KAT6A cDNA ORF clone, Tinamus guttatus(white-throated tinamou)

Gene
Clones
gRNAs

Summary

Gene Symbol	KAT6A
Entrez Gene ID	104566047
Full Name	lysine acetyltransferase 6A
Gene Type	protein-coding
Organism	Tinamus guttatus(white-throated tinamou)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010212794.1	XP_010211096.1	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
OTi16161	XM_010212794.1 Latest version!	Tinamus guttatus K(lysine) acetyltransferase 6A (KAT6A), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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_010212794.1 ) cDNA ORF clone, Tinamus guttatus(white-throated tinamou) -> XP_010211096.1 Tinamus guttatus K(lysine) acetyltransferase 6A (KAT6A), mRNA.

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CloneID	OTi16161
Clone ID Related Accession (Same CDS sequence)	XM_010212794.1
Accession Version	XM_010212794.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5742bp) 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	2014-11-12
Organism	Tinamus guttatus(white-throated tinamou)
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_010580216.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Tinamus guttatus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 2 indels ##RefSeq-Attributes-END##

ATGGTAAAAC TCGCCAACCC CCTGTATACG GAGTGGATTT TGGAGGCGAT CAAAAAGGTA 
AAGAAACAAA AACAGCGTCC TTCAGAGGAG AGGATATGCA ATGCAGTATC TTCATCACAC 
GGTTTGGACC GCAAAACTGT TCTGGAACAG TTAGAGTTGA GTGTTAAGGA TGGAACTATT 
TTAAAAGTCT CCAACAAAGG TCTCAATTCC TACAAGGATC CTGATAATCC TGGGAGAATA 
GCACTTCCAA AGCCTCGCAA CCATGGAAAG TTGGATGGTA AACCAAACGT GGACTGGAAT 
AAACTTATCA AACGCGCCAT CGAGGGCTTG GCCGAGTCTA GTGGCTCGTC CTTGAAGAAC 
ATCGAGCGCT TTCTGAAGGG GCAGAAAGAT GTGTCTGCGT TGTTTGGAGG TAGCGCTGCC 
TCCATTTTCC ACCAGCAATT AAGATTAGCC GTCAAGCGTG CGGTTGGCCA TGGGAGGCTG 
CTCAAAGATG GACCTCTGTA TCAGCTCAAC ACTAAGGCAA CCACTAATGC TGACGGGAAG 
GAGAGCTGCG AGTCTCTTTC CTGTCTCCCT CCAGTGTGTC TCCTTCCCCA CGAAAAGGAT 
AAGCCAGTGG CAGAGCCCAT TCCAATCTGC AGTTTCTGCC TTGGTACAAA GGAACAAAAT 
