CENPE cDNA ORF clone, Cuculus canorus(common cuckoo)

Gene
Clones
gRNAs

Summary

Gene Symbol	CENPE
Entrez Gene ID	104068740
Full Name	centromere protein E
Gene Type	protein-coding
Organism	Cuculus canorus(common cuckoo)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009571656.1	XP_009569951.1	LOW QUALITY PROTEIN: centromere-associated protein E

Pathways from BioSystems
Gene Ontology

The following CENPE gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CENPE 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
OCu39548	XM_009571656.1 Latest version!	Cuculus canorus centromere protein E, 312kDa (CENPE), 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)

CENPE ( XM_009571656.1 ) cDNA ORF clone, Cuculus canorus(common cuckoo) -> XP_009569951.1 Cuculus canorus centromere protein E, 312kDa (CENPE), mRNA.

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CloneID	OCu39548
Clone ID Related Accession (Same CDS sequence)	XM_009571656.1
Accession Version	XM_009571656.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5937bp) 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	2014-10-13
Organism	Cuculus canorus(common cuckoo)
Product	LOW QUALITY PROTEIN: centromere-associated protein E
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009243883.1) 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 :: Cuculus canorus 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 :: 1% of CDS bases frameshifts :: corrected 2 indels ##RefSeq-Attributes-END##

