TUBGCP6 cDNA ORF clone, Tauraco erythrolophus(red-crested turaco)

Gene
Clones
gRNAs

Summary

Gene Symbol	TUBGCP6
Entrez Gene ID	104380513
Full Name	tubulin gamma complex associated protein 6
Gene Type	protein-coding
Organism	Tauraco erythrolophus(red-crested turaco)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009988010.1	XP_009986312.1	LOW QUALITY PROTEIN: gamma-tubulin complex component 6

Pathways from BioSystems
Gene Ontology

The following TUBGCP6 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TUBGCP6 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
OTa98869	XM_009988010.1 Latest version!	Tauraco erythrolophus tubulin, gamma complex associated protein 6 (TUBGCP6), 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)

TUBGCP6 ( XM_009988010.1 ) cDNA ORF clone, Tauraco erythrolophus(red-crested turaco) -> XP_009986312.1 Tauraco erythrolophus tubulin, gamma complex associated protein 6 (TUBGCP6), mRNA.

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CloneID	OTa98869
Clone ID Related Accession (Same CDS sequence)	XM_009988010.1
Accession Version	XM_009988010.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5217bp) 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	Tauraco erythrolophus(red-crested turaco)
Product	LOW QUALITY PROTEIN: gamma-tubulin complex component 6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010071603.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Tauraco erythrolophus 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## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGGAGAGCA TTACACAGTT GTTCAATGAC TTGTGTGAAG CACACTTGAC AGGTTTGCCA 
TGGAAGGTCC ACCTGGGCAG ACGGAAGATC AGCAAGAGAA GGGCTAAGCA AAATCTGAAA 
AGGGTTGCTT ATAATGCCCT GTTCGTAAAC CTTTTTCAAG ACGAGGCTCA TAAGCTGCAA 
TCAAACGTTT CCAGGCTTCC AGTGAAAAAC AAAATTTTGA TGCTCTCTTT CAACTTGAGA 
GTTGGTGGCT TAGGTGCTCA AGCAGATAGA CTGGAGAACC TTGTGGAGGA ACTGGAAACA 
GCTGAATGCT TACCATTTAC TGAAGTTAAT TCTGTCTTGG ATCTCTTAGT ACAGCTCGCT 
GGAACAGGTC CTCCTCAGCT TGTACCGCAA AAAAAGGACT ATTTTCTGAA CAACAAGTAT 
GTTGGGAGAA ATGTCAAATA TCAGGGTTAT GATTATTATG ATGTAAGTGT ATTTGAAGCA 
GATATACAAT CTCTAATAAC AAATGAAGAA TGTCAGTTCA ACGACACAAT TCAAAAGACG 
CTTCAGATTA TGGAGGCTGC ACCTGGCACT GGACTCCCTG CCATAGGGAT GTTCTCACAG 
AACTATCCTG CTGGTGACAA GTTTGAGAAA GAAACGCGGG TCTCACTCTT CGGTGCTCTT 
GTCCATAGCC GCACGTATGA TATGGACATC AAGTTGGATT TACCACCGGT GCCTGACAAT 
GCAGATTTGT CTGGACTTGC AATTAAAGTT CCCCAAAGTA TAGACCAGTC AGAAGATGAG 
