LOC106620750 cDNA ORF clone, Bactrocera oleae(olive fruit fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106620750
Entrez Gene ID	106620750
Full Name	uncharacterized LOC106620750
Gene Type	protein-coding
Organism	Bactrocera oleae(olive fruit fly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014239363.1	XP_014094838.1	uncharacterized protein LOC106620750

Pathways from BioSystems
Gene Ontology

The following LOC106620750 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106620750 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
OBa73478	XM_014239363.1 Latest version!	Bactrocera oleae uncharacterized LOC106620750 (LOC106620750), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

LOC106620750 ( XM_014239363.1 ) cDNA ORF clone, Bactrocera oleae(olive fruit fly) -> XP_014094838.1 Bactrocera oleae uncharacterized LOC106620750 (LOC106620750), mRNA.

Price & Availability↑

CloneID	OBa73478
Clone ID Related Accession (Same CDS sequence)	XM_014239363.1
Accession Version	XM_014239363.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5055bp) 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	2015-09-20
Organism	Bactrocera oleae(olive fruit fly)
Product	uncharacterized protein LOC106620750
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013581562.1) 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 :: Bactrocera oleae 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 :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGACCAATC CGAAAATAAA AAAATCAAAT AAAAAATCCA GCGAAGCTAT TGTAAATGTG 
CAACATCAAC AAAATAATGA TGAGAATGGG CTGCTTAATG TACTTCATGA CTCTGATGAT 
GGTGTAGAAT TGAATTTAGA TGATTACTCT TTTGGGGCTT CGTCTAATTC GGAGGGCTTA 
GGAGAAGAGG AAGATGAAGC TAATTCATGC TCATCATTCA GCTTACAGGA ATGCATAAAT 
GAGTTTCGTG CTCGGCGTAT ACGGCGCTTG TCCACACATA GCCGTGAAGT AACTCAAGTG 
GACGAATTAG CGAGTGGATT TGTAACAGAA AAAGCTGAAG CGAAAACTTT CTCTGATCCA 
GTCGAAGCTG ATTTAATAAA TCAAAACATT TCTAACAAAG AACATGAGCG CAAGTGTAAG 
CCATGCCGTG ATGGTTTCTG TTATTGTTTT ACCAGCGATA GCGGCGAGGG GGGTGGAATG 
TGCAATGCTG CAACAGCGAG CACACGTGCC GGACACGTGC GACATGTAAG ACGGCACAGA 
CGTTCAGATT GTCAAGAGCC CGGTACACTA ATGTCACGGT CGTACGCCAA TCCAGTGGAC 
AATAGATATG ATGGTCCAGT TAGCTTCAAG ATTCCAATTG ATAAAGAGGC GCAAGCCTTG 
CCACAAAAAG AGCATAAGCA GGAAAAATCA AAACAAAACT TCACTACAGA GGCTAATTCT 
AATGCAAATG AACTTACAGC GATTAGTCGT TTAGAGACAA GTGCTCCAGA TGCACCATTA 
