EXPH5 cDNA ORF clone, Pteropus alecto(black flying fox)

Gene
Clones
gRNAs

Summary

Gene Symbol	EXPH5
Entrez Gene ID	102877899
Full Name	exophilin 5
Gene Type	protein-coding
Organism	Pteropus alecto(black flying fox)

mRNA and Protein(s)

mRNA	Protein	Name
XM_006913433.1	XP_006913495.1	exophilin-5

Pathways from BioSystems
Gene Ontology

The following EXPH5 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the EXPH5 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
OPt16404	XM_006913433.1 Latest version!	Pteropus alecto exophilin 5 (EXPH5), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$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)

EXPH5 ( XM_006913433.1 ) cDNA ORF clone, Pteropus alecto(black flying fox) -> XP_006913495.1 Pteropus alecto exophilin 5 (EXPH5), mRNA.

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CloneID	OPt16404
Clone ID Related Accession (Same CDS sequence)	XM_006913433.1
Accession Version	XM_006913433.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5928bp) 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	2018-05-06
Organism	Pteropus alecto(black flying fox)
Product	exophilin-5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006436543.1) 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 :: Pteropus alecto 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##

ATGACGAAAG TTCCTCAGGG GTTTGATTTC AGTTTCTTAA GTGACGAAGA AGCCAGGAAG 
ATCCTTCAAG TCTTGGAAAG AAATGAGGAA CTACAGAGGG CAGAGAAGGA CAGGATCAGC 
AAACTCCAGA AGACAAAGAG GGACATCAGA TGGCTTCAAG GAGTGACTGG TGAATGGTTC 
GAAGAAATTC AAAGAAAAAA GTTTTGCAAT GAAACGGATG TTAGCCAAAT GTTAAAACAA 
CCCCTTACAT ACAGGCTAAG GAAGGGGATG GCAAATGATC CTCTGGAACG ACAAACATCG 
AGATTGAAAA ATATACCTAA TCAAGGAAAC CCAACATCCG TGCCCTCCCG GCGGAGTTTC 
AGATCATCAT TTGCTTCCCT GTTCTCATTC AGAAAATCTA GAAAGGAGAC TTTAGAGCTT 
CAGACACTGC GACAGAAAGG ATATGATAGC CATCCAGGAC TTCCTGCATC TGTGAGGGGA 
AATGCTATGC AGGCAAAACT ATACAATTCA CCTCTGGAAA ATCAACCAAT TGACAGTGCA 
TTTGTCCCCA AGCCAGCAGG CATGAGGGAG GGAAGTGGCG TGCCTCCGTG GGATGCTTCC 
