LOC107192178 cDNA ORF clone, Dufourea novaeangliae

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107192178
Entrez Gene ID	107192178
Full Name	paired amphipathic helix protein Sin3a
Gene Type	protein-coding
Organism	Dufourea novaeangliae

mRNA and Protein(s)

mRNA	Protein	Name
XM_015581384.1	XP_015436870.1	LOW QUALITY PROTEIN: paired amphipathic helix protein Sin3a

Pathways from BioSystems
Gene Ontology

The following LOC107192178 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107192178 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
ODu10157	XM_015581384.1 Latest version!	Dufourea novaeangliae paired amphipathic helix protein Sin3a (LOC107192178), 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)

LOC107192178 ( XM_015581384.1 ) cDNA ORF clone, Dufourea novaeangliae -> XP_015436870.1 Dufourea novaeangliae paired amphipathic helix protein Sin3a (LOC107192178), mRNA.

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CloneID	ODu10157
Clone ID Related Accession (Same CDS sequence)	XM_015581384.1
Accession Version	XM_015581384.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4545bp) 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: paired amphipathic helix protein Sin3a
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015374191.1) 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 ##RefSeq-Attributes-END##

ATGAAACGCG TTCGCGGGCT GGACGAGGTA GCATCACCAG CAGCAGCAAC ATTAAAGCAC 
TCGTCAGTGA GTGCAGGAAG TGGCTTAGGT GGCGGAGGAG GTGGTTTGGA GTATCATTCA 
AGCAGTGGAA TAGGCGTTGT TGTACCTGGC CAAGCAGTTC GATCAGTTAC TTCGAAAGAA 
ATGCCGGGTA GCATACAATT CGGAAGTGCC CAAGCTCAAC AGCAATACAC CGGAGCAATT 
GTTGTGCCCA CCGCGGCTCC GTCCCCCATT AAGGGAAGTG GATCTGCAGG ACTTACTACT 
ACATGTGGCA GTAGCAGTGT AAATACTGGT GGAGGGTTGC ATAGTGGGAT AGGTGGTGGG 
AGTAACCATA GTATGGGTTC TCAGCAACCT GCACCAGGAA CACAGAGTCA AGTTCATAGC 
CAGCAACAGC CAACAATAAG GCATAAGGTC CACTCTGGAA ATGTAACGCC ACTAGCTTCA 
ACCCCACCAG GCTCTAGCCT AGGTGGTGGA AGTGGGTCCC AACAATTTCA GAGATTAAAA 
GTAGAGGATG CATTGTCTTA CTTAGATCAA GTCAAGTACA AATTTAGTGA TCAGCCACAG 
GTGTATAATG ACTTCTTAGA TATTATGAAA GAATTTAAGT CGCAAAGCAT AGATACTCCA 
GGTGTTATAA CACGAGTGAG TCATTTATTC AAAGGGCACC CTGAGCTTAT TGTGGGTTTC 
