LOC108575241 cDNA ORF clone, Habropoda laboriosa

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108575241
Entrez Gene ID	108575241
Full Name	uncharacterized LOC108575241
Gene Type	protein-coding
Organism	Habropoda laboriosa

mRNA and Protein(s)

mRNA	Protein	Name
XM_017937983.1	XP_017793472.1	LOW QUALITY PROTEIN: uncharacterized protein LOC108575241

Pathways from BioSystems
Gene Ontology

The following LOC108575241 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108575241 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
OHa66552	XM_017937983.1 Latest version!	Habropoda laboriosa uncharacterized LOC108575241 (LOC108575241), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

LOC108575241 ( XM_017937983.1 ) cDNA ORF clone, Habropoda laboriosa -> XP_017793472.1 Habropoda laboriosa uncharacterized LOC108575241 (LOC108575241), mRNA.

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CloneID	OHa66552
Clone ID Related Accession (Same CDS sequence)	XM_017937983.1
Accession Version	XM_017937983.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4119bp) 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	2016-08-25
Organism	Habropoda laboriosa
Product	LOW QUALITY PROTEIN: uncharacterized protein LOC108575241
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017100397.1) 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 :: Habropoda laboriosa Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 2 indels internal stop codons :: corrected 2 genomic stop codons ##RefSeq-Attributes-END##