CTGCTGGAGA ATGAGTTTTT CCGAGTTTTA GATGATTTGG ATAGCAAACT GGCTCAGGAA 
CAATCTTCAA GCTCAGTGAA TACCAGAACA CCTATCAACT ATGAATCAAG AACACGGTTC 
AGTCATTTTT ACTCCAGTGG CAACGGACAC GGTAATATCA CAGGAAGGCA CAAAAATCAC 
TATAATGAAA CTTCTAATAT GTCTATCTAT GACATCCTAA GACCAGGAAC CCCTAGGGAA 
GGTTTTAAAA CCTTTTCTCC TAGAACAAGG ACAATTTATG ATATGTACAG GACAAGGGAG 
CCCAGAGTTT TGAAAGAAGA TTATGTGCAA AAGAACACTT TTGGTAGTGC CTCTCTGTGT 
TTCGACAGCA GGCAACAATT AGCCTCACCA GCTACAGGGT ACTTCACAAC AAGAAGCTTA 
CATTTTCCAG CCACAATTCA GAACAAGAGT GGATTTATAC CATCAAGCCA TCAGCAGAGC 
CCAAAGAGAA CTCCTTTATC ATCCATCATA TGGAATAGAT CAGATTCTTG TAGAGACAGG 
CAGAATCAGG AAGAGTTGAG GGTACCATCA CCAATGGAAA TTGACCCTGC TGACCAATAT 
ATGTATCCCA AGTGTTCTCA GGAGGATAGA AGATATGAAT TTTACCGTTC ACAGGGTGTT 
AACAGAAGCA TTAGTTTAAA TTCCCCCATG GATAATGCAA TGAGTCCTGA CCCATTTGAG 
AACTCAGAGA ATATGCCATT CTACCATCAA GACAACCCAT TTGCTAAGTC TTTCTTTAGC 
AATACCTTTG GACGAAGCAG GGAACAGAGA AGTGGGCAAA GTCCTTTTGG GGTGCAACAG 
GAAGAATATT CTTCCTGGTC TGGCTTTCAT CAAAGCAGGA AACCATTCAC TTCTTCTGAC 
AGAGACTTTG AAATGATTTC CACTGAAGCA AATAATGCAG CAACTGGTCA CAGCCATAGT 
GTTTCTACTC AACACTGGGG ATCATTTTCT CCCAGTTATG GAACAAACAT TTCCAGAGAC 
CAAGAAGAGC CACATCCTTG GCAGTTTGAC TCTCAGACAA CCACACTGGA GAGTATGGAG 
GTATCACAAG GTAACAGGAA CCAGATGATT CATTTCAGCA CACCAAATCT TTGCTCCATG 
ACTAGTTCAA GCTACCCCAT CAAACCTGGT GGGTTAGAAT GTCAGTGGGA CAGTTCTCCT 
ACAGAAGTAC ATGTTAACAG AGAACCTTAC TCATTGGGAA TTGCTCAGAC TCTAGCATCC 
TCATTCGGAA CTTCCTTCCC CCAGACTCCC GATGATGAAG GGAATTCTCA GAGTTCCAGC 
ATTCCCAATC CCACAGTCAC TTTGCAGAAA ATTAAGCCTG CCTCTCTTCC ATTAAGAAGC 
TACACAGAAG TCACTGTAAC CAACAGTGAT TCAGCCGATT CTCCACCTCT TACTGAAAGC 
CAACCCAATA TCTTAGTCAC AGAAGTGAAT AATGAGAAAG ACTTGATCAA ATCTGTTTCA 
GAAAAAGATA AACTAAACAA GATGGATTAT ACAAACAGAA CAAGTGTAGT ACCCCAACCT 
GTTTCACAGA CAATAATCTC TAACCCTTCA GCTGATTTTC AAAATCCTCT CTCCCAAGAC 
TCAGCCAAAA GCAACAGATT TGTTTTTAAT GCATCTACCA CAATAAGTTC AAAAAAGTCA 
CCCAAAGTCA TTTCCCGGAA AGATATCTCC AAAATTCATA TATCACAGAG AGAGAAAGCC 