GGATTCCAGT CAGCATCCAA TCTGACTCCT GATTCTCAGT CAGAGCCGAG CGTGACTCCA 
GACATAGACT TGTGGGATGC AGTGCTTACG TATGGACCCA GCAAACGAAG ATGTTGGGAA 
AGAATTGGAT ACCCACCTGG TAAAAAAGAG GAGCCGTACC TTACTGAAGC TGGGAGAGAA 
GCTTTTGACA AATTTTACAA ACTTCGAGAA GGGGAATTGC AACTGTTTAG TAATACTGTA 
CTTCAGCTTC CACAGCTTGT GCTAATGAAA GAACCTGAAC TGGTTAAGGA TGTCTTGAAT 
GTCCTCATTG GTGTGGTATC CACTACATTT TCACTCAATC AGGCTGCTGA GACATTTGTG 
ATAAAGGAAG GGGTATATGT GTCTGGAACT TCACCAGAGA CAATGCACAA CCTACTCTCT 
GAAGTTGCAG AGTACGGAAC TTACTACACA CGACTAAGTC GTTTTTCTCT TCAGCCAGTT 
TTAGATTCTT CATACAGCAA AGGACTCGTC TTTCAGGCGT TCACAAGTGG GCTGAGAAAG 
TATCTTCAGT ATTACCGAGC TTGTGTTTTG TCAACACCTC CTACTTTAAG TCTTCTAACG 
ATCAGCTTTC TCTTCAGAAA ATTAGGTCGT CAGTTGAGGT ATTTAGCTGA ACTTTGTGGC 
ATAGGAACAA CAGCGCTGGG GATCAGTGGT GGAGCTGGTG CTTCATTTCC TACGGGTGTA 
AAATTGCTTT CATATCTGTA CAAAGAGGCT CTCAACAACT GTAGCAATGA GCATTATCCG 
GTTCTTCTGT CTTTGTTGAA GACGAGCTGT GAACCATACA CAAGATTTAT CTATGATTGG 
GTGTACAGTG GTGTATTTAG AGATGTGTAT GGAGAATTTA TGATCCAGGT GAATGAGGAT 
TATCTTTGTT TCAGAGATAA ACATTACTGG ACTCATGGTT ATGTTTTGAT TTCAAAAGAA 
GTAGAAGATT GTGTCCCTGT GTTTCTTAAA CATATTGCTA ATGATGTATA CATATGCGGG 
AAAACCATAA ACTTGCTAAA ATTGTGCTGT CCTAGGCATT ATATATGTTG GTCTGATATA 
CCTGTTCCCC GGATTTCAGT CATTTTTTCA CTTGAGGAGC TGAAAGAAAT AGAAAGAGAT 
TGTGCAGTGT ACGTAGGTCG AATGGAAAGA ATTGCCCGAT ACAGCTCCAT AAGCAAGGAG 
GAAAAGGATT TGCGCATGGA AATAGCCAAA CAGGAATTAA TTGTTCATGC TCGAGAAACT 
GCTAGCAAAG TATTAAAAGC CATTAATGAT CGACAAATAT CAGAACGAAT GGCTTTGGAT 
GCAAAGAAAC GGGAGCAGTT TCAGAAACTG AAAGAGCAGT TTGCAAAAGA CCAAGAGCGT 
CGCCTTGCCA TAAAGCAAGA GGAGATTGAT GATGATTTCA GCTATGCGCG AGAGCTCAGA 
GAGAGAGAAA AAAGACTGAA AGCTTTAGAA GAAGAACTGG AAAAAAAGGC AAGGCAGGAA 
TTAATTGACC ATTATAGCAA ACTTTCTGAT GATGCAGCCC GTAGAGAACA AAGAGCGTTA 
TGGAAAATCC AGCGACACAA ATTGGAAACA GCCCGTCTTA AGTTTCTATT AGAAGATCAA 
AAACACATCG AGGAAATGCT TGAAAAACTT CCAGATGGAA ACTACAGGAG AAAATTGGAT 
ATTATTCCTT ATAAACAGTG CCAGCTGGCT TTAGATAAAA ACCCTGTTGT GAAAGATCCA 
CATTCACAGG TGTCTTCTGT GAAACCTCTG CATTCTAATG AGGCAGTTGG CAGAAAAGAA 
TCGGAGCCTG GAGTGGAATA TGCTACTTCT GCTGACAAAG CACCACCCAT GCCAGAGCCG 
ACAAATAACA ATGCTGATCA GCATTTTCAG CCTAAAGCAG CGGGATCTAA AAGCAGTCTT 
CAAAGTTCAG GGAGAGCATA CAGTCCTCCG TACAGTGCTG ATTCCTTGCC TGAATCCAGT 
GTGGATATAG AAGATTTCTT ATCAAAGCCA CAAGGTGAAC AACCTGTTGC CAGTAGCATA 
CAAGGATCTT TGCTAGATGA AGCATTCCGA AATATTAACT CGGATCTTTC TGAGACTTCT 
CAAGTAAGTG AAAAGAAGCC TGTCTTGAGA GGAGCGCTGG AAGGAGACGG CAACGCACCA 
TTGCATCAGC AAAACGAGTA TGATTTTAAT ACAGTTCTCA GACCATCTGC AGCTTGGCAG 
