EXPH5 cDNA ORF clone, Chaetura pelagica(chimney swift)

Gene
Clones
gRNAs

Summary

Gene Symbol	EXPH5
Entrez Gene ID	104390321
Full Name	exophilin 5
Gene Type	protein-coding
Organism	Chaetura pelagica(chimney swift)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009999430.1	XP_009997732.1	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
OCh185871	XM_009999430.1 Latest version!	Chaetura pelagica 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_009999430.1 ) cDNA ORF clone, Chaetura pelagica(chimney swift) -> XP_009997732.1 Chaetura pelagica exophilin 5 (EXPH5), mRNA.

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CloneID	OCh185871
Clone ID Related Accession (Same CDS sequence)	XM_009999430.1
Accession Version	XM_009999430.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5967bp) 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	2014-10-30
Organism	Chaetura pelagica(chimney swift)
Product	exophilin-5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009953505.1) 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 Version :: Chaetura pelagica Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 3% of CDS bases ##RefSeq-Attributes-END##

ATGGCCTACG CTCTGCAACC TGCCCAGCCT GGTCCTGGCT CCCTCCTTGC CTCACAAGAG 
GCTGCTCCGC ATGCAAACGG AGTGCCCTCT CGTGGCTCCT CTGAGCAGGT ACCTACGGAT 
AGCAACAGCA AACCAGCCAT TCCTGACTCT AAGGGAACAG GTTCAGAGAG GCAGCAACTC 
AAACTTCTAA AGAGGAAGAA GTCTGAAACG GGGTTGCAGG GAGTGACTGG AGAATGGTTT 
GAAGAAATAC AAAGAAAAAA ATTTCAGAAT TACGGTGATG TCAATAAAAT GCTAAAACCA 
CCACTAGAGC ATCAGTTGAA GAACAGCAAA AACACCAATC ATAAAGAATT AAAAATGTCA 
TCCCGCACAA ATCCTCAAGC ACAAAAGAAC ACTGCAGCTT CCTTTCTGGG GTTTAGATCA 
CCTTTTGCTT GGCTGTTCTC CTTCAGAAAA TCAAGGAAAA ACCAGGCTCA GAAGCAACCA 
CGATATGACA GCTCTACTAG CCCAAATCCA CAAGTGGAAG AAATGGCAAC GGCTAAAATG 
TGCAATTCCC CAATGTCAAC TGAACCAAGT GGTCATTCTT TTGATGCAAA CCAAAATGAA 
ATGGCGGTGA AAAGTACAGA GGAATGGAAT GAACAGCTAG AGAAGGAGTT TTTCAGTGTT 
CTAAATGATC TGGATGACCA GCTGGCCCAG GAACAAGCTC AAGACCCATT GGACAGGACA 
GTTTCTACTA GCAGTGTATC AAGTGTACAG TACAGTAGTG CATTCCCTAC TTCAAAGAGG 
CAGACTGCTT GCAGGAGGCA ACACAGAAAT GACTGGAGTG ACATGCCTGG CACATTCTTC 
