LOC108109162 cDNA ORF clone, Drosophila eugracilis

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108109162
Entrez Gene ID	108109162
Full Name	ATP-binding cassette sub-family A member 3
Gene Type	protein-coding
Organism	Drosophila eugracilis

mRNA and Protein(s)

mRNA	Protein	Name
XM_017217585.1	XP_017073074.1	LOW QUALITY PROTEIN: ATP-binding cassette sub-family A member 3

Pathways from BioSystems
Gene Ontology

The following LOC108109162 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108109162 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
ODr120752	XM_017217585.1 Latest version!	Drosophila eugracilis ATP-binding cassette sub-family A member 3 (LOC108109162), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

ORF Online Only Promotion

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

LOC108109162 ( XM_017217585.1 ) cDNA ORF clone, Drosophila eugracilis -> XP_017073074.1 Drosophila eugracilis ATP-binding cassette sub-family A member 3 (LOC108109162), mRNA.

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CloneID	ODr120752
Clone ID Related Accession (Same CDS sequence)	XM_017217585.1
Accession Version	XM_017217585.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4857bp) 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	2016-06-15
Organism	Drosophila eugracilis
Product	LOW QUALITY PROTEIN: ATP-binding cassette sub-family A member 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016078017.1) 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 :: Drosophila eugracilis Annotation Release 101 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 1 indel ##RefSeq-Attributes-END##

