KAT6A cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	KAT6A
Entrez Gene ID	100467992
Full Name	lysine acetyltransferase 6A
Synonyms	MYST3
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019798711.1	XP_019654270.1	LOW QUALITY PROTEIN: histone acetyltransferase KAT6A

Pathways from BioSystems
Gene Ontology

The following KAT6A gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the KAT6A 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
OAc92162	XM_019798711.1 Latest version!	Ailuropoda melanoleuca lysine acetyltransferase 6A (KAT6A), 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)

KAT6A ( XM_019798711.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019654270.1 Ailuropoda melanoleuca lysine acetyltransferase 6A (KAT6A), mRNA.

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CloneID	OAc92162
Clone ID Related Accession (Same CDS sequence)	XM_019798711.1
Accession Version	XM_019798711.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5901bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	LOW QUALITY PROTEIN: histone acetyltransferase KAT6A
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217543.1) 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 :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 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##

ATGGTAAAAC TCGCTAACCC GCTGTATACG GAGTGGATTT TGGAGGCCAT CAAAAAAGTG 
AAGAAGCAAA AACAGCGTCC TTCAGAAGAA AGGATATGCA ATGCAGTGTC TTCATCCCAT 
GGCTTGGATC GTAAAACTGT TTTAGAACAA TTGGAGTTGA GTGTTAAAGA TGGAACAATT 
TTAAAAGTCT CCAATAAAGG ACTCAATTCC TATAAAGATC CTGATAATCC TGGGCGAATA 
GCACTTCCTA AACCCCGAAA CCATGGAAAA TTGGATAATA AACAAAATGT AGATTGGAAT 
AAACTGATCA AGCGGGCGGT TGAGGGCTTG GCAGAGTCCA GTGGCTCAAC TTTGAAAAGC 
ATTGAACGTT TTTTGAAAGG TCAGAAGGAT GTGTCTGCGT TATTTGGAGG CAGTGCTGCC 
TCTGGCTTTC ACCAGCAGTT ACGATTGGCT ATTAAACGAG CCGTTGGCCA CGGCAGACTC 
CTTAAAGATG GACCTCTTTA TCGGCTCAAC ACTAAAGCAA CCAGTGTGGA TGGGAAAGAG 
AGTTGTGAGT CTCTTTCATC TTTACCTCCA GTGTCACTCC TTCCACATGA AAAGGATAAG 
CCTGTTGCTG AACCAATCCC CATCTGTAGT TTCTGTCTTG GTACAAAAGA ACAAAACCGA 
GAAAAGAAGC CAGAGGAACT CATCTCCTGT GCGGACTGTG GCAACAGTGG TCATCCATCC 
