LOC108116411 cDNA ORF clone, Drosophila eugracilis

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108116411
Entrez Gene ID	108116411
Full Name	probable ATP-dependent RNA helicase spindle-E
Gene Type	protein-coding
Organism	Drosophila eugracilis

mRNA and Protein(s)

mRNA	Protein	Name
XM_017228295.1	XP_017083784.1	LOW QUALITY PROTEIN: probable ATP-dependent RNA helicase spindle-E

Pathways from BioSystems
Gene Ontology

The following LOC108116411 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108116411 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
ODr193776	XM_017228295.1 Latest version!	Drosophila eugracilis probable ATP-dependent RNA helicase spindle-E (LOC108116411), 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)

LOC108116411 ( XM_017228295.1 ) cDNA ORF clone, Drosophila eugracilis -> XP_017083784.1 Drosophila eugracilis probable ATP-dependent RNA helicase spindle-E (LOC108116411), mRNA.

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CloneID	ODr193776
Clone ID Related Accession (Same CDS sequence)	XM_017228295.1
Accession Version	XM_017228295.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4314bp) 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: probable ATP-dependent RNA helicase spindle-E
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016078340.1) 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##

ATGGATCAGG AGGTGATGGA TTTCTTCGAT TTCTCTAAAG AATTTAAGCG CGAGGTTGCT 
CCGCAGGGTT CTATTAGTAA TCCTAACAAG AAAGCAGTGG AATCTACTGA ATCGAAAGCG 
GTAAAGCGTG ATGTGATCGG TACTGAATAT GTTCATAAAA TCGTGGCCAA GGAAAAGCAT 
CGTCTCAATA GGACTCTGCG CGACGAATGC CCTGAAAGTA AAAGAAATCG TAGCAATGAC 
GACTTGGATT CGGACGATGA GGGAGAAGAG TTCAATATCC GACCGGATGA GGAGTATTAC 
AAAAAGTACA CGTTTAATCT GAATCGCGAC AAAAATCTTC CGATTTATGC AAAACGGGAG 
GAGATTTTGG CGGCCGTCAA AGCTCATCCT GTCGTTATCC TTAAAGGCGA AACAGGATGC 
GGAAAAACTA CGCAGGTACC CCAATATATT TTGGACGAGG CCGTTAAGAG CGGCCAATAC 
TGCAACATTG TGGTAACTCA GCCTCGACGC ATAGCTGCCA TATCCATAGC TAATAGGGTG 
TGTCAGGAAC GCCAATGGCA GCCGGACACT GTATGCAGCT ACCAGGTGGG ACTGCACCGC 
