THOC2 cDNA ORF clone, Apteryx australis mantelli

Gene
Clones
gRNAs

Summary

Gene Symbol	THOC2
Entrez Gene ID	106487539
Full Name	THO complex 2
Gene Type	protein-coding
Organism	Apteryx australis mantelli

mRNA and Protein(s)

mRNA	Protein	Name
XM_013946303.1	XP_013801757.1	THO complex subunit 2

Pathways from BioSystems
Gene Ontology

The following THOC2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the THOC2 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
OAp16834	XM_013946303.1 Latest version!	Apteryx australis mantelli THO complex 2 (THOC2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

THOC2 ( XM_013946303.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013801757.1 Apteryx australis mantelli THO complex 2 (THOC2), mRNA.

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CloneID	OAp16834
Clone ID Related Accession (Same CDS sequence)	XM_013946303.1
Accession Version	XM_013946303.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4914bp) 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	2015-09-08
Organism	Apteryx australis mantelli
Product	THO complex subunit 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013994970.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Apteryx australis mantelli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 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##

ATGTTGCGAT TATATGAAAG GGGGGAGAAG CTGAAAGCAG TTAGACTGTC AGAGCAGGAA 
TACCTCAACG GGGAGAAAAA GGATTGTGTC AAGATTCTAG AGAAATTCTT CAAAGAGCAT 
GGACAAATTT TAATTTGCTT TCTAAATAGT TTGCAACTAT GCCGCACTCT CAGTGAAAAC 
AAAAGCCATG ATAATATGGG TTTCAGAGAT ATCCAGCAGG CTTTGTATGA GCTTGCATAT 
CACGTTGTCA GAGGAAACCT AAAACATGAT CAAGCTTCTA ATGTTCTTGG TGATGTTATA 
GAATTTCGGG AAGACATGCC CTCCATTTTA GCTGATGTGT TCTGCATATT AGATATTGAA 
ACAAGTTGTT TAGAAGAAAA AAGTAAGAGG GATCATTTTA CCCAATTGGT ATTAGCCTGT 
TTGTATCTTG TATCTGACAC TGTCCTAAAG GAGCGTTTAG ATCCAGAAAC ACTGGAGTCG 
TTAGGACTTA TCAAGCAGTC TCAACAGTTC AATCAGAAAT CTGTTAAAAT AAAGACNNNN 
NNNNGTTATA AGCAACAGAA GTTTAATTTG TTAAGAGAGG AGAATGAAGG TTATGCGAAG 
CTGATTGCAG AACTGGGGCA AGACTTATCT GGAAATATCA CTAGTGATTT AATTCTTGAA 
AATATCAAAT CTTTAATAGG ATGTTTTAAC CTTGATCCTA ACAGAGTTTT GGATATTATC 
CTAGAAGTCT ATGAGTGCAG GCCTGAGTAT GATGATTTCT TTGTACCATT GATAGAGTCC 
TACATGTACA TGTGTGAACC TCAAACTCTC TGCCATATCC TTGGGTTCAA ATTCAAATTT 
