LOC106140673 cDNA ORF clone, Amyelois transitella

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106140673
Entrez Gene ID	106140673
Full Name	protein split ends-like
Gene Type	protein-coding
Organism	Amyelois transitella

mRNA and Protein(s)

mRNA	Protein	Name
XM_013342296.1	XP_013197750.1	protein split ends-like

Pathways from BioSystems
Gene Ontology

The following LOC106140673 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106140673 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
OAm70087	XM_013342296.1 Latest version!	Amyelois transitella protein split ends-like (LOC106140673), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

LOC106140673 ( XM_013342296.1 ) cDNA ORF clone, Amyelois transitella -> XP_013197750.1 Amyelois transitella protein split ends-like (LOC106140673), mRNA.

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CloneID	OAm70087
Clone ID Related Accession (Same CDS sequence)	XM_013342296.1
Accession Version	XM_013342296.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5976bp) 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	2015-08-05
Organism	Amyelois transitella
Product	protein split ends-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013536536.1) 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 :: Amyelois transitella 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##

ATGGTCTCAC AGGAATATCA TAAGGCTGAA GACAAAAACG GAAAAGAAAA ATTCAATCAA 
AATACTATTT TGGATTCAGT ACATACAAGC AATAAGTTGG AAAAAGAAAA TATTGAATTT 
GTAAAAGGGT ATAATAGTGA AAAAATTAAT TCAGATACAA TTTTTTACTC GGAGAAAAAG 
CTACTAGACG GTGAAAAGCG CACAGAAGAT CGTAGTAGAA ATGATCGGGA AAAAAATAGA 
CATGGAAAAG AACGATCAGA TAAAGATAAA CATGAGCATG ACAAAGAAAA ATCCAGAAGC 
CACAGAACTG AAAGGGTAGA TAGAAACGAA AAAGAAAAGA AGAACAAAGA GTCTGTACAC 
ACTGAAAAGT CTCACGGCGA AAAATCTAAA TCTGATCATG AAAAGCATAA ACATGATAGA 
GAAAATGATC GAACAAAACA CGCAGAGGAA AAATCTACGC GGCATGATCA TCATAGGAAA 
GATAAAATGG ATAAAGATAA AAGAAAGGAT TCAACTGACT TAGATTCCAA AGCTAAAAAA 
GAAGATAAAA TTAAACATGA CAAATCAAAA AAGGAATCCC AGGATTCTAA ACGTGAGGGT 