GGACATGTTA GAGTTGGAGA CAATGTATTT GATGTGGAGT ACAGAAGGCC TCGATGGAAT 
ATTCATGGAC ATGCATCTGA CGCCAACATT AGAGTGGGAG AATACGTACC GCATGTGGAT 
GCTTACCAGC CGCATTCAAG TCCTTATGGG CATTCTTCAG ACTCCCATAT CAAAACCAGC 
AGCTATGCTT CTGAAGTTGT AACTAGCCGA CCCAGATGGA ATATTCATGG GCATGTTTCT 
GAAGCTCATA TTAAAATTGG GGAATATGCT TCAGATGTAG AGCCCTCAAG GCCTAGGTGG 
AACATTCATG GACATGCTTC GGAAGCCAAT ATTAAGATTG GAGAATATGT GTCAAATGTA 
GTTCCTACAA GGCCTCGATG GAACATCCAT GGTCATGCAT CCGATGCCAA TATCAAGATT 
GGTGAAAATG TGTCAGAGGT GGTCTCAGCT AGACCTCGTT GGAACATCCA TGGGCATGCT 
TCACAGTCGC ACATCAAAAT TGGAGAGCTG GTATCAGATA CAGAGCCTTT GAAATCTCGT 
TGGAGCCCAT TTGGTCACGC ATCCCAGTCA AGCATCCAAA TAGGGAAGTG GGCTCCATCT 
ACAGAAAATG ATCCAATACC TCATCGGAAA ACCATTTTGG GTCCTTCATC TGACTCCACA 
GTNNNNNNNN NNNNNNNNNN NNNNNNNNNT GCTGAAGGGA GCAGGAAGGA AGCAAAACCA 
TCACAAGTTA AGGAAAAGTC TTTACCACAG TCGCAGTCAT CTGACAGTGT CCCAGTCTTT 
CCTGATGACA AAAAAGAAAG TATACTGGAA GAGAAACAAG AAGTAATTGC AAATGTGGTC 
AACAAGGACC CTTCTCCAGA TTCCTCACAG AGCTTACAGG CAGAAGAACC TGAAAAAGCA 
ATTCCACAAG ATACCGTGCC TCAAGAAACT TTATTTTCTG AAGCTAATGC TCCCAAGACT 
GAGGAGGAGG AAGGGGGAGA GGAAGATACG TGGAAGAAAG AACAAGCCTA TTTGAAAGCC 
TTATCGGATC AGTATTGTAT TGAAAAATAT CAAGATAGTT ACGATTTGAT GTCAGAACTA 
CCAGTTTCTC ATCTCTTGCA TCATGTGATA CCAAGATCAT ACACTTTTCC TGTGGATCCT 
ACGGTACAGT CAGCAACAGA CGAAACAGCC GTACAGCTGA GTGAGCTCCT ATCCCTGCCA 
GTGCTGATGA AACGTTCTAT TACTGCTCCG CTTGTATCTC ATGTTTCTCT TGTGAACAAA 
GCAATAGTTG ATTACTACTT TGTGGAACTG AATGTAGAGA AGCATTTTGA AGCACTGAGA 
CACTTTTTGT TAATGGAAGA CGGGGAATTC GCTCAGTCGC TCAGTGACTT GTTGTTTGAG 
AAGCTTGGAT CAGGACAAAC ACCTGGTGAA CTGCTGAATC CGCTGGTTCT TAATTCTATC 
CTAAATAAAG CATTACAGTA CAGTCTTCAT GGTGACACTC AGCTTGCTTC CAATCTTTCT 
TTTGCCCTCA AGTACCTTCC AGAAGTGTTC AAACCTAATG CGCCTGATGC TCTGAGTTGC 
TTAGAGCTAA GGTACAAGGT TGACTGGCCA CTGAACATTG TCATTACTGA GAGCTGCATG 
AACAAATACA ACAAGATCTT CTCCTTTCTG CTTCAGCTGA AGCACATGGT GTGGACTCTC 
AAGGATGTTT GGTTTCACTT AAAACGCACA GCTTTAGTAA GTCGTGCATC AAATTCTGTC 
CAGTTTCGAC AGCTCCAGCT GTATAAACAT GAAATGCAGC ATTTTGTGAA AGTTATTCAA 
GGTTACATTG CTAATCAGAT TCTTCATGTT ACATGGTGTG AATTTGGAAA CAAACTGTCT 
TCTGTAGGCA ACCTGGAAGA AATTCACAGA ACACATGCTG AATACCTCAA CAAAGCAATC 
TTCAGGGGTC TGTTGACGGA GAAGGCAGCC CCTGTGATGA ACATTATCCA TAGCATCTTC 
AGCCTCATTT TGAAGTTCCG CAGCCAGCTG ATCTCTCAGT CATGGGGCTT TGATGCAGGG 
AAGCAAATGG CTGTTCATCC CAACTTTGGT CTGATGCAGC AATCCTACAA TACCTTCAAG 
TATTACTCCC ACTTCTTATT CAAAGTGGTA ACAAAGCTTG TAAATAGAGG ATACCAGCCT 
CATTTAGAGG ACTTTCTACT GCGAATCAAC TTTAATAACT ACTACAAGGA TAACTGA