TATCAGGATC CAAGTGGTGA GACACCTTCC TCCTTATACA GAGTTGCTGC TGTCCTTTTG 
CAACACAATC TCATTGATTT GGAAGATCTT TATGTTCACC TTCTTCCAGG GGATAATGCC 
ATCATCGAGG AACACAAGCG GGAGATAGTA GAAGCTAAGC AAATTGTCAG AAAACTTACA 
ATGGTTGTCT TGTCCTCTGA AAAGACTGAA GAAAAAGAGA AGGAAAAAGA AAAGGAGGAG 
GAGAAAACTG AAAAGCCACC TGATAATCAA AAGCTTGGTT TATTGGAAGC TTTATTAAAA 
ATTGGTGATT GGCAGCATGC ACAAAGCATT ATGGATCAGA TGCCTCCATT TTATGCTACT 
TCACACAAGC CCATTGCAGT TGCCCTTTGC CAGCTTGTAC ATGTGACAAC TGAACCTCTG 
TATCGCAGGG TTGGAGTACC TAAAGGGGCT AAAGGGTCAC CGATTCCTTC TTTGCCAAAC 
AAGAGAGCAC CAAAACAAGC AGACAGTTTT GAAGACTTGA GAAAGGAAGT GTTCAACATG 
CTTTGTTACC TTGGTCCTCA TCTTTCCCAT GATCCCATTT TATTTGCAAA AGTGGTGCGC 
CTTGGAAAAG CATTTATGAA AGAGGTTGGA ACTGCGAAGA AATTCGTCAG TGACGGAGTG 
GTTAAGTTTC AGTCTGATGG AAGCAAACAA GAAGATAAAG AGAAAATGGA GATCTTATTT 
AGCTGTTTGT TGAGTATTAC CGATCAAGTA TTGCTTCCAT CTCTTTCTTT GATGGACTGC 
AATGCATGCA TGTCTGAAGA ACTGTGGGGA ATGTTCAAAA CTTTTCCATA CCAGTACCGG 
TATCGTCTTT ATGGACAGTG GAAGAACGAA ACATACAATA GTCACCCACT TCTAGTGAAA 
GTTAAAGCTC AAACCATAGA CCGAGCCAAA TATATCATGA AGCGTCTAAC AAAGGAAAAT 
GTGAAACCCT CTGGAAGACA AATTGGAAAA CTCAGCCACA GCAATCCTAC AATTTTATTT 
GATTATATTT TATCACAAAT ACAGAAGTAT GATAACTTAA TAACTCCAGT TGTTGATTCA 
CTGAAATACC TCACTTCACT GAATTACGAT GTCTTGGCAT ACTGTATTAT TGAAGCTCTG 
GCAAATCCCG AGAAGGAGAG AATGAAGCAT GATGACACCA CAATCTCAAG CTGGTTGCAG 
AGTCTGGCTA GCTTTTGTGG TGCAGTTTTC CGAAAATACC CAATTGAACT TGCTGGTTTA 
CTTCAATATG TAGCAAACCA ACTGAAAGCT GGGAAAAGCT TTGATTTGCT TATTTTAAAA 
GAGGTAGTAC AAAAAATGGC TGGTATAGAA ATTACTGAAG AAATGACAAT GGAACAGTTG 
GAAGCCATGA CTGGTGGAGA ACAGCTAAAA GCTGAGGGTG GATACTTTGG CCAAATCAGG 
AACACAAAAA AATCTTCTCA GAGATTGAAG GATGCATTAT TGGACCATGA TCTTGCCCTT 
CCACTGTGCC TGCTTATGGC TCAACAGAGA AATGGTGTGA TCTTTCAAGA GGGAGGGGAA 
AAACATCTGA AGCTTGTGGG GAAACTGTAT GATCAGTGCC ATGATACCCT GGTACAATTT 
GGTGGATTTT TAGCATCCAA TCTAAGCACA GAGGATTACA TTAAGCGAGT GCCTTCTATT 
GATGTTCTCT GTAATGAGTT TCACACACCT CATGATGCTG CATTTTTCCT TTCAAGACCC 
ATGTATGCAC ACCATATTTC ATCAAAGTAT GATGAACTAA AAAAAGCTGA GAAGGGAAAT 
AAACAGCAGC ACAAAGTTCA CAAATACATT ACATCGTGTG AGCTGGTGAT GGCTCCTGTT 
CATGATGCTG TGATCTCTCT GCACCTTCCC AAGGTTTGGG ATGACATCAG TCCTCAGTTT 
TATGCTACAT TCTGGTCTCT GACAATGTAT GACCTTGCTG TCCCACATAG TAGCTATGAC 
AGAGAAGTCA ATAAACTTAA AGTCCAGATG AAAGCCATAG ATGACAATCA GGAAATGCCT 