AAAAAAGATT CGGATTTGGT GAAGTCTAGA AAGTCTTCCA GAGATGACAT TTCTAGAGAT 
TTATGTCGCA AAGATTCTAC AGACTCATCT ACGTCCAGAG CATCTCATGA CTCCATGAAA 
GTCAAAGAGG AAAGTAGTGA AATCAAAGAA GATTCAAAAG TAACTCTCAA AAATTACAAC 
ACTTTATTTT GTAAACAAGA CAGCAAAGAT TTATTGCTCA CAACAGCCGA CCTTGATTCA 
TTAATTAAAG TTGAAGCAAA AGAAGAGCCT GATAATTCTG AGAAATTAAT TGTGAAGGGC 
AAAAATAATA CTGAATTAGC TGCCAAGTCC AAATCAGAAG TTTCTGAAAA ACAAAGACAT 
TATTCTGTTG ATTCACCAAC TGCTGATGCT AAACGTAAGG AGCGTTTAAA TTCATGTTCA 
AGTTTACCTC CGAATATTGG GTACAAACGC AGAATGTCTT CTCACGATAG TTTAGATTCT 
GTTTATGAAG AAACCAAAAA GATAAAAACT GACGCGAAAA GTCTTGAACG ACGGGATTCA 
AAAGATTCAA AATCTTCATC AAATCACCAA GATTCAAAAC ATAAAACGGC CAAGTTTAAT 
AAAGGTCATT TTGCAAAATT AATAGAAAGT AAAACAAAAG ATGATAAAAA GAATCAGGTT 
AAACCGCCCG ATGATATTTA TGATGTAAAA AATAAAGAAG AGAGCAAAGA TCAAAAACCT 
GCTGACAAAA TGAAATTGTC CAAAAAGAGT CCCAAAATCA CTAATGATGA AAAAATTAAC 
ACTGAAGCCT CTTCTGAAAG CTTGCATCAT GATCTAGACT TTCTTGCCAC GTTAGAGCTC 
CGATCCAGTG AGGAAGATGA AAAGCAACGA GCACTAAGAA AAGAAATGAA GGAAAAGAAA 
CGTATCCAAC AACTGCAACA AATACAAGCA CTACAAATGC AACAGGATGC CCTACACCAA 
GCAGAACTTT CCAAATCAAA AGATGAAAAG AAACAAAAAT GTGACGACAA AAAGAAAGAG 
GCAGCTCGCG AGAAGCGTAT GTCAATTGAG CGGAAGAGCA GGGAAGATAA GAACGATCTC 
AATAAACGGA AAAATAGAAA GCAACTTAGC ACAGATAGTT CTGACTCTGA CGAACCTAAG 
AAACATTCTA TTTTCGACAT AGTTGATGAC GGTCCAACTT ATATATCCAT GTATGACAAA 
GTCAAAGCTC GTTCTTGTAA AAATATGCAA AAGCAAGAAG AAGAAAAACG ACAAGAAAAA 
ATCAAAGCAA AATTCAGTCA ACTAAAACAA AGCAGGGCAA AACGCGAAGA GAAGAAAAGA 
TCTAGTTGGG ATGAAGATAG TGACTCTGAA CAAGACAGGA AGAAGACTCA CAAATCATCA 
ATTGATAGCT CTACAGACGA CGATCGTTTG ATGATTCATA ACAAAAAGCT AGATAAATTA 
CATCGGACAA GCCTTGATTT TGATCGTATT AAATCCAGTG ATTATTTCAA TGCGGTTGGT 
AGTGAAGAAG ATTTAAGAAA TAAATTATCC CGCAAAAATT CTAGAACTCG CATTATGTCT 
GACACATCTG ATGATGAAAG ATCCAATAAA AGAAGTATCA GTAAAAGCCC TCCTTTTATT 
ACTAACATCA AAAAAGAAAT TATCTCTGAT TCTGAATCTT CACAAAGGAC TAAAGATGAT 
ACTTCAAAAG AAGTCAGTGA TGACAAAATA AAAAGGAACT CCTTATTAAA TTTGTTTGGT 
AAGAGTGATA GTGAGGATAG TAAATTAAAA TCAAGCGTGG AAACTGATTT GGAATACAAA 
