LOC110286274 cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110286274
Entrez Gene ID	110286274
Full Name	protein SCAF11-like
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021152717.1	XP_021008376.1	LOW QUALITY PROTEIN: protein SCAF11-like

Pathways from BioSystems
Gene Ontology

The following LOC110286274 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110286274 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
OMv09658	XM_021152717.1 Latest version!	Mus caroli protein SCAF11-like (LOC110286274), 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)

LOC110286274 ( XM_021152717.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021008376.1 Mus caroli protein SCAF11-like (LOC110286274), mRNA.

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CloneID	OMv09658
Clone ID Related Accession (Same CDS sequence)	XM_021152717.1
Accession Version	XM_021152717.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4092bp) 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	2017-05-20
Organism	Mus caroli(Ryukyu mouse)
Product	LOW QUALITY PROTEIN: protein SCAF11-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034589.1) 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 :: Mus caroli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 3% of CDS bases frameshifts :: corrected 5 indels internal stop codons :: corrected 5 genomic stop codons ##RefSeq-Attributes-END##

ATGGTTAAGC AGGCATCAAA GAAGAAAGCA ATGTCTAGTG CTAAGGGCTG CACAGAGGTA 
AAAGAATGTG AAGCCTGTGA AGGTCCTAAC TCCCTAAGTT CTTGGAAATA CTTATTTGTT 
TTGCTTTTCT TACAGATTCA AGTAAAAAGA AGGTTGAGAG AAACAGAGGA CAAGGAAAAT 
GAAAGGTCTT TTAAGAAACA ACTATTTTAT CATGAGAGTT CCAAAGGCAA CAAGAGAAAA 
AGAAACACCA TAAGAGAATA TCTATTATGT GAAATATCTG AAGGCTTGAA TGTGTTGTAT 
AGAAACATTT CAAATAAAAT GGATGGAAAG AAAAATGCTG CAGTAAAGAC AAATAAGGTT 
CAAAGATAAA ATCAGTGTAC AGATTCTTGT ATTAGAAATG ACATGTCCAG TGTGTATTTA 
TGTGGCAGCC ACAGCTGGGG ACCTTGCACC TATAGAGCTT CCTGTAGAGA ATCTGTAGAA 
GTCAATGAAA TCAGTGCATT GATTAGGCAA AAACAACAGG AACTGGAGTT GCCATGGTTT 