CCAAATAAAA AGAAGAAAGA AAAAGAACGT TGTACAGCTC TTCAGGACAA GCTTCTTGAA 
GAGGAGAAGA AACAATTGGA GCATGTGCAA AGGGTTCTGC AGAGACTGAA ATTGGAGAAG 
GACAACTGGC TTCTGGCAAA GTCTACCAAA AATGAGACTA TCACAAAATT TCTGCAGTTG 
TGTATATTTC CTCGCTGCAT TTTTTCGGCA ATCGATGCGG TTTATTGTGC TCACTTTGTA 
GAACTGGTGC ATCAGCAGAA AACACCCAAC TTCTCGACAC TTCTCTGTTA TGATAGAGTT 
TTCTCTGATA TTATATATAC AGTAGCAAGT TGCACTGAAA ATGAAGCTAG TAGATATGGC 
AGGTTTTTAT GCTGTATGTT GGAGACCGTG ACTAGATGGC ACAGTGACAG AGTCATATAT 
GAAAAGGAAT GTGGCAACTA TCCAGGCTTC CTCACTATAT TACGGGCAAC TGGATTTGAT 
GGTGGAAATA AAGCTGATCA GTTGGATTAT GAGAATTTTA GACATGTGGT ACACAAATGG 
CATTATAAGT TAACTAAGGC TTCTGTACAC TGCCTTGAAA CAGGTGAATA TACACATATC 
AGAAATATCC TGATTGTGCT GACCAAAATC CTTCCGTGGT ATCCAAAAGT ATTGAACCTG 
GGCCAAGCCT TGGAAAGAAG AGTACATAAG ATATGTCAGG AAGAGAAAGA GAAGAGACCT 
GATCTATATG CATTGGCTAT GGGCTATTCT GGGCAGTTGA AAAGTAGGAA GCCTTACATG 
GTACCTGAAA ATGAATTCCA CCACAAAGAC CCACCTGCCA GGAATGCTGT AGCTGCAACA 
GTACAAAATG GGCCAGGTGG TGCTGGGATG CCTGCATCTC TCTCAATAAA TACAGCTAAA 
CTGGAAGAAA GCACTGCTGA GGAGACTGAT AAACTAAAGG AGAAATCTCA GGGTGCTGTG 
AAAGTTATTA ATAAAGCTGT CAATGCTACA CCAAAGGTGA CAACAAGCAA TGGAAACAGT 
GCTTCTAATA GCAAAATTAT TAAAGAAAAA GAGGATAAAG AAAAAAGTGG GAAGGAAAAA 
GAGAAAGAAA AAAAGGAAAA GACTCCAGCT GCCACTCCAG AGACCAAGGC ACTTGGGAAG 
GATGGAAAAG ATAAACCAAA GGAAGAACGG GCAAATAAAG ATGATAAAGC AAGAGAGATC 
AAGGAGAAGA CACCAAAATC TGACAAAGAG AAGGAAAAAG CCAAGAAAGA AGAAAAAACT 
TCAAAAGAAG AAAAAATGAA GACAGTTGTT ACCAACATTG ATTCAAAATC AGCTGCAGAA 
AAGGAGAGAG AAAAGGAGCC GTCCAGAGAA AGAGATGTAG CGAAGGATAT GAAATCCAAG 
GAAAATGCTA AAGGAGGAGA AAAGATGCCA GTAGCTGGGT CCTTGAAGTC ACCTGTTCCC 
CGATCAGAAA CATCAGAATC TGAAAGGGAA CAAAAACGCC GCAAAGTTGA TACCCATTCT 
TCTCCATCAC ATTCCTCAAC AGTAAAGGAC AACCTCAGCG AACTCAAGGA CTCTTCAGCA 
AAGCACTACA TTAACCACAC TACTCCAACA CTGTCCAAGA GTAAGGAGAG AGAAGTGGAC 
AAGAAAGATT TGGACAAGTC AAGGGAAAGA TCAAGAGAGA GAGAGAAGAA AGATGAAAAG 
GACAGGAAAG ATCGAAAAAG GGATCATTCA AACAGTGACC GGGAGGTGCC ACAGGATTCA 
ACTAAACGAC GCAAAGAGGA AAATGGGACA ACTGGTTCTT CAAAACATAG TAAAAGTGAA 
AGTCCTTCTG ATTCCCCTCG CTCAAATGAA AAGGAAAAGG AGAAGAACAA ATCAAAATCT 
TCAGGTAAAG AAAAAGGTGA TTCAATCAAA GCAGAGAAGA TGGAGAAGAG CTCCTCTGGT 
AGCAAAAAGG AATCAAGACA TGATAAAGAA AAAACAGAAA AGAAAGAAAA ACGAGACAGC 
ACTGGAGGAA AAGAAGAAAA GAAACATCAT AAATCTTCAG ACAAGCACAG ATAA