ATGTCCAGTA GTCCATCGCT AGTGAAACCC CAGAGCAATA TCTGTCTGCT GTGGTTGGTT 
ATTTGCAAGA CGGCTCGGTT TCAGCTGGCC AATAAGCTCA CCAGCGTGAT TATCATTGTG 
GGTCCATTGC TTGTTTTTCT CATCTATGCT GCTTCGGCAC TTTTTCATGA GCCGCAGGCT 
GAATTCGCAA AAAAGTACGG CCCCGTCAAT ATTACAGCCG AAATGCCGTA CATTTTCTAC 
TCACCAAAGA ATCCGGTGGT GACGAGTATC ATCGAAGATT TGTTCACCGA TCTGAAGGTT 
AAAGGTACTA CGGCTTTCAA AAACGCCCTT GAACTGGATC GTGCACTCAA AAATGTTGAT 
GAATACGGCT ATGTGGGCAT ACAGTTTGAC GACAGCTATA GCGACATTAT CGTCCTTCCA 
GACAATGTCT CTGTGGCGTT GCGATTTCCA TTTCACTTGC GCAGCAATCC CAAGCTGTTT 
TGGGATAGTA GGATGATATA CAAGAACTTA AAGCTGGACA CCGATTTCTA TAAGGTCGAG 
GGTTTCCTAG CTGTGCAGGC CAAGCTGAGC GAAGCGTTAA TCAGATCCAA AAATGATGGA 
GCGATCTTAC CAGGAGTAGT TTTGCAGCAA TATCCCGAAC CTAAGTACTT GGAAGACACG 
TTTACGGATA ACAGGGTATC ACTGAGCGGT GTGTTCTTCC TGCCCTTCAC CATATCCGCT 
GCATATCTTG CCCAAATGAT TGTGACGGAA AGACGGGAGC ATATAAGGGA CATGCTTCAG 
CTCTTGGGCG CTAGGCCATG GATATACTGG CTGTCCTGGT TTCTGGTAGG CTTCCTCCTC 
CTGTCAATTC CAACTATATT TATGGTTATC CTGCTGAAAT GGCGTTACTA TCCGCTGAGC 
GATNTTTTTC TGGTCTTGTT CTTTCTTCTG CTATACAAAT TGGAGGTCTT GTGCTCGGCT 
TTTATGATAT CAACATTTTT CTCGGATACT ATCGGGGTGC AGGTGGCCAT TCTAATAATC 
CACCTGCTTG GCTGCCTACC GTATATACTT CTGCTTATGA CCTATAAATC CTCTTTAGTA 
AGGGCCGTGT TCGCCTGTTT ATTCATAAAT AGCTCGTTGG CTATGGGTCT GCGAGCGTTC 
ATGATAAGCG AGAACCTCCA GATGGGACAA CATTGGAGCA ATCTCTTTGA GGGGACCGAT 
TATGATGATT TCAAAGCCTT GGGCCCCATT CTGATTCTCA TGTTGCTTGG CATCCTATGG 
CGCCTGCTTA TCCTTGCTTA CGTGGATCAC CTAAAGATTT ATCGGCACAA AAAGTGGTAT 
TTTCTGTTTC AACCCTCCTT TTGGTTCCCT CGAAAGGGAC GGCAGCGATC TGACTTTCCG 
GATATTGAGA GGCAGGAGAA CGAGGTTAAG GGCAATCCAT TGATTATCCA AGTCAGAAAC 
CTAGACAAAG TCTACAACGA ACGCTCTGCG ATCAGTGATA TTAGTCTGAA TTTTTATGAG 
AACGAAATCA CAGTGATCCT CGGGCACAAT GATTCGGGAA AAACCACGTT CTTTAAGCTC 
CTCGCCGGTT TCGTGAGACC CAGCTCGGGA GAGATTATTA TCAACGGATA TGACCTGGCT 
ACAAAGCAGA GGAAGGCGAC TCAGGGGATG TGCATTTGCC CGCAGAGAAA TGCACTGTTT 
GAGAAGGTCA AGGCCAGATG GCACTTGAAG TTCTATTGCC GGATGAAGGG AATGAACCGA 
AAGGAGGCTT CTGCCGAGGC GGACAAGTAT CTGGAGATCG CCCAATTGCA GGAATATGCC 
GATATCAAAG TGAAAGACCT GCCCAACGGC CTAAAGCGAA TGCTTATGCT GTGTTGCAAC 
CTCTGTGGCA ATTCGAAGAT TCTCCTCTTG GACGAGCCTG GCACCAGTCT GGATCCTCAA 
CTGCGGAGTG ATATGTGGGA CCTACTGCGC CGGGAACGGA ATGGACGATG CATAATCATG 
TCCACCCACA ACATGTACGA GGCCGAGGTG GTGTCGGATC AGATTGTGGT CCTCTGTGAT 
GGCGAGGTGA TTGGATACGG AACCACGGGC TTCCTCACTC AGGTGGCCGA CACTGGCTCG 
ACGTATCTGC TGATCTGCAC CAAGCTTGAT GGCTGCTTAG TGAGTGAGGT GACGGACTTT 
CTGCAAAATC GCCTTCCGGG CATAAGATTG CAGACCGAAT ACGCTATTTA CGTAATTTAC 
GAACTGCCCA CCAAATATGT AAATCAGTTT CCGAACTTGT TTTTGGATCT GGAGGCTTCT 
CTGAGAGATC TGATGATCCA GGAGTTCAGT GTGTATGCGC CCACGCTGGG CAGTGTGTTC 
CTGCGCATAG GACAGGAGAT GAGAGAGATC CGTAGGCGGA GTGAATCAAA TACCTTGCTA 