ATGGCGGAAG AGGGAGCTGT CACGGTCTGC GTGCGAGTGC GGCCGCTCAT CGCCAGGGAA 
AAAGAAGAGA AAGAGAAAGA GGTCCTCTAC TGGAAAAGTG AAGATAATAC AATTTCGGAA 
GTCAATGGTA CAAAAGTATT CAGTTATGAT CGTGTCTTTC ACTCCAGTGA CAATACTCAG 
CAGTTATATG AAGGTGTAGC TGTTCCAATT ATACAGTCAG CTGTGCAAGG TTATAATGGC 
ACAATTTTTG CTTACGGACA GACTGCTTCA GGGAAGACCT ACACAATGAT GGGAAGTGAA 
GATTCTGCGG GCATTATACC TCGGGCAGTT CAACATGTTT TCAAAATTAT TTGTGAGATT 
CCAGATAGAG AATTCTTGCT GAGAGTTTCT TACATGGAAA TCTACAATGA AACCATTACA 
GATTTGCTTT GTGACACAAG GAAAAAGAAA CCTCTGGCAA TTCGTGAGGA TGTTAATAGG 
AATATATATG TAGAAGATCT GATTGAAGAG GTGGTTGTTG CCCCAGAACA AGTTATGGAA 
TGGATCAGAA AAGGAGAAAA AAATCGCCAT TATGGAGAAA CAAAAATGAA TGAACACAGT 
TCCCGTTCTC ATACTATCTT CAGAATGATC ATTGAAAGCA GAGAACGAAG TGACCCTGTA 
AATGCAAACT GTGATGGAGC AGTGATGGTG TCCCACTTGA ACTTGGTAGA TCTGGCAGGC 
AGTGAAAGAG CTAGTCAAAC TGGATCCGAA GGTGTCCGAC TGAAAGAAGG CTGCAATATA 
AACCGGAGCT TGTTCATTCT GGGTCAAGTT ATCAAAAAAC TTTGTGATGA CCCTTCCGGT 
TTCATAAATT ACAGAGATAG CAAGCTGACT CGAATTCTGC AGAACTCCCT TGGAGGAAAT 
GCCAAGACGC TTATTATTTG TACAATTACT CCTGTTTCTT TTGATGTAAC TCTTGGTACT 
CTTCAGTTTG CCAATACAGC CAAAAGAATG AAGAATACTC CAAAAGTCAA CGAAGTACTG 
GATGACGATG CCCTCCTGAA GAGATATCGC AAAGAAATTC TGGATTTGAA AAAGCAACTG 
GAGGAAGTGT CCTCGAAGAC TCAAATTCAT GCAATGGAAA AAGACCAATT GGCCCAGCTG 
TTGGAAGAAA AAAATTCCCT TCAAAAAGTA CAAGAAGATA GGATACGAAA CTTAACTGAG 
ATGCTGGTGA CTTCTGCCTC CTTTTCCTCA AAACAGAATT CTAAAGCCAA GATAAGAAGA 
AGAGTTACTT GGGCTCCTGG TAAAATAAAC CAGGCAAACG TGAGCTGTTT TGAAGACTTT 
GAAAAACCAA GGCTGTCTGA AACAGAAAAA AAGAAAAGGT CTCTGACACT ACCACAAGTG 
GAGTATTCTT TGTTAGAGAA TTCTGAACGT GACAACCAGT ATCTGACGTT TCCTATTCAA 
ATGTCAGATG TAGAATGGAC TGCTGGACCT AACATGAATT GGACTCAGAA AGACTTTGAA 
GAATCTGTGC AACTCTGTGA AGCATTAGCA CTAGAAAAGG ATATTGCTGT AAATGAGGTC 
AACATTCTGC AAACTAACTT TGATAACCTG GTATTGGAAA ATGAGCGTTT GAAACTAGAA 
ATAAATGAAA TGAAGGAGAA ACTGAAAGAA AAAATGGAAA CAGATGAATT TGAAGCACTG 
GAAAAACAAA CACAAAAAGA ACATGAGGAA GAAATAAACT CCAAATTGGA GGAACTGAAA 
GAGAAAGAGA ACAAAATAAA AGTATTACAG AATCGTGTGG AAGAATTGCA GAAAGCAGAA 
GCAGAAAAAA AGGACACATT TATTTCAGTG GGAAATCCTG ATAAGCTAAT TAAGGAAATT 
CAGCAGCTGA ATAAATCCCT CTCAGATAGT GAAAACATAG CCTTGGATGC CAAAAGAGAA 
TCTGCTTTTC TCAGAACTGA AAACTTGGAG CTGAAGGAGA AGATGAATGA ACTGCTGAAT 