CCAGCAACTC TGGAGGACAC TCGGCTTCTT TACTGCACTA CCGGAGTCTT GCTCAACAAT 
CTGATACATA ACAAGACGCT AACCCACTAC ACTCACATTG TGCTGGACGA AGTGCACGAA 
AGGGATCAGG ACATGGACTT TCTGCTTATC GTTGTCAGGC GTCTGTTAGC CACAAACTCG 
CGCCATGTAA AGATTATCCT AATGTCGGCC ACGATCGATG CCAAGGAACT ATGTGATTAT 
TTTACCACCA AGAACTCCAT TCCACCGGTG ATCGCCGCCA GTTATGGACG TAAATACTCA 
ATCGAGAAGT TTTACCGTGA CCACTTGGGC AGTATTATGT GGAAACAAGA AGATGAAGAT 
CAGTATATTC CACGCATCAC AGACGAAGGC TACAGGGCGG CAGTAAAAAT CCTACTTGTT 
ATTGATAATA TGGAACGAGA GTGTGCAAAT CAGTCGCAAC AGAGCTACGA CGAAGCTAAG 
CGCCATGGAG CTGTTCTCGT CTTTCTGCCC GGTGTCTTCG AGATTGACAA CATGGAAGAA 
CACATTACTT CTATATTGCA AAATGACCAG AACATTAAGG TTTTCGTTGT GCGCTGCTTT 
TCCCTGATGA CCCCGGAGAA TCAACGGGAT GTGTTCCGGT CTCCGCCTAA CGGTTTTAGA 
AAGATCATTC TGACGACTAA CATAGCAGAG AGCTCCATCA CCGTGCCAGA TGTGTCCTAT 
GTTATTGATT TCTGTCTTAC CAAAGTACTG ATCACCGATA CAGCCACCAA CTTCAGTTCT 
TTACGTTTAT CCTGGGCCTC TAGAGCTAAT TGCCGCCAGC GAGCTGGACG CGTTGGACGC 
CTTCGAAGTG GACGTGTCTA TCGGATGGTT AATAAATCAT TTTATCAGAG GGTTATGTCA 
GAGTTTGGAG TACCAGAAAT GTTGCGTCAG CCCTTGCATA TGTCGGTGCT CCGGGCTAAA 
GAGCTTGAAA TGGACTCACC AGTTGATCTA TTGGCTCTGG CTCTTTCGCC TCCAAATCTC 
GAAGACATAC AAAATACAAT TCTGCTATTA AAGGAGGTAG GTGCATTGTT CCCAACTGTC 
GATGGCGTCT ACAACGTATT GGATGGCGAC ATAACCTACT GGGGCACCAT CATGTCTCGG 
TTACCGTTGG ACACATATCT GTCCCGTTTC ATTATATTGG GTTATGTATT TAACTTACTC 
GAAGAAGTAA TTATCATAGC TGCCGGCTTA TCTATGCGTG GCTTATATGT GAACGAATGT 
GGTAGGCAGA AAGGATCAGA CTCATTCTGG ATGCACTACA TATTTGCCGA TGGATCGGGC 
TCTGACTTGT TGGCCATTTG GCGCGTTTAT CTCACATATT TGAACATGGT GGAAGATGGC 
CAAGTGCAGG AATCTGCTAT ACGCTGGGCG AAGCGTTTCC ACGTCTCCTT GAGATCGCTT 
AAGGAAATGC ATCTGCTTGT GCAAGAGCTA CGGGTACGAT GCAAAAAACT AGGACTGATG 
CCATTTTCAA TTGATCCTAG CCAGAAGTTG AGTGATAATC AAAAAGTTAT CATCCTCAAG 
GTGATTATCG CTGGTGCTTT CTACCCAAAT TATTTCATGC GATCAAAAGG ATCGAATGAA 
GAACCAGGTC GCGATATGTA CCAAGTAATA TCTGGACACG ATCCCTGCCG TACTGTATAC 
TTCACCAACT TCAAACCCGG CTATATGGGC GAACTGTACA CTAGGCAAAT CAAGGATCTA 
TTTAGCGAGG CCAAGATCTC ATCGGAAAAC ATCGATGTTA CCTTTCAACA CGGTTCTCAG 
AAAGTTTTCG TCACATTCAA GGATGATGAT TGCAATACGA ACATTTCCAG TTTTATAAAT 