CCAGATGGAC TGAGAACAAT AAGAGCCAAA GATGAACACA AGATTTTCAT CAGACCAAGG 
AAATTACACA GTGCATATAT AAACTGGCAC CAGACAGCCT TTCAAGAAGA ATACAAATGT 
GGTGATCCAG TTGATGGAAA TTCTCATCCA CTAAGCAGCA GGCTGTCTTC TGCTTCTTTT 
GGGCGGTCTT CAGAAGGTAG CTTATATCCT CCTTCCATTA CACAGAACAG TGGATTTAGG 
CACAAGAGTT GTATGAACAG GGGTACAGCT GGCAGAAGTT ACTCTGTATG TTCCCTTCGG 
AGATGTCCAT CAGTATCTTC TGACCAGCTA TCAGCATCTA GTTTACAACA TACATTAGCA 
AGGGAGAGCA ACAATGGTTT TGTACCAAGA TTTGGTCGAC AGAACCCAAA GAGAATTCCT 
CTGTCTTCTA TTGTATGGAA CAACACACCA GACTCTCCTG GACAAATCTC AACTCCAGAA 
AAAGTGTTTA GAACCCAATC ACTGATGGAG TTTAATACTA CAGACCATGG CAGATATCCT 
AGTTCCTTGC AAGACACAAA GAAATATACA TGTTCCCACT CAAAACACCA CTACAGAAGA 
TCCATTTCAA GCGGTAACTG CTTTAGTAGG GTTAGTTGCC CTGACAAAGC TCCTTCTCCA 
TTGCCCTTTG ATAACTGGGA AAATTACCCT TTATACAAAT CAGAAAATAA CCTCTCTAGA 
TCCTACTACA GAGATACTTC TCATGGCAAG TTGTATGCAA ATCAGAAAAA TTCCTCTTAT 
GGAAAAAAAG ACAGCTATCC TTCTTGGGCT GATATTCCTC AGTACTACAG TGATGAAGCC 
CTTCTTTCCC CTGATGCCAG CTTTGACATG ATAATGGCCA ATTTAAATGA CCATCCGTGG 
GCACATACAG AGAATTCCAA GTTTGGTTCT CAGCGCTGGC AGAGTGATTT TCACATGTAT 
TCTCCAGAAA ATACAAGTAT CAAAAGGATA ACAAGAAGTG CAAATAGGAC TTTTTCCGAG 
TTCACTGAGC CTTGGCTAAG TGGCAACTCT TCAGTTTCTT CATGTAGTAC CAGAACTGAT 
GAGTCAGTCA TTCCTAATTT GAAGACCCAA ACAAAACCTA AAGGACTGAA CAGGAATTCA 
GCTGTCCTTA CCCAAAGAAG TGCTAACACA GACTTTACAC AACTGGAAAA TGTTGAAGGT 
ATGAAACTGC CAGATGAAGA CATGCTGTTA CAGTCAGTTT CTCGACAAGC AGAAAAAAGC 
TACATCAATA CCCAGAGTTT TCCCTCTAAC AGCCCTGCCT CTGCCATCTT GCAAAGTGAT 
ACATGTCTCT TCAACACAAT GACATCGAAG AGACAACCCC AAGTCACTGG CAGAGGAGAT 
GTTGCAAAAA TGTATACAAC AAACAGTGAT AAAAGAAATG TACAAATGAA GGAAAATGAT 
TGCCCACCCA ACAGTGTTTT CTGTCAGCCT CCCAGTGTTT TGCCAGCTGA TGAGAGCAGG 
AAGGAACCTT TTCTTCCAAG TCAGAAAGAA TGGGAACATA CTGTGCATTA TGGAGCAAAA 
AGAGAGAGCA TCAAACAGCA TAATAGGGGT GCAGAAGCCA TTAACCAAGC TGTGCCAAAG 
AGATGGTCCT CACTGCTCAA TGTTTCTTCT GCTTCATCCA CTGAAAAATT AGCAAACTGC 
CAAGGNNNNN NNNNNCCTGC TGAATGTTCA TCTAGCTCCA CACAAATCTC TCCACAAGCA 
CTTTCTCATA AACGCAATTC CAAATACTTA GGAACCCTAG CTAGCTCTTC AATCAATTGC 
ACAGTTACTG AATCTCAAGC AAAAGGTGGA AAAACAGCAC AAGTGAGTGG AATAGGTGTT 