AACTACGAGC AAATGCAAAA GGATATTCAA GTCTACAAAA ATCAAATAGA AGCAGGAAAA 
GCCAGTTACA AAAAAATGCA AACTGACTTG CAGAAAGAGT TGCAGTCTGT ATTTCAAGAA 
AATGCGAGGC TAACTTCAAT GATGGATGGT AAAGTTCCAA AAGATCTACT GTCTTTTGCG 
GAAGTGGAAA AAAAGGTGGC TGACTTAAAA GGAGAACTAG AAAAAGCATT GAAAGAGAAT 
GCATTTCTAC AAAAGCAAGT AAATGAGCTA GTAGAATTTC AGTCTTTACC AAATACTGTT 
GAGATGCAGC AGAAAGAGAT TCTTGAAAAA TGTGAGGAGC TGCGCTTATT AAAATTGGAA 
AGAGAAAAGC TGCTTTCTGA AGTAGCTGAT AATGAAGCTA GGCTTAAATG TATGGCTGAA 
GAAATTAAAA AATCACAAGA GGATCTAGCA GATGCACAAC TTAAATATGT AACGTCTGAT 
CAGGAATATG TAGCACTTAA ACAGCTCCAT GAAGAACTAG AGCAAAAATA TGTAGCTGCA 
TCAGAAAACA ATGAACAAAT GAAACTCCAA ATAGATGTTT TATCTAAAGC AGCACAAGAG 
TCTAAAACAG CTTTGAATGA AGTGAAATTA GAGCTTTCTA GCAAAATGAA AGAACTGGAA 
GAAAAGACGG CAGAGTACAA ACAACTCCTT GAGGTAAGAG AAGATTTTAG TCAGACTCAG 
CAGAAATTAA ATGAAACGGA ACAATTAAAA GAGCAAGACA AGGTCATGGA GGTCAAGGAT 
TCAGAGATTC AAGCAGTTCT TCAGCAGCTT ATTGAATGTC AGGAAGAAAT AAAAACACTA 
ACCCAGGAAA GAGATTACCT GAAGCAAAAA GAGGAGTCTC TCCAGGCTGA GACAGACCAA 
CTCAAAGAGG ATATAAAGGA CACTGTTTCA ATGAACATCT TGGCACATGA AGAACTGAGA 
AATACCCAGA GTTCTCTCAA GCAATCCCAG GACACTGTCA AGAAGTTGGA AATAAATATT 
TCTGAAAAAG AATCTCAGAT TCTGAGTGTT GAAAAGACTC TGGGGAAAAC CATTAAAGAA 
CTCAAAATAC AGCTCACTGA AGCAACTGAA AACCTGACTT GTGTCTCTTC TGAATATAGC 
AAGCTACTGG CAGAAAAAAA CCAAATTGAA TTAATAATTA ATGAGAATGT CTCTCAGCAG 
CTTGAGAAAA TCACTTTACT TAATCAGGAG AAAGATGAGC TACGTCAAAT GGTAGAGGCT 
TGTAAAGCAG AAAGAGATCA GTTAGAGGCT GACTGTCAGG AAAGCAAGGA GCAATCATTA 
AAAGTTTTCA CAGAAATGGT AAATCTACAT CAGCACCAGA AAGAGCAAGC TGATATCCAG 
AAGAATGTGC TAGCAAATGG AGTAGGGAAA TTGCAAAACA CTGACGAAAA ATTAAATGAA 
NTAAATAAAC TGAAAGAAAA GGTAGTGAAG TTGAACGAGA ACTTAAATTT GGTAACTAAG 
GAAAAGCACA AGCTGCTAGA AGAACTGAAA GAGAAGACTG AAAATGAAAG AATTAAACTT 
CAGCAGCTGG AGAAACAGTG TGATTTGTTA GCACAGGAGA GACATCAACT CCAGGAAATG 
CTGGGAGGTC TCCAGTCAGA GAAGAACAAA CTGGAGATTA AACTACAGGA GAGTGTTGAT 
AAGATTCTTG AAAGTGAAAA GCAATTGAAG TGGCAACAAG AACTCTTCAA CAATGAGAAG 
ATCAAAGCTG AAGAAAGAGA AGAACATTTG TTAAAGGTTC AGAGGCGGTC AGATGTTTTG 
GAGGACAGCC TAACAAGCAA GATTCAACAG TTAACAGAGG CGCTAAATAT CATATCGTGT 
GAAAAAGACC AGTTATTGGC TGAAAGAATT AGTCACTCTT CCCAACATAA AGAACAAATC 
TCATCAATTA ATCGAGAAAA AGATGAGCTA CAAAAACTTC TCCAGGATGT CACATCTGAG 
