LOC107191341 cDNA ORF clone, Dufourea novaeangliae

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107191341
Entrez Gene ID	107191341
Full Name	GTPase-activating protein and VPS9 domain-containing protein 1
Gene Type	protein-coding
Organism	Dufourea novaeangliae

mRNA and Protein(s)

mRNA	Protein	Name
XM_015580354.1	XP_015435840.1	LOW QUALITY PROTEIN: GTPase-activating protein and VPS9 domain-containing protein 1

Pathways from BioSystems
Gene Ontology

The following LOC107191341 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107191341 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
ODu09298	XM_015580354.1 Latest version!	Dufourea novaeangliae GTPase-activating protein and VPS9 domain-containing protein 1 (LOC107191341), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

LOC107191341 ( XM_015580354.1 ) cDNA ORF clone, Dufourea novaeangliae -> XP_015435840.1 Dufourea novaeangliae GTPase-activating protein and VPS9 domain-containing protein 1 (LOC107191341), mRNA.

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CloneID	ODu09298
Clone ID Related Accession (Same CDS sequence)	XM_015580354.1
Accession Version	XM_015580354.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4662bp) 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	2016-02-08
Organism	Dufourea novaeangliae
Product	LOW QUALITY PROTEIN: GTPase-activating protein and VPS9 domain-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015374139.1) 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 :: Dufourea novaeangliae Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel internal stop codons :: corrected 2 genomic stop codon ##RefSeq-Attributes-END##