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

RefSeq	XP_013801757.1
CDS	1..4914
Translation	MLRLYERGEKLKAVRLSEQEYLNGEKKDCVKILEKFFKEHGQILICFLNSLQLCRTLSENKSHDNMGFRDIQQALYELAYHVVRGNLKHDQASNVLGDVIEFREDMPSILADVFCILDIETSCLEEKSKRDHFTQLVLACLYLVSDTVLKERLDPETLESLGLIKQSQQFNQKSVKIKnullnullnullnullYKQQKFNLLREENEGYAKLIAELGQDLSGNITSDLILENIKSLIGCFNLDPNRVLDIILEVYECRPEYDDFFVPLIESYMYMCEPQTLCHILGFKFKFYQDPSGETPSSLYRVAAVLLQHNLIDLEDLYVHLLPGDNAIIEEHKREIVEAKQIVRKLTMVVLSSEKTEEKEKEKEKEEEKTEKPPDNQKLGLLEALLKIGDWQHAQSIMDQMPPFYATSHKPIAVALCQLVHVTTEPLYRRVGVPKGAKGSPIPSLPNKRAPKQADSFEDLRKEVFNMLCYLGPHLSHDPILFAKVVRLGKAFMKEVGTAKKFVSDGVVKFQSDGSKQEDKEKMEILFSCLLSITDQVLLPSLSLMDCNACMSEELWGMFKTFPYQYRYRLYGQWKNETYNSHPLLVKVKAQTIDRAKYIMKRLTKENVKPSGRQIGKLSHSNPTILFDYILSQIQKYDNLITPVVDSLKYLTSLNYDVLAYCIIEALANPEKERMKHDDTTISSWLQSLASFCGAVFRKYPIELAGLLQYVANQLKAGKSFDLLILKEVVQKMAGIEITEEMTMEQLEAMTGGEQLKAEGGYFGQIRNTKKSSQRLKDALLDHDLALPLCLLMAQQRNGVIFQEGGEKHLKLVGKLYDQCHDTLVQFGGFLASNLSTEDYIKRVPSIDVLCNEFHTPHDAAFFLSRPMYAHHISSKYDELKKAEKGNKQQHKVHKYITSCELVMAPVHDAVISLHLPKVWDDISPQFYATFWSLTMYDLAVPHSSYDREVNKLKVQMKAIDDNQEMPPNKKKKEKERCTALQDKLLEEEKKQLEHVQRVLQRLKLEKDNWLLAKSTKNETITKFLQLCIFPRCIFSAIDAVYCAHFVELVHQQKTPNFSTLLCYDRVFSDIIYTVASCTENEASRYGRFLCCMLETVTRWHSDRVIYEKECGNYPGFLTILRATGFDGGNKADQLDYENFRHVVHKWHYKLTKASVHCLETGEYTHIRNILIVLTKILPWYPKVLNLGQALERRVHKICQEEKEKRPDLYALAMGYSGQLKSRKPYMVPENEFHHKDPPARNAVAATVQNGPGGAGMPASLSINTAKLEESTAEETDKLKEKSQGAVKVINKAVNATPKVTTSNGNSASNSKIIKEKEDKEKSGKEKEKEKKEKTPAATPETKALGKDGKDKPKEERANKDDKAREIKEKTPKSDKEKEKAKKEEKTSKEEKMKTVVTNIDSKSAAEKEREKEPSRERDVAKDMKSKENAKGGEKMPVAGSLKSPVPRSETSESEREQKRRKVDTHSSPSHSSTVKDNLSELKDSSAKHYINHTTPTLSKSKEREVDKKDLDKSRERSREREKKDEKDRKDRKRDHSNSDREVPQDSTKRRKEENGTTGSSKHSKSESPSDSPRSNEKEKEKNKSKSSGKEKGDSIKAEKMEKSSSGSKKESRHDKEKTEKKEKRDSTGGKEEKKHHKSSDKHR

Target ORF information:

RefSeq Version	XM_013946303.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli THO complex 2 (THOC2), mRNA.