ACCAAAAAGA TTTCACAGAA AACACTGCAA AATGCAAGCA CTTTAGTTAC TAACGACTGT 
AATGGACAAT TCACTACTAG TTCTCCACAA AATGGAAATT CTGGAAATAT TTATATGCAG 
AGCTTTGAGG GAGACCCCAA GAGCTCTGAA CATAGTTTAA GTTATTCTTA CCTTGAAAAA 
GAAAGTGGAA AAATAAGGGG TAATTCACCT TGTATTGAAA GGCTTAACGA GCAAGACAGC 
CTGCTGAGAC ATAGCAGTAG CTGCAGCATT ACTGGCTCTC CTAGCAAAAA CAGCCTCAAA 
TCTCCTGACC CACTGGTTAT TTATTACACT TTGCCTAGAA AATCAGCCAG CATTGCAGGT 
AGTATTGTAG GAGATACACC AATCGCTTTA CCTAGACAAA ACAGAACAAC ATACAGTTGT 
TTAAGGTCTG AAACTCCACA TAAAGCTGAT GCCTTTTGTT CTAATCAGAG ATACTTGTCT 
TGTTTAGATT CAAAACATTC TTTTTTAACA TCAGCATCAT TAAATGCTGC TACAAGTAAC 
AAAGAAAAAG ATTACTTCAG TCCTTTAACT GGAAGGCCTG ATGATGCAGT ATCAACATCA 
GTTGAACTGA CAGACAGATA TAAACATCTC AGCAAAAGAG AATCCTCTGT GTTTTCAGAT 
TGTAAGGAGG GGGGAAATCT TTTGCAGAAG TACAAAACTA CAAGCACATT TACAGTTTGT 
GTTGATGAGG ATCACATCAA GTATCATGAA CTAGTTTCAA TTTATTACAC ATTACCACGG 
AGACATTCAA AAACGTTTTG TAAGCTCTTT AGAGATAATC CAGAGGATGC AGATTTACCT 
TGTCCCAAAG AAAATGCTCA GTCACAAAGA ATACGGAACA AGAAAAATGA AGGTCATGTG 
AGTTTAGCAA ATGTTTTTTT CCCTAGTACT TTGGAAAAAG AGATGCCTTC ATATTCTTCT 
GACCAAGTAT CTTCAGCTCT GGTCACACCT CAGAACTTAG GAACTGCTGT TGATAATGAA 
GAAGAGAATT CCCACTTATC TCCTAGTTCT GAGCAGAGGT GTTCTTCAGA GTCAACAAGT 
ATGGTACATA GCAGGAAAGA CAGTTCAGCA GATTTTTCAT TAGCAGAAAA TGTGCTTTCT 
GAAAGGGTGA CAAAAGAGAT TTCTTTTGGT GGCCCAAAAT CCACTGCGAT AGTGGCTAAG 
TCAGGTAGGG CCATCTCTGG AATATGTGTA AAGGAAAAGA AGGAAATTTT ACAAACAGCC 
ACACCTCTAA TGTCCACTGT ATTAACCCCT CCCAAGCCAG GCAGATGTTC AGAGAATCCT 
TTGTACTCTA CTTCAACAAA TAAAAATATT ATACAGAAGG GAAGCTCTGA AAATGGCTGT 
CAGCCCTCTA AAGTGAACAG CAATAAAAAT CTGAATAGTT TATTTCTCCA CCCAGGAGAG 
AAGAGTTCCC TTGGAAGGAA AGGTAGCACA GAGCAGGCTG ACGTGTCGCT TCCCCCTGAG 
GAAGACACGT ACAGGGATAG TAACGAAGTC AAGCAGAGAG TAAATTTCCT ACACCAAACC 
ACACCTCTGT ATAATAATAA ATATAGTGGA CTGCAATTAA GGGCTGACAG TTCAAGAAAA 
AATGCAAGTT ATTTAAACTC TTGTAGCAAA CTGCTTTCAG AGGGTCATAA GATGTCATCT 
GAGGCAAGCA CAGCTTCCAG CACTGATCCA TTACTTCAGC TAGAGGAAGG GGTTAGCACA 
GAAACAGATG AATTAAAGAA TCCAAACATT AAAAAAGAGC AGAACTCACA GAGTACTAGG 
ATGGGTAAAG ATTATAGTGG TTTGCAGGAA TCAGAGAGGC ACAATGAAGG CAGCCTGAAT 
GTTAACTGTA AAGATAAATT CCTCAGGGTT ACACAAGGTC AGAAGATAAC ACAGAGTGCA 