AATACATTTC TTCCACCTGG ATATAAAATA GAGGTGCAAG CGAATGAACA AGGATATGCG 
TTTCAAGTAT CTGTCAGTAT GCCAAGTCCA ACTGCAACAC ATACTGCTAC CTTATCGCAG 
CATCATTGCA CAGTCAATGT AGGTTCACCT CCTGTTGCAA GTCCACCAAC ACAACCAGCA 
AAGGCACCCC CAGTTTTACA AATAATGCAC GGGTCCGGGA ATATACATCA CTCTCACATT 
TCAAACAATA TTTCCAACAA CAGTTTAACA GTGCATGCAC CATCACCGCC ACCGGTGCAG 
GCATACAATA ATTCACATGT TAGTGCGGCA CAAGCTCAGG CTGTTAGTCA AGCATTAAGT 
CAAGCACAAG ATGGAATACC AACTAGTGGG CAAACACAAC AGAGCCAACC GGTTGAATTT 
AACCATGCAA TTAATTATGT TAATAAAATC AAGAACCGAT TCCAAGGTCA GCCGGACAAA 
TACAAACGGT TCCTGGAAAT ATTGCATACT TATCAAAAAG AGCAACGGAA CTTAAAAGAA 
TCTGGGCACA TGGGTGGCAC AAGTGGATCC GGTGGTACTG GCGGAGCGAA GCTAACAGAG 
GCAGAAGTTT ACAGTCAAGT TGCCAAATTG TTCGAGAATC AAGAAGACTT GCTCGCCGAG 
TTTGGTCAGT TTTTGCCAGA CGCCACTAAT CAACAGAGCT CATTGAGTAA CAAGACTGCT 
ACAGTTAATG ATCACACAAC AATCGTTAAG AAACCATTGG GACCCAAGGC ACCTTACAAT 
AATTCGGGGA ATATCTCGAG AGAACTTCGA GAGTCGAGCG GCACCAGTAC GATAGAACGT 
GAAAGCCGCG ATCACAGGGA TCGCGAACGA GAACGGGACA GATCCGGCGT TCGAGATATC 
AACAGTGCCC AGAAATGTAG TCACAATACG GGACCATTGA GTCACAAACG GAGTCCATCG 
TTTTCCCCGT CGGTAACAGC CGGAAATTCA CATCACATAC AGCACGGTCC ACCCCCAAAG 
AAGCCTAAAG TAACGTCCAT GCGTGAATGC GTTACCACAG CAGAGGCTGG GAAGTATGGG 
AGTCTGAATG ACTATGCTTT TTTCGACAAG GTGCGGAAAG CGCTAAGATC TCAAGAAGTC 
TACGAAAACT TCCTGAGATG CTTAGTCCTG TTTAACCAAG AGATCGTGTC CAAATCTGAA 
CTGGTGCAAT TGATAACGCC ATTTCTTGGT CGCTTTCCCG AGCTTTTACG CTGGTTCAAA 
GACTTCCTGG GCCATTTACC CGAGTCCTCT ACCACCACTA CAACCAATAC GGCAAGCAAT 
ATGAATGTCG AAGCGTTACC AAATAATGTC GTACGAAGTC ATCAAGAGCG TCCTCAGGGC 
GATCTGGCCA TGGAAATAGA CTATACAGCA TGCAAACGTC TCGGGGCGTC GTATTGCGCG 
TTACCAAAGT CTTACGTTCA ACCAAAGTGT ACAGGAAGAA CGCAGTTGTG TAAAGAAGTT 
CTTAACGATA CGTGGGTCTC GTTTCCAACG TGGTCTGAAG ACAGCACATT TGTAACGTCA 
AGGAAAACCC AATACGAGGA GTTCATCTAC CGTTGCGAGG ATGAACGATT CGAATTAGAC 
GGCGTGATAG AAACAAACGC ATCTACGATT CGAGTTCTCG AAGGTGTCCA CAAGAAAATG 
AGTAGAATGA GTCAAGAGGA ACTTCAGAAA TTCAAGCTCG ATGATTGCCT CGGTGGTTGT 
TCGCCTACGA TTCACCAAAG AGCACTGAAG AGGATATACG GCGATAAGGC GACCGATATC 
ATAGAAGGTC TTAAAAGGAA TCCGGTGGTT GCGGTACCTG TGGTTCTTCG GCGACTGAAA 
AGTAAAGAGG AAGAATGGCG GGAGGCCCAA AAAGGTTTCA ATAAAATTTG GAGGGAACAG 