AATGAACTAC AAAAAGATAA GCGTTATACT GAAAACAGAA AACTTGGCTC AGCAACATCC 
TTTCCTTTCA TTTGGGAAAG CAGAATACCA TCATCACTTC CTAGCCCAAA TCAGGAATTA 
ATAGTAAGTA ATGAAGGTAC TTCAAGCATT ATTAAAAATA ACCACTGGAG CTCTGAACCT 
ACTGATAATC AAAATGCACA GTCTCCAGAA AACAAGTCAG CTACTGGCCA CAATATCCCA 
TGTGTTTCTT TAGGTCTGTC ATCAGGTATA CCACCAGATT CCTCTCCATC GAATAATTCT 
TTCCTTGATG CACTGGTGGT TCCTTCTACT ACAGTGTTCT TCAAGAAAAC TCCTTTGGGC 
AAAGATCCAT CTTGGGGAGA AAAAGAAGAA AAAGACAGTG ATAGCAAGAA TCAGAATAAT 
CAGTTAACCC TAAGCCCCTC AGAAAATCAA AAGAGTGATG ATAGCTGTGT GTCTGTACAT 
AATGAAGTGG TTGATGTTGT CAAATGCCAC GTACACCCTC CTTTCAGGGC AGGAAAGGGA 
AAAGGGAAAG TAAGACGACG TATATCCTAT ATTGAACAGT TAAGCAAAAC AGAAAGTAAA 
TCAATACCCA CAAATGACAG CAGTAGCTTC ATTGACATGA ATCAAAGCAA TTCCAAGGCT 
CCTGAGCTTC ACACAATTTA TTGTACCCTA CCAAGAAAAG CAGCCAGTTT TCCCATCAGT 
AACAGGAAGT CAGAAAGTAA AATAATGGCT TCTTCATTTA GGAATGAGCC ACTTCCACTC 
CAAATCGAAA ATAATGTGGA AGATCCAATA GGGANNNNNN NNNCAAACAA AATCAATCCC 
AGTTATTCGA AATCAGAAAG CAAATGTTCT ACAGTAGTTT CAGACTCAGT AGCACCTGAA 
GCCACAGAGA GGATGACAAA TGTGACGAAC ATTGGATCTG CTTCCATTAG AAAAGGACCA 
CTTCCATTCC TCATCAAGAG GGCTGTGTCA TGTCCTTCAG GGGTATCATG TGCCTCAGTC 
GAAAAAGATG AAAAAGAAAG ATGCTTGGTC TCCAACATGG ATGCTTCTGC TATAACACTA 
AGGCCTGAGG AGAAAACCAT TAATCCTCTG GAAAGTAACT CCTCTGTTAG GGATTCTTCT 
ATAACCAGAA GACACCACCA AAAGGAGTAT TCTCAAGAAT GTACTGAAAA GGATGGTAAA 
ATTGCTGCCT CCAGTACAAG TATGTTTTCC CTTTTAAATG AAGACTTTTC ACCTTTTTCT 
TCAGGTATGT CAGAGGAAAA AAGTGGGAAA ACATTATACA AATTTAAGAC TACTAGTATG 
TTTTCTGTAT CTGGTGATGA AGATAATGTA AAATGCCTTG AGATAGTTTC AGTATATTAT 
ACTCTACCAA GGAAACACAG CAAAAAATTC TGTGACCTCC TTCAAAAGTA CACACAAAAT 
ATCAATTCAC TTACAGAATC AACTAAATTG GGGACTGAAA CATTTCCTAA TGCTTTAGAA 
AAAGACAAAC GCAGTTCTAC ACAAGAGCAG TCAGGAACAC CTTCATCTGA AGATCCGAAG 
ATGCTGCTCA GCTCTGCTCA GGAGAATAGC CTTTGTCGTT CTCACAACAC TGAAAATGTG 
ACTGTTTCAC AATTACCAAG TATTGGGCCT TCATTACAGG AAATGTCTTC TATTGAGGCA 
AATGTCTCTC TTCATAAAGG AGAACCTAAA ACTAGAGAGA TTTCCCCAGA TAACTTAACT 
AAAATACCTC TAAGTGAGTC TCAAAGCAGG AAAGACAGAG GGAAAGAATT GCAAAGTGAA 