GAATATGATA ATAAGCTTCT CACTGACTGC ACAGGAGACA AAGTCAAAGA TATAGAAAAA 
AGGAAAAATA GACCTTCAAT TAAAAACAAA CTGGCAGCTG TTTACAAAAC GAGTCGAAAA 
TTTTCAAGTA AAAATTTACC CCCCAAACCA CACATCAGTA ACATTTTTTC ACAGAACGAT 
GGAAGTGCCA CTTCCTTAGA GGTCAACACA TCCCTTGACT CACGGATTTC AATGGATTCT 
CCTCAGCCAT TCCTGCCATT GGACAATGAA AATCAAAATC ACAGTCTGAA CCCTGATAAG 
AATATACCAG GAGGAAGAAC AGCTGAGAAT AAGAACACTG AAAATCAGAA TGATCCTTCT 
TTACTTTATA ATAACACCAA TTGGAGGTCT TCTACAAGCT CATACACCCA GAAGGAAGCC 
ATCAGCCCGA AAAAAACTAC AGTGAAAGTG GAAAATAGAC CAATTCTTAC AACTCTATTT 
CAAGAGAAAA CAGTAGCCAC AAGAAATAAG AATGCCCAAA CACTTGATCT CAAGTTAGAA 
AGCAAAAGCC AGCCCACATC TTCCAGTGCT ACTACATCAG CCCCATTGGA TGATGAGAAA 
AGAAGAGCCA TCAGTTCTGT CTGCAGTCCT CCCTTGCCAG TTTTATCTGA CAAAAATTCA 
AACACATATG TAAACAGCTG CTTGCTGGCA GACCTATGTC CAGAGCAAAA CGTGACTTCC 
CAGACGGTGC TTGGTGTCTG TCAAAATACC TCTCAGTCTG CGAGCTTAAA GAATGCCAAC 
TTGCACAGCC ATCAGGTGTG CAAGAGTCAT GCCAAAAGCC AGCGAGGACG GCACCTTTCT 
GAGACTATTT GTGCTCCAGA CTCACATGAG ACCTTTGCCT CGGGAAGCAA TATTCTGCCC 
AAAGGTGGTG TGCATGGGAA GAGATTTAAG TCTTACTCGG AGCTGTTGTC TTGTGATGAA 
AATGAAAACT GGGCATCGGA TGATGAAAAA TGTTACAGCA CTAGAAATCT GATGTATCCT 
TCCGTTGAAT TTGGTATATT TGGCAAAGAG CAACAGTTGG CTTTCCTGGA AAATATCAAG 
AGGTCACTTA CAGAAGGGCG ATTATGGAGA CCTTGTCTTC TTAATAACCC TGGTGGTCTC 
AGAGATTCAG AGACCCCTTC CATAAACAGG GCTGAGCTTC TGAGCTCAAG TTCTGCTGGG 
AGCAAAATGT CATCGGCTGC TTCATCCCCC CGAGAGCTGG CTGGTTTCTA TCAGGAAGAC 
CCTGAAGCTT ATTCAGACTC AGACAGTGAT ACCACCACTG ATGATGAATA CTACCTAGAT 
GAGATAGATA AAGAATCAGA GCTGTGA

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

RefSeq	XP_009997732.1
CDS	1..5967
Translation	MAYALQPAQPGPGSLLASQEAAPHANGVPSRGSSEQVPTDSNSKPAIPDSKGTGSERQQLKLLKRKKSETGLQGVTGEWFEEIQRKKFQNYGDVNKMLKPPLEHQLKNSKNTNHKELKMSSRTNPQAQKNTAASFLGFRSPFAWLFSFRKSRKNQAQKQPRYDSSTSPNPQVEEMATAKMCNSPMSTEPSGHSFDANQNEMAVKSTEEWNEQLEKEFFSVLNDLDDQLAQEQAQDPLDRTVSTSSVSSVQYSSAFPTSKRQTACRRQHRNDWSDMPGTFFPDGLRTIRAKDEHKIFIRPRKLHSAYINWHQTAFQEEYKCGDPVDGNSHPLSSRLSSASFGRSSEGSLYPPSITQNSGFRHKSCMNRGTAGRSYSVCSLRRCPSVSSDQLSASSLQHTLARESNNGFVPRFGRQNPKRIPLSSIVWNNTPDSPGQISTPEKVFRTQSLMEFNTTDHGRYPSSLQDTKKYTCSHSKHHYRRSISSGNCFSRVSCPDKAPSPLPFDNWENYPLYKSENNLSRSYYRDTSHGKLYANQKNSSYGKKDSYPSWADIPQYYSDEALLSPDASFDMIMANLNDHPWAHTENSKFGSQRWQSDFHMYSPENTSIKRITRSANRTFSEFTEPWLSGNSSVSSCSTRTDESVIPNLKTQTKPKGLNRNSAVLTQRSANTDFTQLENVEGMKLPDEDMLLQSVSRQAEKSYINTQSFPSNSPASAILQSDTCLFNTMTSKRQPQVTGRGDVAKMYTTNSDKRNVQMKENDCPPNSVFCQPPSVLPADESRKEPFLPSQKEWEHTVHYGAKRESIKQHNRGAEAINQAVPKRWSSLLNVSSASSTEKLANCQnullnullnullnullPAECSSSSTQISPQALSHKRNSKYLGTLASSSINCTVTESQAKGGKTAQVSGIGVTKKISQKTLQNASTLVTNDCNGQFTTSSPQNGNSGNIYMQSFEGDPKSSEHSLSYSYLEKESGKIRGNSPCIERLNEQDSLLRHSSSCSITGSPSKNSLKSPDPLVIYYTLPRKSASIAGSIVGDTPIALPRQNRTTYSCLRSETPHKADAFCSNQRYLSCLDSKHSFLTSASLNAATSNKEKDYFSPLTGRPDDAVSTSVELTDRYKHLSKRESSVFSDCKEGGNLLQKYKTTSTFTVCVDEDHIKYHELVSIYYTLPRRHSKTFCKLFRDNPEDADLPCPKENAQSQRIRNKKNEGHVSLANVFFPSTLEKEMPSYSSDQVSSALVTPQNLGTAVDNEEENSHLSPSSEQRCSSESTSMVHSRKDSSADFSLAENVLSERVTKEISFGGPKSTAIVAKSGRAISGICVKEKKEILQTATPLMSTVLTPPKPGRCSENPLYSTSTNKNIIQKGSSENGCQPSKVNSNKNLNSLFLHPGEKSSLGRKGSTEQADVSLPPEEDTYRDSNEVKQRVNFLHQTTPLYNNKYSGLQLRADSSRKNASYLNSCSKLLSEGHKMSSEASTASSTDPLLQLEEGVSTETDELKNPNIKKEQNSQSTRMGKDYSGLQESERHNEGSLNVNCKDKFLRVTQGQKITQSAEYDNKLLTDCTGDKVKDIEKRKNRPSIKNKLAAVYKTSRKFSSKNLPPKPHISNIFSQNDGSATSLEVNTSLDSRISMDSPQPFLPLDNENQNHSLNPDKNIPGGRTAENKNTENQNDPSLLYNNTNWRSSTSSYTQKEAISPKKTTVKVENRPILTTLFQEKTVATRNKNAQTLDLKLESKSQPTSSSATTSAPLDDEKRRAISSVCSPPLPVLSDKNSNTYVNSCLLADLCPEQNVTSQTVLGVCQNTSQSASLKNANLHSHQVCKSHAKSQRGRHLSETICAPDSHETFASGSNILPKGGVHGKRFKSYSELLSCDENENWASDDEKCYSTRNLMYPSVEFGIFGKEQQLAFLENIKRSLTEGRLWRPCLLNNPGGLRDSETPSINRAELLSSSSAGSKMSSAASSPRELAGFYQEDPEAYSDSDSDTTTDDEYYLDEIDKESEL

Target ORF information:

RefSeq Version	XM_009999430.1
Organism	Chaetura pelagica(chimney swift)
Definition	Chaetura pelagica exophilin 5 (EXPH5), mRNA.

Target ORF information:

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

XM_009999430.1

ORF Insert Sequence:

ATGGCCTACG CTCTGCAACC TGCCCAGCCT GGTCCTGGCT CCCTCCTTGC CTCACAAGAG 
GCTGCTCCGC ATGCAAACGG AGTGCCCTCT CGTGGCTCCT CTGAGCAGGT ACCTACGGAT 
AGCAACAGCA AACCAGCCAT TCCTGACTCT AAGGGAACAG GTTCAGAGAG GCAGCAACTC 
AAACTTCTAA AGAGGAAGAA GTCTGAAACG GGGTTGCAGG GAGTGACTGG AGAATGGTTT 
GAAGAAATAC AAAGAAAAAA ATTTCAGAAT TACGGTGATG TCAATAAAAT GCTAAAACCA 