TGTTTAAAGT TTTCCCCTGA ACTAACGGTT AGAGTGAAGG CCTTACGGTG GCAGTGCATT 
GAGTGTAAAA CGTGCAGCTC CTGTCGAGAT CAAGGCAAAA ATGCAGATAA CATGCTCTTT 
TGTGATTCCT GTGACCGAGG TTTTCACATG GAGTGTTGTG ATCCGCCACT CACCCGGATG 
CCAAAAGGCA TGTGGATATG TCAAATATGT CGACCTAGGA AAAAAGGACG GAAACTTCTG 
CAGAAGAAGG CAGCACAGAT AAAACGGCGC TATGCTAACC CAATAGGACG TCCGAAAAAC 
AGGTTAAAGA AACAAAACAC GGTATCAAAA GGCCCCTTCA GCAAAGTTCG AACTGGTCCA 
GGAAGGGGCC GGAAACGTAA AATCACTCTT TCTGGTCAAT CAGCATCGTC ATCAGAAGAA 
GGATATTTAG AGCGAATAGA TGGTTTGGAC TTCTGCAGAG ATAGCAGTGT CCCCTTGAAG 
TTCAACAAGA AAACCAAAGG GCTCATTGAT GGCCTTACCA AATTCTTCAC CCCTTCCCCC 
GATGGGCGGA AACCTCGAGG GGAAGTGGTA GACTACTCTG AGCAATATAG AATCAGGAAA 
AAGGGCAACA GAAAATCAAG CACTTCAGAT TGGCCCACAG ACAATCAGGA TGGCTGGGAT 
GGCAAACAAG AAAGTGAGGA ACGGCTTTTT GGGAGCCAGG AAATCATGAC TGAGAAAGAT 
ATGGAATTAT TTCGTGATAT CCAAGAACAA GCACTGCAGA AAGTTGGAGT AACTGGTCCG 
CCTGATCCAC AAGTCCGCTG TCCCTCTGTC ATTGAGTTTG GGAAGTATGA AATTCACACC 
TGGTACTCCT CCCCATATCC TCAAGAATAC TCAAGGTTGC CTAAATTGTA TCTTTGTGAA 
TTCTGTCTAA AATATATGAA AAGTAGAACT ATTCTCCAGC AGCACATGAA GAAATGTGGT 
TGGTTCCATC CTCCTGCCAA TGAGATTTAC AGAAAAAATA ATATTTCCGT CTTTGAGGTT 
GATGGGAATG TGAGTACCAT TTATTGTCAG AACCTGTGTC TCTTGGCAAA GTTGTTTCTT 
GACCACAAAA CACTCTATTA TGACGTGGAG CCATTTCTTT TTTATGTACT AACACAGAAT 
GATGTCAAGG GCTGCCACCT TGTTGGCTAC TTTTCTAAAG AAAAGCACTG CCAACAGAAG 
TACAACGTTT CCTGCATAAT GATTCTTCCC CAATACCAGC GTAAGGGCTA TGGCAGGTTT 
CTCATCGATT TCAGTTATTT GTTATCAAAG CGCGAAGGCC AAGCAGGGTC TCCAGAGAAA 
CCGTTATCCG ATCTAGGTCG TCTTTCCTAC ATGGCTTACT GGAAAAGTGT AATATTGGAG 
TGCCTTTATC ACCAAAATGA CAAGCAAATC AGCATTAAGA AGTTAAGCAA GTTGACTGGA 
ATCTGCCCTC AAGACATTAC TTCCACACTC CACCACCTAC GAATGCTGGA CTTTCGTAGT 
GACCAATTTG TGATAATCCG CCGGGAAAAA CTTATCCAGG ATCACATGGC AAAGCTTCAG 
CTGAATTTGC GACCTGTGGA TGTAGATCCA GAATGTTTGC GCTGGACTCC TGTCATAGTC 
TCCAATTCTG TTGTCTCAGA GGAGGAGGAA GAGGAGGCTG AGGAAGGAGA AAACGAAGAG 
CCTCAGTGCC AGGAAAGAGA ATTAGAGACA AGTGTGGGAA AGTCTGCATC TCGGGAGAAC 
AAAGAACAAG ATTCTTATTC TTCAGTAGAA AGTGAAAAGA AACCAGAAGT TACGGCACCA 
GCCAGTTCTA CACGTCTGAA CAAACAAGTC CTTCCCCGTG ATAGTCTTCC TGCAAATAAT 