GTCTCGGGTA GGATCAAAAG TGAAGTCTAC AAAGCGGTCA GAATGAGACT AGATCGCATG 
CAACGTCCAA TACGAATAAT GGAACAGAAT AAGTTTTTTG ACTACGTAAA ACAGCAAAAG 
ATTGGAGATA TAATAGATGG TTGTTGGATC CCACCCGCCA GGACCTTAAA CGTTGAGCTC 
CTCGCTTTAC CATCTGTCTA TGACAAGACT ATTACGGGGT TGATAACTTG CATTGTTAAC 
TGTGGCAAGT TTTATTTCCA GCCTCAATCT TTCGCCGAGT GCATACGCAA TATGTCAGAA 
ATTTTTAATG TTCCTCAACA TCTGCGAAGA CGAGTTTTTA ACGCAGAAGT CATAGGGAAG 
GGCATGATGC TTTTGGCCAA GCGGAATAAT CATTTTCAGC GTGCCACAGT GATCCGACCC 
GAAAACCAGA ACAGTCGAAA ATCCAGATTT TATGTTCGTT ATATTGACTA CGGAGACATT 
GCCGTGCTTC CCATGGAACT GTTGCGTTTG ATGCCGGAAG AGCTGTTCGG GCAGTTCTTC 
GATCTGCCAC CACGTGTGTT CGAGTGCAGG CTGGCTCTTG TTCAGCCCTC CATAGTAGTC 
AGCACCAATA ACCGTTGGCA TGCCGCGGCT AATGATATGC TTAACTCGAT GGCAAATTTA 
GGCCGCATTG ATATAGATGT GTATTCGCTG TTAAATAATG TGGCAGCTGT TTTCATTCGC 
ACGAGTGAGG GCTTACTTAA CGACAAGCTC GTAGAGCTGA AGCTGGCTCG TCGGGCAGAT 
GAAGATTTTA TGTCTCGACA GGATCATGAC TTTCGGCTGC GCAAACAAGA ATCTGCTCGC 
TACTCAACCT CAGCCGAGCG TCAGCAAGTC AATGAGGAAT ATCTGCGGTC CTGTCAACTA 
CCCCAAGATC TAGATCTGCC ACCGCCGCCA CTGGATAAAT GCAACACTAT CGTTATGTTG 
AAGGGACCCT ACAGTCCTTT AGAGTCTGCC ATGCATTCCA CCACTCGTGT AGGCTTGTTG 
AAATCAGTAA AAATAGATAG TGCTTCTGTA AATGCTGTTC TCCTGGACGC AGATCCACAA 
GATCATCATG ATCAGATGAT TGTGGCCCAT GCTACCGTGG AGAGTCCCGA TGGTCATATC 
CTGAATGCTC GTGGAACTAC TCTAATGCCC AACATACACG GATTTGGTGC ACTTATGGTA 
ATGCTATTCT GTCCCACAAT GCAACTCAAA TGCAATAAAT ATGGCTCCAA GTATGTGTCT 
ATATTGGCGG GTCTGGGTTT TGACCCTGAA ACCAATGAGT CTTATTTTGA AGAGCACGAT 
ATGGTAATTA ATTTGGACGT CAACATTCTC GAAGATGATG TGATTTTGAT CAATCAAATG 
CGCTATTTGA TAGATNAGGT CTTTTTCAAC TTTAAAGACG AGAACTCTCC AGCGGTTAGT 
GCTAATGAAC GTGTTTCTAT TTATACACAG CTGATCAGCT TGACTATTTG GCTATTGAGC 
AAGGATCGCA GCTATATCGA ACAAAATGCG AGCAACTCCG ATTACGTATG GGAAAAAAGC 
GATATGTTGT CAAAGCAGCC AGAGCCTTTC GGCAAGAGGG CCATATTCCC AATGCACACT 
GTTCCTGAGC TTGTAGAGGA GGATTTTGAT CAATTGATGC AATTAGTGGA GAACTGCAAG 
AAGTTGTACG AATGGCGTAC TTTTGAAGGC ACTTTAATTC CGATGACTTG TAAGCTGTGC 
AACCAATTGT TGGAATCAGT TTCTCAACTT CGTATGCATT TGCTCACTCA ACAGCATCGC 
GATCGTGAAA AACAAATTGA CTATCAGAAG AAACATAATC ATAATATAAT ATAA