CCACTAGAGC ATCAGTTGAA GAACAGCAAA AACACCAATC ATAAAGAATT AAAAATGTCA 
TCCCGCACAA ATCCTCAAGC ACAAAAGAAC ACTGCAGCTT CCTTTCTGGG GTTTAGATCA 
CCTTTTGCTT GGCTGTTCTC CTTCAGAAAA TCAAGGAAAA ACCAGGCTCA GAAGCAACCA 
CGATATGACA GCTCTACTAG CCCAAATCCA CAAGTGGAAG AAATGGCAAC GGCTAAAATG 
TGCAATTCCC CAATGTCAAC TGAACCAAGT GGTCATTCTT TTGATGCAAA CCAAAATGAA 
ATGGCGGTGA AAAGTACAGA GGAATGGAAT GAACAGCTAG AGAAGGAGTT TTTCAGTGTT 
CTAAATGATC TGGATGACCA GCTGGCCCAG GAACAAGCTC AAGACCCATT GGACAGGACA 
GTTTCTACTA GCAGTGTATC AAGTGTACAG TACAGTAGTG CATTCCCTAC TTCAAAGAGG 
CAGACTGCTT GCAGGAGGCA ACACAGAAAT GACTGGAGTG ACATGCCTGG CACATTCTTC 
CCAGATGGAC TGAGAACAAT AAGAGCCAAA GATGAACACA AGATTTTCAT CAGACCAAGG 
AAATTACACA GTGCATATAT AAACTGGCAC CAGACAGCCT TTCAAGAAGA ATACAAATGT 
GGTGATCCAG TTGATGGAAA TTCTCATCCA CTAAGCAGCA GGCTGTCTTC TGCTTCTTTT 
GGGCGGTCTT CAGAAGGTAG CTTATATCCT CCTTCCATTA CACAGAACAG TGGATTTAGG 
CACAAGAGTT GTATGAACAG GGGTACAGCT GGCAGAAGTT ACTCTGTATG TTCCCTTCGG 
AGATGTCCAT CAGTATCTTC TGACCAGCTA TCAGCATCTA GTTTACAACA TACATTAGCA 
AGGGAGAGCA ACAATGGTTT TGTACCAAGA TTTGGTCGAC AGAACCCAAA GAGAATTCCT 
CTGTCTTCTA TTGTATGGAA CAACACACCA GACTCTCCTG GACAAATCTC AACTCCAGAA 
AAAGTGTTTA GAACCCAATC ACTGATGGAG TTTAATACTA CAGACCATGG CAGATATCCT 
AGTTCCTTGC AAGACACAAA GAAATATACA TGTTCCCACT CAAAACACCA CTACAGAAGA 
TCCATTTCAA GCGGTAACTG CTTTAGTAGG GTTAGTTGCC CTGACAAAGC TCCTTCTCCA 
TTGCCCTTTG ATAACTGGGA AAATTACCCT TTATACAAAT CAGAAAATAA CCTCTCTAGA 
TCCTACTACA GAGATACTTC TCATGGCAAG TTGTATGCAA ATCAGAAAAA TTCCTCTTAT 
GGAAAAAAAG ACAGCTATCC TTCTTGGGCT GATATTCCTC AGTACTACAG TGATGAAGCC 
CTTCTTTCCC CTGATGCCAG CTTTGACATG ATAATGGCCA ATTTAAATGA CCATCCGTGG 
GCACATACAG AGAATTCCAA GTTTGGTTCT CAGCGCTGGC AGAGTGATTT TCACATGTAT 
TCTCCAGAAA ATACAAGTAT CAAAAGGATA ACAAGAAGTG CAAATAGGAC TTTTTCCGAG 
TTCACTGAGC CTTGGCTAAG TGGCAACTCT TCAGTTTCTT CATGTAGTAC CAGAACTGAT 
GAGTCAGTCA TTCCTAATTT GAAGACCCAA ACAAAACCTA AAGGACTGAA CAGGAATTCA 
GCTGTCCTTA CCCAAAGAAG TGCTAACACA GACTTTACAC AACTGGAAAA TGTTGAAGGT 
ATGAAACTGC CAGATGAAGA CATGCTGTTA CAGTCAGTTT CTCGACAAGC AGAAAAAAGC 
TACATCAATA CCCAGAGTTT TCCCTCTAAC AGCCCTGCCT CTGCCATCTT GCAAAGTGAT 