AATGAAAAGT ACTATCTGAA ATCCCTAGAC CATCAGGGTA TCAACTTTAA GCAAAACGAC 
GTGAAAGCTC TCAGGTCCAA AAGTTTATTC AACGAGATCG AGACGTTGTA CGATGAAAGG 
CACGAACAAG TTGACGATGG CAGCGGAGAT GGACAAAATA ACAGCGGGCC ACATCTTGTG 
CTACCCTATA AGGATAAATC GGTTCTAGAT GATGCAGCTA ACCTTTTGAT TCATCATGTA 
AAGCGTCAAA CGGCAATCCA CAAAGAAGAC AAGCAACGAA TAAAGCTCTT ATTAAAACAT 
TTTATACCTG ATCTTTTCTT TCATCCACGC CAAGAACTCA GTGACGATGA GAGGGACGAA 
GATGATGAAA AAGAAGACCT GAATGTAGCA GCGTGTAGCA ATTCTCAGTC AGTGACAATG 
AATACATCTC CGTTGGGTGG TGGTCTACAA GCGAATAGGA ATAAGGCACC GGTATCGCCG 
ATTCCGTCTT CCACGTCGAT TAAAACCGAA CCTGACATCA AATTACCCAT CCATGCCTTG 
TCGAATGACC CTGAGGAAGC GTACACGCTC TTCATGGGCA GTAACAATTG GTACCTCTTT 
TTGAGGTTAC ATCACATTCT GTGTGAAAGA TTAACGAAAA TGTATGAAAG GGCTGTCGCC 
CTCGCTGAAG AGGAATCACG ATTCAAACAG CAACGGAAAG AAAGTACAGC TGTTGCTTTA 
AGATTAAAAC CTAAAAATGA AATTGAAATC GAAGATTATT ACCCTGCATT TTTGGATATG 
GTTAAAAATG TCCTGGACGG TAATATGGAG AGTACTGCGT ACGAAGATAC CCTGCGAGAA 
ATGTTTGGTA TCCACGCGTA TATTGCCTTC ACGTTGGACA AGGTCGTTAC GTACGCTGTG 
AGACAATTGC AGCATTTAGT TTCGGACCCC ATATGTCAAC AATGTACGGA CTTATTCCAA 
CGAGAACAAA GACAACCAAA AGAAAGCAGT GGCGCGGGTG GTTTATGTGC TACTGCGTAC 
ATGAGACTTG GTGCAGAAAT GGCGTACCAA CGCAAAGCTG AAAAAGCTAT GGCGGAAGAA 
AATTGTTTTA AAATATATAT ATATAAAAAG GACTGTAAGA TGACAATGGA ATTATTGGAT 
ACGGAAGGTG ATGAGGCGAT GNGAAGGGAA GGAGTTACAG TATCTGAAAA ATGGTCTACG 
TATGTTGAGA GGTTTTCTGC TCCAGCTGGT CAGACTAGCC CGAAAGACAC CCCTACCTTA 
ACAGACAATG AGCCAACAAC CAATCATCCT ATGGATGGAA ATGGTTGGAG TTCTTTAGGC 
AGAATCTTGG CAGGACGTAA GCCTGTATTT CTGTATCGTA ATGTACGACA ATGGAGGAAG 
AAGGCCGCAA GGATGATGTC TGCATCTATG CCTAATGCTA ATAATCCTGA GAAGGGTGCA 
GAATCAACTG ACAAAGACAA GGCACTAGAC CCTGTAGATG CGCTTCTAAA ACGGCCTCCT 
GCTTTAAGAT TAACTGAATC CGGTGATAAC TCTGATATCA TCAATTCCGA TGAAACCCAA 
TGCAGATTTA ATCCCAACAG TTACCAAATG CTTTATGTTG CGAGCAAGGA AGCATTCCTT 
TATAAGCAAA ACTCGTTCAG TCGTGCCAGA GAGTGTCATC CAGCTGTGAC GAAACATTTG 
AACTCAAAGT TCCACCAGTG GTTAGCGTCC TGGGCGTCTA AAAACGTGGC GGACATACAG 
CACCGGTTAT GCCAAGACTG GTTAATGGGC CGTTACGAGA ACTTAATCCC TCACAAGACA 
CGAGTGATCA CTGACAATGA CCAAACTAGA TCACCTTACC GACAATACAA TCGTTATCGT 
GTAGAACGCT TGCAACCCGA CCGTCTGACG GAACCATGTG TATAA