CATAACTTTA ATAAATCTGT CATAGATTTT TCTTCAGAGA GCGAATCTAT GACTTCGAAC 
AGAAATGCTT TGGAAATTCG TAAAAAACAT AAACGAAAAC AAAAGAAACA TAAATTCTCT 
TTTTCCGATG ATGACGGTAA AGTGCATGAA AACAGTGAAG GCTTTGAAAA CAAACATAAA 
CATTCTGAAA AAATGCGGCG CCACAGTAAT AAAAAAGAAA AAAGGAAAGA TAAAACCCGT 
GAAAGTGTAG ATACTGATGA TACTCGGGAA GACAAAATTC GATTCAAGAA GGAGAAAAAG 
CCCACCAACA GTTCTTTTGA ATTTTCAATG GATTCTGTTT CTAAAAAAGA AGGTAAAATG 
GAGGATATTT TTGGTCCACT GTCAGATGAA TCAGATAAAG AGGCAAGAGT TTCACAACCA 
AATAATACAC TAGACTTCTC CCATAGTTAC GAGTCCTACA GTGCCCCTCA TAATCAACCA 
ACCCTTGCGG TAAATTGCGA CGAAAGCAAA TGTAAAGAGA AAGATGAAAA TAAACGGAAA 
AAAGAGAAAA GGAGAAGAGA TAAGAGATAT ATTGCAAAGG AAGACGAAAA TAGCTTAGAC 
GTAGACGCAG TTAGTAAAGC CATTGAAGCC CGGTTGATTG AAGACACCGT GTCCGATGAT 
GAAAATAGAT CTATTTTAGA AACGCTGGAT ATTAAGCGTG ACGATACAAA TGAGTTTACA 
TATAAAAATG AACTTTCTGA AAATAATAAA ATCAATGAGC GGCATAGTGA GAAAAATAAA 
AAAGATTGCA GGGAAAAGAA GAAGAAAAAG AAAAGGAGCA GAGAACAACG ACAAAGTCGT 
AAAGATCATC ACCATTATCA TCATCATCAT GATAAATTGG AAAAGTCTGA CATTTTACTT 
GAAAAGCCTC TTGTTGAAAT CTCTAACAAA ACTCTGCTTT TAGATATACC TCTTCCGAAT 
GAGCCGGAAA ACGTTGCTGA TAAGTCAGAT GATTGTAAGT CACTCTCTGA GTCTCCTAGT 
CTACCTAGAC TAACAGAAAG TCCCCCAACT GCCATACCAG ATTTAGACTC CCGCGATGCG 
GATCCTAGTT CACCAGGAGT TATATCTATT GAATCTAGCA TTGATAGTGA GTATTTGGGA 
AAGAAAATGA TTGAAGTCGA TGAAATACCT ATGCCTGCTC CCATTGAATG TGATATCAGT 
GAAGTGCCCT TACCAAGTGG TGATCCTGCG CCAATAATTT CAGATCAAAG TAATAGTGAA 
TCTACGTCAT TTTCCTGCAC GCTTATGGAC ACTATTGACA GTAGCGAAAC CGCTGTGCGC 
AGCATATCAA ATTTGTCTGA TACTAATTCT AATGTAGAAA AAGTGGAAAT GTCACCGAAA 
AATGATAAAA AAGTGGAAGA AAAACCAAGA GCAATAATAT CACAAGAAGA GACGGCAGAT 
GCGGTGGCTG CTCTTTTAGG TGAAAGTTTT GGCGGCAAAG TTGATTTTTC TGACTATGAA 
CAAGTTGAAA CCAATGTTTC GAGTCAAACT GAAATAGAAA GTGTTACAAT TGAAACTGAA 
ACTATACCTG AAGAAGATGC CGAAGAAATG AGACAGGCGG TTCAGAACTT AAATGCTTGT 
GAAATGGAAA TGAAACCAGA CACTCCAGTA TCAGACAGTG ATCTCTTTAT TGACACTGAT 
ACTGAGGAAG CTGATGAGAC TCCCCAAGAT GCAATTGAAA CACTGCCTAT AAATATAATT 
GCTACAAATC AATCCTTAAG TACATCTGAG GAACAGTCAA AAATAATTTC TAAACCAAAA 