CGAGAGAAGA AACCTGAAGA GCTCATCTCT TGTGCTGACT GCGGCAACAG CGGTCATCCA 
TCCTGTTTGA AGTTTTCTCC CGAGTTAACA GTGCGAGTGA AAGCCTTGCG ATGGCAATGC 
ATCGAGTGCA AAACGTGCAG CTCCTGTCGA GATCAGGGCA AGAACGCGGA TAACATGCTA 
TTTTGTGACT CATGCGACCG TGGCTTTCAC ATGGAGTGCT GTGACCCCCC TCTTACCAGG 
ATGCCAAAAG GTATGTGGAT ATGTCAGATA TGTCGACCAC GGAAGAAAGG AAGGAAACTT 
TTACACAAGA AGGCAGCACA GATAAAACGG CGATATACAA ACCCAATAGG ACGTCCCAAA 
AATAGGTTAA AGAACCAAAA CACGACATCA AAAGGCCCCT TCAGCAAAGT TCGAACTGGC 
CCTGGTCGGG GTCGGAAGCG AAAGATCACC CTATCCAGCC AGTCAGCATC CTCAGAAGGA 
GGTTACCTGG AGCAGACGGA TGTCTTGGAC TTCTGCAGAG ATGGCAGCAC CACCTTGAAG 
TTTAACAAGA AAACCAAAGG GCTCATAGAT GGCCTTACTA AATTCTTCAC TCCCTCCCCT 
GATGGACGGA AAGCTCGGGG GGAAGTGGTG GACTATTCTC AGCAATACAG GATCAGGAAA 
AAGGGTACCA GGAAATCCAG CACTTCAGAA TGGCCCACAG ACAATCAGGA TGGCTGGGAT 
GGAAAACAGG AAAATGAGGA GCGTTTCTTT GGGAGCCAGG ATGTCTTAAC TGAAAAAGAC 
ATGGAGCTGT TCAGAGATAT TCAGGAGCAA GCATTGCAGA AAGTAGGGGT GATTGGGCCT 
CCTGATCCGC AAGTCCGCTG CCCTTCTGTC ATCGAATTTG GCAAGTATGA AATCCAGACC 
TGGTACTCCT CCCCATATCC ACAGGAGTAC TCAAGGCTAC CCAAGCTGTA TCTTTGTGAA 
TTCTGTCTAA AATACATGAA AAGCAGAACT ATTCTCCAGC AGCATATGAA AAAATGTGGC 
TGGTTTCATC CTCCAGCCAA TGAAATTTAC CGAAAAAACA ATGTTTCAGT CTTTGAGGTC 
GATGGCAATG TCAGCACTAT TTACTGCCAG AATTTGTGCT TGTTAGCCAA ACTCTTCCTG 
GACCATAAGA CCCTCTACTA CGACGTGGAG CCATTTCTTT TCTACGTGCT GACACAGAAT 
GATGTCAAGG GCTGTCACCT TGTTGGCTAC TTCTCCAAGG AGAAACACTG CCAACAGAAG 
TACAATGTTT CCTGTATAAT GATTCTTCCA CAATACCAGC GTAAGGGCTA TGGCAGATTC 
CTAATTGACT TCAGCTACCT ACTTTCAAAG CGTGAGGGTC AAGCAGGATC ACCAGAGAAG 
CCCCTGTCAG ATCTGGGGCG GCTCTCGTAC ATGGCTTACT GGAAAAGTGT AATTTTGGAG 
TGCCTTTATC ATCAACGTGA CAAGCAATTA AGCATCAAGA AGCTGAGTAA GCTGACTGGA 
ATCTGTCCTC AAGATATCAC TTCCACTCTG CACCACCTGC GAATGCTTGA TTTCCGTAGT 
GATCAATTTG TGATCATTCG TCGGGAGAAG CTCATTCAGG AACATATGGC AAAGCTTAGA 
ACTAACGTCC GCCCTATAGA TGTGGATGCA GAGTGTCTGC GTTGGACACC CGTCATAGTT 
TCCAACTCGG TTGTCTCTGA GGATGAGGAA GAGGAGACAG AGGATGGGGA GAATGAAGAG 
CAACAACAGG AGAAGGAAAA AGACCCAGAG GCCAGTATGG TAAAATCTGT ATCATGGGAG 
AAGAAAGAGC AAGAGCCTTA TTCTCCTCCA GAGAATGAAA AAAAGCCAGA CATCGTTGCT 