GCACCCCCGT TGCCCATGGC ATCTCTGCTT GATTTACTGC CCTCCTTTGA AGTCCGCGAA 
GATGATGGTC GCGTAAAGTG CTGCAATCAA TGGCGGGGAA TTATGGAGAA GAAGCGCATC 
TTCGCGTGGC GTTACCGAAA GTTCTACTGC TCCCTGCTCA TAATGCCGAT CATCATTTCT 
ATGTTGGTAT TCTCCTTTGC GGCCATTATG TTTACCGTCC ACCGTCATCC GAAAGAATTG 
GTGGTCACGG ATCTGAGCGT ATATTCCTCG CCGGTGTTTG TAATTGAATC CACCGATGAG 
GAAGATAGGT ATTTCCAACG CTACAGACAG AATGTCCTAC GTCAAGGGGC GTCCGTTCTC 
AGTATAAAAG GAACTCCTCT CGACGATTAT CTCCTGAAGA AGATGGAGTT GGATCAGAGG 
ATGGTTCATG AGACGTATTT GGCCGGTGTC ACTTTCAAAA GCGACGACAG TTTGATCATC 
GCCTGGTCGA ATAACAATCT CGAGCGCGGA TCGCCGCTTT CTCTGGGCAT GGTGTATGCG 
ACCATTGGAC AGGAGTTGGC CCAAATGGAT ATTCGGATTG TGAATCATCC GTGGCAGGAT 
AAAATCAACA TGGCACAACC AGTTCTCAAC CAGATCAGTG TCGTAGAGTT CGATATACTC 
GTGTTCCATT ACCTTATCTT GGCGACCGCC ACTTTTGCCG TAATGCCGAT CTTCGAGCGC 
CAAACCAACG CGCAGTACCA GCAATTTGCC AGCGGCATGA GCCGGGTCAC CTACTGGCTG 
TCACACCTGT CCTGGGACTA TTGCATCTTC ATCTGCATGG TTGTGTCGCT GATCGTGGTT 
TCCGGAATCA TTACGGAATC GGTAATGTCT ATATCACTCC TACTGTTCGC TTTCGGGTTC 
TCGGTCATTT CGTTCACCTA CCTGGTGTGT CTGATATCAA ATGATTTTGG CAAGATATTA 
AGCGTAATTT TGTACATAAA TATGATAGGC GCCCTGGCAT TGTTCATCCA TCCCAAGGCC 
GAGGAAACCC GCTATGCTAT AATTGAGACA GTCCTCTTGA TTCATCCGCA TTATTCGTTT 
TTTTGTGGCA TGCATGATAT CTTAGCTAAT GATAAACAAC TGGAGTATCT GACTATGAGC 
GGAGCGGTAT ACCTCAGCCT GGTCCTTTTG ACGTGGGTTC CGCGTCGCAT AAACTATGTC 
TTCAAATCCA TAAAGAACGA CAAAATAGAG CCAAACCATA TAAATGAGGA TATAGAAGTA 
AAAGAAATCC GGCAGGGGCT GTCCTACTTG TCCTCCAAAG ATTATTATAG TTTCCCTCTC 
ATCATGAAGA ACGTGTCGAA ACGCCACGGC AGTTTGTTGG CAGTACGAGC TTTAACATTG 
GCCATACACC CCTTTGAGTG CGTTGGTCTG TTGGGCAGAA ATGGAGCAGG AAAGTCGACC 
GCATTCCAGA TGATCGTGGG CATGCAGTCG ATAACGGTAG GAAGCATTTA CATCAAGGGC 
TATTCCATGA AGATGCGTTC AAAGGACGCA CTACAGCACG TGGGCTTCTG TATGCGGGAA 
GATATGCTCT TGCTGCACAT GACTGGCAGG GAGACGCTAC GCTTCAGCTG TTTAATTAAC 
GGTATCCGGC GAATTTACGT GAAAAAATTG GTAAGGTCAC TGGCCGAGTG CTTTGGACTC 
GTCCACCACA TGGATAAGCG TATCAGCACC TACAGCAATG GCACCAAGCG AAAGCTAATG 
ATTGCCATTG CCACTCTGGC GCCAACACTA ATTTGCCTTG ATGAGCCTAC TGCTGGCGTG 
GACATGCATT CAAAATACGA CATTTGGAAG ATTCTGGAGG ATATCCGGCA GGCCGGTCGT 
GCCATTCTTA TAACCACGCA CAGCTTGGAG GAGTGCGAGT CCCTATGCAC AAATGTGGGT 
ATCATGGAAC AAGGTTCATT GCTCTGCTAT GGATCTTTGG CGCGGCTCAA GTATCGCTTC 
AACATGGGCA TTTTTGTCAA AGTAAAGATG GGCACCGAAG CGGAAATGAA CGATGCAATG 
GAAGATCGAC AGCGGATCAC CATGATGGAC ATAAGCGATA GTGAAATGGA GAGTATTAGT 
GGTTCTAGTC GGAGGCCATT TAGGCATTAT GTGAGACATA GGAATACAGT GGATTTATTT 
AGAAAGTCGG ATGGAGATGG CACAAAATTT AATTCAGATA TTCGAAAAGA ATACGATATT 
TTGTTACAAG GACTTGAGGA TATTTTCATG AGGGATCATC CCTATTGCAC TGTCAGCAAT 
AAGTTCTCGT ATCGAGGAAT GATTACCTTC TGCATACCAA ACGGAATGGT CAAGTGGTCC 
GCAATCTTTA ACTACATGGA AAACTTGAAA CTTGAAATGA ACATATTGTA CTACTCCGTC 
AGCTATACAA CTTTCCATGA TGTGTTCATG GAATTTGTCA GGAAGCTTAA TCAATAG