CAGCCATCCC GGAGAGGCCG CTGGGGGAGG AAGAACAGGA AAACCCAGGA ACGTTTTGAT 
GATAAAGATT CTAAACTGCT CTTGGAAGAG ACATCAACTC CTCAGGAACA ATATGGAGAA 
TGTGAGGAAA AATCAGAAAC CTCCCAAGAA CAATACACTG AAAGTGAGGA GCAGTTGGCA 
GCCTCTCAGG AGCAGCCAAG CCAGGATGGA AAGCCAGACA TTCCCAAAAG AAGACTAAGT 
GAGGGGGTTG AGCTCTGGCG AGGACAGCTG AAGAAGACCC CCGAGACACT GAAGTGTAGA 
TTACCAGAAG GCAATGATAG GCTGCCCCGT CGCTATAGTG ATGGTGACAG GGCTCTCCTC 
AGAGGCTTCA GTGAGAGTAG TGAGGAGGAA GAAGAGCCAG AAAGTCCTCG GTCCAGCTCC 
CCACCAATTC TTACAAAGCC CACATTGAAG AGAAAAAAAC CCATTCTTCA CCGAAGGCGG 
AGAGTCCGAA AGCGCAAACA CCACAATAGC AGTGTGGTCA CAGAGACTAT TTCTGAGACG 
ACAGAGGTGT TAGATGAACC TTTTGAAGAC TCTGACTCCG AGAGGCCGAT GCCAAGATTA 
GAACCCACGT TTGAGATCGA TGAAGAGGAA GAGGAAGAGG ATGAAAGCGA ACTCTTCTCC 
AGAGGGTACT TCCACCGTCT CTCCTCACAG GATGTGCTCA GGTGTCGACC CTCTTCTAAG 
AGGAAATCGA AAGATGAAGA TGACGATGAA GAGTCAGATG ACGCCGATGA CACTCCTATC 
CTAAAGCCAG TATCTCTCTT GAGAAAATGT GATGTGAAGG ATTCTCAGCT TGAGCCAGAT 
ACATCCACAC CTATGAAAAA GAAAAAGGGA TGGCCCAAAG GCAAAAGCCG CAAACCAATC 
CACTGGAAGA AAAGACCTGG TCGCAAACCA GGATTCAAGT TGAATCGGGA AATTATACCT 
GTTTCTACTC AAGAATGCAT TGTTGAGCCC ATTGTCCCCA TTCCTAAATC AGGACGTAAA 
GCCAGACTTC AAGAGAATGA AGACGCTGTC GAACCAAAAG AAGACTTGCC TCTAACTGAA 
GACAGGAAGG AAGAAGTGGA CGTGCACGTG GAAGCAGACG AGGCTGAAGA GGGAGAAGAC 
GACACAGCCA GCAGTGAAGT CAGAGCGGCT TCTCCGGCGG ACAGCAACAG CCCTGAGACA 
GGGACAAAAG AACCTGAGAT AGAAGAGGAG GAGGAGAAGG CCCGGGCCTT AGAGGAGCAG 
AGGCAGTCAG AAGAGGAGCA ACCAGAACTG GAAGAACAGG AGCAGGAGGA AGAGGATGAA 
GCGGCTGTAG AGACAAACCA GAATGAAGAC CAGGATGCAG ATGATGAAGA TGATGGTCAC 
CTGGGATCTA GCAAGAAAAA AGAGCTGGAG GAGCAGCCCG GTAGGGAAGA CGTCAAGGAG 
GAGCCCGGTG GTCAGGAGTC TTTTTTAGAT ACTAACGTGC AGAGCAGTAG GGAGAATATA 
AAGGATAAAG ATGAAACAGA ACCAGATTCG GAAGAGGAAC AGACTTCCCA TGAGACATCC 
ATGGTATCAG AGCATATGCC CGGGTCTGAG GACGACCATG AGGAAGATTC AAACTCTAAG 
GAAGAATTGA TTGAGCTGAA AGAGGAAGAA GAGATTCCTC ATAGTGAACT GGATCTGGAA 
ACCGTGCAGG CAGTGCAGTC TCTGACTCAA GAAGAAAGCA ACGAGCACGA GGGAGCCTAC 
CAGGACTGTG AAGAGACTCT GGCGGCGTGT CAGACCCTGC AGAGTTACAC CCAGGCGGAC 
GAAGACCCTC AGATGTCCAT GGTCGAAGAC TGCCATGCCT CGGGACATAA TAGTCCAATA 
TCTTCTGTTC AGTCTCATCC CAGCCAGTCG GTCCGCTCAG TCAATAGTCC CAACGTGCCT 