CCAGCCAATT CTGCCCGGCC AAACAAGCAC ATCCTTCCTC TGGATAGTCT TCCTGCCAAC 
AGCCAGCCCT CCCGAAGAGG GCGATGGAGC CGCAAGGGCA AGAAATTGCG GGAGCCCTTT 
TGTGAGAAGG AAGCCAAGCT GCCCGTGGAG GAGAAGACAG CGGTCGCCAG CGGCCGCTGC 
AGCGAATGCG AGGAGAAATC GGCAGCCTCG CGAGGCCGGT GCAGCGAATG CGAGGAGAAA 
TCGGCAGCCT TGCAGGGAAG ATGCGGCGAA TGCGAGGAGA AATCCCCGAT TGCCCGGGGC 
CGCTATGCTG AAGAGGAGGA ANNAAATCTG CAGTTTCCCC GGGGCAGTAC CGGCGACAGT 
GTGCCCCACC GCTACAGCGA CAGCAGCCTG CTGAGGTGCT TCAGCGAAAG CAGCGAGGAG 
GAGGAGGATG AGCCCGTGAG CCCTCGGTCC AACTCTCCAC CGGTTCTCAC CAAGCCAACG 
TTAAAACGAA AGAAACCGAT TCTTCATCGG AAAAAGCGAG TCCGCAAGCG CAAGCACCAC 
AACAGCAGCG TTGTCACCGA AACCATCTCC GAGACCACAG AAGTGCTCGA CGAACCCTTT 
GAGGACTCGG ACTCTGAACG ACCAATGCCC CGGTTGGAGC CCACCTTTGA GATTGAGGAG 
GAGGAGGAGG AGGAAGAGGA GGAGGAGGAG AATGAACTTT TGCCTAGTGG ATACTTTCGG 
CACTTACCCC CACAAGACAC CCTCAGGCGC AGACCTTCTT CCAAGAGCAA GTCCAAAGAT 
GAGGAGGAGT CTGATGACAC TAATGGCACC CCGACCTTGA AACCGTTGTC TGTGCTGAGA 
AAATGTGAAG AAAACGATTC TTCACTGGAA CCTGATACTT CTACACCCAT GAAAAAGAAG 
AAGGGGTGGC CAAAGGGCAA GAGTCGAAAA CCAGTCCACT GGAAGAAAAG ACCTGGTCGA 
AAACCAGGCT TCAAACTGAA CCGGGAAAAA GTGATACCAT CAGTTCAGGG TGAAGAAGTT 
GATGCAGTGG GAGCTGGCTC AAAAACAGGG CGTAAACCCA AACTGTCAGA TACAGAGAAC 
AGTGTTGAGC AGAAAGAAGA GTTGCCCCTT ACTGAGGAAA GGAAAGATGA TGATGTGAAT 
ATGGAAGCGG AAGAGGTGGG AGAGGGGGAA GAGGAAGATA CGACCAGCAG TGAAGTAAGG 
GCAGTTTCTC CTGTGGACAG CAGCAGCAGT CCAGCCCCAG AGGCTAAAGA GCCTGAAATA 
GAGGAGGAGG TGGAGGAGAA GCCGCGGGTT TCGGAAGAAC AGAGGCAATC GGAGGAAGAA 
CAGCAAGAAC TAGAAGAACC TGAGCATGAC CACGAGGAAG AAGATGAAGT CGCAGTAGTG 
GCGAATCAGA ATGAAGACCA TGATGCCGAT GATGAAGATG ATGGTCATGT GGAGTCCCTG 
AAGAAGAAGG AGTTGGAGGA ACAGCCTGTG AGGGAAGGGG TGAAGGAGGA GCCCGACGTG 
CAAGAGTGTT TTTTAGAAAC AAGCATATCA AGCAGTAGAG AGGAGGCAAA AGGAAAAGAT 
GAACCCGAGG CAGATTCGGA GGAAGAACAG GCTTCGAATG AGACATCGGT GGGGTCAGAG 
CATGTCCCTG GGTCTGAGGA TGATCACGAA GAAGAGCAGA GTAATAAAGA AGGGCTAATT 
GAGTTAAAGG AAGAAGAGGA GATTCCTCAT AGTGAACTAG ATCTCGAAAC TGTCCAAGCT 
GTCCAGTCCT TGACGCAGGA GGAGAGCAAT GAGCACGATG TAGCTTACCA GGACTGTGAA 
