTACTCA CGAGAAGCAG 
GAGGTGAAGA GGAAGAAAGT GGAGAAAGGA GTGCCCAGCG TGCATCCTGC TGCTCCCCGT 
GCCTCAAAGC CTTCTGCGGA TCAGATCAGA CAGAGCGTCA GGCACTCTCT GAAAGACATT 
CTTATGAAAA GGCTTACCGA GTCAAATTTG AAGGTACCAG AAGAAAAGGC AGCAAAAGTT 
GCCACAAAAA TTGAAAAAGA ACTTTTCTCC TTTTTTCGGG ACACAGATGC TAAATATAAG 
AACAAATATA GAAGTTTGAT GTTCAATCTA AAAGATCCTA AAAACAATAT ATTGTTTAAA 
AAAGTATTGA AAGGAGAAGT AACCCCTGAT CATCTTATAA AAATGAGTTC AGAAGAACTG 
GCTTCTAAGG AGTTAGCTGC TTGGAGACGC AGAGAAAACA GACATACCAT AGAGATGATT 
GAGAAAGAGC AGAGAGAAGT GGAAAGACGA CCAATCACAA AAATAACTCA CAAAGGTGAA 
ATAGAAATTG AGAGTGATGC ACCAATGAAG GAGCAGGAAG CAGCCATGGA GATTCAGGAG 
CCGACAGCCA GTAAGTCATT GGAAAAGCCA GAGGGATCTG AAAAACACAA AGAAGAGAAT 
GACTCCATGT CTAAAGATAC CACTAGTCAA CACAGACAGC ATCTTTTTGA TCTTAACTGC 
AAAATCTGCA TAGGTCGAAT GGCACCACCT GTAGATGATC TTTCTCCAAA AAAGGTCAAA 
GTTGTCGTTG GAGTAGCTCG AAAACATTCA GACAATGAAG CAGAAAGTAT AGCAGACGCA 
TTATCTTCAA CTTCAAGTAT TTTGGCTTCT GAATTCTTTG ACGAGGAGAA ACAAGAGTCT 
CCAAAATCAA CATTCTCTCC TGCTCCACGT CCAGAGATGC CTGGAACTGT TGAAGTTGAG 
TCTACCTTCC TGGCTCGATT GAACTTCATC TGGAAAGGTT TTATCAACAT GCCCTCTGTG 
GCAAAATTTG TTACCAAAGC CTACCCAGTA TCTGGCTCAT CTGAATACCT GACGGAGGAT 
CTACCAGATA GTATTCAAGT AGGTGGCAGG ATATCACCTC AGACAGTTTG GGATTATGTG 
GAAAAAATAA AAGCATCAGG AACCAAGGAG ATCTGTGTGG TTCGTTTCAC ACCAGTAACT 
GAAGAAGATC AAATTTCGTA CACTTTGCTG TTTGCGTACT TCAGTAGCAG AAAGCGCTAT 
GGAGTGGCTG CTAACAACAT GAAGCAGGTT AAAGATATGT ACCTTATTCC TTTGGGTGCT 
GCAGATAAAA TTCCACACCC TCTTGTGCCT TTTGATGGAC CTGGGCTTGA ACTGCATAGA 
CCTAACCTAT TGTTGGGCCT AATCATTCGT CAGAAACTGA AGAGGCAGCA TAGTGCCAGT 
ATTGGAACTT GTCATACAGC TGAGGCTACT GAAAGTGTAC AGATAGTCTT GCCACCTGAC 
AAGAAACCTA AAATAGAAGC TTCTACAGAG GAAGCACCAG AGGAAGAAAA TGACTTTTTT 
AATTCCTTTA CAACTGTGTT GCACAAGCAG AGAAATAAGC CTCTGCAGAT TCTTCAGGAA 
GACCTGCCAA CAGCTGTTGA ACCTTTAATG GAAGTCACCA AACAGGAACC ACCAAAACCT 