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

RefSeq	XP_017083784.1
CDS	56..4369
Translation	MDQEVMDFFDFSKEFKREVAPQGSISNPNKKAVESTESKAVKRDVIGTEYVHKIVAKEKHRLNRTLRDECPESKRNRSNDDLDSDDEGEEFNIRPDEEYYKKYTFNLNRDKNLPIYAKREEILAAVKAHPVVILKGETGCGKTTQVPQYILDEAVKSGQYCNIVVTQPRRIAAISIANRVCQERQWQPDTVCSYQVGLHRPATLEDTRLLYCTTGVLLNNLIHNKTLTHYTHIVLDEVHERDQDMDFLLIVVRRLLATNSRHVKIILMSATIDAKELCDYFTTKNSIPPVIAASYGRKYSIEKFYRDHLGSIMWKQEDEDQYIPRITDEGYRAAVKILLVIDNMERECANQSQQSYDEAKRHGAVLVFLPGVFEIDNMEEHITSILQNDQNIKVFVVRCFSLMTPENQRDVFRSPPNGFRKIILTTNIAESSITVPDVSYVIDFCLTKVLITDTATNFSSLRLSWASRANCRQRAGRVGRLRSGRVYRMVNKSFYQRVMSEFGVPEMLRQPLHMSVLRAKELEMDSPVDLLALALSPPNLEDIQNTILLLKEVGALFPTVDGVYNVLDGDITYWGTIMSRLPLDTYLSRFIILGYVFNLLEEVIIIAAGLSMRGLYVNECGRQKGSDSFWMHYIFADGSGSDLLAIWRVYLTYLNMVEDGQVQESAIRWAKRFHVSLRSLKEMHLLVQELRVRCKKLGLMPFSIDPSQKLSDNQKVIILKVIIAGAFYPNYFMRSKGSNEEPGRDMYQVISGHDPCRTVYFTNFKPGYMGELYTRQIKDLFSEAKISSENIDVTFQHGSQKVFVTFKDDDCNTNISSFINVSGRIKSEVYKAVRMRLDRMQRPIRIMEQNKFFDYVKQQKIGDIIDGCWIPPARTLNVELLALPSVYDKTITGLITCIVNCGKFYFQPQSFAECIRNMSEIFNVPQHLRRRVFNAEVIGKGMMLLAKRNNHFQRATVIRPENQNSRKSRFYVRYIDYGDIAVLPMELLRLMPEELFGQFFDLPPRVFECRLALVQPSIVVSTNNRWHAAANDMLNSMANLGRIDIDVYSLLNNVAAVFIRTSEGLLNDKLVELKLARRADEDFMSRQDHDFRLRKQESARYSTSAERQQVNEEYLRSCQLPQDLDLPPPPLDKCNTIVMLKGPYSPLESAMHSTTRVGLLKSVKIDSASVNAVLLDADPQDHHDQMIVAHATVESPDGHILNARGTTLMPNIHGFGALMVMLFCPTMQLKCNKYGSKYVSILAGLGFDPETNESYFEEHDMVINLDVNILEDDVILINQMRYLIDnullVFFNFKDENSPAVSANERVSIYTQLISLTIWLLSKDRSYIEQNASNSDYVWEKSDMLSKQPEPFGKRAIFPMHTVPELVEEDFDQLMQLVENCKKLYEWRTFEGTLIPMTCKLCNQLLESVSQLRMHLLTQQHRDREKQIDYQKKHNHNII

Target ORF information:

RefSeq Version	XM_017228295.1
Organism	Drosophila eugracilis
Definition	Drosophila eugracilis probable ATP-dependent RNA helicase spindle-E (LOC108116411), mRNA.

Target ORF information:

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

XM_017228295.1

ORF Insert Sequence:

ATGGATCAGG AGGTGATGGA TTTCTTCGAT TTCTCTAAAG AATTTAAGCG CGAGGTTGCT 
CCGCAGGGTT CTATTAGTAA TCCTAACAAG AAAGCAGTGG AATCTACTGA ATCGAAAGCG 
GTAAAGCGTG ATGTGATCGG TACTGAATAT GTTCATAAAA TCGTGGCCAA GGAAAAGCAT 
CGTCTCAATA GGACTCTGCG CGACGAATGC CCTGAAAGTA AAAGAAATCG TAGCAATGAC 
GACTTGGATT CGGACGATGA GGGAGAAGAG TTCAATATCC GACCGGATGA GGAGTATTAC 
AAAAAGTACA CGTTTAATCT GAATCGCGAC AAAAATCTTC CGATTTATGC AAAACGGGAG 
GAGATTTTGG CGGCCGTCAA AGCTCATCCT GTCGTTATCC TTAAAGGCGA AACAGGATGC 
GGAAAAACTA CGCAGGTACC CCAATATATT TTGGACGAGG CCGTTAAGAG CGGCCAATAC 
TGCAACATTG TGGTAACTCA GCCTCGACGC ATAGCTGCCA TATCCATAGC TAATAGGGTG 
TGTCAGGAAC GCCAATGGCA GCCGGACACT GTATGCAGCT ACCAGGTGGG ACTGCACCGC 
CCAGCAACTC TGGAGGACAC TCGGCTTCTT TACTGCACTA CCGGAGTCTT GCTCAACAAT 
CTGATACATA ACAAGACGCT AACCCACTAC ACTCACATTG TGCTGGACGA AGTGCACGAA 
AGGGATCAGG ACATGGACTT TCTGCTTATC GTTGTCAGGC GTCTGTTAGC CACAAACTCG 
CGCCATGTAA AGATTATCCT AATGTCGGCC ACGATCGATG CCAAGGAACT ATGTGATTAT 
TTTACCACCA AGAACTCCAT TCCACCGGTG ATCGCCGCCA GTTATGGACG TAAATACTCA 
ATCGAGAAGT TTTACCGTGA CCACTTGGGC AGTATTATGT GGAAACAAGA AGATGAAGAT 
CAGTATATTC CACGCATCAC AGACGAAGGC TACAGGGCGG CAGTAAAAAT CCTACTTGTT 
ATTGATAATA TGGAACGAGA GTGTGCAAAT CAGTCGCAAC AGAGCTACGA CGAAGCTAAG 
CGCCATGGAG CTGTTCTCGT CTTTCTGCCC GGTGTCTTCG AGATTGACAA CATGGAAGAA 
CACATTACTT CTATATTGCA AAATGACCAG AACATTAAGG TTTTCGTTGT GCGCTGCTTT 
TCCCTGATGA CCCCGGAGAA TCAACGGGAT GTGTTCCGGT CTCCGCCTAA CGGTTTTAGA 
AAGATCATTC TGACGACTAA CATAGCAGAG AGCTCCATCA CCGTGCCAGA TGTGTCCTAT 
GTTATTGATT TCTGTCTTAC CAAAGTACTG ATCACCGATA CAGCCACCAA CTTCAGTTCT 
TTACGTTTAT CCTGGGCCTC TAGAGCTAAT TGCCGCCAGC GAGCTGGACG CGTTGGACGC 
CTTCGAAGTG GACGTGTCTA TCGGATGGTT AATAAATCAT TTTATCAGAG GGTTATGTCA 
GAGTTTGGAG TACCAGAAAT GTTGCGTCAG CCCTTGCATA TGTCGGTGCT CCGGGCTAAA 
GAGCTTGAAA TGGACTCACC AGTTGATCTA TTGGCTCTGG CTCTTTCGCC TCCAAATCTC 
GAAGACATAC AAAATACAAT TCTGCTATTA AAGGAGGTAG GTGCATTGTT CCCAACTGTC 
GATGGCGTCT ACAACGTATT GGATGGCGAC ATAACCTACT GGGGCACCAT CATGTCTCGG 
TTACCGTTGG ACACATATCT GTCCCGTTTC ATTATATTGG GTTATGTATT TAACTTACTC 
GAAGAAGTAA TTATCATAGC TGCCGGCTTA TCTATGCGTG GCTTATATGT GAACGAATGT 
GGTAGGCAGA AAGGATCAGA CTCATTCTGG ATGCACTACA TATTTGCCGA TGGATCGGGC 
TCTGACTTGT TGGCCATTTG GCGCGTTTAT CTCACATATT TGAACATGGT GGAAGATGGC 
CAAGTGCAGG AATCTGCTAT ACGCTGGGCG AAGCGTTTCC ACGTCTCCTT GAGATCGCTT 
AAGGAAATGC ATCTGCTTGT GCAAGAGCTA CGGGTACGAT GCAAAAAACT AGGACTGATG 
CCATTTTCAA TTGATCCTAG CCAGAAGTTG AGTGATAATC AAAAAGTTAT CATCCTCAAG 