GCCCTCGAAA GTGGTTACAC CCAGATCAGC CCGGAGCAAG GATCCCTGTC CGCACCCTCT 
ATGCAGAACA TGGAGACCAG CCCCATGATG GATGTGCCTT CCGTATCAGA CCACTCTCAG 
CAGGTGGTGG ACAGTGGCTT CAGTGACCTG GGCAGCATAG AGAGCACCAC CGAGAACTAT 
GAGAACCCCA GCAGTTACGA TTCTACGATG GGCGGCAGCA TCTGCGGGAA TAGCTCCTCG 
CAGAGCAGCT GCTCCTACGG CGGCTTGTCA TCCTCCAGCA GCCTCACCCA GAACAGCTGT 
GTCGTCACTC AGCAAATGGC CAGCATGGGC AACAGCTGCA GCATGATGCA GCAGAGCAGC 
GTGCCGCCCG CCGCGGCCAA CTGCAGCATC AAGTCGCCGC AGAGCTGCGT GGTGGAGAGG 
CCTCCCAGTA ACCAGNCANN NNNNNNNNNN NAGCCGCAGC CCCCGCCGCC GCCGCAGCAG 
CAGCCGCCGC TGTCGCAGTG CAGCATGAAC AACAGCTTCA CCCCAGCGCC CATGATCATG 
GAGATCCCGG AGTCGGGAAG CACTGGGAAC ATAAGTATTT ATGAGAGGAT TCCGGGGGAC 
TTCGGTGCCG GCAGCTACTC TCAGCCGTCA GCCACCTTCA GTCTAGCCAA GTTGCAGCAG 
CTGACGAACA CCATTATGGA CCCTCATGCC ATGCCTTATA GCCATTCTCC TGCCGTGACT 
TCCTATGCAA CCAGTGTTTC TTTGTCTAAC ACAGGACTGG CCCAGCTGGC TCCATCTCAC 
CCATTAGCTG GGACCCCTCA AGCACAAGCC ACCATGACGC CGCCCCCGAA CTTGGCCTCC 
ACCACCATGA ACCTCACGTC CCCTCTGCTC CAGTGCAACA TGTCTGCCAC CAACATTGGC 
ATTCCTCACA CCCAGAGGTT GCAAGGGCAA ATGCCGGTCA AGGGGCACAT TTCCATCCGC 
TCCAAGTCCG CGCCACTGCC CTCTGCGGCT GCCCATCAGC AGCAGCTGTA CGGCCGCAGC 
CCCCCTGCGG TGGCCATGCA GGCCGGCCCT CGTGCCCTGG CTGTGCAGCG TGGCATGAAC 
ATGGGGGTTA ATTTGATGCC GACCCCCGCC TATAATGTCA ATTCCATGAA TATGAACACC 
TTGAACGCCA TGAACAGCTA TCGAATGACA CAACCCATGA TGAACAGCAG TTACCATAGT 
AACCCTGCCT ACATGAACCA GACAGCACAG TATCCTATGC AGATGCAGAT GGGGATGATG 
GGGAGCCAGG CCTATACCCA GCAGCCTATG CAGCCAAACC CTCATGGAAA CATGATGTAC 
ACTGGCCCCT CCCATCACAG CTACATGAAT GCTGCTGGCG TGCCCAAGCA GTCACTCAAT 
GGACCTTACA TGAGAAGATG A

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

RefSeq	XP_019654270.1
CDS	407..6307
Translation	MVKLANPLYTEWILEAIKKVKKQKQRPSEERICNAVSSSHGLDRKTVLEQLELSVKDGTILKVSNKGLNSYKDPDNPGRIALPKPRNHGKLDNKQNVDWNKLIKRAVEGLAESSGSTLKSIERFLKGQKDVSALFGGSAASGFHQQLRLAIKRAVGHGRLLKDGPLYRLNTKATSVDGKESCESLSSLPPVSLLPHEKDKPVAEPIPICSFCLGTKEQNREKKPEELISCADCGNSGHPSCLKFSPELTVRVKALRWQCIECKTCSSCRDQGKNADNMLFCDSCDRGFHMECCDPPLTRMPKGMWICQICRPRKKGRKLLQKKAAQIKRRYANPIGRPKNRLKKQNTVSKGPFSKVRTGPGRGRKRKITLSGQSASSSEEGYLERIDGLDFCRDSSVPLKFNKKTKGLIDGLTKFFTPSPDGRKPRGEVVDYSEQYRIRKKGNRKSSTSDWPTDNQDGWDGKQESEERLFGSQEIMTEKDMELFRDIQEQALQKVGVTGPPDPQVRCPSVIEFGKYEIHTWYSSPYPQEYSRLPKLYLCEFCLKYMKSRTILQQHMKKCGWFHPPANEIYRKNNISVFEVDGNVSTIYCQNLCLLAKLFLDHKTLYYDVEPFLFYVLTQNDVKGCHLVGYFSKEKHCQQKYNVSCIMILPQYQRKGYGRFLIDFSYLLSKREGQAGSPEKPLSDLGRLSYMAYWKSVILECLYHQNDKQISIKKLSKLTGICPQDITSTLHHLRMLDFRSDQFVIIRREKLIQDHMAKLQLNLRPVDVDPECLRWTPVIVSNSVVSEEEEEEAEEGENEEPQCQERELETSVGKSASRENKEQDSYSSVESEKKPEVTAPASSTRLNKQVLPRDSLPANNQPSRRGRWGRKNRKTQERFDDKDSKLLLEETSTPQEQYGECEEKSETSQEQYTESEEQLAASQEQPSQDGKPDIPKRRLSEGVELWRGQLKKTPETLKCRLPEGNDRLPRRYSDGDRALLRGFSESSEEEEEPESPRSSSPPILTKPTLKRKKPILHRRRRVRKRKHHNSSVVTETISETTEVLDEPFEDSDSERPMPRLEPTFEIDEEEEEEDESELFSRGYFHRLSSQDVLRCRPSSKRKSKDEDDDEESDDADDTPILKPVSLLRKCDVKDSQLEPDTSTPMKKKKGWPKGKSRKPIHWKKRPGRKPGFKLNREIIPVSTQECIVEPIVPIPKSGRKARLQENEDAVEPKEDLPLTEDRKEEVDVHVEADEAEEGEDDTASSEVRAASPADSNSPETGTKEPEIEEEEEKARALEEQRQSEEEQPELEEQEQEEEDEAAVETNQNEDQDADDEDDGHLGSSKKKELEEQPGREDVKEEPGGQESFLDTNVQSSRENIKDKDETEPDSEEEQTSHETSMVSEHMPGSEDDHEEDSNSKEELIELKEEEEIPHSELDLETVQAVQSLTQEESNEHEGAYQDCEETLAACQTLQSYTQADEDPQMSMVEDCHASGHNSPISSVQSHPSQSVRSVNSPNVPALESGYTQISPEQGSLSAPSMQNMETSPMMDVPSVSDHSQQVVDSGFSDLGSIESTTENYENPSSYDSTMGGSICGNSSSQSSCSYGGLSSSSSLTQNSCVVTQQMASMGNSCSMMQQSSVPPAAANCSIKSPQSCVVERPPSNQnullnullnullnullnullnullPQPPPPPQQQPPLSQCSMNNSFTPAPMIMEIPESGSTGNISIYERIPGDFGAGSYSQPSATFSLAKLQQLTNTIMDPHAMPYSHSPAVTSYATSVSLSNTGLAQLAPSHPLAGTPQAQATMTPPPNLASTTMNLTSPLLQCNMSATNIGIPHTQRLQGQMPVKGHISIRSKSAPLPSAAAHQQQLYGRSPPAVAMQAGPRALAVQRGMNMGVNLMPTPAYNVNSMNMNTLNAMNSYRMTQPMMNSSYHSNPAYMNQTAQYPMQMQMGMMGSQAYTQQPMQPNPHGNMMYTGPSHHSYMNAAGVPKQSLNGPYMRR

Target ORF information:

RefSeq Version	XM_019798711.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca lysine acetyltransferase 6A (KAT6A), mRNA.

Target ORF information:

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

XM_019798711.1

ORF Insert Sequence:

ATGGTAAAAC TCGCTAACCC GCTGTATACG GAGTGGATTT TGGAGGCCAT CAAAAAAGTG 
AAGAAGCAAA AACAGCGTCC TTCAGAAGAA AGGATATGCA ATGCAGTGTC TTCATCCCAT 
GGCTTGGATC GTAAAACTGT TTTAGAACAA TTGGAGTTGA GTGTTAAAGA TGGAACAATT 
TTAAAAGTCT CCAATAAAGG ACTCAATTCC TATAAAGATC CTGATAATCC TGGGCGAATA 