TTACGATTTC TTCCTGGGGT ATTAATTGGG TGGGAAAATC AACCATCTGC TTTGGAATTA 
GCAAATAAAC CTCTTCCTGT GGATGACATA CTTCAAAGCC TTTTGGGGAC CACTGGCCAA 
GTATATGAGC AGGCTCAGTC AGTGGTGGAA CAGAACACTG TTAAGGAAAT CCCATTTATA 
AATGAGCAAA CTAACTCAAA AACAGAAAAA GTAGATAAAG TGGAAGTAAC AGATGGTGAT 
GTCAAGGAGG TAAAACTTAA AGTAGACCAT CTTTCAGAAT CACCGGGTAA TTCAGGAGGA 
GGAGAAGAAA CATCATTAGT GGGAACCTCT TCCATTTCCC CAGGGCCTTT GACGAGTCTT 
AGTCTCAGAG GTAAACCACC AGATGTTTCT ACAGAAGCAT TCTTAACAAA TTTATCAATT 
CAGTCAAAAC AAGAAGAAGC TGTGGAGAAC AAAGAGAGAA CACTAAAAAG ACAACTGCTC 
CAAGATCAGG AGAGTAATTT GCAAGATAAT CGGACTTCAA GTAGTTCTCC ATGCAGATCT 
AATGTAGGAA AAGGAAACAC AGATGGTAAC ATGAGTTGCA GTGAAAATCT TGTTGCTAAT 
GTAACAAGGG CCCCACAGTT TATTAATCTG AAAAGGGATC CTAGGCAAGC AGCAGGACGG 
AGTCAGCAGA TAATTGCTTC AGAAAGCAAA GATGGAGATG GTAGCCGCAA TGGAGAAAAA 
CATGCCCTGT CTGATTTAGC ACACAACAAG GAGCAACTGA CAGAACAAAT CATTGTGGAG 
GAAAAAGTGT CCTCTACTGA GAAAAACTCC TGTGTTCAGC AGAGTGATAA CTCAAAGATT 
GCACAGAGCT CAGTGTCCGT AGAAAACACA CCTTCTTCCC AAACAGAACC AGCAAAACCC 
TTACAGGAGG ACATTTTAAC ACAGAGTATT GAAACTGTGC ACCCATTTAG AAGAGGAGTG 
GCTGGAACAG CATCTCATTT TGAACTTGGA AATACATGCC AGTCAGAATT TCCTCCCAAA 
AACATCAGCT TCACTCCCAG AAACACCAGC CCCCGAACAG GTATGAACTT CTCACCCATG 
CGGCCACAGC AGCCTGGCCT CCAGCATCTC AAATCTAGCC CTCCAGGGTT TCCATTCACA 
GGGCCTCCTA ACTTCCCCCC GCAAAGTATG TTTGGATTTC CACCACATTT GCCGCCTCCA 
CTACTTCCCC CTCCAGGCTT TGGCTTTCCT CAGAATCCAG TGGTTCCTTG GCCACCTGTT 
CATCTTCCCG GCCAACCACA ACGTATGATG GGTCCCCTTT CACAAGCGTC AAGATTCATA 
GGCCCACAGA ACTTCCACCA GGTTAAAGAC ATTCGGAGGC CAGAAAGGCG CCATAGTGAC 
CCTTGGGGCA GGCAAGACCA GCTGCCACTG GATCGGCCAT TCAGCAGGGG CAAAGGGGAT 
CGCCAGAGAT TTTACAGTGA TTCCCACCAC TTGAAAAGAG AGCGACATGA AAAGGATTGG 
GAGCAAGACT CGGAAAGGCA CAGACGCAGG GACAGAAGCC AAGACAAAGA TAGAGACAGA 
AAAACCAGAG AGGACGGGCA CAAAGACAAA GACAGGCCCC GGTTACTCCA TGGTGATCGA 
GGAGCAGATG GGAAAGTGGG CAGAGATAAC AGAAATGTAG ACAAGCCAGA CAAACCCAAA 