CGGGACCAGC TCAAGACTGA ATTGCAAAAA AATTCTGAAA TGTATGTTGA AACAAATGCA 
AAGCTAGAAA GTGCTCTAGA ACAACAGAAG CAGAGAAGTT TGAATGATAT GTCCATTCAG 
GTGAATTCAC TGGGTAATAC AGAGCAGATG TTTGATGACA GCCTGAAGAA AAACTTGAAA 
ATTAAGGAAC TCCTTGAGAA ATTCCCAAGT ATAGGGAAGA GGTACGAATG TCTCTCTACA 
GTGTCTCTTA AACTGAGGAA TGAACTGGAT AGTCAGAAAG CACTGGTAGC TGTCATAATG 
ACTCTGCTTT CGCCAGAAGA AGGTAAACAA GTCAGAAGAC TTCAGTATGA AAATGAGAAA 
CGGAATGGTC TTCTCCAGAG TTTATTGAAC AAACTGAAGT TTCTGTTTAG TCGTGTTTGC 
TCAAAGAAAT GCAACTATTA CTCTACTGTT AACAAGTATG AAATTGAACT GCTTGAGGAA 
AAGAGAAAAC AAGATCAGCT ACAAGCTCAG ATTCAATGTC TCAGGAAGAT TTATTTGAAC 
CAGAATGAAA CATCTTCTCA AGAATTAAAC ATCAGTGAAG CGCTGCAGAG TTTGCAATTG 
GATGCAGAGA GCATTCTCAA AGATGTATCA GAAATGGAAA GTGAGCTCAT CTGGATAGAG 
GCAGAGCTGC AACAGGAAGA GTGTGCTAGA AAAGAAACAA CACAGTTCTG GGAAGCTTGT 
TCGGGAACTC ACTTCAATGT GGAGAAACTT ATAGAAGAGT TAAAGAAAGA TAATGGAAGG 
CTTTCGCAAG TCCATGGATT CTGGACTCCG AAAGTGAAGG TACTCCTTGA ACTTTCTTCA 
GAGCTGGATG CCAGGACTGC CAGTTACAGT AAAAGTGCTG ATGTTGAATT GAAACAGAGA 
AAAGAGAAAA GTGAAGAGTT GTTTCAGGAA CTAAACACTC TTAAAGAACA ACTGGCCCCT 
GGTGCTTCTG CCAGTCATGC ATTAGAAGAA AATTATAGGC TTCATAACAA ATTAAAAGCT 
GCAGAGCAAG ATAGAAAGGA TATGGAAATA AAAATTCAGA ACTTGGAAAA CGTAATAAAT 
GAAGTAGGAA AAGAAGTCAA AGAGAGAGAT GACAGGATAA GCAAGTTGCA AGCAGACATA 
AGAATAAAAT CGGCTGCAAG CGAGGGAACA CAACTGCAAG TTAAACTAGA TGAGACAGAG 
AAGTCCCTCA AAACTGCCTT AACAGAGATT CAGAGTCTCC AGGCAAAATT AGATAAAGAT 
GCTATGTTGT ACAAAGAAGA AATTGAACAT CTCAAAACAG AATTGGTAAA ATACGATATG 
GAAAGAATGA AACAATCCAA ATGTTTTGAA ATTAAACTTG CTAATTATAA AGCTATTCTA 
GAACAAAAAG AACATCAATT AAGAGACTTC AAAGAAGAAC TCAGAAGAGC ACACCAAGAA 
AAAGACGTTA CCGTGCTGCA GGAAACAGAA GCTCCTTGGC AATCCCAAAC ACCCATTACT 
TGTGGTGGAG GCAGTGGTAT TGTGCAGAGC ACGCAAATAC TAGTGCTAAA ATCTGAACAA 
GCTAAGCTAC AGAAAGAGAA CTTGCACCTG AAGAAGCAAA GTGATCTTCT GCTAAGTAAT 
GAGCGTCAAC TGAAAGAGGA ACTTAGGAAA TGGAAAGAAA GAGCCCTAAA ATGGAGAGAA 
AAATCGTTAA GTGAACACAC TCGAGAGAAA GTACCAAGGT CTCCAAAGAC AACAGTGTCC 
TCTTCCCTTA AAGAGCAAAT GCCTCCACCA TCAAAGGAAC CTGTTTCTCA GGAAACTGTG 
ACTCGGGACA CATCGACATC TCTGCCACCG CCTTTTCCAA CAAGTTTCTT TGATAATTCT 
GGCTTGAGTA AACTAATAGG TCTGCAACCT GCAGGAATAG AGCCCTCAGA AGAACACGTT 
GAGCGTTGGT TCAGAACTCC GGAGAAAGAG AACGCCCTTG ATTGCACCAC CCAATAA