ACTACTGTGG TTAAAGTATT GACATCTGAA GGAAATGAAT CAAGCCTGAA AAGCAATGAT 
GCTGAATTCA AGATTCAATT AGCTAAACGG GAAACAACGC AGCAAATAAC TTCAACTGCG 
ACTCCAGTGA TAACATCTTG GACTTTAAGT AGCAATAAAT TAGAACCGCA TCATGTTTTA 
AATATTCAGC CTAATCAGTT GGTGAGTAGA GAAAAGTCTG AAGTTAAGCC AACACATATT 
ACAGCTAATA TTGTGCAAAT TAAGACCCCA TCAACTCAGA ACATGCAAAT GAATAATACT 
TTACGGCCTA TCATTGCGCC CGCTCGAGTA AGCGCACCCT ACCAAGTAAT AAACCAAATC 
ATTCGGCCAC AAGTGTCGAA CATGCAACCT CCAACTATAA AAATACCAGA ACAACACATT 
TTATATCAAA AGTCACCAGG AATAGTCATA TCTCCTAGAA ATACTAGTGA TCCAAGATTA 
CAAAGTCCCA AATCTACATC TCAGAATGAA GGTTTGCTTT CTCCACGATT GACTAATATG 
GCTATATTGA GTACTCCGCA AAGTTTAAAT TCAGCCGGTA TCGGGACACC TAATATGCAG 
CAAAGATCTC CTGGTCAAGT GACGGTCGTA AGGATGCAAC AACCATCATT GAGCCCCATC 
CAAGCAATGC ATTTACCACA TGGTGCTAGA ACTATGGTGT CCCCGAGCAG ACCTAATTCT 
GTGCTAGTTC AAACCCAGGG AGCCCCAATA CAATTTAATC GATTACCGGT AACTCCAGTC 
TTAGCACCTA TTTCAAAACA AATAAGTGTT GGCAACATAG TCCAGAATAA AGGAAATAAT 
GTCAGTGTTT CACCATCTAT TCATCATTCG AAAATAATAA CTACAGCAGA TATCAGAAAA 
AGTGATTTAA GAAATACTTC TGATGGCATT AGCGAGCCTA AAATAATTTT GTCACCGACT 
AGTTTACAAC AGAATAATAA CCCTACAGTG ATGGCTCAGA ATCGTCTCAT ATCTATGCAA 
AATGCAATGC ATGTTGGAAA TATAAATACT TCTCTTCATT TACCCAATAA AGTTTTAATT 
AATAATATAA ATTCACTAAA CGAGAAGAGA GATACTCAAA CACAAAAGTC AGATCAACAT 
AATCATATAC CCTTTGGTTC GCCGCCAATA ATACATGTAG CTGGAGTTAA TCATTCTACT 
GCGTCAATCA TTCAAAGTGG AACGAAGCCA GTGATGTGCA CAATTCAGGA ACCCAATAAC 
ATTAACAGAA GTCAAAATTC TAATGTTATT CATACTTTAA ATTCGCCGAG ACTGCTCACA 
ACTGCACCTA TTAGTAAAGT CATTCAAATT GATGCTGCCA ATAAGGGAGC ACCACCGTCG 
GTGTTATCAA TGGCGACTAT CAGGTCTCCA ACAGTCTTGA CACGATTAGA GTCTTCCAAT 
TCAGTTGCAG TTACGACAAC TAGTTTAACT AATGTAGTAA TGACGCCTTT GTTATTAAAA 
ACCACAAATG CCTCGGGAGC TATAAGAGTT AACCAAGATA AAGCTGAAAG TCAAAGTCAT 
CATAATCACA TAGCACAAGG AACGGATAAG CAAATTGAAG AAAAATCAAG TCAGTCTCCA 
TTTTTATACG ATTCTATAGA TAAAGATAAG GAAGGAGTAC ATTTGAAAAA AGTTAAGTCG 
TCTGTGGAAA TTATNGATAG TGAAAATAAA ATAGAAGATA CAAATAATTC GATTAAATCT 
GAACCGGAAA TTCAGAGCCA CCGCATATTC TCTTGA