ATGTTCACGC CACCCAAGCC CACGGGGGCG GATTTTATCG ATGTGACTGT GTTAAACACT 
CCTCAACCGC AAGCAACTTC CACGGTACAA AGAAAAAGCA CATTAGATAA TAAGTTCCTT 
GACAGGGATG TTGCTGAAGA CATGTACAAA CAGTCTAAGG CAGGCAAGAA TGATGTGATA 
CAAAAGTCTG ATGATTCATC TCTTGGTATA ATCAATAATA TCTCTTCCTT TTTAGCTGAA 
GTGAGTGGAA TGGGAGATAC AGAGAAGCAA GGTGACAGTA AATTGGATAC AGAACGTGAA 
CTTGCTAGGA GATTACTTCA GAGATGTAGT GATATAAAGA CTACATCCAT TATATATGAT 
ACAAACAAAG AAAATAATGC AAATATGCAG AACTTATCTG GTAATTTTAC ACCTTTAACT 
TTAATTGATT CAAGTCAGTC TGTTTATTCT AGTCAGACTA ATCTGCAGAA TAGAAACACA 
TTGCATTCAG GTATTAAAAA AGCAAGTAGT ATTCTTTTTG AACCAAATGA GATAAGTGCA 
CGTTCATCAG GATTAAGTAG GAGTTCAGAA AAATGTATAT CAGCATTATC AAATAAGAAT 
GTGAACACAT TAACATGTGA TACAACAACT GCTGAGCTGA TGGCTCAATT TAACAATGAA 
GAATTTCGTC CTGCTTCTGA AATGGCCAGT CAGATGCTGG CTGATGAACT ATCTTGGCAA 
CAAAATTATT CTTATGCTCT TCCCATGACA GTTCCTAAGG AAAAAGAATA CTTAAACTTA 
TCTTGTTTTT CTGGTATCAT TGGTGAATTA GACTTATCAG TAGAGTCTTG TGCTGGGCGC 
AAGTTATCCG TGGATGAGTT TTTCAGAAGA AAATGTGGAA ATTTCGGAGA ATTATCGGAT 
AATGCGCCAG GAAGACCAAG TTTAGGTTTA TCTGTAAACA GCCCCCAAAA GAAAGGTCAA 
CTTATACCTT TGGTTGATTC AACTATGATA ACAGAAGAAT CCTTAGTTGG ATCCTATACC 
AATAAAGATA GAAGTCAACA AAATATACCG AGTACAACGA AAGAAATAGA AGAACAAAGC 
ATCATGAGTT TAACAAGTAT TGCTCGAGCT TTACAAGATA TTGATAATGG TACACCACGA 
AGATTGGTGG ATCAACTTAT CATGGCAAAG AAGAAGAAAA AATCTATGCA AATGATGGAA 
GAGAAGCCAG AAAGAGATAC TTACACGTTG TTACCTTCAA ATAGAAAATC CATGCCAGCT 
ACATCAAGCA GGAATATTGA ACATTTCGAA AAAAATATGG GGTTATTAAA TCTCTCAACA 
AAATTGTCTT TGGACAGTAA AATTACCAAT GAAGTAGTAA ACAGTAAACA TTCTATTCCA 
GAGATGTTAT CATTCGATTC CAATGTAGGT GCGAGAACCT GTTTCGAAAC TGCTTGTCAG 
GAGCTTAAGA AAGAAAGAAA TAATGGAAAC ATCCCACCTT TGTACAATCA AGGTACAGTT 
TCATTTTTAA AATTTTACTT GACTAACAAA CACATTAAGT CTCTGTACTC AATTTGGTTT 
AAGGAAGATC CTTAATTTTA GATTTTATAT CATNTTGATC TTGAAAAAGA AGAAATAGGA 
AAGAAAGAAA ATATAAAACA GGAAAATATT TCTTATAAAG ACAAAACAGA AACATTTATA 
CAAGATCTCT CAAATTTGCA AGGCACTCAA TCTCACTTTA ATAATGTTGC AATTGGAGAA 
CACACAGAAG AATTGTGCAG CTGTATCGTG GGTATGTCCA GAGAGGCTAA TATCGAACTC 
TTAAATAAAA GCGATAGATG GGTCATCTGC TCGCTGAGCG TACACCAAGT GCAAGGGGAC 
AAGCATAATG TTCGACTTAC ATTACCAAAA GATGTTATTC TTATTAAACC AAATTCCGAA 
CAACATGCTA AGATTGGAGT AACAGTGATG AAAATGAGCA AACCAATTAT AACAGTTATA 
AACATAACAG TATCGGATAT GGTAACGAGA TCCGAGTGGA TTATGAAACA CATTATCTGT 