GTGATTATCG CTGGTGCTTT CTACCCAAAT TATTTCATGC GATCAAAAGG ATCGAATGAA 
GAACCAGGTC GCGATATGTA CCAAGTAATA TCTGGACACG ATCCCTGCCG TACTGTATAC 
TTCACCAACT TCAAACCCGG CTATATGGGC GAACTGTACA CTAGGCAAAT CAAGGATCTA 
TTTAGCGAGG CCAAGATCTC ATCGGAAAAC ATCGATGTTA CCTTTCAACA CGGTTCTCAG 
AAAGTTTTCG TCACATTCAA GGATGATGAT TGCAATACGA ACATTTCCAG TTTTATAAAT 
GTCTCGGGTA GGATCAAAAG TGAAGTCTAC AAAGCGGTCA GAATGAGACT AGATCGCATG 
CAACGTCCAA TACGAATAAT GGAACAGAAT AAGTTTTTTG ACTACGTAAA ACAGCAAAAG 
ATTGGAGATA TAATAGATGG TTGTTGGATC CCACCCGCCA GGACCTTAAA CGTTGAGCTC 
CTCGCTTTAC CATCTGTCTA TGACAAGACT ATTACGGGGT TGATAACTTG CATTGTTAAC 
TGTGGCAAGT TTTATTTCCA GCCTCAATCT TTCGCCGAGT GCATACGCAA TATGTCAGAA 
ATTTTTAATG TTCCTCAACA TCTGCGAAGA CGAGTTTTTA ACGCAGAAGT CATAGGGAAG 
GGCATGATGC TTTTGGCCAA GCGGAATAAT CATTTTCAGC GTGCCACAGT GATCCGACCC 
GAAAACCAGA ACAGTCGAAA ATCCAGATTT TATGTTCGTT ATATTGACTA CGGAGACATT 
GCCGTGCTTC CCATGGAACT GTTGCGTTTG ATGCCGGAAG AGCTGTTCGG GCAGTTCTTC 
GATCTGCCAC CACGTGTGTT CGAGTGCAGG CTGGCTCTTG TTCAGCCCTC CATAGTAGTC 
AGCACCAATA ACCGTTGGCA TGCCGCGGCT AATGATATGC TTAACTCGAT GGCAAATTTA 
GGCCGCATTG ATATAGATGT GTATTCGCTG TTAAATAATG TGGCAGCTGT TTTCATTCGC 
ACGAGTGAGG GCTTACTTAA CGACAAGCTC GTAGAGCTGA AGCTGGCTCG TCGGGCAGAT 
GAAGATTTTA TGTCTCGACA GGATCATGAC TTTCGGCTGC GCAAACAAGA ATCTGCTCGC 
TACTCAACCT CAGCCGAGCG TCAGCAAGTC AATGAGGAAT ATCTGCGGTC CTGTCAACTA 
CCCCAAGATC TAGATCTGCC ACCGCCGCCA CTGGATAAAT GCAACACTAT CGTTATGTTG 
AAGGGACCCT ACAGTCCTTT AGAGTCTGCC ATGCATTCCA CCACTCGTGT AGGCTTGTTG 
AAATCAGTAA AAATAGATAG TGCTTCTGTA AATGCTGTTC TCCTGGACGC AGATCCACAA 
GATCATCATG ATCAGATGAT TGTGGCCCAT GCTACCGTGG AGAGTCCCGA TGGTCATATC 
CTGAATGCTC GTGGAACTAC TCTAATGCCC AACATACACG GATTTGGTGC ACTTATGGTA 
ATGCTATTCT GTCCCACAAT GCAACTCAAA TGCAATAAAT ATGGCTCCAA GTATGTGTCT 
ATATTGGCGG GTCTGGGTTT TGACCCTGAA ACCAATGAGT CTTATTTTGA AGAGCACGAT 
ATGGTAATTA ATTTGGACGT CAACATTCTC GAAGATGATG TGATTTTGAT CAATCAAATG 
CGCTATTTGA TAGATNAGGT CTTTTTCAAC TTTAAAGACG AGAACTCTCC AGCGGTTAGT 
GCTAATGAAC GTGTTTCTAT TTATACACAG CTGATCAGCT TGACTATTTG GCTATTGAGC 
AAGGATCGCA GCTATATCGA ACAAAATGCG AGCAACTCCG ATTACGTATG GGAAAAAAGC 
GATATGTTGT CAAAGCAGCC AGAGCCTTTC GGCAAGAGGG CCATATTCCC AATGCACACT 
GTTCCTGAGC TTGTAGAGGA GGATTTTGAT CAATTGATGC AATTAGTGGA GAACTGCAAG 
AAGTTGTACG AATGGCGTAC TTTTGAAGGC ACTTTAATTC CGATGACTTG TAAGCTGTGC 
AACCAATTGT TGGAATCAGT TTCTCAACTT CGTATGCATT TGCTCACTCA ACAGCATCGC 
GATCGTGAAA AACAAATTGA CTATCAGAAG AAACATAATC ATAATATAAT ATAA