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

RefSeq	XP_013197750.1
CDS	263..6238
Translation	MVSQEYHKAEDKNGKEKFNQNTILDSVHTSNKLEKENIEFVKGYNSEKINSDTIFYSEKKLLDGEKRTEDRSRNDREKNRHGKERSDKDKHEHDKEKSRSHRTERVDRNEKEKKNKESVHTEKSHGEKSKSDHEKHKHDRENDRTKHAEEKSTRHDHHRKDKMDKDKRKDSTDLDSKAKKEDKIKHDKSKKESQDSKREGKKDSDLVKSRKSSRDDISRDLCRKDSTDSSTSRASHDSMKVKEESSEIKEDSKVTLKNYNTLFCKQDSKDLLLTTADLDSLIKVEAKEEPDNSEKLIVKGKNNTELAAKSKSEVSEKQRHYSVDSPTADAKRKERLNSCSSLPPNIGYKRRMSSHDSLDSVYEETKKIKTDAKSLERRDSKDSKSSSNHQDSKHKTAKFNKGHFAKLIESKTKDDKKNQVKPPDDIYDVKNKEESKDQKPADKMKLSKKSPKITNDEKINTEASSESLHHDLDFLATLELRSSEEDEKQRALRKEMKEKKRIQQLQQIQALQMQQDALHQAELSKSKDEKKQKCDDKKKEAAREKRMSIERKSREDKNDLNKRKNRKQLSTDSSDSDEPKKHSIFDIVDDGPTYISMYDKVKARSCKNMQKQEEEKRQEKIKAKFSQLKQSRAKREEKKRSSWDEDSDSEQDRKKTHKSSIDSSTDDDRLMIHNKKLDKLHRTSLDFDRIKSSDYFNAVGSEEDLRNKLSRKNSRTRIMSDTSDDERSNKRSISKSPPFITNIKKEIISDSESSQRTKDDTSKEVSDDKIKRNSLLNLFGKSDSEDSKLKSSVETDLEYKHNFNKSVIDFSSESESMTSNRNALEIRKKHKRKQKKHKFSFSDDDGKVHENSEGFENKHKHSEKMRRHSNKKEKRKDKTRESVDTDDTREDKIRFKKEKKPTNSSFEFSMDSVSKKEGKMEDIFGPLSDESDKEARVSQPNNTLDFSHSYESYSAPHNQPTLAVNCDESKCKEKDENKRKKEKRRRDKRYIAKEDENSLDVDAVSKAIEARLIEDTVSDDENRSILETLDIKRDDTNEFTYKNELSENNKINERHSEKNKKDCREKKKKKKRSREQRQSRKDHHHYHHHHDKLEKSDILLEKPLVEISNKTLLLDIPLPNEPENVADKSDDCKSLSESPSLPRLTESPPTAIPDLDSRDADPSSPGVISIESSIDSEYLGKKMIEVDEIPMPAPIECDISEVPLPSGDPAPIISDQSNSESTSFSCTLMDTIDSSETAVRSISNLSDTNSNVEKVEMSPKNDKKVEEKPRAIISQEETADAVAALLGESFGGKVDFSDYEQVETNVSSQTEIESVTIETETIPEEDAEEMRQAVQNLNACEMEMKPDTPVSDSDLFIDTDTEEADETPQDAIETLPINIIATNQSLSTSEEQSKIISKPKTTVVKVLTSEGNESSLKSNDAEFKIQLAKRETTQQITSTATPVITSWTLSSNKLEPHHVLNIQPNQLVSREKSEVKPTHITANIVQIKTPSTQNMQMNNTLRPIIAPARVSAPYQVINQIIRPQVSNMQPPTIKIPEQHILYQKSPGIVISPRNTSDPRLQSPKSTSQNEGLLSPRLTNMAILSTPQSLNSAGIGTPNMQQRSPGQVTVVRMQQPSLSPIQAMHLPHGARTMVSPSRPNSVLVQTQGAPIQFNRLPVTPVLAPISKQISVGNIVQNKGNNVSVSPSIHHSKIITTADIRKSDLRNTSDGISEPKIILSPTSLQQNNNPTVMAQNRLISMQNAMHVGNINTSLHLPNKVLINNINSLNEKRDTQTQKSDQHNHIPFGSPPIIHVAGVNHSTASIIQSGTKPVMCTIQEPNNINRSQNSNVIHTLNSPRLLTTAPISKVIQIDAANKGAPPSVLSMATIRSPTVLTRLESSNSVAVTTTSLTNVVMTPLLLKTTNASGAIRVNQDKAESQSHHNHIAQGTDKQIEEKSSQSPFLYDSIDKDKEGVHLKKVKSSVEInullDSENKIEDTNNSIKSEPEIQSHRIFS

Target ORF information:

RefSeq Version	XM_013342296.1
Organism	Amyelois transitella
Definition	Amyelois transitella protein split ends-like (LOC106140673), mRNA.

Target ORF information:

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

XM_013342296.1

ORF Insert Sequence:

ATGGTCTCAC AGGAATATCA TAAGGCTGAA GACAAAAACG GAAAAGAAAA ATTCAATCAA 
AATACTATTT TGGATTCAGT ACATACAAGC AATAAGTTGG AAAAAGAAAA TATTGAATTT 
GTAAAAGGGT ATAATAGTGA AAAAATTAAT TCAGATACAA TTTTTTACTC GGAGAAAAAG 
CTACTAGACG GTGAAAAGCG CACAGAAGAT CGTAGTAGAA ATGATCGGGA AAAAAATAGA 
CATGGAAAAG AACGATCAGA TAAAGATAAA CATGAGCATG ACAAAGAAAA ATCCAGAAGC 
CACAGAACTG AAAGGGTAGA TAGAAACGAA AAAGAAAAGA AGAACAAAGA GTCTGTACAC 
ACTGAAAAGT CTCACGGCGA AAAATCTAAA TCTGATCATG AAAAGCATAA ACATGATAGA 
GAAAATGATC GAACAAAACA CGCAGAGGAA AAATCTACGC GGCATGATCA TCATAGGAAA 
GATAAAATGG ATAAAGATAA AAGAAAGGAT TCAACTGACT TAGATTCCAA AGCTAAAAAA 
GAAGATAAAA TTAAACATGA CAAATCAAAA AAGGAATCCC AGGATTCTAA ACGTGAGGGT 
AAAAAAGATT CGGATTTGGT GAAGTCTAGA AAGTCTTCCA GAGATGACAT TTCTAGAGAT 
TTATGTCGCA AAGATTCTAC AGACTCATCT ACGTCCAGAG CATCTCATGA CTCCATGAAA 
GTCAAAGAGG AAAGTAGTGA AATCAAAGAA GATTCAAAAG TAACTCTCAA AAATTACAAC 
ACTTTATTTT GTAAACAAGA CAGCAAAGAT TTATTGCTCA CAACAGCCGA CCTTGATTCA 
TTAATTAAAG TTGAAGCAAA AGAAGAGCCT GATAATTCTG AGAAATTAAT TGTGAAGGGC 
AAAAATAATA CTGAATTAGC TGCCAAGTCC AAATCAGAAG TTTCTGAAAA ACAAAGACAT 
TATTCTGTTG ATTCACCAAC TGCTGATGCT AAACGTAAGG AGCGTTTAAA TTCATGTTCA 
AGTTTACCTC CGAATATTGG GTACAAACGC AGAATGTCTT CTCACGATAG TTTAGATTCT 
GTTTATGAAG AAACCAAAAA GATAAAAACT GACGCGAAAA GTCTTGAACG ACGGGATTCA 
AAAGATTCAA AATCTTCATC AAATCACCAA GATTCAAAAC ATAAAACGGC CAAGTTTAAT 
AAAGGTCATT TTGCAAAATT AATAGAAAGT AAAACAAAAG ATGATAAAAA GAATCAGGTT 
AAACCGCCCG ATGATATTTA TGATGTAAAA AATAAAGAAG AGAGCAAAGA TCAAAAACCT 
GCTGACAAAA TGAAATTGTC CAAAAAGAGT CCCAAAATCA CTAATGATGA AAAAATTAAC 
ACTGAAGCCT CTTCTGAAAG CTTGCATCAT GATCTAGACT TTCTTGCCAC GTTAGAGCTC 
CGATCCAGTG AGGAAGATGA AAAGCAACGA GCACTAAGAA AAGAAATGAA GGAAAAGAAA 
CGTATCCAAC AACTGCAACA AATACAAGCA CTACAAATGC AACAGGATGC CCTACACCAA 
GCAGAACTTT CCAAATCAAA AGATGAAAAG AAACAAAAAT GTGACGACAA AAAGAAAGAG 
GCAGCTCGCG AGAAGCGTAT GTCAATTGAG CGGAAGAGCA GGGAAGATAA GAACGATCTC 
AATAAACGGA AAAATAGAAA GCAACTTAGC ACAGATAGTT CTGACTCTGA CGAACCTAAG 
AAACATTCTA TTTTCGACAT AGTTGATGAC GGTCCAACTT ATATATCCAT GTATGACAAA 
GTCAAAGCTC GTTCTTGTAA AAATATGCAA AAGCAAGAAG AAGAAAAACG ACAAGAAAAA 
ATCAAAGCAA AATTCAGTCA ACTAAAACAA AGCAGGGCAA AACGCGAAGA GAAGAAAAGA 
TCTAGTTGGG ATGAAGATAG TGACTCTGAA CAAGACAGGA AGAAGACTCA CAAATCATCA 