CTCAAGCCTG AAGAGATCGA TATCAGTATC TTAAATCCCT CTCAGAAAAA GGAGTTAGAC 
TTTCAGTGTG TTGTTGAGAA CAGTACAGCA GTTTTACCTA TTACAATTAA GAACAAAAAC 
AGCGTCAATG TTCCTATCAA ATTTTCCATA TTACAGAATG GACCGATAGT ATTCAGCCTA 
GAAAATTCTA ATGAATTGAA ACATGTAACG CTTAAGCCTC AAGAGGTATT CACCACGAAT 
ATCAAGTGTA TAGGTGTCTT GCACCAAACT ACAGAAATGC AACAACAATC TTTACAATAT 
CATGATGGCA CATTAATTAT TCAAGCTGCA AATACTTCAG AAGATAGTAT AATCGTCAAA 
GAAGTTCCTC TTCTCGTACA AGTGGGAACT TGTAAGATAC AAGTAATCGA CACAGATCTA 
CCGTTGATCG TTCCTAACAA ACAAAGCAAA CCATTGACTG TGATAAATTT GGGGACTATG 
CCAGCGTTAG TATCCGCGTC ATTCGTGCAA GACATCGAAT CAACAAAGAA TTCCAAATAT 
TTCTCGATAC AACCGGAAAA CTTGTTCGTA CAACCTAACG AAACTGGCTG TTTCCATGTC 
ACGTATAAAC AACAAAATTT GAACGTTGCC AAAATGTATA TGAAGATTAA ATTAATCGCA 
GTTAATAATG TCTATCACTA TTCTGTAATT GGAGAATCCA GCGCATATAC CGAGGCGGAA 
AATGAAAATT TCATTCGCTG CGAAACACCT CAATATTCAT CATCTACTAG ATCTCCGTCA 
TCTCCTCATA GCGTGATTTC GAACAAATCA GGTATATCTG GCAGAAATTC ACCCCTCAGC 
TCGGTATCTG GTTCGACTGT TGCTGGAGAC AAGATTCCTA TAAGAACAAC ACACGCTGCT 
TTGGTATGGA ATAGTGTAAA GACAGGAAAA TCAGAAATCA AGGAATTTAC CATTCGTAAT 
ACAAGCAACA ATAAGATTAA GATCCAAGCT ATTATTTCGG ACAGTGAGAA AAACTTTCGG 
TTTCTTCGAG AACGGCAAGC TGTTGGTACA AATATTGTAC TGCCCCTACA AGGTTCAGAA 
AGTAGGACGC TGTCTGTTGT ATTTAGCCCC CATCACATGG GCGCAGCTGT GGGGAAAATA 
GTCTTCAGAC ATTATGAGCC TAGAAGAGAA GACAATGAAT CTCGACCCTC GAAAGTGCTA 
TATCTTTATG GATACGGTGG TTATAGCAAG GTTGAAATTT CCGAGGCATT CAAAGACACC 
AGTGGAAAAA TGTGGTTATC CCTTGGTATT TTAAATTCTG GAGGTTCCTT AAATGCAAAG 
ATCAAATTGC AAAACATCGG AGATCTATGT TCATACGTTA AAATAAAATT GGTGCCAAAA 
GCTGTGTATC CTACTATGGT ATCGAGCTGG CAAGTAAATC CAACCGAATT ACTACTGAAT 
CCAAAGGAAA TTCAATGGGT GAGTTTAGAG TTTCAACCGC GAAAAGAAGA CTTAGCATTA 
TTACGGCGGT CTGACGTATC ACATGTAGGA ACGCTATTAA TCAGTCATGG AGATGAACCT 
ACACGTTGGC GTATTCGTAG ATTGTACAAT AAAATGAAAG AAATCGGCGA GTTCAATGGA 
AATGAAAACG AGGCTTTTAG AAACATAGTT CATCCGATAT GTAAAGCTTT CCCTGGCGAA 
CAGATAACGT CAGATATAAG CGCTATCCGA GATTCTGTGC AAAATCTTGG AGATCTTTGT 
CGAGGAATTC GTCAACACGA AATAATGCTA ACGATGGAAG CATGTGCCGA TGAAACGCTG 
TCTGTCCTTC ATGATAATGC AGACGAGTCA CAGATGTTTT ATTCCCTTTG CAGTGATAAC 
AGCCATATAT ACGAAGGAAA TGGAGAAAGT TTTTTACCGT CTGACACACT AGCAGGAAAC 
AGTACACTTC AGAACGATAT GAATACCGGT CATTTTATGA TTAGCCCATC CCTTGTATTT 
TTAACTCCAC CGACTAGAAC GGAAGCAATT GTAACAATAA AAAGTTCTTG TACCGTGGCA 
CAACGTTTGA AACTTCTTTA TCAAATACAG AGTATCTAA