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

RefSeq	XP_017073074.1
CDS	31..4887
Translation	MSSSPSLVKPQSNICLLWLVICKTARFQLANKLTSVIIIVGPLLVFLIYAASALFHEPQAEFAKKYGPVNITAEMPYIFYSPKNPVVTSIIEDLFTDLKVKGTTAFKNALELDRALKNVDEYGYVGIQFDDSYSDIIVLPDNVSVALRFPFHLRSNPKLFWDSRMIYKNLKLDTDFYKVEGFLAVQAKLSEALIRSKNDGAILPGVVLQQYPEPKYLEDTFTDNRVSLSGVFFLPFTISAAYLAQMIVTERREHIRDMLQLLGARPWIYWLSWFLVGFLLLSIPTIFMVILLKWRYYPLSDnullFLVLFFLLLYKLEVLCSAFMISTFFSDTIGVQVAILIIHLLGCLPYILLLMTYKSSLVRAVFACLFINSSLAMGLRAFMISENLQMGQHWSNLFEGTDYDDFKALGPILILMLLGILWRLLILAYVDHLKIYRHKKWYFLFQPSFWFPRKGRQRSDFPDIERQENEVKGNPLIIQVRNLDKVYNERSAISDISLNFYENEITVILGHNDSGKTTFFKLLAGFVRPSSGEIIINGYDLATKQRKATQGMCICPQRNALFEKVKARWHLKFYCRMKGMNRKEASAEADKYLEIAQLQEYADIKVKDLPNGLKRMLMLCCNLCGNSKILLLDEPGTSLDPQLRSDMWDLLRRERNGRCIIMSTHNMYEAEVVSDQIVVLCDGEVIGYGTTGFLTQVADTGSTYLLICTKLDGCLVSEVTDFLQNRLPGIRLQTEYAIYVIYELPTKYVNQFPNLFLDLEASLRDLMIQEFSVYAPTLGSVFLRIGQEMREIRRRSESNTLLAPPLPMASLLDLLPSFEVREDDGRVKCCNQWRGIMEKKRIFAWRYRKFYCSLLIMPIIISMLVFSFAAIMFTVHRHPKELVVTDLSVYSSPVFVIESTDEEDRYFQRYRQNVLRQGASVLSIKGTPLDDYLLKKMELDQRMVHETYLAGVTFKSDDSLIIAWSNNNLERGSPLSLGMVYATIGQELAQMDIRIVNHPWQDKINMAQPVLNQISVVEFDILVFHYLILATATFAVMPIFERQTNAQYQQFASGMSRVTYWLSHLSWDYCIFICMVVSLIVVSGIITESVMSISLLLFAFGFSVISFTYLVCLISNDFGKILSVILYINMIGALALFIHPKAEETRYAIIETVLLIHPHYSFFCGMHDILANDKQLEYLTMSGAVYLSLVLLTWVPRRINYVFKSIKNDKIEPNHINEDIEVKEIRQGLSYLSSKDYYSFPLIMKNVSKRHGSLLAVRALTLAIHPFECVGLLGRNGAGKSTAFQMIVGMQSITVGSIYIKGYSMKMRSKDALQHVGFCMREDMLLLHMTGRETLRFSCLINGIRRIYVKKLVRSLAECFGLVHHMDKRISTYSNGTKRKLMIAIATLAPTLICLDEPTAGVDMHSKYDIWKILEDIRQAGRAILITTHSLEECESLCTNVGIMEQGSLLCYGSLARLKYRFNMGIFVKVKMGTEAEMNDAMEDRQRITMMDISDSEMESISGSSRRPFRHYVRHRNTVDLFRKSDGDGTKFNSDIRKEYDILLQGLEDIFMRDHPYCTVSNKFSYRGMITFCIPNGMVKWSAIFNYMENLKLEMNILYYSVSYTTFHDVFMEFVRKLNQ