ATTGATAGCT CTACAGACGA CGATCGTTTG ATGATTCATA ACAAAAAGCT AGATAAATTA 
CATCGGACAA GCCTTGATTT TGATCGTATT AAATCCAGTG ATTATTTCAA TGCGGTTGGT 
AGTGAAGAAG ATTTAAGAAA TAAATTATCC CGCAAAAATT CTAGAACTCG CATTATGTCT 
GACACATCTG ATGATGAAAG ATCCAATAAA AGAAGTATCA GTAAAAGCCC TCCTTTTATT 
ACTAACATCA AAAAAGAAAT TATCTCTGAT TCTGAATCTT CACAAAGGAC TAAAGATGAT 
ACTTCAAAAG AAGTCAGTGA TGACAAAATA AAAAGGAACT CCTTATTAAA TTTGTTTGGT 
AAGAGTGATA GTGAGGATAG TAAATTAAAA TCAAGCGTGG AAACTGATTT GGAATACAAA 
CATAACTTTA ATAAATCTGT CATAGATTTT TCTTCAGAGA GCGAATCTAT GACTTCGAAC 
AGAAATGCTT TGGAAATTCG TAAAAAACAT AAACGAAAAC AAAAGAAACA TAAATTCTCT 
TTTTCCGATG ATGACGGTAA AGTGCATGAA AACAGTGAAG GCTTTGAAAA CAAACATAAA 
CATTCTGAAA AAATGCGGCG CCACAGTAAT AAAAAAGAAA AAAGGAAAGA TAAAACCCGT 
GAAAGTGTAG ATACTGATGA TACTCGGGAA GACAAAATTC GATTCAAGAA GGAGAAAAAG 
CCCACCAACA GTTCTTTTGA ATTTTCAATG GATTCTGTTT CTAAAAAAGA AGGTAAAATG 
GAGGATATTT TTGGTCCACT GTCAGATGAA TCAGATAAAG AGGCAAGAGT TTCACAACCA 
AATAATACAC TAGACTTCTC CCATAGTTAC GAGTCCTACA GTGCCCCTCA TAATCAACCA 
ACCCTTGCGG TAAATTGCGA CGAAAGCAAA TGTAAAGAGA AAGATGAAAA TAAACGGAAA 
AAAGAGAAAA GGAGAAGAGA TAAGAGATAT ATTGCAAAGG AAGACGAAAA TAGCTTAGAC 
GTAGACGCAG TTAGTAAAGC CATTGAAGCC CGGTTGATTG AAGACACCGT GTCCGATGAT 
GAAAATAGAT CTATTTTAGA AACGCTGGAT ATTAAGCGTG ACGATACAAA TGAGTTTACA 
TATAAAAATG AACTTTCTGA AAATAATAAA ATCAATGAGC GGCATAGTGA GAAAAATAAA 
AAAGATTGCA GGGAAAAGAA GAAGAAAAAG AAAAGGAGCA GAGAACAACG ACAAAGTCGT 
AAAGATCATC ACCATTATCA TCATCATCAT GATAAATTGG AAAAGTCTGA CATTTTACTT 
GAAAAGCCTC TTGTTGAAAT CTCTAACAAA ACTCTGCTTT TAGATATACC TCTTCCGAAT 
GAGCCGGAAA ACGTTGCTGA TAAGTCAGAT GATTGTAAGT CACTCTCTGA GTCTCCTAGT 
CTACCTAGAC TAACAGAAAG TCCCCCAACT GCCATACCAG ATTTAGACTC CCGCGATGCG 
GATCCTAGTT CACCAGGAGT TATATCTATT GAATCTAGCA TTGATAGTGA GTATTTGGGA 
AAGAAAATGA TTGAAGTCGA TGAAATACCT ATGCCTGCTC CCATTGAATG TGATATCAGT 
GAAGTGCCCT TACCAAGTGG TGATCCTGCG CCAATAATTT CAGATCAAAG TAATAGTGAA 
TCTACGTCAT TTTCCTGCAC GCTTATGGAC ACTATTGACA GTAGCGAAAC CGCTGTGCGC 
AGCATATCAA ATTTGTCTGA TACTAATTCT AATGTAGAAA AAGTGGAAAT GTCACCGAAA 
AATGATAAAA AAGTGGAAGA AAAACCAAGA GCAATAATAT CACAAGAAGA GACGGCAGAT 
GCGGTGGCTG CTCTTTTAGG TGAAAGTTTT GGCGGCAAAG TTGATTTTTC TGACTATGAA 
CAAGTTGAAA CCAATGTTTC GAGTCAAACT GAAATAGAAA GTGTTACAAT TGAAACTGAA 