ACCCTGTGTA CTTCATCAAT GCTTCAGGAA AAAAAAGTTA TAGAAGAGAA ATCTGAAAAT 
TGTCAGAAAT CCATTAAATC AGGTAACAGT GATCCTTCTA ATCTTCCAGC CAATTCAGAA 
GAGAATGTTG AAAATCCCCA AACCAGAAGA AGTTCTGGGG AGTGTGCAGG TAGTGGTATA 
GCCATTACAG CTACCGGAAG TAGAAAATGT CTTCAGAAAG ATATCACAGG CATAGCTAAA 
GATGATGGAT TTCAGCCTAG GAAAGTCAGA GGGGAAATTG GAGCAGATTT CCGAAAAAAG 
ACTGATAAAT CACTTTCTGA CTCAGAAAGC CAAGTCTTTG CTCTTTCTCC AGCTTTGCAT 
AAACTACAGC TTGATGAGGG GACTTGTTCA GGTGAAAAAG ATTTAGACAA TTTGCATTCT 
GAACCCAGAG AACCACTTCA AAGAAGTCAG GAGGTAAATT TGACAGAGAA CAGCAAGGCT 
AAAGATGAAA TGCAGAGGTT GGCATGGGAT CAACTTTTAC TTCCTGCAAG AAGTAATAAA 
AATAAAATCA GTTTGGATGA CCTAGGAAAA GGGAAAAACA GATCATCAGT TAAACAGAGA 
TTGGCACCCA AGTCCAAAAC AAGCAGAAAA TTTCCAGCTA AAGATTTAAG CCCCAGAAGG 
CATGTAGCTA CTATCTTCCC TCAAAGTGGG AACAGTTCTG ACTTCAGTGA TTTATCTCTT 
GGCACACCAG AGTGCAACCC ACTGTCCCCT GAGCCTATTC CAAAGTCCAC AGAATCCACA 
GATAAAAGCA GGCTAAGTAT TGATGGAATG GACATGGGGA AATCAAAGAA CCCTTTCCAG 
GTTACCATAA CATCCAAAAG AGAAGCTTGT ACACACTTAA ACAATCAAAA GTCTAACAGC 
ATCTCAGGAC CACATCAGAA TGAGTTTAAA AATATCTCAG AATTACTACC AACCTATGAG 
AATTCTAAAG ATTTAACGGT AGCTCAGACT TTGGAAAGAG AGTCAGGAAC CCCGGCCCAA 
CCCACCTTCA CCAGCCTAGG GGAAGCCAGC TTCTCTGACC ATCAGAGGAG ACGGAACCCT 
CATTTTCCGC TGAAGCCTGC AGAGAAATCC ACAATAAGCA CCCCACAGGC CGGTTATCAG 
CAACTACAAA GGAGTGCTGT ATCTCTGGAG TGGGAAGCTG AGTCACAGCC CTATCGTTCA 
AAGAGTTTAA AAAGCATCAG TGTGCACGGT GATCTGCTAC GCAAAAGCCA TCCTCCAAAA 
GCCAGGGGGC GCCATTTTTC TGAAGGCATT TCTACTGACA ATGCCCTGAG CCAACTGACC 
CTGGGGGATG AATTCTCCAA CAGCGGGTGC AATCGAAGAT TCAAGTCTTT TTCTGAACTT 
TCCTCCTGTG ATGAAAATGA AAGTTGGGCT TTGTATAGCG GCAGGACGAA AACAGGTCCC 
AAATCTGCAA CCTCGATATC CAGGCCTATC GACTATGGGA TTTTTGGAAA GGAACAACAG 
TTGGCTTTCT TGGAGAATGT AAAGAGGTCA CTCACACAAG GAAGATTATG GAAACCAAGT 
TTTCTTAAGA ACCCTGGCTT CCTGAAAGAT GACATAATTA ACCCTTCTAA CCCAACGGAG 
TCATCGAGCT CAAATTCTTC CAGCAATCAG ATGCCAGAAG ATGGCTTATC TCTCAGCATG 
CCACTTAATA TCTATGAAGA GGACCCAGTA GACTCAGATG GTGACACAGA CACAACCACA 
GATGATGAAT ACTACCTGGA TGAAAATGAC AAAGAGTCAG AACTGTGA