ACATGTCTCT TCAACACAAT GACATCGAAG AGACAACCCC AAGTCACTGG CAGAGGAGAT 
GTTGCAAAAA TGTATACAAC AAACAGTGAT AAAAGAAATG TACAAATGAA GGAAAATGAT 
TGCCCACCCA ACAGTGTTTT CTGTCAGCCT CCCAGTGTTT TGCCAGCTGA TGAGAGCAGG 
AAGGAACCTT TTCTTCCAAG TCAGAAAGAA TGGGAACATA CTGTGCATTA TGGAGCAAAA 
AGAGAGAGCA TCAAACAGCA TAATAGGGGT GCAGAAGCCA TTAACCAAGC TGTGCCAAAG 
AGATGGTCCT CACTGCTCAA TGTTTCTTCT GCTTCATCCA CTGAAAAATT AGCAAACTGC 
CAAGGNNNNN NNNNNCCTGC TGAATGTTCA TCTAGCTCCA CACAAATCTC TCCACAAGCA 
CTTTCTCATA AACGCAATTC CAAATACTTA GGAACCCTAG CTAGCTCTTC AATCAATTGC 
ACAGTTACTG AATCTCAAGC AAAAGGTGGA AAAACAGCAC AAGTGAGTGG AATAGGTGTT 
ACCAAAAAGA TTTCACAGAA AACACTGCAA AATGCAAGCA CTTTAGTTAC TAACGACTGT 
AATGGACAAT TCACTACTAG TTCTCCACAA AATGGAAATT CTGGAAATAT TTATATGCAG 
AGCTTTGAGG GAGACCCCAA GAGCTCTGAA CATAGTTTAA GTTATTCTTA CCTTGAAAAA 
GAAAGTGGAA AAATAAGGGG TAATTCACCT TGTATTGAAA GGCTTAACGA GCAAGACAGC 
CTGCTGAGAC ATAGCAGTAG CTGCAGCATT ACTGGCTCTC CTAGCAAAAA CAGCCTCAAA 
TCTCCTGACC CACTGGTTAT TTATTACACT TTGCCTAGAA AATCAGCCAG CATTGCAGGT 
AGTATTGTAG GAGATACACC AATCGCTTTA CCTAGACAAA ACAGAACAAC ATACAGTTGT 
TTAAGGTCTG AAACTCCACA TAAAGCTGAT GCCTTTTGTT CTAATCAGAG ATACTTGTCT 
TGTTTAGATT CAAAACATTC TTTTTTAACA TCAGCATCAT TAAATGCTGC TACAAGTAAC 
AAAGAAAAAG ATTACTTCAG TCCTTTAACT GGAAGGCCTG ATGATGCAGT ATCAACATCA 
GTTGAACTGA CAGACAGATA TAAACATCTC AGCAAAAGAG AATCCTCTGT GTTTTCAGAT 
TGTAAGGAGG GGGGAAATCT TTTGCAGAAG TACAAAACTA CAAGCACATT TACAGTTTGT 
GTTGATGAGG ATCACATCAA GTATCATGAA CTAGTTTCAA TTTATTACAC ATTACCACGG 
AGACATTCAA AAACGTTTTG TAAGCTCTTT AGAGATAATC CAGAGGATGC AGATTTACCT 
TGTCCCAAAG AAAATGCTCA GTCACAAAGA ATACGGAACA AGAAAAATGA AGGTCATGTG 
AGTTTAGCAA ATGTTTTTTT CCCTAGTACT TTGGAAAAAG AGATGCCTTC ATATTCTTCT 
GACCAAGTAT CTTCAGCTCT GGTCACACCT CAGAACTTAG GAACTGCTGT TGATAATGAA 
GAAGAGAATT CCCACTTATC TCCTAGTTCT GAGCAGAGGT GTTCTTCAGA GTCAACAAGT 
ATGGTACATA GCAGGAAAGA CAGTTCAGCA GATTTTTCAT TAGCAGAAAA TGTGCTTTCT 
GAAAGGGTGA CAAAAGAGAT TTCTTTTGGT GGCCCAAAAT CCACTGCGAT AGTGGCTAAG 
TCAGGTAGGG CCATCTCTGG AATATGTGTA AAGGAAAAGA AGGAAATTTT ACAAACAGCC 
ACACCTCTAA TGTCCACTGT ATTAACCCCT CCCAAGCCAG GCAGATGTTC AGAGAATCCT 
TTGTACTCTA CTTCAACAAA TAAAAATATT ATACAGAAGG GAAGCTCTGA AAATGGCTGT 