ATACATATCA TCCAAGAGTT GCACAACAAC TGTGTTATAT CTGAGGTTCG TGTTAACAAA 
CACAAACTGC AAGCTAGTCG ACAACAAAGT CAGAGTTTAA ATACTCCCCA AATAACCAAA 
TCGTCGTCAG AGAAAGTTAC ACGCACACAA ATGACTCGAA ATATGTGTGA GCCTACTGCA 
CCACCTATAG ATAGTTGGAC TGCCGCCAAT AAACCAGTTA AAATGAAAAG AGAAACGTTT 
GCTGGTCCAG TTCTAGATAA AATAAGTGAA TTTGATTCAA TCTCTGATGC ATTTGAATAT 
TCAACACCAC TTACAAGCAG TTCAAAACAT ACGGATAGTG GACGGCGTAG ACACAAAAGC 
GGAGGACGTT TGCTGCAAAA GCGTTTAAGC CTATCATCCG TGCATTATAG GCCACGTCGG 
TCACTACAGG CACCACCCAA ACCGCCCCGA ACTTACTTCT GTTTAGAGGA AAAGTCAACT 
GTGTCTTCCC TATCCTCCAC TTCGCCCTCG TTACGTGAAG CTGAGCGCAT ACTAGATGAG 
TTCTTGATCA GAAAGGGTGC AATGGTAAGA GATGCTGAAA GACAAGTTGA AAACCGCAAT 
GTAAAAGTAG ACAAAGCCTC TCAGGTGGAA ATGGAGAAGG TGTTGTATGC GTCAGATAGG 
AGACGAGAGC ACCGAAAATC TTGCCCAACG AGCTTGGCTA AAGCAACGTC GCGGCGATTG 
CCTATCTTAC CATCTTGTCC CTCTCTCAGC GATCTCGAAA GGTCGGCTAT GGATTCCACT 
AAGAAATATA CTAATTATGA GAAAAATATA AAGCAAATCG CTGAAAAACC CGTAAAAGAA 
CTTAGCTTCG GTTGGAAAGA ACCGAAGATC ACTGAAATGC TCAATTGTGA CACTACTGCT 
AAGAAGCGAC AATTTAGATC CCAAGCAGTA CAGGCTGAAC CACAACAAAC GATTGGTTGG 
CAAGTACCAC CAAAGGTGGA TCTCGACACT GTTGATGGCG TATGCTCAAA TTTGGCTGCG 
AATATTGCCA CTAAAGACAC ACCTGTCAAA TCACCACCCA TTTCCACGCC AAACAGGGCA 
CGCGAATCTC AAAAGTTTGT TTGGCGCGAA CAATGGCGTA ATCTTTCACC ATGGTGTAAT 
AAACAATCCA AAGGTGGTGA TCGCACCTTA AAAAGTAACT TGAAGTCATC ATCACGCGGT 
CTTTTGAATA GTTCGAAGAA GAAAATTCTA CGTTTGGTTA CGCCCAAACG TGATAATTTA 
CAGCCGCGTA GGAACTATTC ATCTCACAGT GTTGGCATTC AAACGTCTGC AGACGAGCTG 
CAGCCCTATG AACCCAGCGT TACGCCACAA TCGCCACCAG GCAGCTATCA TTCTGCTGTT 
CAAACTTCAA CGCAGACTAC AACCCCTACC TGCTCACAGA ATACCAATGA CACCGAACCA 
CAGAGTTTCG ATTTCTCTCG TACAGTTCGA GCGCCGCCTA AAAAAGCTCC ACGAGCTGTT 
ACACAACGTA AATTGAATTT CCCACTTGGT GGTTGTGCCG AAGGAAACTG CACTTCTTGT 
GACGGTGGCA CCCTTAGTAC ATCTATGAAA ACGAAAACTT ATCGTTCGTA TCACGGCGAT 
TTGGATCAGG ACGTGACGCT TTCCAAGTTG GGTTATATAC TTGGGAATAT ACGTGCAAAG 
TTGGAGGCAA GTGATGAACA TGCGGTGCGA ACATTTGAGG AAATTGGAAG GCGTGAACAA 
CGCGCTGTTG GGTTCGACTG CACGGATGGG CACCATCGTC GCTCGGAAGC GAGTTCAACG 
GTAAGACAGC GTCAAGAGAA AAGAAACATT TACCAGCAGG AGCCAATTTA TTCGGAAATT 
GAAGAAGACA GCATACACAT AACAGGCACA CCGCAATATG ACAATACGAC TAGTGCCAAG 
GAATTGCCAG TTAAACCGGA TATAGACGTA CTATATGCCA GAGTTAACAA GGCTAACAAA 
AAGCCGAAAC CTCAGTCCCC GCAAACAAAA CCTATTGCTT TGGGAAAGCT ATTACATGAT 
TCTCTGCGCA ATTTAAACAC TACTTCGCGG GCCAATCAAT TGCCAACGCT ACAGGAACTG 
TCAGCCAGCG ACACTTCGTA CATGTCGCCA CCACAGCCAC ATGTCAGCGC TTCAGACACT 