ATGTCGTCTC CAAACAGCAT AGAATCGTTA GGAACACTAC AGTGGGATAT GATTGAATTA 
GCCAGTCACC TACGTCAGGA GCGTTTGTTT GTCAGTTCAG AGCAACAAAA TTTGCAACTA 
CTCAACGAGA AGGTGCTGTA TGCATCGTCG AATTTGGCTC AACAGGCATG GATTACAGCG 
CAACAAAGAG TGAATCTGAA TCGGCTGATA ATGTCTAGAC CGGATTGTAC ACCGGCGTCT 
TGCTGTCAGA AAGCAAATAC ATTAGAAAAT TCACATTTTT TAGATGCGTA TAAATATTTA 
CGTTACCAAG CTTGTTTATC CTATGGTGAA TTCTTAGGCG CGCTTAGAAA GTCTCCTAAA 
CTTCTTGCGT TGTGCTTAGT GGAAGGAGAA AAATTACTAC CAGACTTTAT GCAAAATATT 
GTTCAATCAT TGGCAGCGGG TTTATACGGT AGTTGCTTGT TACCAGAGGA TAAAATTCTA 
GTCTTAAAAC TGCTGAGACA CCTGATGCTG CTACAAATTG TACCATCAGA TAATCCGCGC 
AGGTTACTCA GACATGGCAC TTGTGCTTTT TCTAGGTTTT ACTCTGTCTT TCATGAAAGC 
GTTTTTTCAG CCAAGTTTTT CTTGACTGCT GCTTTACATA ATCCTATTGT ACAGTTACTA 
ATGGAAGATG AAATGTTTCT TGACATTGAC CCGGATAAGG CACCCATAAG GTTTCCTCCA 
TCTGAAAGAT TGAAAAAATT TGGAAAGGAA GGTACTCCTG AATACGAAGC CAAGTTGCAA 
CGTCACAGAC TATGGATGGT CAATTCTTTA TTTCGCATAA CGCAAAGATT CATAGTCAGT 
ATAAGAGAGA ATATGCATTG TTTCCCGAGC AGTGTGTGTT GGTTGGTCAG ACAGATGGCT 
GGTCTTTTGG GGAAAAACGG AAGCATTGAT ATAAAGGAGG TGCATGCAAT GTGTACCGAC 
TTGGTTTTCA CTTATTTTAT ATGTCCAGCG ATAGTAAATC CAGAGCCGTA CGGTATTACA 
GACGCTCCTA TTAGCTATGT TGCGAGATTC AACCTTATGC AAGTCGGACA GATTCTACAG 
ATGCTCTCTC TAATGAAGTA CCAAACAGTG GACAGCAAAA CATTCGATCT TTACAAAAAG 
TTCGACAAGG ATTCTGTCTC TTCAATAATA GATGCAATGA TGGATAGCGT GACGGAGGAA 
CTCGAGGATG AGCCAAGCAT CATTGACAAT AACAAACTAC GAGGACTGTC TCGCTCTGCT 
GCCTTATTTA CAGAAACGGA ATTGAACACG CTAATTATAT TTCTGCAAAC AATAGCCGCG 
GAAACTCCGA TAAAGGGTGA CACGCCATCC ACCGCGTTTG ACGTGAAGCA ATTGATCGAC 
ATGCTCTCTC AGTTACCTCC CGGTTCGTTG AATAGTAACA AAGCGACTAA CAACGTTTGC 
ATCGAAACGA CCAACAGACG TGGAGGTTTC TTAGGAAAAG GAAAAGTACC AGGAGTAAAA 
GTGTCATCAT CGTACTCATC CAATGCGACT AACGATATAG GAGACGAAGT GAACGGTGTG 
TCGACCCCCG AGGATGAATC TATCGATAAA AATTCTCAGG ATGTTCTTGT CATTCCGTTC 
GGCCCGAATA CAGGAGAATT TGTGGGACTT CTCAGCGAAC AGAAAGTACA TAATACGGTC 
TCGTTTTTTT TTATTTCTTC AAATTTATCG CGAGAAGATA TTACCTGACG ACTTTCTCCT 
CAATGTTGCA GGTCTTTTAA TGCTGAACGT ATCGAAACAC AAGAAAAGAA AACACGATTT 
TCGTTGTCCC ATGACGAAGT TCTATTCGAA GGCTTCATTG GAAATACCTC GGACAACTTG 
GAGGCTGTGT CGGAAGCGGC TTCGAATCAC AGTGTTGCTT CTTCTCTGGA ACTAGAAACA 
GAAGATCAAA ATGATAATTT GTCGGATATG GTGTCTGCCA GTGTTTCGGG ACGAGGAACG 
CCGAATATAT CAGGTCGTGA TACTCCGTCG TCTCAAATCA CTGAAGGAGA CGAAGGTCGC 
GTGACTGGCG AGGCTCGACA ATTGGATTTA CCCACACCGA ATATACCAAC GAAACAAAGT 
CGGTCCGAGA TTGACGATAA GTTTTGCAAA TTTGAAATAA AAAAGCTGAT CGAAGGGGAC 
GAAACCGTCT CGATGGTGTC TGATACGTGG TCGACAGATG TATTAGCTTC GGATAGTGAG 
ACAGTTGAGC AACAAGAAAA GATAACGTAC CCTCCTTCTG GTGAGCAAAA TACTCCGGTT 
TTATCAGCAA CATCAGAATC AATACCGCAA GCCGTGTTAG ATGTTAGTGA AACAGCGTCT 