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

RefSeq	XP_006913495.1
CDS	1..5928
Translation	MTKVPQGFDFSFLSDEEARKILQVLERNEELQRAEKDRISKLQKTKRDIRWLQGVTGEWFEEIQRKKFCNETDVSQMLKQPLTYRLRKGMANDPLERQTSRLKNIPNQGNPTSVPSRRSFRSSFASLFSFRKSRKETLELQTLRQKGYDSHPGLPASVRGNAMQAKLYNSPLENQPIDSAFVPKPAGMREGSGVPPWDASLLENEFFRVLDDLDSKLAQEQSSSSVNTRTPINYESRTRFSHFYSSGNGHGNITGRHKNHYNETSNMSIYDILRPGTPREGFKTFSPRTRTIYDMYRTREPRVLKEDYVQKNTFGSASLCFDSRQQLASPATGYFTTRSLHFPATIQNKSGFIPSSHQQSPKRTPLSSIIWNRSDSCRDRQNQEELRVPSPMEIDPADQYMYPKCSQEDRRYEFYRSQGVNRSISLNSPMDNAMSPDPFENSENMPFYHQDNPFAKSFFSNTFGRSREQRSGQSPFGVQQEEYSSWSGFHQSRKPFTSSDRDFEMISTEANNAATGHSHSVSTQHWGSFSPSYGTNISRDQEEPHPWQFDSQTTTLESMEVSQGNRNQMIHFSTPNLCSMTSSSYPIKPGGLECQWDSSPTEVHVNREPYSLGIAQTLASSFGTSFPQTPDDEGNSQSSSIPNPTVTLQKIKPASLPLRSYTEVTVTNSDSADSPPLTESQPNILVTEVNNEKDLIKSVSEKDKLNKMDYTNRTSVVPQPVSQTIISNPSADFQNPLSQDSAKSNRFVFNASTTISSKKSPKVISRKDISKIHISQREKANELQKDKRYTENRKLGSATSFPFIWESRIPSSLPSPNQELIVSNEGTSSIIKNNHWSSEPTDNQNAQSPENKSATGHNIPCVSLGLSSGIPPDSSPSNNSFLDALVVPSTTVFFKKTPLGKDPSWGEKEEKDSDSKNQNNQLTLSPSENQKSDDSCVSVHNEVVDVVKCHVHPPFRAGKGKGKVRRRISYIEQLSKTESKSIPTNDSSSFIDMNQSNSKAPELHTIYCTLPRKAASFPISNRKSESKIMASSFRNEPLPLQIENNVEDPIGnullnullnullnullNKINPSYSKSESKCSTVVSDSVAPEATERMTNVTNIGSASIRKGPLPFLIKRAVSCPSGVSCASVEKDEKERCLVSNMDASAITLRPEEKTINPLESNSSVRDSSITRRHHQKEYSQECTEKDGKIAASSTSMFSLLNEDFSPFSSGMSEEKSGKTLYKFKTTSMFSVSGDEDNVKCLEIVSVYYTLPRKHSKKFCDLLQKYTQNINSLTESTKLGTETFPNALEKDKRSSTQEQSGTPSSEDPKMLLSSAQENSLCRSHNTENVTVSQLPSIGPSLQEMSSIEANVSLHKGEPKTREISPDNLTKIPLSESQSRKDRGKELQSETLCTSSMLQEKKVIEEKSENCQKSIKSGNSDPSNLPANSEENVENPQTRRSSGECAGSGIAITATGSRKCLQKDITGIAKDDGFQPRKVRGEIGADFRKKTDKSLSDSESQVFALSPALHKLQLDEGTCSGEKDLDNLHSEPREPLQRSQEVNLTENSKAKDEMQRLAWDQLLLPARSNKNKISLDDLGKGKNRSSVKQRLAPKSKTSRKFPAKDLSPRRHVATIFPQSGNSSDFSDLSLGTPECNPLSPEPIPKSTESTDKSRLSIDGMDMGKSKNPFQVTITSKREACTHLNNQKSNSISGPHQNEFKNISELLPTYENSKDLTVAQTLERESGTPAQPTFTSLGEASFSDHQRRRNPHFPLKPAEKSTISTPQAGYQQLQRSAVSLEWEAESQPYRSKSLKSISVHGDLLRKSHPPKARGRHFSEGISTDNALSQLTLGDEFSNSGCNRRFKSFSELSSCDENESWALYSGRTKTGPKSATSISRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDIINPSNPTESSSSNSSSNQMPEDGLSLSMPLNIYEEDPVDSDGDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	XM_006913433.1
Organism	Pteropus alecto(black flying fox)
Definition	Pteropus alecto exophilin 5 (EXPH5), mRNA.

Target ORF information:

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

XM_006913433.1

ORF Insert Sequence:

ATGACGAAAG TTCCTCAGGG GTTTGATTTC AGTTTCTTAA GTGACGAAGA AGCCAGGAAG 
ATCCTTCAAG TCTTGGAAAG AAATGAGGAA CTACAGAGGG CAGAGAAGGA CAGGATCAGC 
AAACTCCAGA AGACAAAGAG GGACATCAGA TGGCTTCAAG GAGTGACTGG TGAATGGTTC 
GAAGAAATTC AAAGAAAAAA GTTTTGCAAT GAAACGGATG TTAGCCAAAT GTTAAAACAA 
CCCCTTACAT ACAGGCTAAG GAAGGGGATG GCAAATGATC CTCTGGAACG ACAAACATCG 
AGATTGAAAA ATATACCTAA TCAAGGAAAC CCAACATCCG TGCCCTCCCG GCGGAGTTTC 
AGATCATCAT TTGCTTCCCT GTTCTCATTC AGAAAATCTA GAAAGGAGAC TTTAGAGCTT 
CAGACACTGC GACAGAAAGG ATATGATAGC CATCCAGGAC TTCCTGCATC TGTGAGGGGA 
AATGCTATGC AGGCAAAACT ATACAATTCA CCTCTGGAAA ATCAACCAAT TGACAGTGCA 
TTTGTCCCCA AGCCAGCAGG CATGAGGGAG GGAAGTGGCG TGCCTCCGTG GGATGCTTCC 
CTGCTGGAGA ATGAGTTTTT CCGAGTTTTA GATGATTTGG ATAGCAAACT GGCTCAGGAA 
CAATCTTCAA GCTCAGTGAA TACCAGAACA CCTATCAACT ATGAATCAAG AACACGGTTC 
AGTCATTTTT ACTCCAGTGG CAACGGACAC GGTAATATCA CAGGAAGGCA CAAAAATCAC 
TATAATGAAA CTTCTAATAT GTCTATCTAT GACATCCTAA GACCAGGAAC CCCTAGGGAA 
GGTTTTAAAA CCTTTTCTCC TAGAACAAGG ACAATTTATG ATATGTACAG GACAAGGGAG 
CCCAGAGTTT TGAAAGAAGA TTATGTGCAA AAGAACACTT TTGGTAGTGC CTCTCTGTGT 
TTCGACAGCA GGCAACAATT AGCCTCACCA GCTACAGGGT ACTTCACAAC AAGAAGCTTA 
CATTTTCCAG CCACAATTCA GAACAAGAGT GGATTTATAC CATCAAGCCA TCAGCAGAGC 
CCAAAGAGAA CTCCTTTATC ATCCATCATA TGGAATAGAT CAGATTCTTG TAGAGACAGG 
CAGAATCAGG AAGAGTTGAG GGTACCATCA CCAATGGAAA TTGACCCTGC TGACCAATAT 
ATGTATCCCA AGTGTTCTCA GGAGGATAGA AGATATGAAT TTTACCGTTC ACAGGGTGTT 
AACAGAAGCA TTAGTTTAAA TTCCCCCATG GATAATGCAA TGAGTCCTGA CCCATTTGAG 
AACTCAGAGA ATATGCCATT CTACCATCAA GACAACCCAT TTGCTAAGTC TTTCTTTAGC 
AATACCTTTG GACGAAGCAG GGAACAGAGA AGTGGGCAAA GTCCTTTTGG GGTGCAACAG 
GAAGAATATT CTTCCTGGTC TGGCTTTCAT CAAAGCAGGA AACCATTCAC TTCTTCTGAC 
AGAGACTTTG AAATGATTTC CACTGAAGCA AATAATGCAG CAACTGGTCA CAGCCATAGT 
GTTTCTACTC AACACTGGGG ATCATTTTCT CCCAGTTATG GAACAAACAT TTCCAGAGAC 
CAAGAAGAGC CACATCCTTG GCAGTTTGAC TCTCAGACAA CCACACTGGA GAGTATGGAG 
GTATCACAAG GTAACAGGAA CCAGATGATT CATTTCAGCA CACCAAATCT TTGCTCCATG 
ACTAGTTCAA GCTACCCCAT CAAACCTGGT GGGTTAGAAT GTCAGTGGGA CAGTTCTCCT 
ACAGAAGTAC ATGTTAACAG AGAACCTTAC TCATTGGGAA TTGCTCAGAC TCTAGCATCC 
TCATTCGGAA CTTCCTTCCC CCAGACTCCC GATGATGAAG GGAATTCTCA GAGTTCCAGC 
ATTCCCAATC CCACAGTCAC TTTGCAGAAA ATTAAGCCTG CCTCTCTTCC ATTAAGAAGC 