GAGACCCTCG CAGCGTGCCA GACTCTGCAG AGTTACACCC AGACGGAGGA GGATCCCCAG 
ATATCCATGG TTGAGGATTG CCAGGCCTCG GAGCACAACA GTCCCATATC CTCCGTTCAG 
TCCCACCCCA GCCAGTCCGT GCGGTCCGTG AGCAGCCCCA GCGTGCCCGC CCTGGAGAGC 
AGCTACACCC AGATCAGTCC CGAGCAAGGA TCCCTGTCCG CGCCCTCTAT GCAGAACATG 
GAGACCAGCC CCATGATGGA TGTGCCTTCC GTATCGGACC ACTCTCAGCA GGTGGTGGAT 
AGCGGCTTCA GCGACCTTGG GAGCATCGAG AGCACCACGG AGAATTACGA GAACCCCAGC 
AGCTACGACT CCACCATGGG AGGCAGCATT TGTGGGAACA ACTCTTCCCA GAGCAGCTGC 
TCCTACGGAG GGTTGTCCTC TTCCAGCAGC CTCACGCAGA ACAGCTGCGT GGTCACGCAG 
CAGATGGCCA ACATGGGCAG CAGTTGCAGC ATGATGCAGC AGAGCAGCGT CCAGCCCGCG 
GCCAACTGCA ACATCAAGTC CCCGCAGAGC TGCGTGGTGG AAAGACCTCC TGGCAACCAG 
CAGCCCGCGC CGCTGTCGCA GTGCAGCATG AACAACAGCT TCACGCCGGC GCCCATGATC 
ATGGAAATAC CCGAGTTGGG AAGCACTGGG AACATCAGTA TCTACGAGAG GATCCCAGGG 
GATTTTGGGG CCGGGAGCTA TTCGCAGCCG TCGGCCACGT TCAGCTTGGC CAAGCTGCAG 
CAGCTGACCA ACACCATTAT GGACCCTCAT GCCATGCCTT ATAGCCATTC TCCTGCCGTG 
ACTTCCTATG CAACCAGTGT TTCCCTGTCC AACACGGGCT TGGCCCAGCT GGCCCCCTCG 
CACCCGCTGG CCGGCACCCC GCAAGCACAA GCCACCATGA CACCGCCGCC CAACCTGGCG 
TCCACCACCA TGAACCTCAC GTCGCCGCTG CTGCAGTGCA ACATGTCGGC CACCAACATC 
GGCATCCCGC ACACGCAGCG CCTGCAGGGC CAGATGCCCG TCAAGGGCCA CATCTCCATC 
CGCTCCAAGT CGGCGCCGCT GCCCGCGGCC AACCTCATGC CCACGGCGCC CTACAACGTC 
AACTCCATGA ACATGAACAC GCTCAACGCC ATGAACAGCT ACCGCATGAC GCAGCCCATG 
ATGAACAGCA GCTACCACAG CAACCCGGCC TACATGAACC AGACGGCGCA GTATCCTATG 
CAGATGCAGA TGGGGATGAT GGGGAGCCAG GCCTACACGC AGCAGCCTAT GCAGCCAAAC 
CCCCACGGCA ACATGATGTA CACGGGGCCC TCCCACCACA GCTACATGAA CGCGGCCGGC 
GTGCCCAAGC AGTCCCTCAA CGGCCCCTAC ATGCGGAGAT GA

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

RefSeq	XP_010211096.1
CDS	205..5946
Translation	MVKLANPLYTEWILEAIKKVKKQKQRPSEERICNAVSSSHGLDRKTVLEQLELSVKDGTILKVSNKGLNSYKDPDNPGRIALPKPRNHGKLDGKPNVDWNKLIKRAIEGLAESSGSSLKNIERFLKGQKDVSALFGGSAASIFHQQLRLAVKRAVGHGRLLKDGPLYQLNTKATTNADGKESCESLSCLPPVCLLPHEKDKPVAEPIPICSFCLGTKEQNREKKPEELISCADCGNSGHPSCLKFSPELTVRVKALRWQCIECKTCSSCRDQGKNADNMLFCDSCDRGFHMECCDPPLTRMPKGMWICQICRPRKKGRKLLHKKAAQIKRRYTNPIGRPKNRLKNQNTTSKGPFSKVRTGPGRGRKRKITLSSQSASSEGGYLEQTDVLDFCRDGSTTLKFNKKTKGLIDGLTKFFTPSPDGRKARGEVVDYSQQYRIRKKGTRKSSTSEWPTDNQDGWDGKQENEERFFGSQDVLTEKDMELFRDIQEQALQKVGVIGPPDPQVRCPSVIEFGKYEIQTWYSSPYPQEYSRLPKLYLCEFCLKYMKSRTILQQHMKKCGWFHPPANEIYRKNNVSVFEVDGNVSTIYCQNLCLLAKLFLDHKTLYYDVEPFLFYVLTQNDVKGCHLVGYFSKEKHCQQKYNVSCIMILPQYQRKGYGRFLIDFSYLLSKREGQAGSPEKPLSDLGRLSYMAYWKSVILECLYHQRDKQLSIKKLSKLTGICPQDITSTLHHLRMLDFRSDQFVIIRREKLIQEHMAKLRTNVRPIDVDAECLRWTPVIVSNSVVSEDEEEETEDGENEEQQQEKEKDPEASMVKSVSWEKKEQEPYSPPENEKKPDIVAPANSARPNKHILPLDSLPANSQPSRRGRWSRKGKKLREPFCEKEAKLPVEEKTAVASGRCSECEEKSAASRGRCSECEEKSAALQGRCGECEEKSPIARGRYAEEEEnullNLQFPRGSTGDSVPHRYSDSSLLRCFSESSEEEEDEPVSPRSNSPPVLTKPTLKRKKPILHRKKRVRKRKHHNSSVVTETISETTEVLDEPFEDSDSERPMPRLEPTFEIEEEEEEEEEEEENELLPSGYFRHLPPQDTLRRRPSSKSKSKDEEESDDTNGTPTLKPLSVLRKCEENDSSLEPDTSTPMKKKKGWPKGKSRKPVHWKKRPGRKPGFKLNREKVIPSVQGEEVDAVGAGSKTGRKPKLSDTENSVEQKEELPLTEERKDDDVNMEAEEVGEGEEEDTTSSEVRAVSPVDSSSSPAPEAKEPEIEEEVEEKPRVSEEQRQSEEEQQELEEPEHDHEEEDEVAVVANQNEDHDADDEDDGHVESLKKKELEEQPVREGVKEEPDVQECFLETSISSSREEAKGKDEPEADSEEEQASNETSVGSEHVPGSEDDHEEEQSNKEGLIELKEEEEIPHSELDLETVQAVQSLTQEESNEHDVAYQDCEETLAACQTLQSYTQTEEDPQISMVEDCQASEHNSPISSVQSHPSQSVRSVSSPSVPALESSYTQISPEQGSLSAPSMQNMETSPMMDVPSVSDHSQQVVDSGFSDLGSIESTTENYENPSSYDSTMGGSICGNNSSQSSCSYGGLSSSSSLTQNSCVVTQQMANMGSSCSMMQQSSVQPAANCNIKSPQSCVVERPPGNQQPAPLSQCSMNNSFTPAPMIMEIPELGSTGNISIYERIPGDFGAGSYSQPSATFSLAKLQQLTNTIMDPHAMPYSHSPAVTSYATSVSLSNTGLAQLAPSHPLAGTPQAQATMTPPPNLASTTMNLTSPLLQCNMSATNIGIPHTQRLQGQMPVKGHISIRSKSAPLPAANLMPTAPYNVNSMNMNTLNAMNSYRMTQPMMNSSYHSNPAYMNQTAQYPMQMQMGMMGSQAYTQQPMQPNPHGNMMYTGPSHHSYMNAAGVPKQSLNGPYMRR

Target ORF information:

RefSeq Version	XM_010212794.1
Organism	Tinamus guttatus(white-throated tinamou)
Definition	Tinamus guttatus K(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_010212794.1

ORF Insert Sequence:

ATGGTAAAAC TCGCCAACCC CCTGTATACG GAGTGGATTT TGGAGGCGAT CAAAAAGGTA 
AAGAAACAAA AACAGCGTCC TTCAGAGGAG AGGATATGCA ATGCAGTATC TTCATCACAC 
GGTTTGGACC GCAAAACTGT TCTGGAACAG TTAGAGTTGA GTGTTAAGGA TGGAACTATT 
TTAAAAGTCT CCAACAAAGG TCTCAATTCC TACAAGGATC CTGATAATCC TGGGAGAATA 