GCACTTCCTA AACCCCGAAA CCATGGAAAA TTGGATAATA AACAAAATGT AGATTGGAAT 
AAACTGATCA AGCGGGCGGT TGAGGGCTTG GCAGAGTCCA GTGGCTCAAC TTTGAAAAGC 
ATTGAACGTT TTTTGAAAGG TCAGAAGGAT GTGTCTGCGT TATTTGGAGG CAGTGCTGCC 
TCTGGCTTTC ACCAGCAGTT ACGATTGGCT ATTAAACGAG CCGTTGGCCA CGGCAGACTC 
CTTAAAGATG GACCTCTTTA TCGGCTCAAC ACTAAAGCAA CCAGTGTGGA TGGGAAAGAG 
AGTTGTGAGT CTCTTTCATC TTTACCTCCA GTGTCACTCC TTCCACATGA AAAGGATAAG 
CCTGTTGCTG AACCAATCCC CATCTGTAGT TTCTGTCTTG GTACAAAAGA ACAAAACCGA 
GAAAAGAAGC CAGAGGAACT CATCTCCTGT GCGGACTGTG GCAACAGTGG TCATCCATCC 
TGTTTAAAGT TTTCCCCTGA ACTAACGGTT AGAGTGAAGG CCTTACGGTG GCAGTGCATT 
GAGTGTAAAA CGTGCAGCTC CTGTCGAGAT CAAGGCAAAA ATGCAGATAA CATGCTCTTT 
TGTGATTCCT GTGACCGAGG TTTTCACATG GAGTGTTGTG ATCCGCCACT CACCCGGATG 
CCAAAAGGCA TGTGGATATG TCAAATATGT CGACCTAGGA AAAAAGGACG GAAACTTCTG 
CAGAAGAAGG CAGCACAGAT AAAACGGCGC TATGCTAACC CAATAGGACG TCCGAAAAAC 
AGGTTAAAGA AACAAAACAC GGTATCAAAA GGCCCCTTCA GCAAAGTTCG AACTGGTCCA 
GGAAGGGGCC GGAAACGTAA AATCACTCTT TCTGGTCAAT CAGCATCGTC ATCAGAAGAA 
GGATATTTAG AGCGAATAGA TGGTTTGGAC TTCTGCAGAG ATAGCAGTGT CCCCTTGAAG 
TTCAACAAGA AAACCAAAGG GCTCATTGAT GGCCTTACCA AATTCTTCAC CCCTTCCCCC 
GATGGGCGGA AACCTCGAGG GGAAGTGGTA GACTACTCTG AGCAATATAG AATCAGGAAA 
AAGGGCAACA GAAAATCAAG CACTTCAGAT TGGCCCACAG ACAATCAGGA TGGCTGGGAT 
GGCAAACAAG AAAGTGAGGA ACGGCTTTTT GGGAGCCAGG AAATCATGAC TGAGAAAGAT 
ATGGAATTAT TTCGTGATAT CCAAGAACAA GCACTGCAGA AAGTTGGAGT AACTGGTCCG 
CCTGATCCAC AAGTCCGCTG TCCCTCTGTC ATTGAGTTTG GGAAGTATGA AATTCACACC 
TGGTACTCCT CCCCATATCC TCAAGAATAC TCAAGGTTGC CTAAATTGTA TCTTTGTGAA 
TTCTGTCTAA AATATATGAA AAGTAGAACT ATTCTCCAGC AGCACATGAA GAAATGTGGT 
TGGTTCCATC CTCCTGCCAA TGAGATTTAC AGAAAAAATA ATATTTCCGT CTTTGAGGTT 
GATGGGAATG TGAGTACCAT TTATTGTCAG AACCTGTGTC TCTTGGCAAA GTTGTTTCTT 
GACCACAAAA CACTCTATTA TGACGTGGAG CCATTTCTTT TTTATGTACT AACACAGAAT 
GATGTCAAGG GCTGCCACCT TGTTGGCTAC TTTTCTAAAG AAAAGCACTG CCAACAGAAG 
TACAACGTTT CCTGCATAAT GATTCTTCCC CAATACCAGC GTAAGGGCTA TGGCAGGTTT 
CTCATCGATT TCAGTTATTT GTTATCAAAG CGCGAAGGCC AAGCAGGGTC TCCAGAGAAA 
CCGTTATCCG ATCTAGGTCG TCTTTCCTAC ATGGCTTACT GGAAAAGTGT AATATTGGAG 