GAAGCATGGA GTACCGATGT GTTAGCCAGC GATTCGGAGA GGCTAACCGA AGTTGATACC 
GACGATACGG CTAGCGTCGC GAGATCTGAT GATACCGCGA GGTCCGAAAT TGAGGTCGAA 
GCACGTAGCG AAGCAGAGGC CACCGAAGAA ACATTGTCGC AGGCAGTTCC TCGTAAGAAC 
ACACGTTAGA ATTTGATCTT ATGCGTCGTA TTCTCTTTTA GGATAATGCA TGCCNACTCT 
GTGTTCTTAG TGTGTACTTC TCCCTCGGCA TTCGTCACAA ATGTAACCGA ACAAAACGAA 
AACAGGTCTG ATTATCGGAG GAGTACGATA GAGTATGTCG ACAAAAACGC CAACAACATC 
GGTAACGTTA CGGATTATGA TAAATCATTG CATGAGGACA GATTGGTTCG TCTCATAGAC 
AAACTTCACA TCGATGAAGG AAAAAGTCAG ACGGAACGGC GAGCAAACTC AACTCACAAT 
CATATCGGGA TCGCAGCTGT CACGCCAGCT TTACTACTAG CTAATCATAT ATCACCACCG 
GTTTTGGCGA ATGCAGAAAA ACCGCGAAAC TCTGACGGGA AATCAGAAGA ACTAGGGATC 
TGCGTCGGAT CGGTCGGCAG AATTATTAAC GAAGGACGCG GCCCGGAAGG TATAGTTGGA 
TTGAGTACCG GCAGTTTAAC ATCCAACAGC AGCAGTTCTA GCTCCGAATC CCGTGCAAAG 
ACTACTACTT CGACGTTACC GTTGTTGGAA GGAACATTGG TTAATGGAAA CTGCGAAGTG 
ATCGATACCG GTGGTATTGG TATTTCTCCA AAACCTATCG TGTCCAGCGG TGCTATTCCA 
AAAAGTATCA GCTTCGATAT GACCGCAGAG CGTGGGGATA AAGAATTATT GGACGACGAT 
CAAAAGAACA AAAGAAGTTT CTTTGGGAAA TTGAAAATGT CGTTAAGAAA TCGGCGAGGT 
AAAGTGGTTC GTGGTACCGA CGACAATATC AGCAGATGTT ACGACCGTGA ATCCGGCGGG 
GGGGACGGTA CCGACGTAGG TCGACATAGA TTGCGGAGAA TAATGTCGGA AGATGTGACG 
TCGACTGGTA ACCTGACTAT CGATAACACG GACGACATTT TGGCGAAATA TAGAAGAAAA 
CCAAGCGCAG CGAGCGATAC GGCATCGATC GAGAGCAATC AGTCTCGTAC GAAAGAAACA 
ACAGAGGACG AAAGGCTACT TATAGATCCA AATAACATCG AACTCTCATA CGCGTTTGCC 
GATGCAAAAC GAAAGTTACG CATGGTGCTC AGTACAGCTG ATCTTCAACA CATTCCTTGG 
ACCGCTACAT CCGAGCGAAA CCCGTGGTCG CAGAAAGAAA ACGAATTGGT CGCATTCCTA 
CAGTTGCAGC TGGCAGAAGC TATAAACTTA CAAGATCGGG CGTTAATAGC TCATCTGCAT 
GAAACACTGC GCTGTGTACG ATTGTTTAAT GATGATGGAT GTAGGAAATT GTTCAAATCT 
TTACGCGAAG ACTATCAAAA ACGGTCACCT TACATCGCGT ATTTAATTAG ATGTCGACAA 
GGTTTACTTT CCACGTTGGC CCACTTGGAC AGACTGTGCA TTAGGGTAAA ATGTGATCGT 
GATGCCGTTA ACAATCATCT TGTTTCCGTT TGCGTACGGG TCTTTTTGGA GAAAAAAGAG 
TCGCTACTCT TGCGTTTTTG CGATGAATTT AAAAAACTTA CGCTGACAGA CGAGAAACAA 
GATTTGGTCG ATAACTTTTT GGGAGAGGTT CACGCAAAAA TGGACAACGA CCCAATATGG 
CAATGCGCGA GTGAAAATCA GTTGGGGTTA GCCAGAGTTG TGGTGGAAAG GACCGTGATG 
GCACGCGTTT ACCACAATGC TCTTTATCCG AACGGAGACG GAGATGTTTA CAGAGATCAA 
TTGATTCATG ACCATATTAA AAAATTGGCG AAAATTGTTA CTCCCAACCA CAAAGATTTA 
CGTATTCCGA AAATATATCA TTACGAGTGT CCCTGGCCTT GGGCACAAGC AGAATTGGCC 
GTTATATCTG CGTATAAAAC ACCCAGGGAT AAACTGCAAT GCGTCTTCCG TTGTGCGACC 
ACCATTATGA ATTTACTTTC GATGGCAACC GAGAGAGGAG TACCCGCTGC CGATGATCTT 
ATTCCTGTTT TGGTCTACGT AATCATAAAG ACTAATCCGC CATCTTTACT TTCAACTATA 
CAATACGTGG ATAGCTTTTA TGGAAATCGT CTGGAAGGTG AAGAACAATA CTGGTGGACG 
CAATTTTGTT CTGCGATTGA ATTTATAAAA ACAATGGATT AA