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

RefSeq	XP_009569951.1
CDS	1..5937
Translation	MAEEGAVTVCVRVRPLIAREKEEKEKEVLYWKSEDNTISEVNGTKVFSYDRVFHSSDNTQQLYEGVAVPIIQSAVQGYNGTIFAYGQTASGKTYTMMGSEDSAGIIPRAVQHVFKIICEIPDREFLLRVSYMEIYNETITDLLCDTRKKKPLAIREDVNRNIYVEDLIEEVVVAPEQVMEWIRKGEKNRHYGETKMNEHSSRSHTIFRMIIESRERSDPVNANCDGAVMVSHLNLVDLAGSERASQTGSEGVRLKEGCNINRSLFILGQVIKKLCDDPSGFINYRDSKLTRILQNSLGGNAKTLIICTITPVSFDVTLGTLQFANTAKRMKNTPKVNEVLDDDALLKRYRKEILDLKKQLEEVSSKTQIHAMEKDQLAQLLEEKNSLQKVQEDRIRNLTEMLVTSASFSSKQNSKAKIRRRVTWAPGKINQANVSCFEDFEKPRLSETEKKKRSLTLPQVEYSLLENSERDNQYLTFPIQMSDVEWTAGPNMNWTQKDFEESVQLCEALALEKDIAVNEVNILQTNFDNLVLENERLKLEINEMKEKLKEKMETDEFEALEKQTQKEHEEEINSKLEELKEKENKIKVLQNRVEELQKAEAEKKDTFISVGNPDKLIKEIQQLNKSLSDSENIALDAKRESAFLRTENLELKEKMNELLNNYEQMQKDIQVYKNQIEAGKASYKKMQTDLQKELQSVFQENARLTSMMDGKVPKDLLSFAEVEKKVADLKGELEKALKENAFLQKQVNELVEFQSLPNTVEMQQKEILEKCEELRLLKLEREKLLSEVADNEARLKCMAEEIKKSQEDLADAQLKYVTSDQEYVALKQLHEELEQKYVAASENNEQMKLQIDVLSKAAQESKTALNEVKLELSSKMKELEEKTAEYKQLLEVREDFSQTQQKLNETEQLKEQDKVMEVKDSEIQAVLQQLIECQEEIKTLTQERDYLKQKEESLQAETDQLKEDIKDTVSMNILAHEELRNTQSSLKQSQDTVKKLEINISEKESQILSVEKTLGKTIKELKIQLTEATENLTCVSSEYSKLLAEKNQIELIINENVSQQLEKITLLNQEKDELRQMVEACKAERDQLEADCQESKEQSLKVFTEMVNLHQHQKEQADIQKNVLANGVGKLQNTDEKLNEnullNKLKEKVVKLNENLNLVTKEKHKLLEELKEKTENERIKLQQLEKQCDLLAQERHQLQEMLGGLQSEKNKLEIKLQESVDKILESEKQLKWQQELFNNEKIKAEEREEHLLKVQRRSDVLEDSLTSKIQQLTEALNIISCEKDQLLAERISHSSQHKEQISSINREKDELQKLLQDVTSERDQLKTELQKNSEMYVETNAKLESALEQQKQRSLNDMSIQVNSLGNTEQMFDDSLKKNLKIKELLEKFPSIGKRYECLSTVSLKLRNELDSQKALVAVIMTLLSPEEGKQVRRLQYENEKRNGLLQSLLNKLKFLFSRVCSKKCNYYSTVNKYEIELLEEKRKQDQLQAQIQCLRKIYLNQNETSSQELNISEALQSLQLDAESILKDVSEMESELIWIEAELQQEECARKETTQFWEACSGTHFNVEKLIEELKKDNGRLSQVHGFWTPKVKVLLELSSELDARTASYSKSADVELKQRKEKSEELFQELNTLKEQLAPGASASHALEENYRLHNKLKAAEQDRKDMEIKIQNLENVINEVGKEVKERDDRISKLQADIRIKSAASEGTQLQVKLDETEKSLKTALTEIQSLQAKLDKDAMLYKEEIEHLKTELVKYDMERMKQSKCFEIKLANYKAILEQKEHQLRDFKEELRRAHQEKDVTVLQETEAPWQSQTPITCGGGSGIVQSTQILVLKSEQAKLQKENLHLKKQSDLLLSNERQLKEELRKWKERALKWREKSLSEHTREKVPRSPKTTVSSSLKEQMPPPSKEPVSQETVTRDTSTSLPPPFPTSFFDNSGLSKLIGLQPAGIEPSEEHVERWFRTPEKENALDCTTQ

Target ORF information:

RefSeq Version	XM_009571656.1
Organism	Cuculus canorus(common cuckoo)
Definition	Cuculus canorus centromere protein E, 312kDa (CENPE), mRNA.

Target ORF information:

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

XM_009571656.1

ORF Insert Sequence:

ATGGCGGAAG AGGGAGCTGT CACGGTCTGC GTGCGAGTGC GGCCGCTCAT CGCCAGGGAA 
AAAGAAGAGA AAGAGAAAGA GGTCCTCTAC TGGAAAAGTG AAGATAATAC AATTTCGGAA 
GTCAATGGTA CAAAAGTATT CAGTTATGAT CGTGTCTTTC ACTCCAGTGA CAATACTCAG 
CAGTTATATG AAGGTGTAGC TGTTCCAATT ATACAGTCAG CTGTGCAAGG TTATAATGGC 
ACAATTTTTG CTTACGGACA GACTGCTTCA GGGAAGACCT ACACAATGAT GGGAAGTGAA 
GATTCTGCGG GCATTATACC TCGGGCAGTT CAACATGTTT TCAAAATTAT TTGTGAGATT 
CCAGATAGAG AATTCTTGCT GAGAGTTTCT TACATGGAAA TCTACAATGA AACCATTACA 
GATTTGCTTT GTGACACAAG GAAAAAGAAA CCTCTGGCAA TTCGTGAGGA TGTTAATAGG 
AATATATATG TAGAAGATCT GATTGAAGAG GTGGTTGTTG CCCCAGAACA AGTTATGGAA 
TGGATCAGAA AAGGAGAAAA AAATCGCCAT TATGGAGAAA CAAAAATGAA TGAACACAGT 
TCCCGTTCTC ATACTATCTT CAGAATGATC ATTGAAAGCA GAGAACGAAG TGACCCTGTA 
AATGCAAACT GTGATGGAGC AGTGATGGTG TCCCACTTGA ACTTGGTAGA TCTGGCAGGC 
AGTGAAAGAG CTAGTCAAAC TGGATCCGAA GGTGTCCGAC TGAAAGAAGG CTGCAATATA 
AACCGGAGCT TGTTCATTCT GGGTCAAGTT ATCAAAAAAC TTTGTGATGA CCCTTCCGGT 
TTCATAAATT ACAGAGATAG CAAGCTGACT CGAATTCTGC AGAACTCCCT TGGAGGAAAT 
GCCAAGACGC TTATTATTTG TACAATTACT CCTGTTTCTT TTGATGTAAC TCTTGGTACT 
CTTCAGTTTG CCAATACAGC CAAAAGAATG AAGAATACTC CAAAAGTCAA CGAAGTACTG 
GATGACGATG CCCTCCTGAA GAGATATCGC AAAGAAATTC TGGATTTGAA AAAGCAACTG 
GAGGAAGTGT CCTCGAAGAC TCAAATTCAT GCAATGGAAA AAGACCAATT GGCCCAGCTG 
TTGGAAGAAA AAAATTCCCT TCAAAAAGTA CAAGAAGATA GGATACGAAA CTTAACTGAG 
ATGCTGGTGA CTTCTGCCTC CTTTTCCTCA AAACAGAATT CTAAAGCCAA GATAAGAAGA 
AGAGTTACTT GGGCTCCTGG TAAAATAAAC CAGGCAAACG TGAGCTGTTT TGAAGACTTT 
GAAAAACCAA GGCTGTCTGA AACAGAAAAA AAGAAAAGGT CTCTGACACT ACCACAAGTG 
GAGTATTCTT TGTTAGAGAA TTCTGAACGT GACAACCAGT ATCTGACGTT TCCTATTCAA 
ATGTCAGATG TAGAATGGAC TGCTGGACCT AACATGAATT GGACTCAGAA AGACTTTGAA 
GAATCTGTGC AACTCTGTGA AGCATTAGCA CTAGAAAAGG ATATTGCTGT AAATGAGGTC 
AACATTCTGC AAACTAACTT TGATAACCTG GTATTGGAAA ATGAGCGTTT GAAACTAGAA 
ATAAATGAAA TGAAGGAGAA ACTGAAAGAA AAAATGGAAA CAGATGAATT TGAAGCACTG 
GAAAAACAAA CACAAAAAGA ACATGAGGAA GAAATAAACT CCAAATTGGA GGAACTGAAA 
GAGAAAGAGA ACAAAATAAA AGTATTACAG AATCGTGTGG AAGAATTGCA GAAAGCAGAA 
GCAGAAAAAA AGGACACATT TATTTCAGTG GGAAATCCTG ATAAGCTAAT TAAGGAAATT 
CAGCAGCTGA ATAAATCCCT CTCAGATAGT GAAAACATAG CCTTGGATGC CAAAAGAGAA 
TCTGCTTTTC TCAGAACTGA AAACTTGGAG CTGAAGGAGA AGATGAATGA ACTGCTGAAT 