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

RefSeq	XP_009986312.1
CDS	1..5217
Translation	MESITQLFNDLCEAHLTGLPWKVHLGRRKISKRRAKQNLKRVAYNALFVNLFQDEAHKLQSNVSRLPVKNKILMLSFNLRVGGLGAQADRLENLVEELETAECLPFTEVNSVLDLLVQLAGTGPPQLVPQKKDYFLNNKYVGRNVKYQGYDYYDVSVFEADIQSLITNEECQFNDTIQKTLQIMEAAPGTGLPAIGMFSQNYPAGDKFEKETRVSLFGALVHSRTYDMDIKLDLPPVPDNADLSGLAIKVPQSIDQSEDEGFQSASNLTPDSQSEPSVTPDIDLWDAVLTYGPSKRRCWERIGYPPGKKEEPYLTEAGREAFDKFYKLREGELQLFSNTVLQLPQLVLMKEPELVKDVLNVLIGVVSTTFSLNQAAETFVIKEGVYVSGTSPETMHNLLSEVAEYGTYYTRLSRFSLQPVLDSSYSKGLVFQAFTSGLRKYLQYYRACVLSTPPTLSLLTISFLFRKLGRQLRYLAELCGIGTTALGISGGAGASFPTGVKLLSYLYKEALNNCSNEHYPVLLSLLKTSCEPYTRFIYDWVYSGVFRDVYGEFMIQVNEDYLCFRDKHYWTHGYVLISKEVEDCVPVFLKHIANDVYICGKTINLLKLCCPRHYICWSDIPVPRISVIFSLEELKEIERDCAVYVGRMERIARYSSISKEEKDLRMEIAKQELIVHARETASKVLKAINDRQISERMALDAKKREQFQKLKEQFAKDQERRLAIKQEEIDDDFSYARELREREKRLKALEEELEKKARQELIDHYSKLSDDAARREQRALWKIQRHKLETARLKFLLEDQKHIEEMLEKLPDGNYRRKLDIIPYKQCQLALDKNPVVKDPHSQVSSVKPLHSNEAVGRKESEPGVEYATSADKAPPMPEPTNNNADQHFQPKAAGSKSSLQSSGRAYSPPYSADSLPESSVDIEDFLSKPQGEQPVASSIQGSLLDEAFRNINSDLSETSQVSEKKPVLRGALEGDGNAPLHQQNEYDFNTVLRPSAAWQGHVRVGDNVFDVEYRRPRWNIHGHASDANIRVGEYVPHVDAYQPHSSPYGHSSDSHIKTSSYASEVVTSRPRWNIHGHVSEAHIKIGEYASDVEPSRPRWNIHGHASEANIKIGEYVSNVVPTRPRWNIHGHASDANIKIGENVSEVVSARPRWNIHGHASQSHIKIGELVSDTEPLKSRWSPFGHASQSSIQIGKWAPSTENDPIPHRKTILGPSSDSTnullnullnullnullnullnullnullnullnullnullAEGSRKEAKPSQVKEKSLPQSQSSDSVPVFPDDKKESILEEKQEVIANVVNKDPSPDSSQSLQAEEPEKAIPQDTVPQETLFSEANAPKTEEEEGGEEDTWKKEQAYLKALSDQYCIEKYQDSYDLMSELPVSHLLHHVIPRSYTFPVDPTVQSATDETAVQLSELLSLPVLMKRSITAPLVSHVSLVNKAIVDYYFVELNVEKHFEALRHFLLMEDGEFAQSLSDLLFEKLGSGQTPGELLNPLVLNSILNKALQYSLHGDTQLASNLSFALKYLPEVFKPNAPDALSCLELRYKVDWPLNIVITESCMNKYNKIFSFLLQLKHMVWTLKDVWFHLKRTALVSRASNSVQFRQLQLYKHEMQHFVKVIQGYIANQILHVTWCEFGNKLSSVGNLEEIHRTHAEYLNKAIFRGLLTEKAAPVMNIIHSIFSLILKFRSQLISQSWGFDAGKQMAVHPNFGLMQQSYNTFKYYSHFLFKVVTKLVNRGYQPHLEDFLLRINFNNYYKDN

Target ORF information:

RefSeq Version	XM_009988010.1
Organism	Tauraco erythrolophus(red-crested turaco)
Definition	Tauraco erythrolophus tubulin, gamma complex associated protein 6 (TUBGCP6), mRNA.