TCGATGACGC TATCGCATTG TCAGTCGCTC AATAATGTGC GCATGCAGGA GCATCATTCA 
CCACCAAAAC GAGATCGCAA TTTGAGTAAA TCGGATCTGT CAGTGCACCG TAGTGAAATA 
TTTTTAGACA ATCTTTGTCG GAGTGAACTG ATAGCGGATC ACGGAAACGG AGAGCCTACT 
GAAAAGATGA ATAATCATGT TCTAAACAAA TCTGCCAGTT CTTTGCGTTC TGATTCCATG 
AGCCACATAA ATACTTATCG CCATTTCTCA ACTTCTACAC CAACTCCAAA TGATTCCATC 
TCCTACGACA CGCCAAATGA TGCAGATTTT GATAACATTT CTCAGGCTGC TGTTAGTCAA 
TTAGATTTAA GTTTGGCTAG CGATTCGATG ACTTCGGGTG CACAAAACAC ACTTAACAAG 
CAATTTGCTC CCAAATTTAC GACTAAGTCA CATTTAAGCA CACAGCGCTC GTCCAGCCGC 
AACCCTTCCA GCGACATAGC CTTTACATCG CCTTCAACGT GCCAGCAGCA AAGCAGTAGC 
TGCCCTGCAA CACCAAGGAA AGCGCAATTA GACTTGTCGG AACAACTAGC ACACACCTCT 
AGCCTCAAAG AAATCCATCA AATAACGGAA GAAGATCAAC TAAATGTTGC AGGAGAACAA 
CGAAAGCATT CCACACCAAA CACCAGCACT TATGGTGACA TACCGCCATC AACCACCCAC 
GCGCAAAGCT GCATCGAAAC AGCTTCCAGT AGTAATAACT TTGCACGTTA TCAACGTTTA 
AAGAACGCCT TGCGAAAATC ATTTAAACGC AGCACAAAAT TTGTTAAAAA TGAGACACGA 
CGTCTGTCCA GTTCCTTCAG TTTTCCCACG GCAAATATTG CTTTATCGAA AAGCGTAAAT 
GCGCACAACC AAACCGATCC ACAGCTACAG AGCAGATCTT CCACTTACGA TCTAGACACC 
TTGTTCTCAT TGGATGAGCA AGCGCCAGTG GTGGAGCAAT TAGCGCAAGC CGTAACGATA 
TGCCGTCAAC TGCCGGAAGT GGAGATATCA CCCGAAATGG TTGAAGCTGA ACGTTTGTTA 
CTTTTCTCAC GCCTCCGGCG CGATGTGTGG CCACAGCGAC CGCTGGCAGC GACAACGCCA 
GCAGCGAAGC GTGCGGCAGA ACAACACACG CATCGCTTTT ACATAGACGA CATGCGTTTG 
CCGGTCAAAG TGGATGTCAA TCAGGATTTC TTCTTCAATT ATTTCTATAT AGTGACTTTT 
GATTGTGGCG GTGTTATAAA ATCCACACAA TCCGCAGAGT GTCACAATGG CCAGGCGATA 
TTTAGTGAAT GTGGCATTGA ATTTGCTAGT GGTCTGTCGG AAGAGGATGC AGTGGTGCGC 
TGCAACGTTT TTATGCTGCG TTTGCGCAAA GTGTCAACAT TGTCGCTGGA ACCGAAGCGC 
GCCGTAGTGA AACTCCCCAC CGCACGCACA CCCGGCACAG CGTCCTCCTC TTCGTCTGCA 
GATGAAATCG TGTCGCGTTT TCGTTTGCAC GCCAGTTTCA CTTTGAACGC TCGCAATTTT 
GTGCCTTACG AATATGTGGT ATGTGAAACG GAGAACACAA ATAAACTTTG TTTGCGCGCC 
AGCACTCAAA ACTGCCTGTT ACCGTTGACA CCGCGCACCA AATCTACAAA TCTCTGCGCG 
AAAATTCAAT TATGCGGCCG CGCTGAGATA CGTTTCCCCA AACACACCTA CAGCGGTTTC 
TTAAACGTGC AAGACCCACA TACACTGCAT AATTGGAATC GCCGTTGGTG CAACTTAGAC 
GGCTTACACT TACGCGTGTG GACGGATGAA AATCAAATGG ATGACAAACT GCTTCTTACG 
CTGGATATGC GTTCAAATGT GCAGACCATG CCACTGCAGG CGGCATCGCG TGAGCTTTGT 
GCACGCGCAC GCGCATTCTG TTTGCAGTGC GCGCTGCAAA AAGCCGGTGA AGCAGTCGAT 
ACTGCTACAG TCTTTTTCGC CGCGGATACG CAAGACGTGC TGGACGTGTG GTTGGCGCAG 
TTAAACGAAG TGCTGGCATT TGTGCATAAG TGGCTACATG TGGTTGAAAA NGCATCAATT 
ATATTTGTTA GTTGA