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

RefSeq	XP_015436870.1
CDS	1223..5767
Translation	MKRVRGLDEVASPAAATLKHSSVSAGSGLGGGGGGLEYHSSSGIGVVVPGQAVRSVTSKEMPGSIQFGSAQAQQQYTGAIVVPTAAPSPIKGSGSAGLTTTCGSSSVNTGGGLHSGIGGGSNHSMGSQQPAPGTQSQVHSQQQPTIRHKVHSGNVTPLASTPPGSSLGGGSGSQQFQRLKVEDALSYLDQVKYKFSDQPQVYNDFLDIMKEFKSQSIDTPGVITRVSHLFKGHPELIVGFNTFLPPGYKIEVQANEQGYAFQVSVSMPSPTATHTATLSQHHCTVNVGSPPVASPPTQPAKAPPVLQIMHGSGNIHHSHISNNISNNSLTVHAPSPPPVQAYNNSHVSAAQAQAVSQALSQAQDGIPTSGQTQQSQPVEFNHAINYVNKIKNRFQGQPDKYKRFLEILHTYQKEQRNLKESGHMGGTSGSGGTGGAKLTEAEVYSQVAKLFENQEDLLAEFGQFLPDATNQQSSLSNKTATVNDHTTIVKKPLGPKAPYNNSGNISRELRESSGTSTIERESRDHRDRERERDRSGVRDINSAQKCSHNTGPLSHKRSPSFSPSVTAGNSHHIQHGPPPKKPKVTSMRECVTTAEAGKYGSLNDYAFFDKVRKALRSQEVYENFLRCLVLFNQEIVSKSELVQLITPFLGRFPELLRWFKDFLGHLPESSTTTTTNTASNMNVEALPNNVVRSHQERPQGDLAMEIDYTACKRLGASYCALPKSYVQPKCTGRTQLCKEVLNDTWVSFPTWSEDSTFVTSRKTQYEEFIYRCEDERFELDGVIETNASTIRVLEGVHKKMSRMSQEELQKFKLDDCLGGCSPTIHQRALKRIYGDKATDIIEGLKRNPVVAVPVVLRRLKSKEEEWREAQKGFNKIWREQNEKYYLKSLDHQGINFKQNDVKALRSKSLFNEIETLYDERHEQVDDGSGDGQNNSGPHLVLPYKDKSVLDDAANLLIHHVKRQTAIHKEDKQRIKLLLKHFIPDLFFHPRQELSDDERDEDDEKEDLNVAACSNSQSVTMNTSPLGGGLQANRNKAPVSPIPSSTSIKTEPDIKLPIHALSNDPEEAYTLFMGSNNWYLFLRLHHILCERLTKMYERAVALAEEESRFKQQRKESTAVALRLKPKNEIEIEDYYPAFLDMVKNVLDGNMESTAYEDTLREMFGIHAYIAFTLDKVVTYAVRQLQHLVSDPICQQCTDLFQREQRQPKESSGAGGLCATAYMRLGAEMAYQRKAEKAMAEENCFKIYIYKKDCKMTMELLDTEGDEAMnullREGVTVSEKWSTYVERFSAPAGQTSPKDTPTLTDNEPTTNHPMDGNGWSSLGRILAGRKPVFLYRNVRQWRKKAARMMSASMPNANNPEKGAESTDKDKALDPVDALLKRPPALRLTESGDNSDIINSDETQCRFNPNSYQMLYVASKEAFLYKQNSFSRARECHPAVTKHLNSKFHQWLASWASKNVADIQHRLCQDWLMGRYENLIPHKTRVITDNDQTRSPYRQYNRYRVERLQPDRLTEPCV

Target ORF information:

RefSeq Version	XM_015581384.1
Organism	Dufourea novaeangliae
Definition	Dufourea novaeangliae paired amphipathic helix protein Sin3a (LOC107192178), mRNA.

Target ORF information:

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

XM_015581384.1

ORF Insert Sequence:

ATGAAACGCG TTCGCGGGCT GGACGAGGTA GCATCACCAG CAGCAGCAAC ATTAAAGCAC 
TCGTCAGTGA GTGCAGGAAG TGGCTTAGGT GGCGGAGGAG GTGGTTTGGA GTATCATTCA 
AGCAGTGGAA TAGGCGTTGT TGTACCTGGC CAAGCAGTTC GATCAGTTAC TTCGAAAGAA 
ATGCCGGGTA GCATACAATT CGGAAGTGCC CAAGCTCAAC AGCAATACAC CGGAGCAATT 
GTTGTGCCCA CCGCGGCTCC GTCCCCCATT AAGGGAAGTG GATCTGCAGG ACTTACTACT 
ACATGTGGCA GTAGCAGTGT AAATACTGGT GGAGGGTTGC ATAGTGGGAT AGGTGGTGGG 
AGTAACCATA GTATGGGTTC TCAGCAACCT GCACCAGGAA CACAGAGTCA AGTTCATAGC 
CAGCAACAGC CAACAATAAG GCATAAGGTC CACTCTGGAA ATGTAACGCC ACTAGCTTCA 
ACCCCACCAG GCTCTAGCCT AGGTGGTGGA AGTGGGTCCC AACAATTTCA GAGATTAAAA 
GTAGAGGATG CATTGTCTTA CTTAGATCAA GTCAAGTACA AATTTAGTGA TCAGCCACAG 
GTGTATAATG ACTTCTTAGA TATTATGAAA GAATTTAAGT CGCAAAGCAT AGATACTCCA 
GGTGTTATAA CACGAGTGAG TCATTTATTC AAAGGGCACC CTGAGCTTAT TGTGGGTTTC 
AATACATTTC TTCCACCTGG ATATAAAATA GAGGTGCAAG CGAATGAACA AGGATATGCG 
TTTCAAGTAT CTGTCAGTAT GCCAAGTCCA ACTGCAACAC ATACTGCTAC CTTATCGCAG 
CATCATTGCA CAGTCAATGT AGGTTCACCT CCTGTTGCAA GTCCACCAAC ACAACCAGCA 
AAGGCACCCC CAGTTTTACA AATAATGCAC GGGTCCGGGA ATATACATCA CTCTCACATT 
TCAAACAATA TTTCCAACAA CAGTTTAACA GTGCATGCAC CATCACCGCC ACCGGTGCAG 
GCATACAATA ATTCACATGT TAGTGCGGCA CAAGCTCAGG CTGTTAGTCA AGCATTAAGT 
CAAGCACAAG ATGGAATACC AACTAGTGGG CAAACACAAC AGAGCCAACC GGTTGAATTT 
AACCATGCAA TTAATTATGT TAATAAAATC AAGAACCGAT TCCAAGGTCA GCCGGACAAA 
TACAAACGGT TCCTGGAAAT ATTGCATACT TATCAAAAAG AGCAACGGAA CTTAAAAGAA 
TCTGGGCACA TGGGTGGCAC AAGTGGATCC GGTGGTACTG GCGGAGCGAA GCTAACAGAG 
GCAGAAGTTT ACAGTCAAGT TGCCAAATTG TTCGAGAATC AAGAAGACTT GCTCGCCGAG 
TTTGGTCAGT TTTTGCCAGA CGCCACTAAT CAACAGAGCT CATTGAGTAA CAAGACTGCT 
ACAGTTAATG ATCACACAAC AATCGTTAAG AAACCATTGG GACCCAAGGC ACCTTACAAT 
AATTCGGGGA ATATCTCGAG AGAACTTCGA GAGTCGAGCG GCACCAGTAC GATAGAACGT 
GAAAGCCGCG ATCACAGGGA TCGCGAACGA GAACGGGACA GATCCGGCGT TCGAGATATC 
AACAGTGCCC AGAAATGTAG TCACAATACG GGACCATTGA GTCACAAACG GAGTCCATCG 
TTTTCCCCGT CGGTAACAGC CGGAAATTCA CATCACATAC AGCACGGTCC ACCCCCAAAG 
AAGCCTAAAG TAACGTCCAT GCGTGAATGC GTTACCACAG CAGAGGCTGG GAAGTATGGG 
AGTCTGAATG ACTATGCTTT TTTCGACAAG GTGCGGAAAG CGCTAAGATC TCAAGAAGTC 
TACGAAAACT TCCTGAGATG CTTAGTCCTG TTTAACCAAG AGATCGTGTC CAAATCTGAA 
CTGGTGCAAT TGATAACGCC ATTTCTTGGT CGCTTTCCCG AGCTTTTACG CTGGTTCAAA 
GACTTCCTGG GCCATTTACC CGAGTCCTCT ACCACCACTA CAACCAATAC GGCAAGCAAT 
ATGAATGTCG AAGCGTTACC AAATAATGTC GTACGAAGTC ATCAAGAGCG TCCTCAGGGC 
GATCTGGCCA TGGAAATAGA CTATACAGCA TGCAAACGTC TCGGGGCGTC GTATTGCGCG 
TTACCAAAGT CTTACGTTCA ACCAAAGTGT ACAGGAAGAA CGCAGTTGTG TAAAGAAGTT 
CTTAACGATA CGTGGGTCTC GTTTCCAACG TGGTCTGAAG ACAGCACATT TGTAACGTCA 