TGCCTTTATC ACCAAAATGA CAAGCAAATC AGCATTAAGA AGTTAAGCAA GTTGACTGGA 
ATCTGCCCTC AAGACATTAC TTCCACACTC CACCACCTAC GAATGCTGGA CTTTCGTAGT 
GACCAATTTG TGATAATCCG CCGGGAAAAA CTTATCCAGG ATCACATGGC AAAGCTTCAG 
CTGAATTTGC GACCTGTGGA TGTAGATCCA GAATGTTTGC GCTGGACTCC TGTCATAGTC 
TCCAATTCTG TTGTCTCAGA GGAGGAGGAA GAGGAGGCTG AGGAAGGAGA AAACGAAGAG 
CCTCAGTGCC AGGAAAGAGA ATTAGAGACA AGTGTGGGAA AGTCTGCATC TCGGGAGAAC 
AAAGAACAAG ATTCTTATTC TTCAGTAGAA AGTGAAAAGA AACCAGAAGT TACGGCACCA 
GCCAGTTCTA CACGTCTGAA CAAACAAGTC CTTCCCCGTG ATAGTCTTCC TGCAAATAAT 
CAGCCATCCC GGAGAGGCCG CTGGGGGAGG AAGAACAGGA AAACCCAGGA ACGTTTTGAT 
GATAAAGATT CTAAACTGCT CTTGGAAGAG ACATCAACTC CTCAGGAACA ATATGGAGAA 
TGTGAGGAAA AATCAGAAAC CTCCCAAGAA CAATACACTG AAAGTGAGGA GCAGTTGGCA 
GCCTCTCAGG AGCAGCCAAG CCAGGATGGA AAGCCAGACA TTCCCAAAAG AAGACTAAGT 
GAGGGGGTTG AGCTCTGGCG AGGACAGCTG AAGAAGACCC CCGAGACACT GAAGTGTAGA 
TTACCAGAAG GCAATGATAG GCTGCCCCGT CGCTATAGTG ATGGTGACAG GGCTCTCCTC 
AGAGGCTTCA GTGAGAGTAG TGAGGAGGAA GAAGAGCCAG AAAGTCCTCG GTCCAGCTCC 
CCACCAATTC TTACAAAGCC CACATTGAAG AGAAAAAAAC CCATTCTTCA CCGAAGGCGG 
AGAGTCCGAA AGCGCAAACA CCACAATAGC AGTGTGGTCA CAGAGACTAT TTCTGAGACG 
ACAGAGGTGT TAGATGAACC TTTTGAAGAC TCTGACTCCG AGAGGCCGAT GCCAAGATTA 
GAACCCACGT TTGAGATCGA TGAAGAGGAA GAGGAAGAGG ATGAAAGCGA ACTCTTCTCC 
AGAGGGTACT TCCACCGTCT CTCCTCACAG GATGTGCTCA GGTGTCGACC CTCTTCTAAG 
AGGAAATCGA AAGATGAAGA TGACGATGAA GAGTCAGATG ACGCCGATGA CACTCCTATC 
CTAAAGCCAG TATCTCTCTT GAGAAAATGT GATGTGAAGG ATTCTCAGCT TGAGCCAGAT 
ACATCCACAC CTATGAAAAA GAAAAAGGGA TGGCCCAAAG GCAAAAGCCG CAAACCAATC 
CACTGGAAGA AAAGACCTGG TCGCAAACCA GGATTCAAGT TGAATCGGGA AATTATACCT 
GTTTCTACTC AAGAATGCAT TGTTGAGCCC ATTGTCCCCA TTCCTAAATC AGGACGTAAA 
GCCAGACTTC AAGAGAATGA AGACGCTGTC GAACCAAAAG AAGACTTGCC TCTAACTGAA 
GACAGGAAGG AAGAAGTGGA CGTGCACGTG GAAGCAGACG AGGCTGAAGA GGGAGAAGAC 
GACACAGCCA GCAGTGAAGT CAGAGCGGCT TCTCCGGCGG ACAGCAACAG CCCTGAGACA 
GGGACAAAAG AACCTGAGAT AGAAGAGGAG GAGGAGAAGG CCCGGGCCTT AGAGGAGCAG 
AGGCAGTCAG AAGAGGAGCA ACCAGAACTG GAAGAACAGG AGCAGGAGGA AGAGGATGAA 
GCGGCTGTAG AGACAAACCA GAATGAAGAC CAGGATGCAG ATGATGAAGA TGATGGTCAC 
CTGGGATCTA GCAAGAAAAA AGAGCTGGAG GAGCAGCCCG GTAGGGAAGA CGTCAAGGAG 