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

RefSeq	XP_014094838.1
CDS	207..5261
Translation	MTNPKIKKSNKKSSEAIVNVQHQQNNDENGLLNVLHDSDDGVELNLDDYSFGASSNSEGLGEEEDEANSCSSFSLQECINEFRARRIRRLSTHSREVTQVDELASGFVTEKAEAKTFSDPVEADLINQNISNKEHERKCKPCRDGFCYCFTSDSGEGGGMCNAATASTRAGHVRHVRRHRRSDCQEPGTLMSRSYANPVDNRYDGPVSFKIPIDKEAQALPQKEHKQEKSKQNFTTEANSNANELTAISRLETSAPDAPLIHIIQELHNNCVISEVRVNKHKLQASRQQSQSLNTPQITKSSSEKVTRTQMTRNMCEPTAPPIDSWTAANKPVKMKRETFAGPVLDKISEFDSISDAFEYSTPLTSSSKHTDSGRRRHKSGGRLLQKRLSLSSVHYRPRRSLQAPPKPPRTYFCLEEKSTVSSLSSTSPSLREAERILDEFLIRKGAMVRDAERQVENRNVKVDKASQVEMEKVLYASDRRREHRKSCPTSLAKATSRRLPILPSCPSLSDLERSAMDSTKKYTNYEKNIKQIAEKPVKELSFGWKEPKITEMLNCDTTAKKRQFRSQAVQAEPQQTIGWQVPPKVDLDTVDGVCSNLAANIATKDTPVKSPPISTPNRARESQKFVWREQWRNLSPWCNKQSKGGDRTLKSNLKSSSRGLLNSSKKKILRLVTPKRDNLQPRRNYSSHSVGIQTSADELQPYEPSVTPQSPPGSYHSAVQTSTQTTTPTCSQNTNDTEPQSFDFSRTVRAPPKKAPRAVTQRKLNFPLGGCAEGNCTSCDGGTLSTSMKTKTYRSYHGDLDQDVTLSKLGYILGNIRAKLEASDEHAVRTFEEIGRREQRAVGFDCTDGHHRRSEASSTVRQRQEKRNIYQQEPIYSEIEEDSIHITGTPQYDNTTSAKELPVKPDIDVLYARVNKANKKPKPQSPQTKPIALGKLLHDSLRNLNTTSRANQLPTLQELSASDTSYMSPPQPHVSASDTSMTLSHCQSLNNVRMQEHHSPPKRDRNLSKSDLSVHRSEIFLDNLCRSELIADHGNGEPTEKMNNHVLNKSASSLRSDSMSHINTYRHFSTSTPTPNDSISYDTPNDADFDNISQAAVSQLDLSLASDSMTSGAQNTLNKQFAPKFTTKSHLSTQRSSSRNPSSDIAFTSPSTCQQQSSSCPATPRKAQLDLSEQLAHTSSLKEIHQITEEDQLNVAGEQRKHSTPNTSTYGDIPPSTTHAQSCIETASSSNNFARYQRLKNALRKSFKRSTKFVKNETRRLSSSFSFPTANIALSKSVNAHNQTDPQLQSRSSTYDLDTLFSLDEQAPVVEQLAQAVTICRQLPEVEISPEMVEAERLLLFSRLRRDVWPQRPLAATTPAAKRAAEQHTHRFYIDDMRLPVKVDVNQDFFFNYFYIVTFDCGGVIKSTQSAECHNGQAIFSECGIEFASGLSEEDAVVRCNVFMLRLRKVSTLSLEPKRAVVKLPTARTPGTASSSSSADEIVSRFRLHASFTLNARNFVPYEYVVCETENTNKLCLRASTQNCLLPLTPRTKSTNLCAKIQLCGRAEIRFPKHTYSGFLNVQDPHTLHNWNRRWCNLDGLHLRVWTDENQMDDKLLLTLDMRSNVQTMPLQAASRELCARARAFCLQCALQKAGEAVDTATVFFAADTQDVLDVWLAQLNEVLAFVHKWLHVVEnullASIIFVS

Target ORF information:

RefSeq Version	XM_014239363.1
Organism	Bactrocera oleae(olive fruit fly)
Definition	Bactrocera oleae uncharacterized LOC106620750 (LOC106620750), mRNA.