CAGCCCTCTA AAGTGAACAG CAATAAAAAT CTGAATAGTT TATTTCTCCA CCCAGGAGAG 
AAGAGTTCCC TTGGAAGGAA AGGTAGCACA GAGCAGGCTG ACGTGTCGCT TCCCCCTGAG 
GAAGACACGT ACAGGGATAG TAACGAAGTC AAGCAGAGAG TAAATTTCCT ACACCAAACC 
ACACCTCTGT ATAATAATAA ATATAGTGGA CTGCAATTAA GGGCTGACAG TTCAAGAAAA 
AATGCAAGTT ATTTAAACTC TTGTAGCAAA CTGCTTTCAG AGGGTCATAA GATGTCATCT 
GAGGCAAGCA CAGCTTCCAG CACTGATCCA TTACTTCAGC TAGAGGAAGG GGTTAGCACA 
GAAACAGATG AATTAAAGAA TCCAAACATT AAAAAAGAGC AGAACTCACA GAGTACTAGG 
ATGGGTAAAG ATTATAGTGG TTTGCAGGAA TCAGAGAGGC ACAATGAAGG CAGCCTGAAT 
GTTAACTGTA AAGATAAATT CCTCAGGGTT ACACAAGGTC AGAAGATAAC ACAGAGTGCA 
GAATATGATA ATAAGCTTCT CACTGACTGC ACAGGAGACA AAGTCAAAGA TATAGAAAAA 
AGGAAAAATA GACCTTCAAT TAAAAACAAA CTGGCAGCTG TTTACAAAAC GAGTCGAAAA 
TTTTCAAGTA AAAATTTACC CCCCAAACCA CACATCAGTA ACATTTTTTC ACAGAACGAT 
GGAAGTGCCA CTTCCTTAGA GGTCAACACA TCCCTTGACT CACGGATTTC AATGGATTCT 
CCTCAGCCAT TCCTGCCATT GGACAATGAA AATCAAAATC ACAGTCTGAA CCCTGATAAG 
AATATACCAG GAGGAAGAAC AGCTGAGAAT AAGAACACTG AAAATCAGAA TGATCCTTCT 
TTACTTTATA ATAACACCAA TTGGAGGTCT TCTACAAGCT CATACACCCA GAAGGAAGCC 
ATCAGCCCGA AAAAAACTAC AGTGAAAGTG GAAAATAGAC CAATTCTTAC AACTCTATTT 
CAAGAGAAAA CAGTAGCCAC AAGAAATAAG AATGCCCAAA CACTTGATCT CAAGTTAGAA 
AGCAAAAGCC AGCCCACATC TTCCAGTGCT ACTACATCAG CCCCATTGGA TGATGAGAAA 
AGAAGAGCCA TCAGTTCTGT CTGCAGTCCT CCCTTGCCAG TTTTATCTGA CAAAAATTCA 
AACACATATG TAAACAGCTG CTTGCTGGCA GACCTATGTC CAGAGCAAAA CGTGACTTCC 
CAGACGGTGC TTGGTGTCTG TCAAAATACC TCTCAGTCTG CGAGCTTAAA GAATGCCAAC 
TTGCACAGCC ATCAGGTGTG CAAGAGTCAT GCCAAAAGCC AGCGAGGACG GCACCTTTCT 
GAGACTATTT GTGCTCCAGA CTCACATGAG ACCTTTGCCT CGGGAAGCAA TATTCTGCCC 
AAAGGTGGTG TGCATGGGAA GAGATTTAAG TCTTACTCGG AGCTGTTGTC TTGTGATGAA 
AATGAAAACT GGGCATCGGA TGATGAAAAA TGTTACAGCA CTAGAAATCT GATGTATCCT 
TCCGTTGAAT TTGGTATATT TGGCAAAGAG CAACAGTTGG CTTTCCTGGA AAATATCAAG 
AGGTCACTTA CAGAAGGGCG ATTATGGAGA CCTTGTCTTC TTAATAACCC TGGTGGTCTC 
AGAGATTCAG AGACCCCTTC CATAAACAGG GCTGAGCTTC TGAGCTCAAG TTCTGCTGGG 
AGCAAAATGT CATCGGCTGC TTCATCCCCC CGAGAGCTGG CTGGTTTCTA TCAGGAAGAC 
CCTGAAGCTT ATTCAGACTC AGACAGTGAT ACCACCACTG ATGATGAATA CTACCTAGAT 
GAGATAGATA AAGAATCAGA GCTGTGA