CCTAATACAT TACCTGGAAA TGGAAGAGTT GGCTCTGTAC CCTGGAGTGT AGAGACAGTC 
CTCCTCTCTC TGGCTTCCTC AGAGTTGCCA AGGATGGTTT TCCCAACAAG TACCAAGTCA 
CTAGAGCATT TTGGTACTTC TCATAATGGA TATGCATTAG CACATACCCA AGGAGGAGGA 
GGAAAAAAGC AAACTTCAGG CACATCAAAT ACCAGAGGAT CAAGACAAAA ACCTGCAGCA 
ACTGCTCCTA CAAGGAGGTC CACATGAAAC ACGTGAGCTG AGACAGTCAG TCAGTCCCAG 
AAGTCCCCAC TGTCAAACTA TTCTGAGTGT GATGCCCCAG GGAATAGTAA TTCCTCTGTA 
AGTATTTCTC CTCCAGCTGA ATCAGAAAAG CAAACAAGAC AGGCTCCAAA ATGGAAGTCT 
GGGAGGAGAG GAAGAAAACC GCCTTTATTG AAAAAGAAAC TTAGGAAATC TGTACCCCCC 
CCCGCCCCCC GCGAAAAATC ACCTAGCTAT TCAGTAGAGG AAGAAAGTGT GGACTCTGAC 
ACTCCACCTG TGTTGGAGAA AGAACAACAA TCATGTGTAG AAAGTAGTAG CATTTGCTCT 
GTTCAAACAG ATGAAGAGAA TCATCTTCAT CTTGAAAGTT GCAGTGAACA ATCAGAAGAA 
AATGAACAAA CCAAGAATCA TGAGATTGAG GAGCAAACAG AAAGTTTAAA TTCTGAATCT 
TGCACTCAAT ATCCTTGTGT GCTTGTTGGA GAGGATACAG GGATAGAGGC CAAGGAGTTC 
TGTGTAGACC ATGATATTTC TCCAGATACT TCTCTAAGAG GAAGTGATCC AGTAGAACAC 
CAAAATCAGG TGTCTGGANN AGCTCAGTCA GAGGTACAGG CACTTGTGTG TACAGAGAGT 
ACTCCTGAAG ATTCTCTTAC ATGTCTACCT TTTGACATTG AACACCAACC CGTGTCCAGT 
TCCCTAGATG AAGTATCTGA TAACACCACA CCAGTGGTTA GTGATGAAAG AACACAGGAG 
AGTCTCATTG TAGAAAGTAC TGATTTGAAC GATTCTGCAG TAAACACAGA AGCATTTGTA 
GAGAGCCCCA AAATGGAATT TTCTGAGGGT GAAACTGCAC ACGGACTGGA CAGACACTGT 
GTTCCCAGCT CAGACACTGA GTTGCCTGAG CATATTCAAA CAGAAAATAC AGAAATAATT 
ACAGCATATG GCACTTCAGA AAATGAAAAT TCTCATGCTG TTCAAGACTG TGAAGATAAC 
TTATTAAAAC ATAATCTTGA CAACTCCCAA TCAGATACAT TCTTAGAAGA AAGGACAGAC 
TCTCTAGTTG AACATCCAAT CCATTCAGAG TTATCTCACA AAGAGGTTGA ACAGAGTGAG 
AAACATTTCA GTGATAATAA TAATGAAACA GTACCTATGG AGTGCGATTC TTTCTGTAGT 
GACCAGAATG AGTCTGAAGT AGAGTCATCT GCAAATACTG TCTCTAAACA ATTGAGTGAA 
AATTCTGTGC AACACAGTTC TGTTGACAAG CTGTCTTCTG ATCCTGCAGT TGAGAAGGTT 
GAAACTGGAG CACAATCAGC TGAAAGCTTA GTGGATAAAG CCCCAAAGCC TTGTACTTGA 
AGATCTAGAT TCCATTCTCC ATCTACAACT TGGTTTCCTA ATAAAGATGC TGCACAAGAA 
AAGAGGCGTG CTTAGTCTTT GTCTCCAAAA AGAGAGACTG CAATAGAAAG TAAGAGTTTT 