AGCGAAGACC ACGAAAAGGA CAAAGAACGA GAGAAAAGTA AACACAGAGA GGGGGAAAAA 
GACAGGGATA GGTATCACAA AGATAGGGAC CACACCGACA GAGCTAAAAG CAAAAGGTAA

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

RefSeq	XP_003480244.1
CDS	26..6085
Translation	MDIVDTFNHLIPTEHLDDALFLGSNLENEVCEDFSASQNVLEDSLKNMLSDKDPMLGSASNQFCLPVLDSNDPNFQMPCSTVVGLDDIMDEGVVKESGNDTIDEEELMLPNRDLRDKVEENSVRSPRKSPRLMAQEQVRSLRQSTnullAKRSNATPLSSTKKnullSGKTVSTSKAGTKPAERRQVKEEGCVSLKAEHQKESRRSSRHAGQTEVTPRGPVTPGHSPGSSGLEMKADTGLGAQPACDSQGETGVLSHGLNCPLLPETCVSGEEKKNEALMEYKIKSVSSPLFKFSDKEEDEQKDSVLSKMDETVEERMAKEKLEQESKDIVKLSHEDDQIIEEPECSAVTSSDTVYINTDSTERNVAGLSTSVGEVTECHLELNTMGVEEAENSLQRHATELPGCADTESSDALLKSTEFNKSALEVVGANVFEPEDVLENAVCSVPDKNSKQLNIIESVQMESQETANVQNDRSSQSNSISCVESKNKSKHIKPVTHSKQNMTTDTLKKIVAAKQVVHNKTNVKNAKRNADEPESQQNFHRPVKVRKKIDKESKTNSGIKAVKSQAHSVFKKTSQDQNSVQTSKPLTHCLGDKLLHSHPSPAQTGHSLHSSHKPCSKPQQQVLAARVPSHGREESDHTGPEHYKEEDKLKLKKPEKNLQPRQRRSSRSFSLDEPPLFIPDNIATVKREGSDHSSLFESKSVWAPSKQCGFCKKLHGNRFMVGCGRCDDWFHGDCVGLSLSQAQQMGEEDKEYVCVKCCAEEDKKTENLDTDYFENQGTVEAHSEDKKMEYEKLGLSKHMTTNDKTKCTDDAVKHKVKILKRESPEGRNSSDCRENEIKKWQLAPLRKMGQPVLPRRSSEEKSEKIPKETTNIICTASKPGTHEKQEVKRKKVEKGVPSVHPAAPRASKPSADQIRQSVRHSLKDILMKRLTESNLKVPEEKAAKVATKIEKELFSFFRDTDAKYKNKYRSLMFNLKDPKNNILFKKVLKGEVTPDHLIKMSSEELASKELAAWRRRENRHTIEMIEKEQREVERRPITKITHKGEIEIESDAPMKEQEAAMEIQEPTASKSLEKPEGSEKHKEENDSMSKDTTSQHRQHLFDLNCKICIGRMAPPVDDLSPKKVKVVVGVARKHSDNEAESIADALSSTSSILASEFFDEEKQESPKSTFSPAPRPEMPGTVEVESTFLARLNFIWKGFINMPSVAKFVTKAYPVSGSSEYLTEDLPDSIQVGGRISPQTVWDYVEKIKASGTKEICVVRFTPVTEEDQISYTLLFAYFSSRKRYGVAANNMKQVKDMYLIPLGAADKIPHPLVPFDGPGLELHRPNLLLGLIIRQKLKRQHSASIGTCHTAEATESVQIVLPPDKKPKIEASTEEAPEEENDFFNSFTTVLHKQRNKPLQILQEDLPTAVEPLMEVTKQEPPKPLRFLPGVLIGWENQPSALELANKPLPVDDILQSLLGTTGQVYEQAQSVVEQNTVKEIPFINEQTNSKTEKVDKVEVTDGDVKEVKLKVDHLSESPGNSGGGEETSLVGTSSISPGPLTSLSLRGKPPDVSTEAFLTNLSIQSKQEEAVENKERTLKRQLLQDQESNLQDNRTSSSSPCRSNVGKGNTDGNMSCSENLVANVTRAPQFINLKRDPRQAAGRSQQIIASESKDGDGSRNGEKHALSDLAHNKEQLTEQIIVEEKVSSTEKNSCVQQSDNSKIAQSSVSVENTPSSQTEPAKPLQEDILTQSIETVHPFRRGVAGTASHFELGNTCQSEFPPKNISFTPRNTSPRTGMNFSPMRPQQPGLQHLKSSPPGFPFTGPPNFPPQSMFGFPPHLPPPLLPPPGFGFPQNPVVPWPPVHLPGQPQRMMGPLSQASRFIGPQNFHQVKDIRRPERRHSDPWGRQDQLPLDRPFSRGKGDRQRFYSDSHHLKRERHEKDWEQDSERHRRRDRSQDKDRDRKTREDGHKDKDRPRLLHGDRGADGKVGRDNRNVDKPDKPKSEDHEKDKEREKSKHREGEKDRDRYHKDRDHTDRAKSKR

Target ORF information:

RefSeq Version	XM_003480196.3
Organism	Cavia porcellus(domestic guinea pig)
Definition	Cavia porcellus 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_003480196.3

ORF Insert Sequence:

ATGGATATAG TTGATACATT TAATCATTTA ATTCCTACTG AACACTTAGA TGATGCCCTA 
TTTCTAGGAT CCAACCTGGA GAATGAAGTC TGTGAGGATT TTAGTGCAAG TCAAAATGTC 
TTAGAGGACT CGCTGAAGAA CATGCTCAGC GATAAGGATC CTATGCTAGG ATCTGCAAGT 
AACCAGTTCT GTTTGCCCGT TTTGGATAGC AATGATCCCA ATTTCCAGAT GCCTTGTTCA 
ACAGTTGTTG GTCTTGACGA TATTATGGAT GAAGGAGTTG TTAAAGAAAG TGGCAACGAT 
ACCATTGATG AAGAAGAATT GATGTTACCC AACAGGGATT TGAGGGACAA AGTAGAAGAA 
AACTCAGTGA GATCACCAAG AAAATCACCT CGTTTAATGG CACAAGAACA AGTAAGAAGT 
TTGCGACAAA GCACTNATGC CAAGCGTTCA AATGCCACAC CCTTAAGTAG CACAAAAAAA 
NCATCTGGGA AGACTGTGTC TACCTCCAAG GCAGGGACGA AACCAGCAGA GAGACGGCAG 
GTGAAAGAGG AAGGTTGTGT GTCCCTGAAA GCTGAGCACC AGAAGGAGAG CAGAAGGAGC 
AGCCGACACG CTGGACAGAC TGAGGTGACC CCACGAGGAC CAGTGACTCC AGGCCATTCT 
CCAGGATCGT CCGGCCTTGA AATGAAGGCT GACACTGGGC TGGGTGCCCA GCCTGCGTGT 
GATAGTCAGG GAGAAACTGG TGTGCTGTCT CACGGATTAA ACTGTCCACT TCTTCCAGAG 
ACTTGTGTCT CAGGTGAAGA AAAGAAAAAC GAAGCTCTGA TGGAATATAA AATCAAGAGT 
GTTAGCAGCC CATTGTTTAA GTTTTCAGAT AAGGAGGAAG ATGAACAGAA GGATTCTGTT 
TTGAGTAAAA TGGATGAGAC TGTTGAGGAA AGGATGGCAA AGGAAAAGCT TGAACAAGAA 
TCAAAGGATA TAGTAAAATT ATCCCATGAA GATGACCAAA TTATTGAGGA GCCTGAATGT 
TCTGCTGTTA CTTCTAGTGA TACAGTGTAT ATAAATACAG ATAGCACAGA AAGGAATGTT 
