Asxl3 cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Asxl3
Entrez Gene ID	103730570
Full Name	additional sex combs like 3, transcriptional regulator
Gene Type	protein-coding
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_008828849.1	XP_008827071.1	LOW QUALITY PROTEIN: putative Polycomb group protein ASXL3

Pathways from BioSystems
Gene Ontology

The following Asxl3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Asxl3 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
ONa45657	XM_008828849.1 Latest version!	Nannospalax galili ASXL transcriptional regulator 3 (Asxl3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1161.30 $1659.00

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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)

Asxl3 ( XM_008828849.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008827071.1 Nannospalax galili ASXL transcriptional regulator 3 (Asxl3), mRNA.

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CloneID	ONa45657
Clone ID Related Accession (Same CDS sequence)	XM_008828849.1
Accession Version	XM_008828849.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6579bp) 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	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	LOW QUALITY PROTEIN: putative Polycomb group protein ASXL3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008333886.1) 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 Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 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##

ATGCTTCACA CGAACACTCG GATAGGGGAT GGAACGTTCT TCAAAATCCC TGGAAAGTCA 
GGCCTCTATG CTCTCAAAAA AGAGGAGTCA TCATGCCCAG TGGACGGAGC CTTGGATCTA 
GTCTGTGACA CAGACCTGGA TGGCACTGAG ATGGCGGAGG CCAGTGCCAA TGGAGAGGAG 
AATGGGGTTT GTAGGAAGCA GGTAACGGAT GAAGCATCTT CCACTCGGGA TTCAAGCCTC 
ACGAACACAG CCGTGCAAAG CAAGCTGTCT TCCTTTCAGC AGCACACGAA AAAGGCCCTG 
AAGCAGGCTT TGAGGCAGCA GCAGAAAAGA AGAAATGGAG TCTCAATGAT GGTAAACAAG 
ACTGTTCCTC GTGTTGTTTT GACACCATTA AAGGTGTCTG ATGAGCAGTC GGATTCGCCT 
TCAGGATCCG AGTCTAAAAA TGGTGAGGCA GACAGTTCAG ATAAAGAGAT GAAGCATGGG 
CAGAAATCTC CCACTGGAAA ACAAACAAGT CAGCACTTAA AACGGTTGAA AAAGTCTGGT 
TTAGGACACT TGAAATGGAC CAAAGCTGAG GACATTGACA TAGAAACCCC AGGATCTATT 
CTTGTCAACA CTAACTTGAG GGCATTAATA AATAAACATA CGTTTGCTTC CTTACCCCAG 
CCTTTTCAGC AATATCTCCT GCTTTTGCTC CCGGAAGTGG ATAGGCAGAT GGGAAGTGAT 