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

RefSeq	XP_015435840.1
CDS	363..5024
Translation	MSSPNSIESLGTLQWDMIELASHLRQERLFVSSEQQNLQLLNEKVLYASSNLAQQAWITAQQRVNLNRLIMSRPDCTPASCCQKANTLENSHFLDAYKYLRYQACLSYGEFLGALRKSPKLLALCLVEGEKLLPDFMQNIVQSLAAGLYGSCLLPEDKILVLKLLRHLMLLQIVPSDNPRRLLRHGTCAFSRFYSVFHESVFSAKFFLTAALHNPIVQLLMEDEMFLDIDPDKAPIRFPPSERLKKFGKEGTPEYEAKLQRHRLWMVNSLFRITQRFIVSIRENMHCFPSSVCWLVRQMAGLLGKNGSIDIKEVHAMCTDLVFTYFICPAIVNPEPYGITDAPISYVARFNLMQVGQILQMLSLMKYQTVDSKTFDLYKKFDKDSVSSIIDAMMDSVTEELEDEPSIIDNNKLRGLSRSAALFTETELNTLIIFLQTIAAETPIKGDTPSTAFDVKQLIDMLSQLPPGSLNSNKATNNVCIETTNRRGGFLGKGKVPGVKVSSSYSSNATNDIGDEVNGVSTPEDESIDKNSQDVLVIPFGPNTGEFVGLLSEQKVHNTVSFFFISSNLSREDITRLSPQCCRSFNAERIETQEKKTRFSLSHDEVLFEGFIGNTSDNLEAVSEAASNHSVASSLELETEDQNDNLSDMVSASVSGRGTPNISGRDTPSSQITEGDEGRVTGEARQLDLPTPNIPTKQSRSEIDDKFCKFEIKKLIEGDETVSMVSDTWSTDVLASDSETVEQQEKITYPPSGEQNTPVLSATSESIPQAVLDVSETASEAWSTDVLASDSERLTEVDTDDTASVARSDDTARSEIEVEARSEAEATEETLSQAVPRKNTRNLILCVVFSFRIMHAnullSVFLVCTSPSAFVTNVTEQNENRSDYRRSTIEYVDKNANNIGNVTDYDKSLHEDRLVRLIDKLHIDEGKSQTERRANSTHNHIGIAAVTPALLLANHISPPVLANAEKPRNSDGKSEELGICVGSVGRIINEGRGPEGIVGLSTGSLTSNSSSSSSESRAKTTTSTLPLLEGTLVNGNCEVIDTGGIGISPKPIVSSGAIPKSISFDMTAERGDKELLDDDQKNKRSFFGKLKMSLRNRRGKVVRGTDDNISRCYDRESGGGDGTDVGRHRLRRIMSEDVTSTGNLTIDNTDDILAKYRRKPSAASDTASIESNQSRTKETTEDERLLIDPNNIELSYAFADAKRKLRMVLSTADLQHIPWTATSERNPWSQKENELVAFLQLQLAEAINLQDRALIAHLHETLRCVRLFNDDGCRKLFKSLREDYQKRSPYIAYLIRCRQGLLSTLAHLDRLCIRVKCDRDAVNNHLVSVCVRVFLEKKESLLLRFCDEFKKLTLTDEKQDLVDNFLGEVHAKMDNDPIWQCASENQLGLARVVVERTVMARVYHNALYPNGDGDVYRDQLIHDHIKKLAKIVTPNHKDLRIPKIYHYECPWPWAQAELAVISAYKTPRDKLQCVFRCATTIMNLLSMATERGVPAADDLIPVLVYVIIKTNPPSLLSTIQYVDSFYGNRLEGEEQYWWTQFCSAIEFIKTMD