CAGTCACCAT CACCCAAGAG AGAATCTGCC AGAGGATGGA GAAAATCTCA TTCTCTCTCA 
CCGAAAAAAG ATGTAGCAAG AGAAAGGAGG CAGTCTTGCT CTCCAAAGAG AGAGAATGCT 
AGGGAAGCTA AAAGATCTGA GTCAGGGTCC CCAAGAAGTA ATACTTCTAG AGAGAACCAG 
AGGTCTCAGT CCCAAGTGAA AGATTCTTCC TCAACAGAAA AATCGAGGTC CTGGAGCAGA 
GAAAGAGAAA TTGATAGAGA AGCTCAGAGG AGAGAGCAAG ACAGAGAGAG GAGAGCTAGA 
AGATGGTCCC GGTCCAGATC CCGCTCTCGA TCGCCATCAA GATTAAGAAC AAAAAGTAAG 
ACTTCATCAT TTGGTAGAAA TGAGAGAGAT AATTACTCTC CTTGGTGGGA GGAAAGATGG 
ACAAATGATG GTTGGAGGTG TCCCAGAGGA AATGATCGGT ACCGGAGGAA TGATTCAGAG 
AAACAAAATG AAAATACAAG AAATGAAAAA AATGAAATCA CTGCAGATAC TAATGATCCA 
AGTTACACAG ATAAGCATAG AAAAGACTGT CACAGTTGGA TAACAGAAAA AAATAATTCT 
GGGCCAGATC CAAGGACCAG AAATCCAGAA AAGTTAAAAG ATCTCCACTG GGAGCCGGAA 
AATAGAAATG AAAATTCAGG GAATTCTTGG ACTAAAAACT TTGGCCCAGG CTGGATGTCC 
AGCCGTGGTC GAGGCGGCCA TGGGAAAGGT GCTTACAGAG GTAATTTTGC CTGTAGTGAC 
CAGAGCGAGA ACAGGTGGCA AAGCTGTACA CCCCTCTCAG GGACCGACTC TTTCAAGTCT 
GCGGAGCAGC AGTTCTCTAA GTGGAAAAGT GAGCAGGAGC TGTCCTTTGG CACAGCAGCA 
GACAGATCAA GGTGGACACC TGCATCTAGT TGGACAGTAA GAAAAACTCT GCCCGCAGAT 
GTGCAGAACT ATTACTCTCG GCAGGGCAGG AACTCTTCAG GCCCACAGTC TGGGTGGATG 
AGAGAGGAGG AGGAGACCCC TGAGCAGGAT TCTAACTTAA AAGACCAAAC AAACCAAGTT 
GACGGTTCTC AGCTGCCTGT GAATATGATG CAGTCACACA TGAGTGTAAT GCAGCATCCA 
GTGAATGCCC AGCACCCGCC TATGGGGATC TTCCCATACT CAGTGGGTGT TCCAGACCCA 
ATGATGAATA TGCAGCGGAA CCCATTCACC ATGCACCCTC TGCTGCCCCT GCATCTTCAT 
ACAGGTNNAG CTAACCCTGC AAGTATACCT CAGGGACCAT CACCAACACC CCCTCTGCTA 
CCATCCCAGC AGGTCAGCTA CATCGCCTCA CAACCAGATG GGAAACAAGT GCAGGGCCTT 
CCAAGTTCTT CTCATGTAGG TAATAATATG AATACACAAG TGTTGCCTGC TCCATCAGCA 
ACCCCATCAA ACATGGGATC AGTTCAGGGA CCAAGTTCTG GTAATACTTC GTCATCAAAT 
CACGTCCAAG CCTCTAACGC TGCTGTAAAA TTGGCAGAAA GCAAAAAATT GCAAATTCAA 
GAGAAAGCAG CACAGGAGGT GAAAGTGCCT ATTAAGCCAT TTTATCATAA TAAAGACATC 
ACTAAGGAAG AGTACAAGGA GATTGTGCGG AAGGCAGTGG ACAAAGTTTG TCATAGTAAG 
AGTGGAGAAT TAAATTCTAC CAAAGTGGCA AATCTGGTTA AAGCATATGT AGACAAGTAC 
AAATACTCAC GGAAGGGAAG CCAGAAGAAA TCTCTGGAAG AACCCGTGTC TACAGAAAAA 
AAACTAGGCT GA