ACTATACCTG AAGAAGATGC CGAAGAAATG AGACAGGCGG TTCAGAACTT AAATGCTTGT 
GAAATGGAAA TGAAACCAGA CACTCCAGTA TCAGACAGTG ATCTCTTTAT TGACACTGAT 
ACTGAGGAAG CTGATGAGAC TCCCCAAGAT GCAATTGAAA CACTGCCTAT AAATATAATT 
GCTACAAATC AATCCTTAAG TACATCTGAG GAACAGTCAA AAATAATTTC TAAACCAAAA 
ACTACTGTGG TTAAAGTATT GACATCTGAA GGAAATGAAT CAAGCCTGAA AAGCAATGAT 
GCTGAATTCA AGATTCAATT AGCTAAACGG GAAACAACGC AGCAAATAAC TTCAACTGCG 
ACTCCAGTGA TAACATCTTG GACTTTAAGT AGCAATAAAT TAGAACCGCA TCATGTTTTA 
AATATTCAGC CTAATCAGTT GGTGAGTAGA GAAAAGTCTG AAGTTAAGCC AACACATATT 
ACAGCTAATA TTGTGCAAAT TAAGACCCCA TCAACTCAGA ACATGCAAAT GAATAATACT 
TTACGGCCTA TCATTGCGCC CGCTCGAGTA AGCGCACCCT ACCAAGTAAT AAACCAAATC 
ATTCGGCCAC AAGTGTCGAA CATGCAACCT CCAACTATAA AAATACCAGA ACAACACATT 
TTATATCAAA AGTCACCAGG AATAGTCATA TCTCCTAGAA ATACTAGTGA TCCAAGATTA 
CAAAGTCCCA AATCTACATC TCAGAATGAA GGTTTGCTTT CTCCACGATT GACTAATATG 
GCTATATTGA GTACTCCGCA AAGTTTAAAT TCAGCCGGTA TCGGGACACC TAATATGCAG 
CAAAGATCTC CTGGTCAAGT GACGGTCGTA AGGATGCAAC AACCATCATT GAGCCCCATC 
CAAGCAATGC ATTTACCACA TGGTGCTAGA ACTATGGTGT CCCCGAGCAG ACCTAATTCT 
GTGCTAGTTC AAACCCAGGG AGCCCCAATA CAATTTAATC GATTACCGGT AACTCCAGTC 
TTAGCACCTA TTTCAAAACA AATAAGTGTT GGCAACATAG TCCAGAATAA AGGAAATAAT 
GTCAGTGTTT CACCATCTAT TCATCATTCG AAAATAATAA CTACAGCAGA TATCAGAAAA 
AGTGATTTAA GAAATACTTC TGATGGCATT AGCGAGCCTA AAATAATTTT GTCACCGACT 
AGTTTACAAC AGAATAATAA CCCTACAGTG ATGGCTCAGA ATCGTCTCAT ATCTATGCAA 
AATGCAATGC ATGTTGGAAA TATAAATACT TCTCTTCATT TACCCAATAA AGTTTTAATT 
AATAATATAA ATTCACTAAA CGAGAAGAGA GATACTCAAA CACAAAAGTC AGATCAACAT 
AATCATATAC CCTTTGGTTC GCCGCCAATA ATACATGTAG CTGGAGTTAA TCATTCTACT 
GCGTCAATCA TTCAAAGTGG AACGAAGCCA GTGATGTGCA CAATTCAGGA ACCCAATAAC 
ATTAACAGAA GTCAAAATTC TAATGTTATT CATACTTTAA ATTCGCCGAG ACTGCTCACA 
ACTGCACCTA TTAGTAAAGT CATTCAAATT GATGCTGCCA ATAAGGGAGC ACCACCGTCG 
GTGTTATCAA TGGCGACTAT CAGGTCTCCA ACAGTCTTGA CACGATTAGA GTCTTCCAAT 
TCAGTTGCAG TTACGACAAC TAGTTTAACT AATGTAGTAA TGACGCCTTT GTTATTAAAA 
ACCACAAATG CCTCGGGAGC TATAAGAGTT AACCAAGATA AAGCTGAAAG TCAAAGTCAT 
CATAATCACA TAGCACAAGG AACGGATAAG CAAATTGAAG AAAAATCAAG TCAGTCTCCA 
TTTTTATACG ATTCTATAGA TAAAGATAAG GAAGGAGTAC ATTTGAAAAA AGTTAAGTCG 
TCTGTGGAAA TTATNGATAG TGAAAATAAA ATAGAAGATA CAAATAATTC GATTAAATCT 
GAACCGGAAA TTCAGAGCCA CCGCATATTC TCTTGA