Target ORF information:

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

XM_013946303.1

ORF Insert Sequence:

ATGTTGCGAT TATATGAAAG GGGGGAGAAG CTGAAAGCAG TTAGACTGTC AGAGCAGGAA 
TACCTCAACG GGGAGAAAAA GGATTGTGTC AAGATTCTAG AGAAATTCTT CAAAGAGCAT 
GGACAAATTT TAATTTGCTT TCTAAATAGT TTGCAACTAT GCCGCACTCT CAGTGAAAAC 
AAAAGCCATG ATAATATGGG TTTCAGAGAT ATCCAGCAGG CTTTGTATGA GCTTGCATAT 
CACGTTGTCA GAGGAAACCT AAAACATGAT CAAGCTTCTA ATGTTCTTGG TGATGTTATA 
GAATTTCGGG AAGACATGCC CTCCATTTTA GCTGATGTGT TCTGCATATT AGATATTGAA 
ACAAGTTGTT TAGAAGAAAA AAGTAAGAGG GATCATTTTA CCCAATTGGT ATTAGCCTGT 
TTGTATCTTG TATCTGACAC TGTCCTAAAG GAGCGTTTAG ATCCAGAAAC ACTGGAGTCG 
TTAGGACTTA TCAAGCAGTC TCAACAGTTC AATCAGAAAT CTGTTAAAAT AAAGACNNNN 
NNNNGTTATA AGCAACAGAA GTTTAATTTG TTAAGAGAGG AGAATGAAGG TTATGCGAAG 
CTGATTGCAG AACTGGGGCA AGACTTATCT GGAAATATCA CTAGTGATTT AATTCTTGAA 
AATATCAAAT CTTTAATAGG ATGTTTTAAC CTTGATCCTA ACAGAGTTTT GGATATTATC 
CTAGAAGTCT ATGAGTGCAG GCCTGAGTAT GATGATTTCT TTGTACCATT GATAGAGTCC 
TACATGTACA TGTGTGAACC TCAAACTCTC TGCCATATCC TTGGGTTCAA ATTCAAATTT 
TATCAGGATC CAAGTGGTGA GACACCTTCC TCCTTATACA GAGTTGCTGC TGTCCTTTTG 
CAACACAATC TCATTGATTT GGAAGATCTT TATGTTCACC TTCTTCCAGG GGATAATGCC 
ATCATCGAGG AACACAAGCG GGAGATAGTA GAAGCTAAGC AAATTGTCAG AAAACTTACA 
ATGGTTGTCT TGTCCTCTGA AAAGACTGAA GAAAAAGAGA AGGAAAAAGA AAAGGAGGAG 
GAGAAAACTG AAAAGCCACC TGATAATCAA AAGCTTGGTT TATTGGAAGC TTTATTAAAA 
ATTGGTGATT GGCAGCATGC ACAAAGCATT ATGGATCAGA TGCCTCCATT TTATGCTACT 
TCACACAAGC CCATTGCAGT TGCCCTTTGC CAGCTTGTAC ATGTGACAAC TGAACCTCTG 
TATCGCAGGG TTGGAGTACC TAAAGGGGCT AAAGGGTCAC CGATTCCTTC TTTGCCAAAC 
AAGAGAGCAC CAAAACAAGC AGACAGTTTT GAAGACTTGA GAAAGGAAGT GTTCAACATG 
CTTTGTTACC TTGGTCCTCA TCTTTCCCAT GATCCCATTT TATTTGCAAA AGTGGTGCGC 
CTTGGAAAAG CATTTATGAA AGAGGTTGGA ACTGCGAAGA AATTCGTCAG TGACGGAGTG 
GTTAAGTTTC AGTCTGATGG AAGCAAACAA GAAGATAAAG AGAAAATGGA GATCTTATTT 