GCTGGTTTGT CTACTTCAGT GGGTGAGGTG ACTGAATGCC ATTTGGAACT GAATACCATG 
GGTGTTGAGG AAGCTGAGAA CTCCCTTCAG AGACATGCAA CAGAGTTGCC AGGTTGTGCA 
GACACAGAGT CCAGTGATGC ACTGTTGAAG AGCACAGAGT TTAATAAATC AGCGCTAGAG 
GTGGTTGGTG CTAATGTTTT TGAGCCAGAA GATGTTTTAG AAAATGCTGT TTGCAGTGTG 
CCTGACAAAA ATTCAAAACA ATTGAACATT ATTGAAAGTG TTCAAATGGA GTCTCAGGAG 
ACAGCAAATG TTCAGAATGA TAGAAGCAGT CAGTCAAATA GTATTTCTTG TGTAGAGTCA 
AAAAACAAAT CTAAACATAT AAAACCTGTA ACTCATTCTA AGCAAAACAT GACCACAGAT 
ACTCTGAAGA AAATTGTTGC AGCAAAGCAA GTAGTGCATA ACAAAACTAA TGTCAAAAAT 
GCAAAACGAA ATGCTGATGA ACCAGAATCT CAGCAAAATT TCCATAGGCC AGTTAAAGTG 
AGGAAAAAAA TTGATAAGGA ATCAAAGACA AATTCTGGGA TTAAGGCTGT GAAAAGCCAA 
GCTCATTCTG TATTCAAAAA AACATCACAG GATCAAAACT CAGTGCAGAC CTCTAAACCT 
TTAACACATT GTTTGGGTGA CAAACTTCTT CACAGTCATC CTAGTCCTGC TCAAACGGGA 
CACTCACTAC ATTCCAGCCA CAAGCCATGC TCTAAGCCTC AGCAGCAGGT CCTAGCAGCT 
AGAGTTCCCA GTCACGGGAG AGAAGAGTCT GACCACACAG GCCCTGAGCA CTACAAGGAA 
GAGGATAAGC TGAAACTGAA AAAGCCGGAG AAGAACCTGC AGCCTCGTCA GAGAAGAAGC 
AGCAGAAGTT TTTCTTTGGA CGAGCCCCCA TTGTTTATTC CAGACAACAT AGCGACTGTA 
AAAAGAGAAG GTTCTGATCA TAGCTCCTTA TTTGAGAGCA AATCTGTGTG GGCTCCCAGC 
AAGCAGTGTG GGTTTTGCAA AAAACTACAT GGCAACAGGT TTATGGTTGG TTGTGGGAGA 
TGTGATGACT GGTTTCACGG CGATTGTGTT GGACTAAGTC TTTCTCAAGC ACAACAGATG 
GGAGAGGAAG ATAAAGAATA TGTGTGTGTG AAATGTTGTG CTGAAGAAGA TAAAAAGACT 
GAAAATTTAG ACACAGATTA TTTTGAAAAT CAAGGTACAG TTGAAGCTCA TAGTGAAGAT 
AAAAAAATGG AATATGAAAA ACTTGGATTA TCAAAGCACA TGACAACAAA TGACAAAACC 
AAATGTACAG ATGATGCAGT GAAGCACAAG GTCAAAATTT TAAAACGGGA ATCTCCTGAA 
GGCAGAAATT CATCAGACTG TAGAGAAAAT GAAATAAAAA AATGGCAGCT AGCTCCTCTT 
CGAAAGATGG GACAACCAGT TTTACCACGG AGATCCTCCG AAGAAAAAAG TGAAAAAATA 
CCGAAAGAAA CTACAAACAT TATTTGCACA GCTTCAAAAC CAGGTACTCA CGAGAAGCAG 
GAGGTGAAGA GGAAGAAAGT GGAGAAAGGA GTGCCCAGCG TGCATCCTGC TGCTCCCCGT 
GCCTCAAAGC CTTCTGCGGA TCAGATCAGA CAGAGCGTCA GGCACTCTCT GAAAGACATT 