Target ORF information:

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

XM_009988010.1

ORF Insert Sequence:

ATGGAGAGCA TTACACAGTT GTTCAATGAC TTGTGTGAAG CACACTTGAC AGGTTTGCCA 
TGGAAGGTCC ACCTGGGCAG ACGGAAGATC AGCAAGAGAA GGGCTAAGCA AAATCTGAAA 
AGGGTTGCTT ATAATGCCCT GTTCGTAAAC CTTTTTCAAG ACGAGGCTCA TAAGCTGCAA 
TCAAACGTTT CCAGGCTTCC AGTGAAAAAC AAAATTTTGA TGCTCTCTTT CAACTTGAGA 
GTTGGTGGCT TAGGTGCTCA AGCAGATAGA CTGGAGAACC TTGTGGAGGA ACTGGAAACA 
GCTGAATGCT TACCATTTAC TGAAGTTAAT TCTGTCTTGG ATCTCTTAGT ACAGCTCGCT 
GGAACAGGTC CTCCTCAGCT TGTACCGCAA AAAAAGGACT ATTTTCTGAA CAACAAGTAT 
GTTGGGAGAA ATGTCAAATA TCAGGGTTAT GATTATTATG ATGTAAGTGT ATTTGAAGCA 
GATATACAAT CTCTAATAAC AAATGAAGAA TGTCAGTTCA ACGACACAAT TCAAAAGACG 
CTTCAGATTA TGGAGGCTGC ACCTGGCACT GGACTCCCTG CCATAGGGAT GTTCTCACAG 
AACTATCCTG CTGGTGACAA GTTTGAGAAA GAAACGCGGG TCTCACTCTT CGGTGCTCTT 
GTCCATAGCC GCACGTATGA TATGGACATC AAGTTGGATT TACCACCGGT GCCTGACAAT 
GCAGATTTGT CTGGACTTGC AATTAAAGTT CCCCAAAGTA TAGACCAGTC AGAAGATGAG 
GGATTCCAGT CAGCATCCAA TCTGACTCCT GATTCTCAGT CAGAGCCGAG CGTGACTCCA 
GACATAGACT TGTGGGATGC AGTGCTTACG TATGGACCCA GCAAACGAAG ATGTTGGGAA 
AGAATTGGAT ACCCACCTGG TAAAAAAGAG GAGCCGTACC TTACTGAAGC TGGGAGAGAA 
GCTTTTGACA AATTTTACAA ACTTCGAGAA GGGGAATTGC AACTGTTTAG TAATACTGTA 
CTTCAGCTTC CACAGCTTGT GCTAATGAAA GAACCTGAAC TGGTTAAGGA TGTCTTGAAT 
GTCCTCATTG GTGTGGTATC CACTACATTT TCACTCAATC AGGCTGCTGA GACATTTGTG 
ATAAAGGAAG GGGTATATGT GTCTGGAACT TCACCAGAGA CAATGCACAA CCTACTCTCT 
GAAGTTGCAG AGTACGGAAC TTACTACACA CGACTAAGTC GTTTTTCTCT TCAGCCAGTT 
TTAGATTCTT CATACAGCAA AGGACTCGTC TTTCAGGCGT TCACAAGTGG GCTGAGAAAG 
TATCTTCAGT ATTACCGAGC TTGTGTTTTG TCAACACCTC CTACTTTAAG TCTTCTAACG 
ATCAGCTTTC TCTTCAGAAA ATTAGGTCGT CAGTTGAGGT ATTTAGCTGA ACTTTGTGGC 
ATAGGAACAA CAGCGCTGGG GATCAGTGGT GGAGCTGGTG CTTCATTTCC TACGGGTGTA 
AAATTGCTTT CATATCTGTA CAAAGAGGCT CTCAACAACT GTAGCAATGA GCATTATCCG 
GTTCTTCTGT CTTTGTTGAA GACGAGCTGT GAACCATACA CAAGATTTAT CTATGATTGG 
GTGTACAGTG GTGTATTTAG AGATGTGTAT GGAGAATTTA TGATCCAGGT GAATGAGGAT 