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

RefSeq	XP_017793472.1
CDS	1..4119
Translation	MFTPPKPTGADFIDVTVLNTPQPQATSTVQRKSTLDNKFLDRDVAEDMYKQSKAGKNDVIQKSDDSSLGIINNISSFLAEVSGMGDTEKQGDSKLDTERELARRLLQRCSDIKTTSIIYDTNKENNANMQNLSGNFTPLTLIDSSQSVYSSQTNLQNRNTLHSGIKKASSILFEPNEISARSSGLSRSSEKCISALSNKNVNTLTCDTTTAELMAQFNNEEFRPASEMASQMLADELSWQQNYSYALPMTVPKEKEYLNLSCFSGIIGELDLSVESCAGRKLSVDEFFRRKCGNFGELSDNAPGRPSLGLSVNSPQKKGQLIPLVDSTMITEESLVGSYTNKDRSQQNIPSTTKEIEEQSIMSLTSIARALQDIDNGTPRRLVDQLIMAKKKKKSMQMMEEKPERDTYTLLPSNRKSMPATSSRNIEHFEKNMGLLNLSTKLSLDSKITNEVVNSKHSIPEMLSFDSNVGARTCFETACQELKKERNNGNIPPLYNQGTVSFLKFYLTNKHIKSLYSIWFKEDPFILYHnullDLEKEEIGKKENIKQENISYKDKTETFIQDLSNLQGTQSHFNNVAIGEHTEELCSCIVGMSREANIELLNKSDRWVICSLSVHQVQGDKHNVRLTLPKDVILIKPNSEQHAKIGVTVMKMSKPIITVINITVSDMVTRSEWIMKHIICLKPEEIDISILNPSQKKELDFQCVVENSTAVLPITIKNKNSVNVPIKFSILQNGPIVFSLENSNELKHVTLKPQEVFTTNIKCIGVLHQTTEMQQQSLQYHDGTLIIQAANTSEDSIIVKEVPLLVQVGTCKIQVIDTDLPLIVPNKQSKPLTVINLGTMPALVSASFVQDIESTKNSKYFSIQPENLFVQPNETGCFHVTYKQQNLNVAKMYMKIKLIAVNNVYHYSVIGESSAYTEAENENFIRCETPQYSSSTRSPSSPHSVISNKSGISGRNSPLSSVSGSTVAGDKIPIRTTHAALVWNSVKTGKSEIKEFTIRNTSNNKIKIQAIISDSEKNFRFLRERQAVGTNIVLPLQGSESRTLSVVFSPHHMGAAVGKIVFRHYEPRREDNESRPSKVLYLYGYGGYSKVEISEAFKDTSGKMWLSLGILNSGGSLNAKIKLQNIGDLCSYVKIKLVPKAVYPTMVSSWQVNPTELLLNPKEIQWVSLEFQPRKEDLALLRRSDVSHVGTLLISHGDEPTRWRIRRLYNKMKEIGEFNGNENEAFRNIVHPICKAFPGEQITSDISAIRDSVQNLGDLCRGIRQHEIMLTMEACADETLSVLHDNADESQMFYSLCSDNSHIYEGNGESFLPSDTLAGNSTLQNDMNTGHFMISPSLVFLTPPTRTEAIVTIKSSCTVAQRLKLLYQIQSI

Target ORF information:

RefSeq Version	XM_017937983.1
Organism	Habropoda laboriosa
Definition	Habropoda laboriosa uncharacterized LOC108575241 (LOC108575241), mRNA.

Target ORF information:

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

XM_017937983.1

ORF Insert Sequence:

ATGTTCACGC CACCCAAGCC CACGGGGGCG GATTTTATCG ATGTGACTGT GTTAAACACT 
CCTCAACCGC AAGCAACTTC CACGGTACAA AGAAAAAGCA CATTAGATAA TAAGTTCCTT 
GACAGGGATG TTGCTGAAGA CATGTACAAA CAGTCTAAGG CAGGCAAGAA TGATGTGATA 
CAAAAGTCTG ATGATTCATC TCTTGGTATA ATCAATAATA TCTCTTCCTT TTTAGCTGAA 
GTGAGTGGAA TGGGAGATAC AGAGAAGCAA GGTGACAGTA AATTGGATAC AGAACGTGAA 
CTTGCTAGGA GATTACTTCA GAGATGTAGT GATATAAAGA CTACATCCAT TATATATGAT 
ACAAACAAAG AAAATAATGC AAATATGCAG AACTTATCTG GTAATTTTAC ACCTTTAACT 
TTAATTGATT CAAGTCAGTC TGTTTATTCT AGTCAGACTA ATCTGCAGAA TAGAAACACA 
TTGCATTCAG GTATTAAAAA AGCAAGTAGT ATTCTTTTTG AACCAAATGA GATAAGTGCA 
CGTTCATCAG GATTAAGTAG GAGTTCAGAA AAATGTATAT CAGCATTATC AAATAAGAAT 
GTGAACACAT TAACATGTGA TACAACAACT GCTGAGCTGA TGGCTCAATT TAACAATGAA 
GAATTTCGTC CTGCTTCTGA AATGGCCAGT CAGATGCTGG CTGATGAACT ATCTTGGCAA 
CAAAATTATT CTTATGCTCT TCCCATGACA GTTCCTAAGG AAAAAGAATA CTTAAACTTA 
TCTTGTTTTT CTGGTATCAT TGGTGAATTA GACTTATCAG TAGAGTCTTG TGCTGGGCGC 
AAGTTATCCG TGGATGAGTT TTTCAGAAGA AAATGTGGAA ATTTCGGAGA ATTATCGGAT 
AATGCGCCAG GAAGACCAAG TTTAGGTTTA TCTGTAAACA GCCCCCAAAA GAAAGGTCAA 
CTTATACCTT TGGTTGATTC AACTATGATA ACAGAAGAAT CCTTAGTTGG ATCCTATACC 
AATAAAGATA GAAGTCAACA AAATATACCG AGTACAACGA AAGAAATAGA AGAACAAAGC 
ATCATGAGTT TAACAAGTAT TGCTCGAGCT TTACAAGATA TTGATAATGG TACACCACGA 
AGATTGGTGG ATCAACTTAT CATGGCAAAG AAGAAGAAAA AATCTATGCA AATGATGGAA 
GAGAAGCCAG AAAGAGATAC TTACACGTTG TTACCTTCAA ATAGAAAATC CATGCCAGCT 
ACATCAAGCA GGAATATTGA ACATTTCGAA AAAAATATGG GGTTATTAAA TCTCTCAACA 
AAATTGTCTT TGGACAGTAA AATTACCAAT GAAGTAGTAA ACAGTAAACA TTCTATTCCA 
GAGATGTTAT CATTCGATTC CAATGTAGGT GCGAGAACCT GTTTCGAAAC TGCTTGTCAG 
GAGCTTAAGA AAGAAAGAAA TAATGGAAAC ATCCCACCTT TGTACAATCA AGGTACAGTT 
TCATTTTTAA AATTTTACTT GACTAACAAA CACATTAAGT CTCTGTACTC AATTTGGTTT 
AAGGAAGATC CTTAATTTTA GATTTTATAT CATNTTGATC TTGAAAAAGA AGAAATAGGA 
AAGAAAGAAA ATATAAAACA GGAAAATATT TCTTATAAAG ACAAAACAGA AACATTTATA 
CAAGATCTCT CAAATTTGCA AGGCACTCAA TCTCACTTTA ATAATGTTGC AATTGGAGAA 
CACACAGAAG AATTGTGCAG CTGTATCGTG GGTATGTCCA GAGAGGCTAA TATCGAACTC 
TTAAATAAAA GCGATAGATG GGTCATCTGC TCGCTGAGCG TACACCAAGT GCAAGGGGAC 
AAGCATAATG TTCGACTTAC ATTACCAAAA GATGTTATTC TTATTAAACC AAATTCCGAA 
CAACATGCTA AGATTGGAGT AACAGTGATG AAAATGAGCA AACCAATTAT AACAGTTATA 
AACATAACAG TATCGGATAT GGTAACGAGA TCCGAGTGGA TTATGAAACA CATTATCTGT 