AGCTGTTTGT TGAGTATTAC CGATCAAGTA TTGCTTCCAT CTCTTTCTTT GATGGACTGC 
AATGCATGCA TGTCTGAAGA ACTGTGGGGA ATGTTCAAAA CTTTTCCATA CCAGTACCGG 
TATCGTCTTT ATGGACAGTG GAAGAACGAA ACATACAATA GTCACCCACT TCTAGTGAAA 
GTTAAAGCTC AAACCATAGA CCGAGCCAAA TATATCATGA AGCGTCTAAC AAAGGAAAAT 
GTGAAACCCT CTGGAAGACA AATTGGAAAA CTCAGCCACA GCAATCCTAC AATTTTATTT 
GATTATATTT TATCACAAAT ACAGAAGTAT GATAACTTAA TAACTCCAGT TGTTGATTCA 
CTGAAATACC TCACTTCACT GAATTACGAT GTCTTGGCAT ACTGTATTAT TGAAGCTCTG 
GCAAATCCCG AGAAGGAGAG AATGAAGCAT GATGACACCA CAATCTCAAG CTGGTTGCAG 
AGTCTGGCTA GCTTTTGTGG TGCAGTTTTC CGAAAATACC CAATTGAACT TGCTGGTTTA 
CTTCAATATG TAGCAAACCA ACTGAAAGCT GGGAAAAGCT TTGATTTGCT TATTTTAAAA 
GAGGTAGTAC AAAAAATGGC TGGTATAGAA ATTACTGAAG AAATGACAAT GGAACAGTTG 
GAAGCCATGA CTGGTGGAGA ACAGCTAAAA GCTGAGGGTG GATACTTTGG CCAAATCAGG 
AACACAAAAA AATCTTCTCA GAGATTGAAG GATGCATTAT TGGACCATGA TCTTGCCCTT 
CCACTGTGCC TGCTTATGGC TCAACAGAGA AATGGTGTGA TCTTTCAAGA GGGAGGGGAA 
AAACATCTGA AGCTTGTGGG GAAACTGTAT GATCAGTGCC ATGATACCCT GGTACAATTT 
GGTGGATTTT TAGCATCCAA TCTAAGCACA GAGGATTACA TTAAGCGAGT GCCTTCTATT 
GATGTTCTCT GTAATGAGTT TCACACACCT CATGATGCTG CATTTTTCCT TTCAAGACCC 
ATGTATGCAC ACCATATTTC ATCAAAGTAT GATGAACTAA AAAAAGCTGA GAAGGGAAAT 
AAACAGCAGC ACAAAGTTCA CAAATACATT ACATCGTGTG AGCTGGTGAT GGCTCCTGTT 
CATGATGCTG TGATCTCTCT GCACCTTCCC AAGGTTTGGG ATGACATCAG TCCTCAGTTT 
TATGCTACAT TCTGGTCTCT GACAATGTAT GACCTTGCTG TCCCACATAG TAGCTATGAC 
AGAGAAGTCA ATAAACTTAA AGTCCAGATG AAAGCCATAG ATGACAATCA GGAAATGCCT 
CCAAATAAAA AGAAGAAAGA AAAAGAACGT TGTACAGCTC TTCAGGACAA GCTTCTTGAA 
GAGGAGAAGA AACAATTGGA GCATGTGCAA AGGGTTCTGC AGAGACTGAA ATTGGAGAAG 
GACAACTGGC TTCTGGCAAA GTCTACCAAA AATGAGACTA TCACAAAATT TCTGCAGTTG 
TGTATATTTC CTCGCTGCAT TTTTTCGGCA ATCGATGCGG TTTATTGTGC TCACTTTGTA 
GAACTGGTGC ATCAGCAGAA AACACCCAAC TTCTCGACAC TTCTCTGTTA TGATAGAGTT 
TTCTCTGATA TTATATATAC AGTAGCAAGT TGCACTGAAA ATGAAGCTAG TAGATATGGC 