TATCTTTGTT TCAGAGATAA ACATTACTGG ACTCATGGTT ATGTTTTGAT TTCAAAAGAA 
GTAGAAGATT GTGTCCCTGT GTTTCTTAAA CATATTGCTA ATGATGTATA CATATGCGGG 
AAAACCATAA ACTTGCTAAA ATTGTGCTGT CCTAGGCATT ATATATGTTG GTCTGATATA 
CCTGTTCCCC GGATTTCAGT CATTTTTTCA CTTGAGGAGC TGAAAGAAAT AGAAAGAGAT 
TGTGCAGTGT ACGTAGGTCG AATGGAAAGA ATTGCCCGAT ACAGCTCCAT AAGCAAGGAG 
GAAAAGGATT TGCGCATGGA AATAGCCAAA CAGGAATTAA TTGTTCATGC TCGAGAAACT 
GCTAGCAAAG TATTAAAAGC CATTAATGAT CGACAAATAT CAGAACGAAT GGCTTTGGAT 
GCAAAGAAAC GGGAGCAGTT TCAGAAACTG AAAGAGCAGT TTGCAAAAGA CCAAGAGCGT 
CGCCTTGCCA TAAAGCAAGA GGAGATTGAT GATGATTTCA GCTATGCGCG AGAGCTCAGA 
GAGAGAGAAA AAAGACTGAA AGCTTTAGAA GAAGAACTGG AAAAAAAGGC AAGGCAGGAA 
TTAATTGACC ATTATAGCAA ACTTTCTGAT GATGCAGCCC GTAGAGAACA AAGAGCGTTA 
TGGAAAATCC AGCGACACAA ATTGGAAACA GCCCGTCTTA AGTTTCTATT AGAAGATCAA 
AAACACATCG AGGAAATGCT TGAAAAACTT CCAGATGGAA ACTACAGGAG AAAATTGGAT 
ATTATTCCTT ATAAACAGTG CCAGCTGGCT TTAGATAAAA ACCCTGTTGT GAAAGATCCA 
CATTCACAGG TGTCTTCTGT GAAACCTCTG CATTCTAATG AGGCAGTTGG CAGAAAAGAA 
TCGGAGCCTG GAGTGGAATA TGCTACTTCT GCTGACAAAG CACCACCCAT GCCAGAGCCG 
ACAAATAACA ATGCTGATCA GCATTTTCAG CCTAAAGCAG CGGGATCTAA AAGCAGTCTT 
CAAAGTTCAG GGAGAGCATA CAGTCCTCCG TACAGTGCTG ATTCCTTGCC TGAATCCAGT 
GTGGATATAG AAGATTTCTT ATCAAAGCCA CAAGGTGAAC AACCTGTTGC CAGTAGCATA 
CAAGGATCTT TGCTAGATGA AGCATTCCGA AATATTAACT CGGATCTTTC TGAGACTTCT 
CAAGTAAGTG AAAAGAAGCC TGTCTTGAGA GGAGCGCTGG AAGGAGACGG CAACGCACCA 
TTGCATCAGC AAAACGAGTA TGATTTTAAT ACAGTTCTCA GACCATCTGC AGCTTGGCAG 
GGACATGTTA GAGTTGGAGA CAATGTATTT GATGTGGAGT ACAGAAGGCC TCGATGGAAT 
ATTCATGGAC ATGCATCTGA CGCCAACATT AGAGTGGGAG AATACGTACC GCATGTGGAT 
GCTTACCAGC CGCATTCAAG TCCTTATGGG CATTCTTCAG ACTCCCATAT CAAAACCAGC 
AGCTATGCTT CTGAAGTTGT AACTAGCCGA CCCAGATGGA ATATTCATGG GCATGTTTCT 
GAAGCTCATA TTAAAATTGG GGAATATGCT TCAGATGTAG AGCCCTCAAG GCCTAGGTGG 
AACATTCATG GACATGCTTC GGAAGCCAAT ATTAAGATTG GAGAATATGT GTCAAATGTA 
GTTCCTACAA GGCCTCGATG GAACATCCAT GGTCATGCAT CCGATGCCAA TATCAAGATT 