CTCAAGCCTG AAGAGATCGA TATCAGTATC TTAAATCCCT CTCAGAAAAA GGAGTTAGAC 
TTTCAGTGTG TTGTTGAGAA CAGTACAGCA GTTTTACCTA TTACAATTAA GAACAAAAAC 
AGCGTCAATG TTCCTATCAA ATTTTCCATA TTACAGAATG GACCGATAGT ATTCAGCCTA 
GAAAATTCTA ATGAATTGAA ACATGTAACG CTTAAGCCTC AAGAGGTATT CACCACGAAT 
ATCAAGTGTA TAGGTGTCTT GCACCAAACT ACAGAAATGC AACAACAATC TTTACAATAT 
CATGATGGCA CATTAATTAT TCAAGCTGCA AATACTTCAG AAGATAGTAT AATCGTCAAA 
GAAGTTCCTC TTCTCGTACA AGTGGGAACT TGTAAGATAC AAGTAATCGA CACAGATCTA 
CCGTTGATCG TTCCTAACAA ACAAAGCAAA CCATTGACTG TGATAAATTT GGGGACTATG 
CCAGCGTTAG TATCCGCGTC ATTCGTGCAA GACATCGAAT CAACAAAGAA TTCCAAATAT 
TTCTCGATAC AACCGGAAAA CTTGTTCGTA CAACCTAACG AAACTGGCTG TTTCCATGTC 
ACGTATAAAC AACAAAATTT GAACGTTGCC AAAATGTATA TGAAGATTAA ATTAATCGCA 
GTTAATAATG TCTATCACTA TTCTGTAATT GGAGAATCCA GCGCATATAC CGAGGCGGAA 
AATGAAAATT TCATTCGCTG CGAAACACCT CAATATTCAT CATCTACTAG ATCTCCGTCA 
TCTCCTCATA GCGTGATTTC GAACAAATCA GGTATATCTG GCAGAAATTC ACCCCTCAGC 
TCGGTATCTG GTTCGACTGT TGCTGGAGAC AAGATTCCTA TAAGAACAAC ACACGCTGCT 
TTGGTATGGA ATAGTGTAAA GACAGGAAAA TCAGAAATCA AGGAATTTAC CATTCGTAAT 
ACAAGCAACA ATAAGATTAA GATCCAAGCT ATTATTTCGG ACAGTGAGAA AAACTTTCGG 
TTTCTTCGAG AACGGCAAGC TGTTGGTACA AATATTGTAC TGCCCCTACA AGGTTCAGAA 
AGTAGGACGC TGTCTGTTGT ATTTAGCCCC CATCACATGG GCGCAGCTGT GGGGAAAATA 
GTCTTCAGAC ATTATGAGCC TAGAAGAGAA GACAATGAAT CTCGACCCTC GAAAGTGCTA 
TATCTTTATG GATACGGTGG TTATAGCAAG GTTGAAATTT CCGAGGCATT CAAAGACACC 
AGTGGAAAAA TGTGGTTATC CCTTGGTATT TTAAATTCTG GAGGTTCCTT AAATGCAAAG 
ATCAAATTGC AAAACATCGG AGATCTATGT TCATACGTTA AAATAAAATT GGTGCCAAAA 
GCTGTGTATC CTACTATGGT ATCGAGCTGG CAAGTAAATC CAACCGAATT ACTACTGAAT 
CCAAAGGAAA TTCAATGGGT GAGTTTAGAG TTTCAACCGC GAAAAGAAGA CTTAGCATTA 
TTACGGCGGT CTGACGTATC ACATGTAGGA ACGCTATTAA TCAGTCATGG AGATGAACCT 
ACACGTTGGC GTATTCGTAG ATTGTACAAT AAAATGAAAG AAATCGGCGA GTTCAATGGA 
AATGAAAACG AGGCTTTTAG AAACATAGTT CATCCGATAT GTAAAGCTTT CCCTGGCGAA 
CAGATAACGT CAGATATAAG CGCTATCCGA GATTCTGTGC AAAATCTTGG AGATCTTTGT 
CGAGGAATTC GTCAACACGA AATAATGCTA ACGATGGAAG CATGTGCCGA TGAAACGCTG 
TCTGTCCTTC ATGATAATGC AGACGAGTCA CAGATGTTTT ATTCCCTTTG CAGTGATAAC 
AGCCATATAT ACGAAGGAAA TGGAGAAAGT TTTTTACCGT CTGACACACT AGCAGGAAAC 
AGTACACTTC AGAACGATAT GAATACCGGT CATTTTATGA TTAGCCCATC CCTTGTATTT 
TTAACTCCAC CGACTAGAAC GGAAGCAATT GTAACAATAA AAAGTTCTTG TACCGTGGCA 
CAACGTTTGA AACTTCTTTA TCAAATACAG AGTATCTAA