AACTACGAGC AAATGCAAAA GGATATTCAA GTCTACAAAA ATCAAATAGA AGCAGGAAAA 
GCCAGTTACA AAAAAATGCA AACTGACTTG CAGAAAGAGT TGCAGTCTGT ATTTCAAGAA 
AATGCGAGGC TAACTTCAAT GATGGATGGT AAAGTTCCAA AAGATCTACT GTCTTTTGCG 
GAAGTGGAAA AAAAGGTGGC TGACTTAAAA GGAGAACTAG AAAAAGCATT GAAAGAGAAT 
GCATTTCTAC AAAAGCAAGT AAATGAGCTA GTAGAATTTC AGTCTTTACC AAATACTGTT 
GAGATGCAGC AGAAAGAGAT TCTTGAAAAA TGTGAGGAGC TGCGCTTATT AAAATTGGAA 
AGAGAAAAGC TGCTTTCTGA AGTAGCTGAT AATGAAGCTA GGCTTAAATG TATGGCTGAA 
GAAATTAAAA AATCACAAGA GGATCTAGCA GATGCACAAC TTAAATATGT AACGTCTGAT 
CAGGAATATG TAGCACTTAA ACAGCTCCAT GAAGAACTAG AGCAAAAATA TGTAGCTGCA 
TCAGAAAACA ATGAACAAAT GAAACTCCAA ATAGATGTTT TATCTAAAGC AGCACAAGAG 
TCTAAAACAG CTTTGAATGA AGTGAAATTA GAGCTTTCTA GCAAAATGAA AGAACTGGAA 
GAAAAGACGG CAGAGTACAA ACAACTCCTT GAGGTAAGAG AAGATTTTAG TCAGACTCAG 
CAGAAATTAA ATGAAACGGA ACAATTAAAA GAGCAAGACA AGGTCATGGA GGTCAAGGAT 
TCAGAGATTC AAGCAGTTCT TCAGCAGCTT ATTGAATGTC AGGAAGAAAT AAAAACACTA 
ACCCAGGAAA GAGATTACCT GAAGCAAAAA GAGGAGTCTC TCCAGGCTGA GACAGACCAA 
CTCAAAGAGG ATATAAAGGA CACTGTTTCA ATGAACATCT TGGCACATGA AGAACTGAGA 
AATACCCAGA GTTCTCTCAA GCAATCCCAG GACACTGTCA AGAAGTTGGA AATAAATATT 
TCTGAAAAAG AATCTCAGAT TCTGAGTGTT GAAAAGACTC TGGGGAAAAC CATTAAAGAA 
CTCAAAATAC AGCTCACTGA AGCAACTGAA AACCTGACTT GTGTCTCTTC TGAATATAGC 
AAGCTACTGG CAGAAAAAAA CCAAATTGAA TTAATAATTA ATGAGAATGT CTCTCAGCAG 
CTTGAGAAAA TCACTTTACT TAATCAGGAG AAAGATGAGC TACGTCAAAT GGTAGAGGCT 
TGTAAAGCAG AAAGAGATCA GTTAGAGGCT GACTGTCAGG AAAGCAAGGA GCAATCATTA 
AAAGTTTTCA CAGAAATGGT AAATCTACAT CAGCACCAGA AAGAGCAAGC TGATATCCAG 
AAGAATGTGC TAGCAAATGG AGTAGGGAAA TTGCAAAACA CTGACGAAAA ATTAAATGAA 
NTAAATAAAC TGAAAGAAAA GGTAGTGAAG TTGAACGAGA ACTTAAATTT GGTAACTAAG 
GAAAAGCACA AGCTGCTAGA AGAACTGAAA GAGAAGACTG AAAATGAAAG AATTAAACTT 
CAGCAGCTGG AGAAACAGTG TGATTTGTTA GCACAGGAGA GACATCAACT CCAGGAAATG 
CTGGGAGGTC TCCAGTCAGA GAAGAACAAA CTGGAGATTA AACTACAGGA GAGTGTTGAT 
AAGATTCTTG AAAGTGAAAA GCAATTGAAG TGGCAACAAG AACTCTTCAA CAATGAGAAG 
ATCAAAGCTG AAGAAAGAGA AGAACATTTG TTAAAGGTTC AGAGGCGGTC AGATGTTTTG 
GAGGACAGCC TAACAAGCAA GATTCAACAG TTAACAGAGG CGCTAAATAT CATATCGTGT 
GAAAAAGACC AGTTATTGGC TGAAAGAATT AGTCACTCTT CCCAACATAA AGAACAAATC 
TCATCAATTA ATCGAGAAAA AGATGAGCTA CAAAAACTTC TCCAGGATGT CACATCTGAG 