AGGTTTTTAT GCTGTATGTT GGAGACCGTG ACTAGATGGC ACAGTGACAG AGTCATATAT 
GAAAAGGAAT GTGGCAACTA TCCAGGCTTC CTCACTATAT TACGGGCAAC TGGATTTGAT 
GGTGGAAATA AAGCTGATCA GTTGGATTAT GAGAATTTTA GACATGTGGT ACACAAATGG 
CATTATAAGT TAACTAAGGC TTCTGTACAC TGCCTTGAAA CAGGTGAATA TACACATATC 
AGAAATATCC TGATTGTGCT GACCAAAATC CTTCCGTGGT ATCCAAAAGT ATTGAACCTG 
GGCCAAGCCT TGGAAAGAAG AGTACATAAG ATATGTCAGG AAGAGAAAGA GAAGAGACCT 
GATCTATATG CATTGGCTAT GGGCTATTCT GGGCAGTTGA AAAGTAGGAA GCCTTACATG 
GTACCTGAAA ATGAATTCCA CCACAAAGAC CCACCTGCCA GGAATGCTGT AGCTGCAACA 
GTACAAAATG GGCCAGGTGG TGCTGGGATG CCTGCATCTC TCTCAATAAA TACAGCTAAA 
CTGGAAGAAA GCACTGCTGA GGAGACTGAT AAACTAAAGG AGAAATCTCA GGGTGCTGTG 
AAAGTTATTA ATAAAGCTGT CAATGCTACA CCAAAGGTGA CAACAAGCAA TGGAAACAGT 
GCTTCTAATA GCAAAATTAT TAAAGAAAAA GAGGATAAAG AAAAAAGTGG GAAGGAAAAA 
GAGAAAGAAA AAAAGGAAAA GACTCCAGCT GCCACTCCAG AGACCAAGGC ACTTGGGAAG 
GATGGAAAAG ATAAACCAAA GGAAGAACGG GCAAATAAAG ATGATAAAGC AAGAGAGATC 
AAGGAGAAGA CACCAAAATC TGACAAAGAG AAGGAAAAAG CCAAGAAAGA AGAAAAAACT 
TCAAAAGAAG AAAAAATGAA GACAGTTGTT ACCAACATTG ATTCAAAATC AGCTGCAGAA 
AAGGAGAGAG AAAAGGAGCC GTCCAGAGAA AGAGATGTAG CGAAGGATAT GAAATCCAAG 
GAAAATGCTA AAGGAGGAGA AAAGATGCCA GTAGCTGGGT CCTTGAAGTC ACCTGTTCCC 
CGATCAGAAA CATCAGAATC TGAAAGGGAA CAAAAACGCC GCAAAGTTGA TACCCATTCT 
TCTCCATCAC ATTCCTCAAC AGTAAAGGAC AACCTCAGCG AACTCAAGGA CTCTTCAGCA 
AAGCACTACA TTAACCACAC TACTCCAACA CTGTCCAAGA GTAAGGAGAG AGAAGTGGAC 
AAGAAAGATT TGGACAAGTC AAGGGAAAGA TCAAGAGAGA GAGAGAAGAA AGATGAAAAG 
GACAGGAAAG ATCGAAAAAG GGATCATTCA AACAGTGACC GGGAGGTGCC ACAGGATTCA 
ACTAAACGAC GCAAAGAGGA AAATGGGACA ACTGGTTCTT CAAAACATAG TAAAAGTGAA 
AGTCCTTCTG ATTCCCCTCG CTCAAATGAA AAGGAAAAGG AGAAGAACAA ATCAAAATCT 
TCAGGTAAAG AAAAAGGTGA TTCAATCAAA GCAGAGAAGA TGGAGAAGAG CTCCTCTGGT 
AGCAAAAAGG AATCAAGACA TGATAAAGAA AAAACAGAAA AGAAAGAAAA ACGAGACAGC 
ACTGGAGGAA AAGAAGAAAA GAAACATCAT AAATCTTCAG ACAAGCACAG ATAA