Target ORF information:

RefSeq Version	XM_017217585.1
Organism	Drosophila eugracilis
Definition	Drosophila eugracilis ATP-binding cassette sub-family A member 3 (LOC108109162), mRNA.

Target ORF information:

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

XM_017217585.1

ORF Insert Sequence:

ATGTCCAGTA GTCCATCGCT AGTGAAACCC CAGAGCAATA TCTGTCTGCT GTGGTTGGTT 
ATTTGCAAGA CGGCTCGGTT TCAGCTGGCC AATAAGCTCA CCAGCGTGAT TATCATTGTG 
GGTCCATTGC TTGTTTTTCT CATCTATGCT GCTTCGGCAC TTTTTCATGA GCCGCAGGCT 
GAATTCGCAA AAAAGTACGG CCCCGTCAAT ATTACAGCCG AAATGCCGTA CATTTTCTAC 
TCACCAAAGA ATCCGGTGGT GACGAGTATC ATCGAAGATT TGTTCACCGA TCTGAAGGTT 
AAAGGTACTA CGGCTTTCAA AAACGCCCTT GAACTGGATC GTGCACTCAA AAATGTTGAT 
GAATACGGCT ATGTGGGCAT ACAGTTTGAC GACAGCTATA GCGACATTAT CGTCCTTCCA 
GACAATGTCT CTGTGGCGTT GCGATTTCCA TTTCACTTGC GCAGCAATCC CAAGCTGTTT 
TGGGATAGTA GGATGATATA CAAGAACTTA AAGCTGGACA CCGATTTCTA TAAGGTCGAG 
GGTTTCCTAG CTGTGCAGGC CAAGCTGAGC GAAGCGTTAA TCAGATCCAA AAATGATGGA 
GCGATCTTAC CAGGAGTAGT TTTGCAGCAA TATCCCGAAC CTAAGTACTT GGAAGACACG 
TTTACGGATA ACAGGGTATC ACTGAGCGGT GTGTTCTTCC TGCCCTTCAC CATATCCGCT 
GCATATCTTG CCCAAATGAT TGTGACGGAA AGACGGGAGC ATATAAGGGA CATGCTTCAG 
CTCTTGGGCG CTAGGCCATG GATATACTGG CTGTCCTGGT TTCTGGTAGG CTTCCTCCTC 
CTGTCAATTC CAACTATATT TATGGTTATC CTGCTGAAAT GGCGTTACTA TCCGCTGAGC 
GATNTTTTTC TGGTCTTGTT CTTTCTTCTG CTATACAAAT TGGAGGTCTT GTGCTCGGCT 
TTTATGATAT CAACATTTTT CTCGGATACT ATCGGGGTGC AGGTGGCCAT TCTAATAATC 
CACCTGCTTG GCTGCCTACC GTATATACTT CTGCTTATGA CCTATAAATC CTCTTTAGTA 
AGGGCCGTGT TCGCCTGTTT ATTCATAAAT AGCTCGTTGG CTATGGGTCT GCGAGCGTTC 
ATGATAAGCG AGAACCTCCA GATGGGACAA CATTGGAGCA ATCTCTTTGA GGGGACCGAT 
TATGATGATT TCAAAGCCTT GGGCCCCATT CTGATTCTCA TGTTGCTTGG CATCCTATGG 
CGCCTGCTTA TCCTTGCTTA CGTGGATCAC CTAAAGATTT ATCGGCACAA AAAGTGGTAT 
TTTCTGTTTC AACCCTCCTT TTGGTTCCCT CGAAAGGGAC GGCAGCGATC TGACTTTCCG 
GATATTGAGA GGCAGGAGAA CGAGGTTAAG GGCAATCCAT TGATTATCCA AGTCAGAAAC 