Target ORF information:

RefSeq Version	XM_015580354.1
Organism	Dufourea novaeangliae
Definition	Dufourea novaeangliae GTPase-activating protein and VPS9 domain-containing protein 1 (LOC107191341), mRNA.

Target ORF information:

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

XM_015580354.1

ORF Insert Sequence:

ATGTCGTCTC CAAACAGCAT AGAATCGTTA GGAACACTAC AGTGGGATAT GATTGAATTA 
GCCAGTCACC TACGTCAGGA GCGTTTGTTT GTCAGTTCAG AGCAACAAAA TTTGCAACTA 
CTCAACGAGA AGGTGCTGTA TGCATCGTCG AATTTGGCTC AACAGGCATG GATTACAGCG 
CAACAAAGAG TGAATCTGAA TCGGCTGATA ATGTCTAGAC CGGATTGTAC ACCGGCGTCT 
TGCTGTCAGA AAGCAAATAC ATTAGAAAAT TCACATTTTT TAGATGCGTA TAAATATTTA 
CGTTACCAAG CTTGTTTATC CTATGGTGAA TTCTTAGGCG CGCTTAGAAA GTCTCCTAAA 
CTTCTTGCGT TGTGCTTAGT GGAAGGAGAA AAATTACTAC CAGACTTTAT GCAAAATATT 
GTTCAATCAT TGGCAGCGGG TTTATACGGT AGTTGCTTGT TACCAGAGGA TAAAATTCTA 
GTCTTAAAAC TGCTGAGACA CCTGATGCTG CTACAAATTG TACCATCAGA TAATCCGCGC 
AGGTTACTCA GACATGGCAC TTGTGCTTTT TCTAGGTTTT ACTCTGTCTT TCATGAAAGC 
GTTTTTTCAG CCAAGTTTTT CTTGACTGCT GCTTTACATA ATCCTATTGT ACAGTTACTA 
ATGGAAGATG AAATGTTTCT TGACATTGAC CCGGATAAGG CACCCATAAG GTTTCCTCCA 
TCTGAAAGAT TGAAAAAATT TGGAAAGGAA GGTACTCCTG AATACGAAGC CAAGTTGCAA 
CGTCACAGAC TATGGATGGT CAATTCTTTA TTTCGCATAA CGCAAAGATT CATAGTCAGT 
ATAAGAGAGA ATATGCATTG TTTCCCGAGC AGTGTGTGTT GGTTGGTCAG ACAGATGGCT 
GGTCTTTTGG GGAAAAACGG AAGCATTGAT ATAAAGGAGG TGCATGCAAT GTGTACCGAC 
TTGGTTTTCA CTTATTTTAT ATGTCCAGCG ATAGTAAATC CAGAGCCGTA CGGTATTACA 
GACGCTCCTA TTAGCTATGT TGCGAGATTC AACCTTATGC AAGTCGGACA GATTCTACAG 
ATGCTCTCTC TAATGAAGTA CCAAACAGTG GACAGCAAAA CATTCGATCT TTACAAAAAG 
TTCGACAAGG ATTCTGTCTC TTCAATAATA GATGCAATGA TGGATAGCGT GACGGAGGAA 
CTCGAGGATG AGCCAAGCAT CATTGACAAT AACAAACTAC GAGGACTGTC TCGCTCTGCT 
GCCTTATTTA CAGAAACGGA ATTGAACACG CTAATTATAT TTCTGCAAAC AATAGCCGCG 
GAAACTCCGA TAAAGGGTGA CACGCCATCC ACCGCGTTTG ACGTGAAGCA ATTGATCGAC 