GCACTTCCAA AGCCTCGCAA CCATGGAAAG TTGGATGGTA AACCAAACGT GGACTGGAAT 
AAACTTATCA AACGCGCCAT CGAGGGCTTG GCCGAGTCTA GTGGCTCGTC CTTGAAGAAC 
ATCGAGCGCT TTCTGAAGGG GCAGAAAGAT GTGTCTGCGT TGTTTGGAGG TAGCGCTGCC 
TCCATTTTCC ACCAGCAATT AAGATTAGCC GTCAAGCGTG CGGTTGGCCA TGGGAGGCTG 
CTCAAAGATG GACCTCTGTA TCAGCTCAAC ACTAAGGCAA CCACTAATGC TGACGGGAAG 
GAGAGCTGCG AGTCTCTTTC CTGTCTCCCT CCAGTGTGTC TCCTTCCCCA CGAAAAGGAT 
AAGCCAGTGG CAGAGCCCAT TCCAATCTGC AGTTTCTGCC TTGGTACAAA GGAACAAAAT 
CGAGAGAAGA AACCTGAAGA GCTCATCTCT TGTGCTGACT GCGGCAACAG CGGTCATCCA 
TCCTGTTTGA AGTTTTCTCC CGAGTTAACA GTGCGAGTGA AAGCCTTGCG ATGGCAATGC 
ATCGAGTGCA AAACGTGCAG CTCCTGTCGA GATCAGGGCA AGAACGCGGA TAACATGCTA 
TTTTGTGACT CATGCGACCG TGGCTTTCAC ATGGAGTGCT GTGACCCCCC TCTTACCAGG 
ATGCCAAAAG GTATGTGGAT ATGTCAGATA TGTCGACCAC GGAAGAAAGG AAGGAAACTT 
TTACACAAGA AGGCAGCACA GATAAAACGG CGATATACAA ACCCAATAGG ACGTCCCAAA 
AATAGGTTAA AGAACCAAAA CACGACATCA AAAGGCCCCT TCAGCAAAGT TCGAACTGGC 
CCTGGTCGGG GTCGGAAGCG AAAGATCACC CTATCCAGCC AGTCAGCATC CTCAGAAGGA 
GGTTACCTGG AGCAGACGGA TGTCTTGGAC TTCTGCAGAG ATGGCAGCAC CACCTTGAAG 
TTTAACAAGA AAACCAAAGG GCTCATAGAT GGCCTTACTA AATTCTTCAC TCCCTCCCCT 
GATGGACGGA AAGCTCGGGG GGAAGTGGTG GACTATTCTC AGCAATACAG GATCAGGAAA 
AAGGGTACCA GGAAATCCAG CACTTCAGAA TGGCCCACAG ACAATCAGGA TGGCTGGGAT 
GGAAAACAGG AAAATGAGGA GCGTTTCTTT GGGAGCCAGG ATGTCTTAAC TGAAAAAGAC 
ATGGAGCTGT TCAGAGATAT TCAGGAGCAA GCATTGCAGA AAGTAGGGGT GATTGGGCCT 
CCTGATCCGC AAGTCCGCTG CCCTTCTGTC ATCGAATTTG GCAAGTATGA AATCCAGACC 
TGGTACTCCT CCCCATATCC ACAGGAGTAC TCAAGGCTAC CCAAGCTGTA TCTTTGTGAA 
TTCTGTCTAA AATACATGAA AAGCAGAACT ATTCTCCAGC AGCATATGAA AAAATGTGGC 
TGGTTTCATC CTCCAGCCAA TGAAATTTAC CGAAAAAACA ATGTTTCAGT CTTTGAGGTC 
GATGGCAATG TCAGCACTAT TTACTGCCAG AATTTGTGCT TGTTAGCCAA ACTCTTCCTG 
GACCATAAGA CCCTCTACTA CGACGTGGAG CCATTTCTTT TCTACGTGCT GACACAGAAT 
GATGTCAAGG GCTGTCACCT TGTTGGCTAC TTCTCCAAGG AGAAACACTG CCAACAGAAG 
TACAATGTTT CCTGTATAAT GATTCTTCCA CAATACCAGC GTAAGGGCTA TGGCAGATTC 
CTAATTGACT TCAGCTACCT ACTTTCAAAG CGTGAGGGTC AAGCAGGATC ACCAGAGAAG 
CCCCTGTCAG ATCTGGGGCG GCTCTCGTAC ATGGCTTACT GGAAAAGTGT AATTTTGGAG 