CGGGACCAGC TCAAGACTGA ATTGCAAAAA AATTCTGAAA TGTATGTTGA AACAAATGCA 
AAGCTAGAAA GTGCTCTAGA ACAACAGAAG CAGAGAAGTT TGAATGATAT GTCCATTCAG 
GTGAATTCAC TGGGTAATAC AGAGCAGATG TTTGATGACA GCCTGAAGAA AAACTTGAAA 
ATTAAGGAAC TCCTTGAGAA ATTCCCAAGT ATAGGGAAGA GGTACGAATG TCTCTCTACA 
GTGTCTCTTA AACTGAGGAA TGAACTGGAT AGTCAGAAAG CACTGGTAGC TGTCATAATG 
ACTCTGCTTT CGCCAGAAGA AGGTAAACAA GTCAGAAGAC TTCAGTATGA AAATGAGAAA 
CGGAATGGTC TTCTCCAGAG TTTATTGAAC AAACTGAAGT TTCTGTTTAG TCGTGTTTGC 
TCAAAGAAAT GCAACTATTA CTCTACTGTT AACAAGTATG AAATTGAACT GCTTGAGGAA 
AAGAGAAAAC AAGATCAGCT ACAAGCTCAG ATTCAATGTC TCAGGAAGAT TTATTTGAAC 
CAGAATGAAA CATCTTCTCA AGAATTAAAC ATCAGTGAAG CGCTGCAGAG TTTGCAATTG 
GATGCAGAGA GCATTCTCAA AGATGTATCA GAAATGGAAA GTGAGCTCAT CTGGATAGAG 
GCAGAGCTGC AACAGGAAGA GTGTGCTAGA AAAGAAACAA CACAGTTCTG GGAAGCTTGT 
TCGGGAACTC ACTTCAATGT GGAGAAACTT ATAGAAGAGT TAAAGAAAGA TAATGGAAGG 
CTTTCGCAAG TCCATGGATT CTGGACTCCG AAAGTGAAGG TACTCCTTGA ACTTTCTTCA 
GAGCTGGATG CCAGGACTGC CAGTTACAGT AAAAGTGCTG ATGTTGAATT GAAACAGAGA 
AAAGAGAAAA GTGAAGAGTT GTTTCAGGAA CTAAACACTC TTAAAGAACA ACTGGCCCCT 
GGTGCTTCTG CCAGTCATGC ATTAGAAGAA AATTATAGGC TTCATAACAA ATTAAAAGCT 
GCAGAGCAAG ATAGAAAGGA TATGGAAATA AAAATTCAGA ACTTGGAAAA CGTAATAAAT 
GAAGTAGGAA AAGAAGTCAA AGAGAGAGAT GACAGGATAA GCAAGTTGCA AGCAGACATA 
AGAATAAAAT CGGCTGCAAG CGAGGGAACA CAACTGCAAG TTAAACTAGA TGAGACAGAG 
AAGTCCCTCA AAACTGCCTT AACAGAGATT CAGAGTCTCC AGGCAAAATT AGATAAAGAT 
GCTATGTTGT ACAAAGAAGA AATTGAACAT CTCAAAACAG AATTGGTAAA ATACGATATG 
GAAAGAATGA AACAATCCAA ATGTTTTGAA ATTAAACTTG CTAATTATAA AGCTATTCTA 
GAACAAAAAG AACATCAATT AAGAGACTTC AAAGAAGAAC TCAGAAGAGC ACACCAAGAA 
AAAGACGTTA CCGTGCTGCA GGAAACAGAA GCTCCTTGGC AATCCCAAAC ACCCATTACT 
TGTGGTGGAG GCAGTGGTAT TGTGCAGAGC ACGCAAATAC TAGTGCTAAA ATCTGAACAA 
GCTAAGCTAC AGAAAGAGAA CTTGCACCTG AAGAAGCAAA GTGATCTTCT GCTAAGTAAT 
GAGCGTCAAC TGAAAGAGGA ACTTAGGAAA TGGAAAGAAA GAGCCCTAAA ATGGAGAGAA 
AAATCGTTAA GTGAACACAC TCGAGAGAAA GTACCAAGGT CTCCAAAGAC AACAGTGTCC 
TCTTCCCTTA AAGAGCAAAT GCCTCCACCA TCAAAGGAAC CTGTTTCTCA GGAAACTGTG 
ACTCGGGACA CATCGACATC TCTGCCACCG CCTTTTCCAA CAAGTTTCTT TGATAATTCT 
GGCTTGAGTA AACTAATAGG TCTGCAACCT GCAGGAATAG AGCCCTCAGA AGAACACGTT 
GAGCGTTGGT TCAGAACTCC GGAGAAAGAG AACGCCCTTG ATTGCACCAC CCAATAA