TACACAGAAG TCACTGTAAC CAACAGTGAT TCAGCCGATT CTCCACCTCT TACTGAAAGC 
CAACCCAATA TCTTAGTCAC AGAAGTGAAT AATGAGAAAG ACTTGATCAA ATCTGTTTCA 
GAAAAAGATA AACTAAACAA GATGGATTAT ACAAACAGAA CAAGTGTAGT ACCCCAACCT 
GTTTCACAGA CAATAATCTC TAACCCTTCA GCTGATTTTC AAAATCCTCT CTCCCAAGAC 
TCAGCCAAAA GCAACAGATT TGTTTTTAAT GCATCTACCA CAATAAGTTC AAAAAAGTCA 
CCCAAAGTCA TTTCCCGGAA AGATATCTCC AAAATTCATA TATCACAGAG AGAGAAAGCC 
AATGAACTAC AAAAAGATAA GCGTTATACT GAAAACAGAA AACTTGGCTC AGCAACATCC 
TTTCCTTTCA TTTGGGAAAG CAGAATACCA TCATCACTTC CTAGCCCAAA TCAGGAATTA 
ATAGTAAGTA ATGAAGGTAC TTCAAGCATT ATTAAAAATA ACCACTGGAG CTCTGAACCT 
ACTGATAATC AAAATGCACA GTCTCCAGAA AACAAGTCAG CTACTGGCCA CAATATCCCA 
TGTGTTTCTT TAGGTCTGTC ATCAGGTATA CCACCAGATT CCTCTCCATC GAATAATTCT 
TTCCTTGATG CACTGGTGGT TCCTTCTACT ACAGTGTTCT TCAAGAAAAC TCCTTTGGGC 
AAAGATCCAT CTTGGGGAGA AAAAGAAGAA AAAGACAGTG ATAGCAAGAA TCAGAATAAT 
CAGTTAACCC TAAGCCCCTC AGAAAATCAA AAGAGTGATG ATAGCTGTGT GTCTGTACAT 
AATGAAGTGG TTGATGTTGT CAAATGCCAC GTACACCCTC CTTTCAGGGC AGGAAAGGGA 
AAAGGGAAAG TAAGACGACG TATATCCTAT ATTGAACAGT TAAGCAAAAC AGAAAGTAAA 
TCAATACCCA CAAATGACAG CAGTAGCTTC ATTGACATGA ATCAAAGCAA TTCCAAGGCT 
CCTGAGCTTC ACACAATTTA TTGTACCCTA CCAAGAAAAG CAGCCAGTTT TCCCATCAGT 
AACAGGAAGT CAGAAAGTAA AATAATGGCT TCTTCATTTA GGAATGAGCC ACTTCCACTC 
CAAATCGAAA ATAATGTGGA AGATCCAATA GGGANNNNNN NNNCAAACAA AATCAATCCC 
AGTTATTCGA AATCAGAAAG CAAATGTTCT ACAGTAGTTT CAGACTCAGT AGCACCTGAA 
GCCACAGAGA GGATGACAAA TGTGACGAAC ATTGGATCTG CTTCCATTAG AAAAGGACCA 
CTTCCATTCC TCATCAAGAG GGCTGTGTCA TGTCCTTCAG GGGTATCATG TGCCTCAGTC 
GAAAAAGATG AAAAAGAAAG ATGCTTGGTC TCCAACATGG ATGCTTCTGC TATAACACTA 
AGGCCTGAGG AGAAAACCAT TAATCCTCTG GAAAGTAACT CCTCTGTTAG GGATTCTTCT 
ATAACCAGAA GACACCACCA AAAGGAGTAT TCTCAAGAAT GTACTGAAAA GGATGGTAAA 
ATTGCTGCCT CCAGTACAAG TATGTTTTCC CTTTTAAATG AAGACTTTTC ACCTTTTTCT 
TCAGGTATGT CAGAGGAAAA AAGTGGGAAA ACATTATACA AATTTAAGAC TACTAGTATG 
TTTTCTGTAT CTGGTGATGA AGATAATGTA AAATGCCTTG AGATAGTTTC AGTATATTAT 
ACTCTACCAA GGAAACACAG CAAAAAATTC TGTGACCTCC TTCAAAAGTA CACACAAAAT 
ATCAATTCAC TTACAGAATC AACTAAATTG GGGACTGAAA CATTTCCTAA TGCTTTAGAA 
AAAGACAAAC GCAGTTCTAC ACAAGAGCAG TCAGGAACAC CTTCATCTGA AGATCCGAAG 
ATGCTGCTCA GCTCTGCTCA GGAGAATAGC CTTTGTCGTT CTCACAACAC TGAAAATGTG 