GGAATTTTAC GTCTCAGTAC TTCAGCTCTG AACAATGAAT TCTTTGCATA CGCAGCGCAA 
GGGTGGAAAC AGCGACTGGC AGAAGGAGAG TTTACCCCAG AAATGCAATT ACGAATAAGG 
CAAGAAATTG AGAAGGAAAA GAAGACAGAA CCTTGGAAAG AAAAATTCTT TGAGAGATTT 
TATGGAGAAA AATTGGGCAT GTCCAGAGAG GAATCTGTGA AGCTAACTTC TGGACCAAAC 
CACGGTGGAG CTGAAGGAAG TTCTTCACAT GGGGCCACTG GCCCTCCAGC TTCTTCTGTG 
CAGACTCATG GAGAAGAACA ACCCCAAAAC ATGAAGAGTT CAGCTTCTTT GGAGCCTGAT 
TTCTGTGCCA CCATTTGTCC TATGTTAGAG GTTCCATCAA AGGATGTGAT GACAGAATCA 
GAAACAGAGG ACATCTTGAT CCCTGAGGAG TCTGTGATTC AGGAGGAAGT TGCAGAAGAG 
GTAGAGACCA GTATCTATGA ATGCCAAGAT GAAAATCACA AGTCTGTTTC TGAATTTTCC 
AAGGAGTCTG AAAGTCCAGC CACTTCTCGT GAAGAGCCCC AAATCGTGGC TCCTGAAGAT 
AACTTGGAAT CCTGTGTTAT GATGAATGAT GTTTTAGAAA CTTTACCTCA TATTGATGTT 
AAGATAGATG AGAAATTGGA ATGTCCCCAG GAAGAAATGT CAGTTGTTAT TGATCAACTA 
GAAGTGTGTG ATGCTCTTTG TCCTTCCGCT TCATCTGTGA CTCATGTCCT TGATGGAGAA 
CATCAGGAAC AAGGAACTGC AATAGAGACC AGTACTCTCA ACATCAAAAC AGGGTCGTCT 
TCTCTAGAAG GCCAATTTTC AAATGAAGGA CTAGCTGTGG ATATGGAGCT CCAGAGTGAC 
CCCGAGGAAC AGCTCTCAGA AAATGCTTGT GTCTCTGAAA CTTCCTTCTC TTCTGAGAGC 
CCAGAGGGAG GCTGTGCCAG CCTTCCATCC CCGGGTGGGG AAACACAGTC TACATCTGAA 
GAGTCATGTA CTCCTGCTTC CCTGGAAACA ACGTTCTGTT CTGAGGTGTC CAGCATCGAC 
AATACGGACA AATATAACCA GAGGAATCCC ACTGATGAAA GCCTTCATGC GTCTTTGATG 
TCAGAAGACG TATCTCCACT GGCCCCCTCC CCTGAGACAT CAGACGCATC TCTTATGTCC 
AACTTGCCAT TGACATCTGA GGCATCACCA GTATCCAACT TACCTCTGAC ATCAGAGGCA 
TCCCCAATGT CTGATTTACC ATTGACATCA GAGACTTGTT CAGCGTCTTC CATGCTTCTT 
ACCTCTGAGA CACCTTTTAT ATCTAGTTTG CCAATTCCCG TGGAGACATC TCCGATTTCT 
AATTCTTCCA TGAATGAAAG AACAGTTCAT CAACAGAGAA AGTCACCTTC AATATCCGAA 
GCACTCTCTC CACAGAAAGA TGAACCTTGT GCCCCTACCA AGCCCCTGGG AGAGAACCTT 
ACCTGCCAGC CAAAGCCTCT GTCCACTATT CCTGAACCCA TCAACATGAG TTCTTCTACC 
GTGCCTGAAG CTTGTCCACC TGAAGAACTA CACAGTCGAA CTCTGGGTCA GCAGCCTTGT 
AAGTCTAATG TTGAAATCGT GAAGCTGTAT CCTCCCTTGG TCCCAGAATT CCCTGCTACT 
GAAATAATGA AAGTTAAAAA CCATAGTGTC CTGCAAAGAA CTGAAAAGAA AGGGGTGTCC 
TCGCCGCTGG AGGCGTCTGT CTTTTCCGAA GAGACAGAGA CTGGGGGAAA TGAGGTTCCA 
TCAGCTAAAT TACAGGATAA GCAGTCTGTC CCTTCAGCAG AGAAGGCTCC ATTTTTAGAA 
GGCTCAAGAA ATAAAACACA TAAGCAAGTG GCCACACTGA ATCGACTGGA GACCTCACAT 
ACCTCCAAAA CTCTGGAGCC CTCCAAGTCA CCTGATGGGA TAAGGAATGA AAGTAGAGAG 
CCAGAGATAT CCAAGAGGAA AACTGCAGAG CACAGCTTTG GAATCTGTAA GGAGAAAAGA 