Target ORF information:

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

XM_014239363.1

ORF Insert Sequence:

ATGACCAATC CGAAAATAAA AAAATCAAAT AAAAAATCCA GCGAAGCTAT TGTAAATGTG 
CAACATCAAC AAAATAATGA TGAGAATGGG CTGCTTAATG TACTTCATGA CTCTGATGAT 
GGTGTAGAAT TGAATTTAGA TGATTACTCT TTTGGGGCTT CGTCTAATTC GGAGGGCTTA 
GGAGAAGAGG AAGATGAAGC TAATTCATGC TCATCATTCA GCTTACAGGA ATGCATAAAT 
GAGTTTCGTG CTCGGCGTAT ACGGCGCTTG TCCACACATA GCCGTGAAGT AACTCAAGTG 
GACGAATTAG CGAGTGGATT TGTAACAGAA AAAGCTGAAG CGAAAACTTT CTCTGATCCA 
GTCGAAGCTG ATTTAATAAA TCAAAACATT TCTAACAAAG AACATGAGCG CAAGTGTAAG 
CCATGCCGTG ATGGTTTCTG TTATTGTTTT ACCAGCGATA GCGGCGAGGG GGGTGGAATG 
TGCAATGCTG CAACAGCGAG CACACGTGCC GGACACGTGC GACATGTAAG ACGGCACAGA 
CGTTCAGATT GTCAAGAGCC CGGTACACTA ATGTCACGGT CGTACGCCAA TCCAGTGGAC 
AATAGATATG ATGGTCCAGT TAGCTTCAAG ATTCCAATTG ATAAAGAGGC GCAAGCCTTG 
CCACAAAAAG AGCATAAGCA GGAAAAATCA AAACAAAACT TCACTACAGA GGCTAATTCT 
AATGCAAATG AACTTACAGC GATTAGTCGT TTAGAGACAA GTGCTCCAGA TGCACCATTA 
ATACATATCA TCCAAGAGTT GCACAACAAC TGTGTTATAT CTGAGGTTCG TGTTAACAAA 
CACAAACTGC AAGCTAGTCG ACAACAAAGT CAGAGTTTAA ATACTCCCCA AATAACCAAA 
TCGTCGTCAG AGAAAGTTAC ACGCACACAA ATGACTCGAA ATATGTGTGA GCCTACTGCA 
CCACCTATAG ATAGTTGGAC TGCCGCCAAT AAACCAGTTA AAATGAAAAG AGAAACGTTT 
GCTGGTCCAG TTCTAGATAA AATAAGTGAA TTTGATTCAA TCTCTGATGC ATTTGAATAT 
TCAACACCAC TTACAAGCAG TTCAAAACAT ACGGATAGTG GACGGCGTAG ACACAAAAGC 
GGAGGACGTT TGCTGCAAAA GCGTTTAAGC CTATCATCCG TGCATTATAG GCCACGTCGG 
TCACTACAGG CACCACCCAA ACCGCCCCGA ACTTACTTCT GTTTAGAGGA AAAGTCAACT 
GTGTCTTCCC TATCCTCCAC TTCGCCCTCG TTACGTGAAG CTGAGCGCAT ACTAGATGAG 
TTCTTGATCA GAAAGGGTGC AATGGTAAGA GATGCTGAAA GACAAGTTGA AAACCGCAAT 
GTAAAAGTAG ACAAAGCCTC TCAGGTGGAA ATGGAGAAGG TGTTGTATGC GTCAGATAGG 
AGACGAGAGC ACCGAAAATC TTGCCCAACG AGCTTGGCTA AAGCAACGTC GCGGCGATTG 
CCTATCTTAC CATCTTGTCC CTCTCTCAGC GATCTCGAAA GGTCGGCTAT GGATTCCACT 
AAGAAATATA CTAATTATGA GAAAAATATA AAGCAAATCG CTGAAAAACC CGTAAAAGAA 