GGTGAAAATG TGTCAGAGGT GGTCTCAGCT AGACCTCGTT GGAACATCCA TGGGCATGCT 
TCACAGTCGC ACATCAAAAT TGGAGAGCTG GTATCAGATA CAGAGCCTTT GAAATCTCGT 
TGGAGCCCAT TTGGTCACGC ATCCCAGTCA AGCATCCAAA TAGGGAAGTG GGCTCCATCT 
ACAGAAAATG ATCCAATACC TCATCGGAAA ACCATTTTGG GTCCTTCATC TGACTCCACA 
GTNNNNNNNN NNNNNNNNNN NNNNNNNNNT GCTGAAGGGA GCAGGAAGGA AGCAAAACCA 
TCACAAGTTA AGGAAAAGTC TTTACCACAG TCGCAGTCAT CTGACAGTGT CCCAGTCTTT 
CCTGATGACA AAAAAGAAAG TATACTGGAA GAGAAACAAG AAGTAATTGC AAATGTGGTC 
AACAAGGACC CTTCTCCAGA TTCCTCACAG AGCTTACAGG CAGAAGAACC TGAAAAAGCA 
ATTCCACAAG ATACCGTGCC TCAAGAAACT TTATTTTCTG AAGCTAATGC TCCCAAGACT 
GAGGAGGAGG AAGGGGGAGA GGAAGATACG TGGAAGAAAG AACAAGCCTA TTTGAAAGCC 
TTATCGGATC AGTATTGTAT TGAAAAATAT CAAGATAGTT ACGATTTGAT GTCAGAACTA 
CCAGTTTCTC ATCTCTTGCA TCATGTGATA CCAAGATCAT ACACTTTTCC TGTGGATCCT 
ACGGTACAGT CAGCAACAGA CGAAACAGCC GTACAGCTGA GTGAGCTCCT ATCCCTGCCA 
GTGCTGATGA AACGTTCTAT TACTGCTCCG CTTGTATCTC ATGTTTCTCT TGTGAACAAA 
GCAATAGTTG ATTACTACTT TGTGGAACTG AATGTAGAGA AGCATTTTGA AGCACTGAGA 
CACTTTTTGT TAATGGAAGA CGGGGAATTC GCTCAGTCGC TCAGTGACTT GTTGTTTGAG 
AAGCTTGGAT CAGGACAAAC ACCTGGTGAA CTGCTGAATC CGCTGGTTCT TAATTCTATC 
CTAAATAAAG CATTACAGTA CAGTCTTCAT GGTGACACTC AGCTTGCTTC CAATCTTTCT 
TTTGCCCTCA AGTACCTTCC AGAAGTGTTC AAACCTAATG CGCCTGATGC TCTGAGTTGC 
TTAGAGCTAA GGTACAAGGT TGACTGGCCA CTGAACATTG TCATTACTGA GAGCTGCATG 
AACAAATACA ACAAGATCTT CTCCTTTCTG CTTCAGCTGA AGCACATGGT GTGGACTCTC 
AAGGATGTTT GGTTTCACTT AAAACGCACA GCTTTAGTAA GTCGTGCATC AAATTCTGTC 
CAGTTTCGAC AGCTCCAGCT GTATAAACAT GAAATGCAGC ATTTTGTGAA AGTTATTCAA 
GGTTACATTG CTAATCAGAT TCTTCATGTT ACATGGTGTG AATTTGGAAA CAAACTGTCT 
TCTGTAGGCA ACCTGGAAGA AATTCACAGA ACACATGCTG AATACCTCAA CAAAGCAATC 
TTCAGGGGTC TGTTGACGGA GAAGGCAGCC CCTGTGATGA ACATTATCCA TAGCATCTTC 
AGCCTCATTT TGAAGTTCCG CAGCCAGCTG ATCTCTCAGT CATGGGGCTT TGATGCAGGG 
AAGCAAATGG CTGTTCATCC CAACTTTGGT CTGATGCAGC AATCCTACAA TACCTTCAAG 
TATTACTCCC ACTTCTTATT CAAAGTGGTA ACAAAGCTTG TAAATAGAGG ATACCAGCCT 
CATTTAGAGG ACTTTCTACT GCGAATCAAC TTTAATAACT ACTACAAGGA TAACTGA