GCTAGGATAG AAGACGATCA GTTAACCCGG GGCCAAGCAT CCAGCAGTCC ACCGGAGAAA 
GAGCAGCCTC CGAGAGAAGA GCCCAGGGTT CCCCCTCTCA AGATACAACT TTCCAAAATT 
GGACCCCCAT TTATCATCAA GAGCCAGCCC GTCTCCAAGC CGGAGTCCCG AGCGTCCAGC 
AGCACTTCTG TCAGTGGTGG AAGGAACACA GGGGCCAGGA CCCTCGCAGA TATCAAGGCC 
CGTGCCCAAC AAGCCCGAGC CCAGCGTGAG GCTGCTGCAG CTGCTGCCGT TGCAGCCGCA 
GCAAGCATCG TCTCAGGGGC CATGGGAAGC CCAGGAGAGG GCGGGAAGGC TAGAACCCTG 
GCCCACATCA AAGAGCAGAC CAAAGCTAAG CTCTTTGCAA AGCACCAGGC CCGAGCCCAC 
CTCTTCCAGA CCTCTAAAGA ATCCCGGATG CCTATTCTTA GCTCCAAGGA AGATGCTCCA 
AACTCGGAGG TCTCTTCTAC CCCTGAAACA AAGATAGAAG GTTCCACTGG TGTCATTATC 
GTCAATCCAA ACTGCAGATC TCCTAGCAGC AAGCCGGCAC TCCGGGAGAC AACCACTGTA 
TCACAGCAGC CTCTGAACCC ACCTCAACTT CCAGAAACCG CCACTGACTT ATCTGTGCAT 
AGTTCTGATG AAAACATACC TGTGTCGCAT TTAACTGAGA AAATTGTTTC ATCTACCTCT 
TCTGAAAATA GCAGTGTGCC CATGCTTTTT AATAAAAATC CCACCCCTAT GTCTGTTTGC 
AGCACTGCCG CGTCGGGAGC AGTTAAAGAA CATCCCTTTG TGAATTCTGT TGACAAACCT 
TCTGTCCTCA TGTCTGTTGA CAGTGCAAAC AGTACGATTT CTGCTTGTAA TATAAGCATG 
TTGAAAACTA TCCAGGGATC TGACACGCCA TGCATAGCCA TTGTACCAAA ATGTCTCGAC 
AGCACTTCTA TTCCAGCCGT TCCAGAGGGC GCCAACCGAT CTAGTTCCAC AGAGGGTAAG 
GCCCTGTTTA TGCCCAGCAG CAAGGCTGCT GACTTAGTGT CCGGTCAGTA TGCGTCCGTG 
CCAGCCCCCA CCATTGGAAA TAGCTTGCCA AACCATCTCT GCTCTAGCTC TGTCTTGATT 
CCCCCCACGG GAATTGCTAA CAGATTTGCT TCAGAGAAGA TAGCCATTCC TGGGAGTGAA 
GAACAGGCCA CCGTGTCCAT GGGTACCACT GTGAGAGCTC CCCTCAGCTG CAGCGATGTG 
GTGGCCGTCA CAGACGCGCT GGTTGCACGC ACGCCCGTCG CAATGTTTAC TGGAAACACG 
CTCACTATAA ACTCGTATGA CAGTCCTCCC AAATTAAGTA TGGAAAGCTT GGACAAAAAC 
CCAGGGCCTC GGAACAGGGT GGACAGTTCT GGGAAACCTC AGCAGCCACC AGGGGGCTTT 
GCCCCAGCGT CCATCAACAG ATCCATCCCC TGCAAAGTCA TTGTTGACCA CACTACCACA 
CTGACCTCCG GTTTGTCTCT GACTGTGTCC ATTGAAAGTG CAGAAGCAAG CACGGATCCG 
CAGAACAGGT CAGTGAGGAC AGAGGTACCC ATACAGTCGG TGGCCTGTCC CCAGGTATCT 
GTCATCAGCA GGCCTGAGCA GGTAGCAAGC GACGGTGTTG ATAATGGCTC TGTTTTTATC 
ACTGCTTCTA CAGCCAAACA GGACTGTAAG CCACTGCAGG CCCCCTGCAC CAGTCTCCGA 
GAATTGCCTC TTGTTGCAGA TAAACCAAAC GAGGCTGCTG CGTCTACTCA GAGCTTCGCT 
GAGCGGGCAC GGAGCTCAAG CGCTTTCAAA AGTGAGGCGG ACACAGCTTG CAGTAATCCC 
TATAACCCAG GAAGCCGGAT TTTCTGGAGC GAAGATGGGA TGAGGCGCAC GGGACAGCCT 
GTGGTTAGTC ACTCGGGTTC AGGTAAACAG AAAGAATACC AAGAACAGAG TGGCCTGAAG 
GCCATCAAAC CGGAGCATGC CAGCTACACA CACATGCCTG AAATGCACCC TAGAAATCTC 
ATCACGAATG CCAGTCTTCC TGTGAAAGCT GAACCTCATG AAGTAGACAA GGGCTTTACT 