GAGCCCGGTG GTCAGGAGTC TTTTTTAGAT ACTAACGTGC AGAGCAGTAG GGAGAATATA 
AAGGATAAAG ATGAAACAGA ACCAGATTCG GAAGAGGAAC AGACTTCCCA TGAGACATCC 
ATGGTATCAG AGCATATGCC CGGGTCTGAG GACGACCATG AGGAAGATTC AAACTCTAAG 
GAAGAATTGA TTGAGCTGAA AGAGGAAGAA GAGATTCCTC ATAGTGAACT GGATCTGGAA 
ACCGTGCAGG CAGTGCAGTC TCTGACTCAA GAAGAAAGCA ACGAGCACGA GGGAGCCTAC 
CAGGACTGTG AAGAGACTCT GGCGGCGTGT CAGACCCTGC AGAGTTACAC CCAGGCGGAC 
GAAGACCCTC AGATGTCCAT GGTCGAAGAC TGCCATGCCT CGGGACATAA TAGTCCAATA 
TCTTCTGTTC AGTCTCATCC CAGCCAGTCG GTCCGCTCAG TCAATAGTCC CAACGTGCCT 
GCCCTCGAAA GTGGTTACAC CCAGATCAGC CCGGAGCAAG GATCCCTGTC CGCACCCTCT 
ATGCAGAACA TGGAGACCAG CCCCATGATG GATGTGCCTT CCGTATCAGA CCACTCTCAG 
CAGGTGGTGG ACAGTGGCTT CAGTGACCTG GGCAGCATAG AGAGCACCAC CGAGAACTAT 
GAGAACCCCA GCAGTTACGA TTCTACGATG GGCGGCAGCA TCTGCGGGAA TAGCTCCTCG 
CAGAGCAGCT GCTCCTACGG CGGCTTGTCA TCCTCCAGCA GCCTCACCCA GAACAGCTGT 
GTCGTCACTC AGCAAATGGC CAGCATGGGC AACAGCTGCA GCATGATGCA GCAGAGCAGC 
GTGCCGCCCG CCGCGGCCAA CTGCAGCATC AAGTCGCCGC AGAGCTGCGT GGTGGAGAGG 
CCTCCCAGTA ACCAGNCANN NNNNNNNNNN NAGCCGCAGC CCCCGCCGCC GCCGCAGCAG 
CAGCCGCCGC TGTCGCAGTG CAGCATGAAC AACAGCTTCA CCCCAGCGCC CATGATCATG 
GAGATCCCGG AGTCGGGAAG CACTGGGAAC ATAAGTATTT ATGAGAGGAT TCCGGGGGAC 
TTCGGTGCCG GCAGCTACTC TCAGCCGTCA GCCACCTTCA GTCTAGCCAA GTTGCAGCAG 
CTGACGAACA CCATTATGGA CCCTCATGCC ATGCCTTATA GCCATTCTCC TGCCGTGACT 
TCCTATGCAA CCAGTGTTTC TTTGTCTAAC ACAGGACTGG CCCAGCTGGC TCCATCTCAC 
CCATTAGCTG GGACCCCTCA AGCACAAGCC ACCATGACGC CGCCCCCGAA CTTGGCCTCC 
ACCACCATGA ACCTCACGTC CCCTCTGCTC CAGTGCAACA TGTCTGCCAC CAACATTGGC 
ATTCCTCACA CCCAGAGGTT GCAAGGGCAA ATGCCGGTCA AGGGGCACAT TTCCATCCGC 
TCCAAGTCCG CGCCACTGCC CTCTGCGGCT GCCCATCAGC AGCAGCTGTA CGGCCGCAGC 
CCCCCTGCGG TGGCCATGCA GGCCGGCCCT CGTGCCCTGG CTGTGCAGCG TGGCATGAAC 
ATGGGGGTTA ATTTGATGCC GACCCCCGCC TATAATGTCA ATTCCATGAA TATGAACACC 
TTGAACGCCA TGAACAGCTA TCGAATGACA CAACCCATGA TGAACAGCAG TTACCATAGT 
AACCCTGCCT ACATGAACCA GACAGCACAG TATCCTATGC AGATGCAGAT GGGGATGATG 
GGGAGCCAGG CCTATACCCA GCAGCCTATG CAGCCAAACC CTCATGGAAA CATGATGTAC 
ACTGGCCCCT CCCATCACAG CTACATGAAT GCTGCTGGCG TGCCCAAGCA GTCACTCAAT 
GGACCTTACA TGAGAAGATG A