CTTATGAAAA GGCTTACCGA GTCAAATTTG AAGGTACCAG AAGAAAAGGC AGCAAAAGTT 
GCCACAAAAA TTGAAAAAGA ACTTTTCTCC TTTTTTCGGG ACACAGATGC TAAATATAAG 
AACAAATATA GAAGTTTGAT GTTCAATCTA AAAGATCCTA AAAACAATAT ATTGTTTAAA 
AAAGTATTGA AAGGAGAAGT AACCCCTGAT CATCTTATAA AAATGAGTTC AGAAGAACTG 
GCTTCTAAGG AGTTAGCTGC TTGGAGACGC AGAGAAAACA GACATACCAT AGAGATGATT 
GAGAAAGAGC AGAGAGAAGT GGAAAGACGA CCAATCACAA AAATAACTCA CAAAGGTGAA 
ATAGAAATTG AGAGTGATGC ACCAATGAAG GAGCAGGAAG CAGCCATGGA GATTCAGGAG 
CCGACAGCCA GTAAGTCATT GGAAAAGCCA GAGGGATCTG AAAAACACAA AGAAGAGAAT 
GACTCCATGT CTAAAGATAC CACTAGTCAA CACAGACAGC ATCTTTTTGA TCTTAACTGC 
AAAATCTGCA TAGGTCGAAT GGCACCACCT GTAGATGATC TTTCTCCAAA AAAGGTCAAA 
GTTGTCGTTG GAGTAGCTCG AAAACATTCA GACAATGAAG CAGAAAGTAT AGCAGACGCA 
TTATCTTCAA CTTCAAGTAT TTTGGCTTCT GAATTCTTTG ACGAGGAGAA ACAAGAGTCT 
CCAAAATCAA CATTCTCTCC TGCTCCACGT CCAGAGATGC CTGGAACTGT TGAAGTTGAG 
TCTACCTTCC TGGCTCGATT GAACTTCATC TGGAAAGGTT TTATCAACAT GCCCTCTGTG 
GCAAAATTTG TTACCAAAGC CTACCCAGTA TCTGGCTCAT CTGAATACCT GACGGAGGAT 
CTACCAGATA GTATTCAAGT AGGTGGCAGG ATATCACCTC AGACAGTTTG GGATTATGTG 
GAAAAAATAA AAGCATCAGG AACCAAGGAG ATCTGTGTGG TTCGTTTCAC ACCAGTAACT 
GAAGAAGATC AAATTTCGTA CACTTTGCTG TTTGCGTACT TCAGTAGCAG AAAGCGCTAT 
GGAGTGGCTG CTAACAACAT GAAGCAGGTT AAAGATATGT ACCTTATTCC TTTGGGTGCT 
GCAGATAAAA TTCCACACCC TCTTGTGCCT TTTGATGGAC CTGGGCTTGA ACTGCATAGA 
CCTAACCTAT TGTTGGGCCT AATCATTCGT CAGAAACTGA AGAGGCAGCA TAGTGCCAGT 
ATTGGAACTT GTCATACAGC TGAGGCTACT GAAAGTGTAC AGATAGTCTT GCCACCTGAC 
AAGAAACCTA AAATAGAAGC TTCTACAGAG GAAGCACCAG AGGAAGAAAA TGACTTTTTT 
AATTCCTTTA CAACTGTGTT GCACAAGCAG AGAAATAAGC CTCTGCAGAT TCTTCAGGAA 
GACCTGCCAA CAGCTGTTGA ACCTTTAATG GAAGTCACCA AACAGGAACC ACCAAAACCT 
TTACGATTTC TTCCTGGGGT ATTAATTGGG TGGGAAAATC AACCATCTGC TTTGGAATTA 
GCAAATAAAC CTCTTCCTGT GGATGACATA CTTCAAAGCC TTTTGGGGAC CACTGGCCAA 