CTTAGCTTCG GTTGGAAAGA ACCGAAGATC ACTGAAATGC TCAATTGTGA CACTACTGCT 
AAGAAGCGAC AATTTAGATC CCAAGCAGTA CAGGCTGAAC CACAACAAAC GATTGGTTGG 
CAAGTACCAC CAAAGGTGGA TCTCGACACT GTTGATGGCG TATGCTCAAA TTTGGCTGCG 
AATATTGCCA CTAAAGACAC ACCTGTCAAA TCACCACCCA TTTCCACGCC AAACAGGGCA 
CGCGAATCTC AAAAGTTTGT TTGGCGCGAA CAATGGCGTA ATCTTTCACC ATGGTGTAAT 
AAACAATCCA AAGGTGGTGA TCGCACCTTA AAAAGTAACT TGAAGTCATC ATCACGCGGT 
CTTTTGAATA GTTCGAAGAA GAAAATTCTA CGTTTGGTTA CGCCCAAACG TGATAATTTA 
CAGCCGCGTA GGAACTATTC ATCTCACAGT GTTGGCATTC AAACGTCTGC AGACGAGCTG 
CAGCCCTATG AACCCAGCGT TACGCCACAA TCGCCACCAG GCAGCTATCA TTCTGCTGTT 
CAAACTTCAA CGCAGACTAC AACCCCTACC TGCTCACAGA ATACCAATGA CACCGAACCA 
CAGAGTTTCG ATTTCTCTCG TACAGTTCGA GCGCCGCCTA AAAAAGCTCC ACGAGCTGTT 
ACACAACGTA AATTGAATTT CCCACTTGGT GGTTGTGCCG AAGGAAACTG CACTTCTTGT 
GACGGTGGCA CCCTTAGTAC ATCTATGAAA ACGAAAACTT ATCGTTCGTA TCACGGCGAT 
TTGGATCAGG ACGTGACGCT TTCCAAGTTG GGTTATATAC TTGGGAATAT ACGTGCAAAG 
TTGGAGGCAA GTGATGAACA TGCGGTGCGA ACATTTGAGG AAATTGGAAG GCGTGAACAA 
CGCGCTGTTG GGTTCGACTG CACGGATGGG CACCATCGTC GCTCGGAAGC GAGTTCAACG 
GTAAGACAGC GTCAAGAGAA AAGAAACATT TACCAGCAGG AGCCAATTTA TTCGGAAATT 
GAAGAAGACA GCATACACAT AACAGGCACA CCGCAATATG ACAATACGAC TAGTGCCAAG 
GAATTGCCAG TTAAACCGGA TATAGACGTA CTATATGCCA GAGTTAACAA GGCTAACAAA 
AAGCCGAAAC CTCAGTCCCC GCAAACAAAA CCTATTGCTT TGGGAAAGCT ATTACATGAT 
TCTCTGCGCA ATTTAAACAC TACTTCGCGG GCCAATCAAT TGCCAACGCT ACAGGAACTG 
TCAGCCAGCG ACACTTCGTA CATGTCGCCA CCACAGCCAC ATGTCAGCGC TTCAGACACT 
TCGATGACGC TATCGCATTG TCAGTCGCTC AATAATGTGC GCATGCAGGA GCATCATTCA 
CCACCAAAAC GAGATCGCAA TTTGAGTAAA TCGGATCTGT CAGTGCACCG TAGTGAAATA 
TTTTTAGACA ATCTTTGTCG GAGTGAACTG ATAGCGGATC ACGGAAACGG AGAGCCTACT 
GAAAAGATGA ATAATCATGT TCTAAACAAA TCTGCCAGTT CTTTGCGTTC TGATTCCATG 
AGCCACATAA ATACTTATCG CCATTTCTCA ACTTCTACAC CAACTCCAAA TGATTCCATC 
TCCTACGACA CGCCAAATGA TGCAGATTTT GATAACATTT CTCAGGCTGC TGTTAGTCAA 
TTAGATTTAA GTTTGGCTAG CGATTCGATG ACTTCGGGTG CACAAAACAC ACTTAACAAG 