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

RefSeq	XP_021008376.1
CDS	1..4092
Translation	MVKQASKKKAMSSAKGCTEVKECEACEGPNSLSSWKYLFVLLFLQIQVKRRLRETEDKENERSFKKQLFYHESSKGNKRKRNTIREYLLCEISEGLNVLYRNISNKMDGKKNAAVKTNKVQRNQCTDSCIRNDMSSVYLCGSHSWGPCTYRASCRESVEVNEISALIRQKQQELELPWFPNTLPGNGRVGSVPWSVETVLLSLASSELPRMVFPTSTKSLEHFGTSHNGYALAHTQGGGGKKQTSGTSNTRGSRQKPAATAPTRRSTNTAETVSQSQKSPLSNYSECDAPGNSNSSVSISPPAESEKQTRQAPKWKSGRRGRKPPLLKKKLRKSVPPPAPREKSPSYSVEEESVDSDTPPVLEKEQQSCVESSSICSVQTDEENHLHLESCSEQSEENEQTKNHEIEEQTESLNSESCTQYPCVLVGEDTGIEAKEFCVDHDISPDTSLRGSDPVEHQNQVSGnullAQSEVQALVCTESTPEDSLTCLPFDIEHQPVSSSLDEVSDNTTPVVSDERTQESLIVESTDLNDSAVNTEAFVESPKMEFSEGETAHGLDRHCVPSSDTELPEHIQTENTEIITAYGTSENENSHAVQDCEDNLLKHNLDNSQSDTFLEERTDSLVEHPIHSELSHKEVEQSEKHFSDNNNETVPMECDSFCSDQNESEVESSANTVSKQLSENSVQHSSVDKLSSDPAVEKVETGAQSAESLVDKAPKPCTRSRFHSPSTTWFPNKDAAQEKRRA*SLSPKRETAIESKSFQSPSPKRESARGWRKSHSLSPKKDVARERRQSCSPKRENAREAKRSESGSPRSNTSRENQRSQSQVKDSSSTEKSRSWSREREIDREAQRREQDRERRARRWSRSRSRSRSPSRLRTKSKTSSFGRNERDNYSPWWEERWTNDGWRCPRGNDRYRRNDSEKQNENTRNEKNEITADTNDPSYTDKHRKDCHSWITEKNNSGPDPRTRNPEKLKDLHWEPENRNENSGNSWTKNFGPGWMSSRGRGGHGKGAYRGNFACSDQSENRWQSCTPLSGTDSFKSAEQQFSKWKSEQELSFGTAADRSRWTPASSWTVRKTLPADVQNYYSRQGRNSSGPQSGWMREEEETPEQDSNLKDQTNQVDGSQLPVNMMQSHMSVMQHPVNAQHPPMGIFPYSVGVPDPMMNMQRNPFTMHPLLPLHLHTGnullANPASIPQGPSPTPPLLPSQQVSYIASQPDGKQVQGLPSSSHVGNNMNTQVLPAPSATPSNMGSVQGPSSGNTSSSNHVQASNAAVKLAESKKLQIQEKAAQEVKVPIKPFYHNKDITKEEYKEIVRKAVDKVCHSKSGELNSTKVANLVKAYVDKYKYSRKGSQKKSLEEPVSTEKKLG

Target ORF information:

RefSeq Version	XM_021152717.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli protein SCAF11-like (LOC110286274), mRNA.

Target ORF information:

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

XM_021152717.1

ORF Insert Sequence:

ATGGTTAAGC AGGCATCAAA GAAGAAAGCA ATGTCTAGTG CTAAGGGCTG CACAGAGGTA 
AAAGAATGTG AAGCCTGTGA AGGTCCTAAC TCCCTAAGTT CTTGGAAATA CTTATTTGTT 
TTGCTTTTCT TACAGATTCA AGTAAAAAGA AGGTTGAGAG AAACAGAGGA CAAGGAAAAT 
GAAAGGTCTT TTAAGAAACA ACTATTTTAT CATGAGAGTT CCAAAGGCAA CAAGAGAAAA 
AGAAACACCA TAAGAGAATA TCTATTATGT GAAATATCTG AAGGCTTGAA TGTGTTGTAT 
AGAAACATTT CAAATAAAAT GGATGGAAAG AAAAATGCTG CAGTAAAGAC AAATAAGGTT 
CAAAGATAAA ATCAGTGTAC AGATTCTTGT ATTAGAAATG ACATGTCCAG TGTGTATTTA 
TGTGGCAGCC ACAGCTGGGG ACCTTGCACC TATAGAGCTT CCTGTAGAGA ATCTGTAGAA 
GTCAATGAAA TCAGTGCATT GATTAGGCAA AAACAACAGG AACTGGAGTT GCCATGGTTT 
CCTAATACAT TACCTGGAAA TGGAAGAGTT GGCTCTGTAC CCTGGAGTGT AGAGACAGTC 
CTCCTCTCTC TGGCTTCCTC AGAGTTGCCA AGGATGGTTT TCCCAACAAG TACCAAGTCA 
CTAGAGCATT TTGGTACTTC TCATAATGGA TATGCATTAG CACATACCCA AGGAGGAGGA 
GGAAAAAAGC AAACTTCAGG CACATCAAAT ACCAGAGGAT CAAGACAAAA ACCTGCAGCA 
ACTGCTCCTA CAAGGAGGTC CACATGAAAC ACGTGAGCTG AGACAGTCAG TCAGTCCCAG 
AAGTCCCCAC TGTCAAACTA TTCTGAGTGT GATGCCCCAG GGAATAGTAA TTCCTCTGTA 
AGTATTTCTC CTCCAGCTGA ATCAGAAAAG CAAACAAGAC AGGCTCCAAA ATGGAAGTCT 
GGGAGGAGAG GAAGAAAACC GCCTTTATTG AAAAAGAAAC TTAGGAAATC TGTACCCCCC 
CCCGCCCCCC GCGAAAAATC ACCTAGCTAT TCAGTAGAGG AAGAAAGTGT GGACTCTGAC 
ACTCCACCTG TGTTGGAGAA AGAACAACAA TCATGTGTAG AAAGTAGTAG CATTTGCTCT 
GTTCAAACAG ATGAAGAGAA TCATCTTCAT CTTGAAAGTT GCAGTGAACA ATCAGAAGAA 
AATGAACAAA CCAAGAATCA TGAGATTGAG GAGCAAACAG AAAGTTTAAA TTCTGAATCT 
TGCACTCAAT ATCCTTGTGT GCTTGTTGGA GAGGATACAG GGATAGAGGC CAAGGAGTTC 
TGTGTAGACC ATGATATTTC TCCAGATACT TCTCTAAGAG GAAGTGATCC AGTAGAACAC 
CAAAATCAGG TGTCTGGANN AGCTCAGTCA GAGGTACAGG CACTTGTGTG TACAGAGAGT 
ACTCCTGAAG ATTCTCTTAC ATGTCTACCT TTTGACATTG AACACCAACC CGTGTCCAGT 
TCCCTAGATG AAGTATCTGA TAACACCACA CCAGTGGTTA GTGATGAAAG AACACAGGAG 
AGTCTCATTG TAGAAAGTAC TGATTTGAAC GATTCTGCAG TAAACACAGA AGCATTTGTA 
GAGAGCCCCA AAATGGAATT TTCTGAGGGT GAAACTGCAC ACGGACTGGA CAGACACTGT 
GTTCCCAGCT CAGACACTGA GTTGCCTGAG CATATTCAAA CAGAAAATAC AGAAATAATT 
ACAGCATATG GCACTTCAGA AAATGAAAAT TCTCATGCTG TTCAAGACTG TGAAGATAAC 
TTATTAAAAC ATAATCTTGA CAACTCCCAA TCAGATACAT TCTTAGAAGA AAGGACAGAC 
TCTCTAGTTG AACATCCAAT CCATTCAGAG TTATCTCACA AAGAGGTTGA ACAGAGTGAG 
AAACATTTCA GTGATAATAA TAATGAAACA GTACCTATGG AGTGCGATTC TTTCTGTAGT 
GACCAGAATG AGTCTGAAGT AGAGTCATCT GCAAATACTG TCTCTAAACA ATTGAGTGAA 