TGCCTTTATC ATCAACGTGA CAAGCAATTA AGCATCAAGA AGCTGAGTAA GCTGACTGGA 
ATCTGTCCTC AAGATATCAC TTCCACTCTG CACCACCTGC GAATGCTTGA TTTCCGTAGT 
GATCAATTTG TGATCATTCG TCGGGAGAAG CTCATTCAGG AACATATGGC AAAGCTTAGA 
ACTAACGTCC GCCCTATAGA TGTGGATGCA GAGTGTCTGC GTTGGACACC CGTCATAGTT 
TCCAACTCGG TTGTCTCTGA GGATGAGGAA GAGGAGACAG AGGATGGGGA GAATGAAGAG 
CAACAACAGG AGAAGGAAAA AGACCCAGAG GCCAGTATGG TAAAATCTGT ATCATGGGAG 
AAGAAAGAGC AAGAGCCTTA TTCTCCTCCA GAGAATGAAA AAAAGCCAGA CATCGTTGCT 
CCAGCCAATT CTGCCCGGCC AAACAAGCAC ATCCTTCCTC TGGATAGTCT TCCTGCCAAC 
AGCCAGCCCT CCCGAAGAGG GCGATGGAGC CGCAAGGGCA AGAAATTGCG GGAGCCCTTT 
TGTGAGAAGG AAGCCAAGCT GCCCGTGGAG GAGAAGACAG CGGTCGCCAG CGGCCGCTGC 
AGCGAATGCG AGGAGAAATC GGCAGCCTCG CGAGGCCGGT GCAGCGAATG CGAGGAGAAA 
TCGGCAGCCT TGCAGGGAAG ATGCGGCGAA TGCGAGGAGA AATCCCCGAT TGCCCGGGGC 
CGCTATGCTG AAGAGGAGGA ANNAAATCTG CAGTTTCCCC GGGGCAGTAC CGGCGACAGT 
GTGCCCCACC GCTACAGCGA CAGCAGCCTG CTGAGGTGCT TCAGCGAAAG CAGCGAGGAG 
GAGGAGGATG AGCCCGTGAG CCCTCGGTCC AACTCTCCAC CGGTTCTCAC CAAGCCAACG 
TTAAAACGAA AGAAACCGAT TCTTCATCGG AAAAAGCGAG TCCGCAAGCG CAAGCACCAC 
AACAGCAGCG TTGTCACCGA AACCATCTCC GAGACCACAG AAGTGCTCGA CGAACCCTTT 
GAGGACTCGG ACTCTGAACG ACCAATGCCC CGGTTGGAGC CCACCTTTGA GATTGAGGAG 
GAGGAGGAGG AGGAAGAGGA GGAGGAGGAG AATGAACTTT TGCCTAGTGG ATACTTTCGG 
CACTTACCCC CACAAGACAC CCTCAGGCGC AGACCTTCTT CCAAGAGCAA GTCCAAAGAT 
GAGGAGGAGT CTGATGACAC TAATGGCACC CCGACCTTGA AACCGTTGTC TGTGCTGAGA 
AAATGTGAAG AAAACGATTC TTCACTGGAA CCTGATACTT CTACACCCAT GAAAAAGAAG 
AAGGGGTGGC CAAAGGGCAA GAGTCGAAAA CCAGTCCACT GGAAGAAAAG ACCTGGTCGA 
AAACCAGGCT TCAAACTGAA CCGGGAAAAA GTGATACCAT CAGTTCAGGG TGAAGAAGTT 
GATGCAGTGG GAGCTGGCTC AAAAACAGGG CGTAAACCCA AACTGTCAGA TACAGAGAAC 
AGTGTTGAGC AGAAAGAAGA GTTGCCCCTT ACTGAGGAAA GGAAAGATGA TGATGTGAAT 
ATGGAAGCGG AAGAGGTGGG AGAGGGGGAA GAGGAAGATA CGACCAGCAG TGAAGTAAGG 
GCAGTTTCTC CTGTGGACAG CAGCAGCAGT CCAGCCCCAG AGGCTAAAGA GCCTGAAATA 
GAGGAGGAGG TGGAGGAGAA GCCGCGGGTT TCGGAAGAAC AGAGGCAATC GGAGGAAGAA 
CAGCAAGAAC TAGAAGAACC TGAGCATGAC CACGAGGAAG AAGATGAAGT CGCAGTAGTG 