ATGCTCTCTC AGTTACCTCC CGGTTCGTTG AATAGTAACA AAGCGACTAA CAACGTTTGC 
ATCGAAACGA CCAACAGACG TGGAGGTTTC TTAGGAAAAG GAAAAGTACC AGGAGTAAAA 
GTGTCATCAT CGTACTCATC CAATGCGACT AACGATATAG GAGACGAAGT GAACGGTGTG 
TCGACCCCCG AGGATGAATC TATCGATAAA AATTCTCAGG ATGTTCTTGT CATTCCGTTC 
GGCCCGAATA CAGGAGAATT TGTGGGACTT CTCAGCGAAC AGAAAGTACA TAATACGGTC 
TCGTTTTTTT TTATTTCTTC AAATTTATCG CGAGAAGATA TTACCTGACG ACTTTCTCCT 
CAATGTTGCA GGTCTTTTAA TGCTGAACGT ATCGAAACAC AAGAAAAGAA AACACGATTT 
TCGTTGTCCC ATGACGAAGT TCTATTCGAA GGCTTCATTG GAAATACCTC GGACAACTTG 
GAGGCTGTGT CGGAAGCGGC TTCGAATCAC AGTGTTGCTT CTTCTCTGGA ACTAGAAACA 
GAAGATCAAA ATGATAATTT GTCGGATATG GTGTCTGCCA GTGTTTCGGG ACGAGGAACG 
CCGAATATAT CAGGTCGTGA TACTCCGTCG TCTCAAATCA CTGAAGGAGA CGAAGGTCGC 
GTGACTGGCG AGGCTCGACA ATTGGATTTA CCCACACCGA ATATACCAAC GAAACAAAGT 
CGGTCCGAGA TTGACGATAA GTTTTGCAAA TTTGAAATAA AAAAGCTGAT CGAAGGGGAC 
GAAACCGTCT CGATGGTGTC TGATACGTGG TCGACAGATG TATTAGCTTC GGATAGTGAG 
ACAGTTGAGC AACAAGAAAA GATAACGTAC CCTCCTTCTG GTGAGCAAAA TACTCCGGTT 
TTATCAGCAA CATCAGAATC AATACCGCAA GCCGTGTTAG ATGTTAGTGA AACAGCGTCT 
GAAGCATGGA GTACCGATGT GTTAGCCAGC GATTCGGAGA GGCTAACCGA AGTTGATACC 
GACGATACGG CTAGCGTCGC GAGATCTGAT GATACCGCGA GGTCCGAAAT TGAGGTCGAA 
GCACGTAGCG AAGCAGAGGC CACCGAAGAA ACATTGTCGC AGGCAGTTCC TCGTAAGAAC 
ACACGTTAGA ATTTGATCTT ATGCGTCGTA TTCTCTTTTA GGATAATGCA TGCCNACTCT 
GTGTTCTTAG TGTGTACTTC TCCCTCGGCA TTCGTCACAA ATGTAACCGA ACAAAACGAA 
AACAGGTCTG ATTATCGGAG GAGTACGATA GAGTATGTCG ACAAAAACGC CAACAACATC 
GGTAACGTTA CGGATTATGA TAAATCATTG CATGAGGACA GATTGGTTCG TCTCATAGAC 
AAACTTCACA TCGATGAAGG AAAAAGTCAG ACGGAACGGC GAGCAAACTC AACTCACAAT 
CATATCGGGA TCGCAGCTGT CACGCCAGCT TTACTACTAG CTAATCATAT ATCACCACCG 
GTTTTGGCGA ATGCAGAAAA ACCGCGAAAC TCTGACGGGA AATCAGAAGA ACTAGGGATC 
TGCGTCGGAT CGGTCGGCAG AATTATTAAC GAAGGACGCG GCCCGGAAGG TATAGTTGGA 