AATTCTGTGC AACACAGTTC TGTTGACAAG CTGTCTTCTG ATCCTGCAGT TGAGAAGGTT 
GAAACTGGAG CACAATCAGC TGAAAGCTTA GTGGATAAAG CCCCAAAGCC TTGTACTTGA 
AGATCTAGAT TCCATTCTCC ATCTACAACT TGGTTTCCTA ATAAAGATGC TGCACAAGAA 
AAGAGGCGTG CTTAGTCTTT GTCTCCAAAA AGAGAGACTG CAATAGAAAG TAAGAGTTTT 
CAGTCACCAT CACCCAAGAG AGAATCTGCC AGAGGATGGA GAAAATCTCA TTCTCTCTCA 
CCGAAAAAAG ATGTAGCAAG AGAAAGGAGG CAGTCTTGCT CTCCAAAGAG AGAGAATGCT 
AGGGAAGCTA AAAGATCTGA GTCAGGGTCC CCAAGAAGTA ATACTTCTAG AGAGAACCAG 
AGGTCTCAGT CCCAAGTGAA AGATTCTTCC TCAACAGAAA AATCGAGGTC CTGGAGCAGA 
GAAAGAGAAA TTGATAGAGA AGCTCAGAGG AGAGAGCAAG ACAGAGAGAG GAGAGCTAGA 
AGATGGTCCC GGTCCAGATC CCGCTCTCGA TCGCCATCAA GATTAAGAAC AAAAAGTAAG 
ACTTCATCAT TTGGTAGAAA TGAGAGAGAT AATTACTCTC CTTGGTGGGA GGAAAGATGG 
ACAAATGATG GTTGGAGGTG TCCCAGAGGA AATGATCGGT ACCGGAGGAA TGATTCAGAG 
AAACAAAATG AAAATACAAG AAATGAAAAA AATGAAATCA CTGCAGATAC TAATGATCCA 
AGTTACACAG ATAAGCATAG AAAAGACTGT CACAGTTGGA TAACAGAAAA AAATAATTCT 
GGGCCAGATC CAAGGACCAG AAATCCAGAA AAGTTAAAAG ATCTCCACTG GGAGCCGGAA 
AATAGAAATG AAAATTCAGG GAATTCTTGG ACTAAAAACT TTGGCCCAGG CTGGATGTCC 
AGCCGTGGTC GAGGCGGCCA TGGGAAAGGT GCTTACAGAG GTAATTTTGC CTGTAGTGAC 
CAGAGCGAGA ACAGGTGGCA AAGCTGTACA CCCCTCTCAG GGACCGACTC TTTCAAGTCT 
GCGGAGCAGC AGTTCTCTAA GTGGAAAAGT GAGCAGGAGC TGTCCTTTGG CACAGCAGCA 
GACAGATCAA GGTGGACACC TGCATCTAGT TGGACAGTAA GAAAAACTCT GCCCGCAGAT 
GTGCAGAACT ATTACTCTCG GCAGGGCAGG AACTCTTCAG GCCCACAGTC TGGGTGGATG 
AGAGAGGAGG AGGAGACCCC TGAGCAGGAT TCTAACTTAA AAGACCAAAC AAACCAAGTT 
GACGGTTCTC AGCTGCCTGT GAATATGATG CAGTCACACA TGAGTGTAAT GCAGCATCCA 
GTGAATGCCC AGCACCCGCC TATGGGGATC TTCCCATACT CAGTGGGTGT TCCAGACCCA 
ATGATGAATA TGCAGCGGAA CCCATTCACC ATGCACCCTC TGCTGCCCCT GCATCTTCAT 
ACAGGTNNAG CTAACCCTGC AAGTATACCT CAGGGACCAT CACCAACACC CCCTCTGCTA 
CCATCCCAGC AGGTCAGCTA CATCGCCTCA CAACCAGATG GGAAACAAGT GCAGGGCCTT 
CCAAGTTCTT CTCATGTAGG TAATAATATG AATACACAAG TGTTGCCTGC TCCATCAGCA 
ACCCCATCAA ACATGGGATC AGTTCAGGGA CCAAGTTCTG GTAATACTTC GTCATCAAAT 
CACGTCCAAG CCTCTAACGC TGCTGTAAAA TTGGCAGAAA GCAAAAAATT GCAAATTCAA 
GAGAAAGCAG CACAGGAGGT GAAAGTGCCT ATTAAGCCAT TTTATCATAA TAAAGACATC 
ACTAAGGAAG AGTACAAGGA GATTGTGCGG AAGGCAGTGG ACAAAGTTTG TCATAGTAAG 
AGTGGAGAAT TAAATTCTAC CAAAGTGGCA AATCTGGTTA AAGCATATGT AGACAAGTAC 
AAATACTCAC GGAAGGGAAG CCAGAAGAAA TCTCTGGAAG AACCCGTGTC TACAGAAAAA 
AAACTAGGCT GA