CTAGACAAAG TCTACAACGA ACGCTCTGCG ATCAGTGATA TTAGTCTGAA TTTTTATGAG 
AACGAAATCA CAGTGATCCT CGGGCACAAT GATTCGGGAA AAACCACGTT CTTTAAGCTC 
CTCGCCGGTT TCGTGAGACC CAGCTCGGGA GAGATTATTA TCAACGGATA TGACCTGGCT 
ACAAAGCAGA GGAAGGCGAC TCAGGGGATG TGCATTTGCC CGCAGAGAAA TGCACTGTTT 
GAGAAGGTCA AGGCCAGATG GCACTTGAAG TTCTATTGCC GGATGAAGGG AATGAACCGA 
AAGGAGGCTT CTGCCGAGGC GGACAAGTAT CTGGAGATCG CCCAATTGCA GGAATATGCC 
GATATCAAAG TGAAAGACCT GCCCAACGGC CTAAAGCGAA TGCTTATGCT GTGTTGCAAC 
CTCTGTGGCA ATTCGAAGAT TCTCCTCTTG GACGAGCCTG GCACCAGTCT GGATCCTCAA 
CTGCGGAGTG ATATGTGGGA CCTACTGCGC CGGGAACGGA ATGGACGATG CATAATCATG 
TCCACCCACA ACATGTACGA GGCCGAGGTG GTGTCGGATC AGATTGTGGT CCTCTGTGAT 
GGCGAGGTGA TTGGATACGG AACCACGGGC TTCCTCACTC AGGTGGCCGA CACTGGCTCG 
ACGTATCTGC TGATCTGCAC CAAGCTTGAT GGCTGCTTAG TGAGTGAGGT GACGGACTTT 
CTGCAAAATC GCCTTCCGGG CATAAGATTG CAGACCGAAT ACGCTATTTA CGTAATTTAC 
GAACTGCCCA CCAAATATGT AAATCAGTTT CCGAACTTGT TTTTGGATCT GGAGGCTTCT 
CTGAGAGATC TGATGATCCA GGAGTTCAGT GTGTATGCGC CCACGCTGGG CAGTGTGTTC 
CTGCGCATAG GACAGGAGAT GAGAGAGATC CGTAGGCGGA GTGAATCAAA TACCTTGCTA 
GCACCCCCGT TGCCCATGGC ATCTCTGCTT GATTTACTGC CCTCCTTTGA AGTCCGCGAA 
GATGATGGTC GCGTAAAGTG CTGCAATCAA TGGCGGGGAA TTATGGAGAA GAAGCGCATC 
TTCGCGTGGC GTTACCGAAA GTTCTACTGC TCCCTGCTCA TAATGCCGAT CATCATTTCT 
ATGTTGGTAT TCTCCTTTGC GGCCATTATG TTTACCGTCC ACCGTCATCC GAAAGAATTG 
GTGGTCACGG ATCTGAGCGT ATATTCCTCG CCGGTGTTTG TAATTGAATC CACCGATGAG 
GAAGATAGGT ATTTCCAACG CTACAGACAG AATGTCCTAC GTCAAGGGGC GTCCGTTCTC 
AGTATAAAAG GAACTCCTCT CGACGATTAT CTCCTGAAGA AGATGGAGTT GGATCAGAGG 
ATGGTTCATG AGACGTATTT GGCCGGTGTC ACTTTCAAAA GCGACGACAG TTTGATCATC 
GCCTGGTCGA ATAACAATCT CGAGCGCGGA TCGCCGCTTT CTCTGGGCAT GGTGTATGCG 
ACCATTGGAC AGGAGTTGGC CCAAATGGAT ATTCGGATTG TGAATCATCC GTGGCAGGAT 
AAAATCAACA TGGCACAACC AGTTCTCAAC CAGATCAGTG TCGTAGAGTT CGATATACTC 
GTGTTCCATT ACCTTATCTT GGCGACCGCC ACTTTTGCCG TAATGCCGAT CTTCGAGCGC 