TTGAGTACCG GCAGTTTAAC ATCCAACAGC AGCAGTTCTA GCTCCGAATC CCGTGCAAAG 
ACTACTACTT CGACGTTACC GTTGTTGGAA GGAACATTGG TTAATGGAAA CTGCGAAGTG 
ATCGATACCG GTGGTATTGG TATTTCTCCA AAACCTATCG TGTCCAGCGG TGCTATTCCA 
AAAAGTATCA GCTTCGATAT GACCGCAGAG CGTGGGGATA AAGAATTATT GGACGACGAT 
CAAAAGAACA AAAGAAGTTT CTTTGGGAAA TTGAAAATGT CGTTAAGAAA TCGGCGAGGT 
AAAGTGGTTC GTGGTACCGA CGACAATATC AGCAGATGTT ACGACCGTGA ATCCGGCGGG 
GGGGACGGTA CCGACGTAGG TCGACATAGA TTGCGGAGAA TAATGTCGGA AGATGTGACG 
TCGACTGGTA ACCTGACTAT CGATAACACG GACGACATTT TGGCGAAATA TAGAAGAAAA 
CCAAGCGCAG CGAGCGATAC GGCATCGATC GAGAGCAATC AGTCTCGTAC GAAAGAAACA 
ACAGAGGACG AAAGGCTACT TATAGATCCA AATAACATCG AACTCTCATA CGCGTTTGCC 
GATGCAAAAC GAAAGTTACG CATGGTGCTC AGTACAGCTG ATCTTCAACA CATTCCTTGG 
ACCGCTACAT CCGAGCGAAA CCCGTGGTCG CAGAAAGAAA ACGAATTGGT CGCATTCCTA 
CAGTTGCAGC TGGCAGAAGC TATAAACTTA CAAGATCGGG CGTTAATAGC TCATCTGCAT 
GAAACACTGC GCTGTGTACG ATTGTTTAAT GATGATGGAT GTAGGAAATT GTTCAAATCT 
TTACGCGAAG ACTATCAAAA ACGGTCACCT TACATCGCGT ATTTAATTAG ATGTCGACAA 
GGTTTACTTT CCACGTTGGC CCACTTGGAC AGACTGTGCA TTAGGGTAAA ATGTGATCGT 
GATGCCGTTA ACAATCATCT TGTTTCCGTT TGCGTACGGG TCTTTTTGGA GAAAAAAGAG 
TCGCTACTCT TGCGTTTTTG CGATGAATTT AAAAAACTTA CGCTGACAGA CGAGAAACAA 
GATTTGGTCG ATAACTTTTT GGGAGAGGTT CACGCAAAAA TGGACAACGA CCCAATATGG 
CAATGCGCGA GTGAAAATCA GTTGGGGTTA GCCAGAGTTG TGGTGGAAAG GACCGTGATG 
GCACGCGTTT ACCACAATGC TCTTTATCCG AACGGAGACG GAGATGTTTA CAGAGATCAA 
TTGATTCATG ACCATATTAA AAAATTGGCG AAAATTGTTA CTCCCAACCA CAAAGATTTA 
CGTATTCCGA AAATATATCA TTACGAGTGT CCCTGGCCTT GGGCACAAGC AGAATTGGCC 
GTTATATCTG CGTATAAAAC ACCCAGGGAT AAACTGCAAT GCGTCTTCCG TTGTGCGACC 
ACCATTATGA ATTTACTTTC GATGGCAACC GAGAGAGGAG TACCCGCTGC CGATGATCTT 
ATTCCTGTTT TGGTCTACGT AATCATAAAG ACTAATCCGC CATCTTTACT TTCAACTATA 
CAATACGTGG ATAGCTTTTA TGGAAATCGT CTGGAAGGTG AAGAACAATA CTGGTGGACG 
CAATTTTGTT CTGCGATTGA ATTTATAAAA ACAATGGATT AA