CAATTTGCTC CCAAATTTAC GACTAAGTCA CATTTAAGCA CACAGCGCTC GTCCAGCCGC 
AACCCTTCCA GCGACATAGC CTTTACATCG CCTTCAACGT GCCAGCAGCA AAGCAGTAGC 
TGCCCTGCAA CACCAAGGAA AGCGCAATTA GACTTGTCGG AACAACTAGC ACACACCTCT 
AGCCTCAAAG AAATCCATCA AATAACGGAA GAAGATCAAC TAAATGTTGC AGGAGAACAA 
CGAAAGCATT CCACACCAAA CACCAGCACT TATGGTGACA TACCGCCATC AACCACCCAC 
GCGCAAAGCT GCATCGAAAC AGCTTCCAGT AGTAATAACT TTGCACGTTA TCAACGTTTA 
AAGAACGCCT TGCGAAAATC ATTTAAACGC AGCACAAAAT TTGTTAAAAA TGAGACACGA 
CGTCTGTCCA GTTCCTTCAG TTTTCCCACG GCAAATATTG CTTTATCGAA AAGCGTAAAT 
GCGCACAACC AAACCGATCC ACAGCTACAG AGCAGATCTT CCACTTACGA TCTAGACACC 
TTGTTCTCAT TGGATGAGCA AGCGCCAGTG GTGGAGCAAT TAGCGCAAGC CGTAACGATA 
TGCCGTCAAC TGCCGGAAGT GGAGATATCA CCCGAAATGG TTGAAGCTGA ACGTTTGTTA 
CTTTTCTCAC GCCTCCGGCG CGATGTGTGG CCACAGCGAC CGCTGGCAGC GACAACGCCA 
GCAGCGAAGC GTGCGGCAGA ACAACACACG CATCGCTTTT ACATAGACGA CATGCGTTTG 
CCGGTCAAAG TGGATGTCAA TCAGGATTTC TTCTTCAATT ATTTCTATAT AGTGACTTTT 
GATTGTGGCG GTGTTATAAA ATCCACACAA TCCGCAGAGT GTCACAATGG CCAGGCGATA 
TTTAGTGAAT GTGGCATTGA ATTTGCTAGT GGTCTGTCGG AAGAGGATGC AGTGGTGCGC 
TGCAACGTTT TTATGCTGCG TTTGCGCAAA GTGTCAACAT TGTCGCTGGA ACCGAAGCGC 
GCCGTAGTGA AACTCCCCAC CGCACGCACA CCCGGCACAG CGTCCTCCTC TTCGTCTGCA 
GATGAAATCG TGTCGCGTTT TCGTTTGCAC GCCAGTTTCA CTTTGAACGC TCGCAATTTT 
GTGCCTTACG AATATGTGGT ATGTGAAACG GAGAACACAA ATAAACTTTG TTTGCGCGCC 
AGCACTCAAA ACTGCCTGTT ACCGTTGACA CCGCGCACCA AATCTACAAA TCTCTGCGCG 
AAAATTCAAT TATGCGGCCG CGCTGAGATA CGTTTCCCCA AACACACCTA CAGCGGTTTC 
TTAAACGTGC AAGACCCACA TACACTGCAT AATTGGAATC GCCGTTGGTG CAACTTAGAC 
GGCTTACACT TACGCGTGTG GACGGATGAA AATCAAATGG ATGACAAACT GCTTCTTACG 
CTGGATATGC GTTCAAATGT GCAGACCATG CCACTGCAGG CGGCATCGCG TGAGCTTTGT 
GCACGCGCAC GCGCATTCTG TTTGCAGTGC GCGCTGCAAA AAGCCGGTGA AGCAGTCGAT 
ACTGCTACAG TCTTTTTCGC CGCGGATACG CAAGACGTGC TGGACGTGTG GTTGGCGCAG 
TTAAACGAAG TGCTGGCATT TGTGCATAAG TGGCTACATG TGGTTGAAAA NGCATCAATT 
ATATTTGTTA GTTGA