ACTGTTTCAC AATTACCAAG TATTGGGCCT TCATTACAGG AAATGTCTTC TATTGAGGCA 
AATGTCTCTC TTCATAAAGG AGAACCTAAA ACTAGAGAGA TTTCCCCAGA TAACTTAACT 
AAAATACCTC TAAGTGAGTC TCAAAGCAGG AAAGACAGAG GGAAAGAATT GCAAAGTGAA 
ACCCTGTGTA CTTCATCAAT GCTTCAGGAA AAAAAAGTTA TAGAAGAGAA ATCTGAAAAT 
TGTCAGAAAT CCATTAAATC AGGTAACAGT GATCCTTCTA ATCTTCCAGC CAATTCAGAA 
GAGAATGTTG AAAATCCCCA AACCAGAAGA AGTTCTGGGG AGTGTGCAGG TAGTGGTATA 
GCCATTACAG CTACCGGAAG TAGAAAATGT CTTCAGAAAG ATATCACAGG CATAGCTAAA 
GATGATGGAT TTCAGCCTAG GAAAGTCAGA GGGGAAATTG GAGCAGATTT CCGAAAAAAG 
ACTGATAAAT CACTTTCTGA CTCAGAAAGC CAAGTCTTTG CTCTTTCTCC AGCTTTGCAT 
AAACTACAGC TTGATGAGGG GACTTGTTCA GGTGAAAAAG ATTTAGACAA TTTGCATTCT 
GAACCCAGAG AACCACTTCA AAGAAGTCAG GAGGTAAATT TGACAGAGAA CAGCAAGGCT 
AAAGATGAAA TGCAGAGGTT GGCATGGGAT CAACTTTTAC TTCCTGCAAG AAGTAATAAA 
AATAAAATCA GTTTGGATGA CCTAGGAAAA GGGAAAAACA GATCATCAGT TAAACAGAGA 
TTGGCACCCA AGTCCAAAAC AAGCAGAAAA TTTCCAGCTA AAGATTTAAG CCCCAGAAGG 
CATGTAGCTA CTATCTTCCC TCAAAGTGGG AACAGTTCTG ACTTCAGTGA TTTATCTCTT 
GGCACACCAG AGTGCAACCC ACTGTCCCCT GAGCCTATTC CAAAGTCCAC AGAATCCACA 
GATAAAAGCA GGCTAAGTAT TGATGGAATG GACATGGGGA AATCAAAGAA CCCTTTCCAG 
GTTACCATAA CATCCAAAAG AGAAGCTTGT ACACACTTAA ACAATCAAAA GTCTAACAGC 
ATCTCAGGAC CACATCAGAA TGAGTTTAAA AATATCTCAG AATTACTACC AACCTATGAG 
AATTCTAAAG ATTTAACGGT AGCTCAGACT TTGGAAAGAG AGTCAGGAAC CCCGGCCCAA 
CCCACCTTCA CCAGCCTAGG GGAAGCCAGC TTCTCTGACC ATCAGAGGAG ACGGAACCCT 
CATTTTCCGC TGAAGCCTGC AGAGAAATCC ACAATAAGCA CCCCACAGGC CGGTTATCAG 
CAACTACAAA GGAGTGCTGT ATCTCTGGAG TGGGAAGCTG AGTCACAGCC CTATCGTTCA 
AAGAGTTTAA AAAGCATCAG TGTGCACGGT GATCTGCTAC GCAAAAGCCA TCCTCCAAAA 
GCCAGGGGGC GCCATTTTTC TGAAGGCATT TCTACTGACA ATGCCCTGAG CCAACTGACC 
CTGGGGGATG AATTCTCCAA CAGCGGGTGC AATCGAAGAT TCAAGTCTTT TTCTGAACTT 
TCCTCCTGTG ATGAAAATGA AAGTTGGGCT TTGTATAGCG GCAGGACGAA AACAGGTCCC 
AAATCTGCAA CCTCGATATC CAGGCCTATC GACTATGGGA TTTTTGGAAA GGAACAACAG 
TTGGCTTTCT TGGAGAATGT AAAGAGGTCA CTCACACAAG GAAGATTATG GAAACCAAGT 
TTTCTTAAGA ACCCTGGCTT CCTGAAAGAT GACATAATTA ACCCTTCTAA CCCAACGGAG 
TCATCGAGCT CAAATTCTTC CAGCAATCAG ATGCCAGAAG ATGGCTTATC TCTCAGCATG 
CCACTTAATA TCTATGAAGA GGACCCAGTA GACTCAGATG GTGACACAGA CACAACCACA 
GATGATGAAT ACTACCTGGA TGAAAATGAC AAAGAGTCAG AACTGTGA