GCGAATCAGA ATGAAGACCA TGATGCCGAT GATGAAGATG ATGGTCATGT GGAGTCCCTG 
AAGAAGAAGG AGTTGGAGGA ACAGCCTGTG AGGGAAGGGG TGAAGGAGGA GCCCGACGTG 
CAAGAGTGTT TTTTAGAAAC AAGCATATCA AGCAGTAGAG AGGAGGCAAA AGGAAAAGAT 
GAACCCGAGG CAGATTCGGA GGAAGAACAG GCTTCGAATG AGACATCGGT GGGGTCAGAG 
CATGTCCCTG GGTCTGAGGA TGATCACGAA GAAGAGCAGA GTAATAAAGA AGGGCTAATT 
GAGTTAAAGG AAGAAGAGGA GATTCCTCAT AGTGAACTAG ATCTCGAAAC TGTCCAAGCT 
GTCCAGTCCT TGACGCAGGA GGAGAGCAAT GAGCACGATG TAGCTTACCA GGACTGTGAA 
GAGACCCTCG CAGCGTGCCA GACTCTGCAG AGTTACACCC AGACGGAGGA GGATCCCCAG 
ATATCCATGG TTGAGGATTG CCAGGCCTCG GAGCACAACA GTCCCATATC CTCCGTTCAG 
TCCCACCCCA GCCAGTCCGT GCGGTCCGTG AGCAGCCCCA GCGTGCCCGC CCTGGAGAGC 
AGCTACACCC AGATCAGTCC CGAGCAAGGA TCCCTGTCCG CGCCCTCTAT GCAGAACATG 
GAGACCAGCC CCATGATGGA TGTGCCTTCC GTATCGGACC ACTCTCAGCA GGTGGTGGAT 
AGCGGCTTCA GCGACCTTGG GAGCATCGAG AGCACCACGG AGAATTACGA GAACCCCAGC 
AGCTACGACT CCACCATGGG AGGCAGCATT TGTGGGAACA ACTCTTCCCA GAGCAGCTGC 
TCCTACGGAG GGTTGTCCTC TTCCAGCAGC CTCACGCAGA ACAGCTGCGT GGTCACGCAG 
CAGATGGCCA ACATGGGCAG CAGTTGCAGC ATGATGCAGC AGAGCAGCGT CCAGCCCGCG 
GCCAACTGCA ACATCAAGTC CCCGCAGAGC TGCGTGGTGG AAAGACCTCC TGGCAACCAG 
CAGCCCGCGC CGCTGTCGCA GTGCAGCATG AACAACAGCT TCACGCCGGC GCCCATGATC 
ATGGAAATAC CCGAGTTGGG AAGCACTGGG AACATCAGTA TCTACGAGAG GATCCCAGGG 
GATTTTGGGG CCGGGAGCTA TTCGCAGCCG TCGGCCACGT TCAGCTTGGC CAAGCTGCAG 
CAGCTGACCA ACACCATTAT GGACCCTCAT GCCATGCCTT ATAGCCATTC TCCTGCCGTG 
ACTTCCTATG CAACCAGTGT TTCCCTGTCC AACACGGGCT TGGCCCAGCT GGCCCCCTCG 
CACCCGCTGG CCGGCACCCC GCAAGCACAA GCCACCATGA CACCGCCGCC CAACCTGGCG 
TCCACCACCA TGAACCTCAC GTCGCCGCTG CTGCAGTGCA ACATGTCGGC CACCAACATC 
GGCATCCCGC ACACGCAGCG CCTGCAGGGC CAGATGCCCG TCAAGGGCCA CATCTCCATC 
CGCTCCAAGT CGGCGCCGCT GCCCGCGGCC AACCTCATGC CCACGGCGCC CTACAACGTC 
AACTCCATGA ACATGAACAC GCTCAACGCC ATGAACAGCT ACCGCATGAC GCAGCCCATG 
ATGAACAGCA GCTACCACAG CAACCCGGCC TACATGAACC AGACGGCGCA GTATCCTATG 
CAGATGCAGA TGGGGATGAT GGGGAGCCAG GCCTACACGC AGCAGCCTAT GCAGCCAAAC 
CCCCACGGCA ACATGATGTA CACGGGGCCC TCCCACCACA GCTACATGAA CGCGGCCGGC 
GTGCCCAAGC AGTCCCTCAA CGGCCCCTAC ATGCGGAGAT GA