GTATATGAGC AGGCTCAGTC AGTGGTGGAA CAGAACACTG TTAAGGAAAT CCCATTTATA 
AATGAGCAAA CTAACTCAAA AACAGAAAAA GTAGATAAAG TGGAAGTAAC AGATGGTGAT 
GTCAAGGAGG TAAAACTTAA AGTAGACCAT CTTTCAGAAT CACCGGGTAA TTCAGGAGGA 
GGAGAAGAAA CATCATTAGT GGGAACCTCT TCCATTTCCC CAGGGCCTTT GACGAGTCTT 
AGTCTCAGAG GTAAACCACC AGATGTTTCT ACAGAAGCAT TCTTAACAAA TTTATCAATT 
CAGTCAAAAC AAGAAGAAGC TGTGGAGAAC AAAGAGAGAA CACTAAAAAG ACAACTGCTC 
CAAGATCAGG AGAGTAATTT GCAAGATAAT CGGACTTCAA GTAGTTCTCC ATGCAGATCT 
AATGTAGGAA AAGGAAACAC AGATGGTAAC ATGAGTTGCA GTGAAAATCT TGTTGCTAAT 
GTAACAAGGG CCCCACAGTT TATTAATCTG AAAAGGGATC CTAGGCAAGC AGCAGGACGG 
AGTCAGCAGA TAATTGCTTC AGAAAGCAAA GATGGAGATG GTAGCCGCAA TGGAGAAAAA 
CATGCCCTGT CTGATTTAGC ACACAACAAG GAGCAACTGA CAGAACAAAT CATTGTGGAG 
GAAAAAGTGT CCTCTACTGA GAAAAACTCC TGTGTTCAGC AGAGTGATAA CTCAAAGATT 
GCACAGAGCT CAGTGTCCGT AGAAAACACA CCTTCTTCCC AAACAGAACC AGCAAAACCC 
TTACAGGAGG ACATTTTAAC ACAGAGTATT GAAACTGTGC ACCCATTTAG AAGAGGAGTG 
GCTGGAACAG CATCTCATTT TGAACTTGGA AATACATGCC AGTCAGAATT TCCTCCCAAA 
AACATCAGCT TCACTCCCAG AAACACCAGC CCCCGAACAG GTATGAACTT CTCACCCATG 
CGGCCACAGC AGCCTGGCCT CCAGCATCTC AAATCTAGCC CTCCAGGGTT TCCATTCACA 
GGGCCTCCTA ACTTCCCCCC GCAAAGTATG TTTGGATTTC CACCACATTT GCCGCCTCCA 
CTACTTCCCC CTCCAGGCTT TGGCTTTCCT CAGAATCCAG TGGTTCCTTG GCCACCTGTT 
CATCTTCCCG GCCAACCACA ACGTATGATG GGTCCCCTTT CACAAGCGTC AAGATTCATA 
GGCCCACAGA ACTTCCACCA GGTTAAAGAC ATTCGGAGGC CAGAAAGGCG CCATAGTGAC 
CCTTGGGGCA GGCAAGACCA GCTGCCACTG GATCGGCCAT TCAGCAGGGG CAAAGGGGAT 
CGCCAGAGAT TTTACAGTGA TTCCCACCAC TTGAAAAGAG AGCGACATGA AAAGGATTGG 
GAGCAAGACT CGGAAAGGCA CAGACGCAGG GACAGAAGCC AAGACAAAGA TAGAGACAGA 
AAAACCAGAG AGGACGGGCA CAAAGACAAA GACAGGCCCC GGTTACTCCA TGGTGATCGA 
GGAGCAGATG GGAAAGTGGG CAGAGATAAC AGAAATGTAG ACAAGCCAGA CAAACCCAAA 
AGCGAAGACC ACGAAAAGGA CAAAGAACGA GAGAAAAGTA AACACAGAGA GGGGGAAAAA 
GACAGGGATA GGTATCACAA AGATAGGGAC CACACCGACA GAGCTAAAAG CAAAAGGTAA