AGGAAAACCC AATACGAGGA GTTCATCTAC CGTTGCGAGG ATGAACGATT CGAATTAGAC 
GGCGTGATAG AAACAAACGC ATCTACGATT CGAGTTCTCG AAGGTGTCCA CAAGAAAATG 
AGTAGAATGA GTCAAGAGGA ACTTCAGAAA TTCAAGCTCG ATGATTGCCT CGGTGGTTGT 
TCGCCTACGA TTCACCAAAG AGCACTGAAG AGGATATACG GCGATAAGGC GACCGATATC 
ATAGAAGGTC TTAAAAGGAA TCCGGTGGTT GCGGTACCTG TGGTTCTTCG GCGACTGAAA 
AGTAAAGAGG AAGAATGGCG GGAGGCCCAA AAAGGTTTCA ATAAAATTTG GAGGGAACAG 
AATGAAAAGT ACTATCTGAA ATCCCTAGAC CATCAGGGTA TCAACTTTAA GCAAAACGAC 
GTGAAAGCTC TCAGGTCCAA AAGTTTATTC AACGAGATCG AGACGTTGTA CGATGAAAGG 
CACGAACAAG TTGACGATGG CAGCGGAGAT GGACAAAATA ACAGCGGGCC ACATCTTGTG 
CTACCCTATA AGGATAAATC GGTTCTAGAT GATGCAGCTA ACCTTTTGAT TCATCATGTA 
AAGCGTCAAA CGGCAATCCA CAAAGAAGAC AAGCAACGAA TAAAGCTCTT ATTAAAACAT 
TTTATACCTG ATCTTTTCTT TCATCCACGC CAAGAACTCA GTGACGATGA GAGGGACGAA 
GATGATGAAA AAGAAGACCT GAATGTAGCA GCGTGTAGCA ATTCTCAGTC AGTGACAATG 
AATACATCTC CGTTGGGTGG TGGTCTACAA GCGAATAGGA ATAAGGCACC GGTATCGCCG 
ATTCCGTCTT CCACGTCGAT TAAAACCGAA CCTGACATCA AATTACCCAT CCATGCCTTG 
TCGAATGACC CTGAGGAAGC GTACACGCTC TTCATGGGCA GTAACAATTG GTACCTCTTT 
TTGAGGTTAC ATCACATTCT GTGTGAAAGA TTAACGAAAA TGTATGAAAG GGCTGTCGCC 
CTCGCTGAAG AGGAATCACG ATTCAAACAG CAACGGAAAG AAAGTACAGC TGTTGCTTTA 
AGATTAAAAC CTAAAAATGA AATTGAAATC GAAGATTATT ACCCTGCATT TTTGGATATG 
GTTAAAAATG TCCTGGACGG TAATATGGAG AGTACTGCGT ACGAAGATAC CCTGCGAGAA 
ATGTTTGGTA TCCACGCGTA TATTGCCTTC ACGTTGGACA AGGTCGTTAC GTACGCTGTG 
AGACAATTGC AGCATTTAGT TTCGGACCCC ATATGTCAAC AATGTACGGA CTTATTCCAA 
CGAGAACAAA GACAACCAAA AGAAAGCAGT GGCGCGGGTG GTTTATGTGC TACTGCGTAC 
ATGAGACTTG GTGCAGAAAT GGCGTACCAA CGCAAAGCTG AAAAAGCTAT GGCGGAAGAA 
AATTGTTTTA AAATATATAT ATATAAAAAG GACTGTAAGA TGACAATGGA ATTATTGGAT 
ACGGAAGGTG ATGAGGCGAT GNGAAGGGAA GGAGTTACAG TATCTGAAAA ATGGTCTACG 
TATGTTGAGA GGTTTTCTGC TCCAGCTGGT CAGACTAGCC CGAAAGACAC CCCTACCTTA 
ACAGACAATG AGCCAACAAC CAATCATCCT ATGGATGGAA ATGGTTGGAG TTCTTTAGGC 
AGAATCTTGG CAGGACGTAA GCCTGTATTT CTGTATCGTA ATGTACGACA ATGGAGGAAG 
AAGGCCGCAA GGATGATGTC TGCATCTATG CCTAATGCTA ATAATCCTGA GAAGGGTGCA 
GAATCAACTG ACAAAGACAA GGCACTAGAC CCTGTAGATG CGCTTCTAAA ACGGCCTCCT 
GCTTTAAGAT TAACTGAATC CGGTGATAAC TCTGATATCA TCAATTCCGA TGAAACCCAA 
TGCAGATTTA ATCCCAACAG TTACCAAATG CTTTATGTTG CGAGCAAGGA AGCATTCCTT 
TATAAGCAAA ACTCGTTCAG TCGTGCCAGA GAGTGTCATC CAGCTGTGAC GAAACATTTG 
AACTCAAAGT TCCACCAGTG GTTAGCGTCC TGGGCGTCTA AAAACGTGGC GGACATACAG 
CACCGGTTAT GCCAAGACTG GTTAATGGGC CGTTACGAGA ACTTAATCCC TCACAAGACA 
CGAGTGATCA CTGACAATGA CCAAACTAGA TCACCTTACC GACAATACAA TCGTTATCGT 
GTAGAACGCT TGCAACCCGA CCGTCTGACG GAACCATGTG TATAA