CAAACCAACG CGCAGTACCA GCAATTTGCC AGCGGCATGA GCCGGGTCAC CTACTGGCTG 
TCACACCTGT CCTGGGACTA TTGCATCTTC ATCTGCATGG TTGTGTCGCT GATCGTGGTT 
TCCGGAATCA TTACGGAATC GGTAATGTCT ATATCACTCC TACTGTTCGC TTTCGGGTTC 
TCGGTCATTT CGTTCACCTA CCTGGTGTGT CTGATATCAA ATGATTTTGG CAAGATATTA 
AGCGTAATTT TGTACATAAA TATGATAGGC GCCCTGGCAT TGTTCATCCA TCCCAAGGCC 
GAGGAAACCC GCTATGCTAT AATTGAGACA GTCCTCTTGA TTCATCCGCA TTATTCGTTT 
TTTTGTGGCA TGCATGATAT CTTAGCTAAT GATAAACAAC TGGAGTATCT GACTATGAGC 
GGAGCGGTAT ACCTCAGCCT GGTCCTTTTG ACGTGGGTTC CGCGTCGCAT AAACTATGTC 
TTCAAATCCA TAAAGAACGA CAAAATAGAG CCAAACCATA TAAATGAGGA TATAGAAGTA 
AAAGAAATCC GGCAGGGGCT GTCCTACTTG TCCTCCAAAG ATTATTATAG TTTCCCTCTC 
ATCATGAAGA ACGTGTCGAA ACGCCACGGC AGTTTGTTGG CAGTACGAGC TTTAACATTG 
GCCATACACC CCTTTGAGTG CGTTGGTCTG TTGGGCAGAA ATGGAGCAGG AAAGTCGACC 
GCATTCCAGA TGATCGTGGG CATGCAGTCG ATAACGGTAG GAAGCATTTA CATCAAGGGC 
TATTCCATGA AGATGCGTTC AAAGGACGCA CTACAGCACG TGGGCTTCTG TATGCGGGAA 
GATATGCTCT TGCTGCACAT GACTGGCAGG GAGACGCTAC GCTTCAGCTG TTTAATTAAC 
GGTATCCGGC GAATTTACGT GAAAAAATTG GTAAGGTCAC TGGCCGAGTG CTTTGGACTC 
GTCCACCACA TGGATAAGCG TATCAGCACC TACAGCAATG GCACCAAGCG AAAGCTAATG 
ATTGCCATTG CCACTCTGGC GCCAACACTA ATTTGCCTTG ATGAGCCTAC TGCTGGCGTG 
GACATGCATT CAAAATACGA CATTTGGAAG ATTCTGGAGG ATATCCGGCA GGCCGGTCGT 
GCCATTCTTA TAACCACGCA CAGCTTGGAG GAGTGCGAGT CCCTATGCAC AAATGTGGGT 
ATCATGGAAC AAGGTTCATT GCTCTGCTAT GGATCTTTGG CGCGGCTCAA GTATCGCTTC 
AACATGGGCA TTTTTGTCAA AGTAAAGATG GGCACCGAAG CGGAAATGAA CGATGCAATG 
GAAGATCGAC AGCGGATCAC CATGATGGAC ATAAGCGATA GTGAAATGGA GAGTATTAGT 
GGTTCTAGTC GGAGGCCATT TAGGCATTAT GTGAGACATA GGAATACAGT GGATTTATTT 
AGAAAGTCGG ATGGAGATGG CACAAAATTT AATTCAGATA TTCGAAAAGA ATACGATATT 
TTGTTACAAG GACTTGAGGA TATTTTCATG AGGGATCATC CCTATTGCAC TGTCAGCAAT 
AAGTTCTCGT ATCGAGGAAT GATTACCTTC TGCATACCAA ACGGAATGGT CAAGTGGTCC 
GCAATCTTTA ACTACATGGA AAACTTGAAA CTTGAAATGA ACATATTGTA CTACTCCGTC 
AGCTATACAA CTTTCCATGA TGTGTTCATG GAATTTGTCA GGAAGCTTAA TCAATAG