ATGGACACTG AGGACTTCCC CAGCCCTGAA CGGCCCCCTC CAGCGACAGA GCTGACAAAC 
AGCACTAGTG GGCCACAGAC CCAGGCCATG AAGCCTGCCA TCTCAAGTCC TATAGAAGAA 
GCTGTTTCCT TAGCTACAGA CACCCTGAAG AGAGTTCCCA GTGGGGGGAG TTCGAGCTGT 
CGCCTGTCCT CTGTGGAAGC CAACAACCCC CTGGTGACAC AGTTACTGCA GGGCAACCTA 
CCTCTGGAAA AGGTGTTGCC ACAACCCAGA TTGGGAGCCA AGCTTGAAAT CAACAGGCTC 
CCTCTGCCCC TTCCAGCTAC CTCAGTGGGT AAAATAGGGC CAGAGAGGAG CGTGGTAGAA 
ATGCCATCCA GCTCTCCAAA TCCAGACGGT AAGGGCCACC CGGCAGGTAC ACCGGCACCA 
CTCCAAATGA GGAAGCGAGA AAGCCACCCC AAAAAGAGAC CAGCCAGGAC TGTGGGGGAG 
CACACCCAAG TCAAGTGTGA GCCGGGGAAG ATGTTGATGG AGCCCGACGT GAAATCGGTG 
CCCTGCGTCC TCAACCCGGG CGTGAGTCAG CTGGGACACG GCCAGCCGTT TAAACAAGAG 
CAGCACAACA AACACTCGGT GCAGAACAGG ATGGTGCCCA GCTCCGAGGT CAAACAGCCG 
AAGCGGCTGC TGCCGGCTTG CAGCTTCCAG CAGAATGTGT TCCACGTGGA CAAAAATGGC 
AGTTTCCATC CTGACGGGGG TGTCGCACAC AGACAGCAGT TCTACCAAAT GCCCATGGCT 
GCCAGGGGCC CCCTTCCCAC CGCTGCTCTC TTACAGGTCT CTACCAAGAC CCCAGTGGGC 
TGTAATGCCT TTGCCTTCAA TAGGCATCTT GAACAAAAGG CACTGGGAGA TGTTAGTCTT 
CCCCCAGCCC CTCACCAGCT AAGGCTAGCC AGCATGTTAT CCCCCAACAT GCCCATAAAG 
GAAGGAGAGG ACGGGGGAGG CACTGCAATG GGCAGCAAAG CACTAGTCCA TCCTCCACTG 
CCGCCGCCGC CACCCCCTCC CCAAAAANAA GCCTTGCCCC CACCTCCCCC TCCACCACCT 
CCACTACCTC CACCTCTCCC CACCAGTGCA GAAGTCCCAT CAGAGCAAAA GCAACCGCCG 
GTTACCATGG AAACCACTAA GCGACTCGGT TGGCCCCAGT CCACGGGCAT ATGTAGCAAT 
ATCAAATCGG AGCCCCTTTC TTTTGAGGAA GGCTTAAGCA GCAGCTGTGA ACTGGGCATG 
AAACAAGTTT CCTATGACCA AAATGAGATG AAAGAACAGT TAAAGGCATT TGCTTTAAAA 
AATGCAGATT TCTCTTCCTA TTTGCTTTCT GAGCCCCAGA AGACATTCAC CCAATTAGCT 
GCTCAGAAAA TCCAGGTGCC GCAGCAACAG CAGCTCTGCG GAAACTACCC AACCATACAC 
TTTGGGAGCA CCAGCTTCAA AAGGGCAGCA GTGTCTGCCA TTGAGAAGTC CATTGGGATT 
TTGGGCAGTG GGTCCAGCCC CGCCTCCACG GGCCTGGCAG GTCAGAGCGC TCAGATGCCG 
GTTCAGAACT TTGCGGACAG CAGCAACGCC GACGAATTAG AGCTGAAATG CTCCTGCCGG 
CTGAAAGCCA TGATTGTGTG CAAGGGCTGT GGGGCCTTCT GCCACGACGA CTGCATAGGT 
CCTTCCAAAC TCTGTGTGGC TTGCCTGGTT GTCCGATAA

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

RefSeq	XP_008827071.1
CDS	70..6648
Translation	MLHTNTRIGDGTFFKIPGKSGLYALKKEESSCPVDGALDLVCDTDLDGTEMAEASANGEENGVCRKQVTDEASSTRDSSLTNTAVQSKLSSFQQHTKKALKQALRQQQKRRNGVSMMVNKTVPRVVLTPLKVSDEQSDSPSGSESKNGEADSSDKEMKHGQKSPTGKQTSQHLKRLKKSGLGHLKWTKAEDIDIETPGSILVNTNLRALINKHTFASLPQPFQQYLLLLLPEVDRQMGSDGILRLSTSALNNEFFAYAAQGWKQRLAEGEFTPEMQLRIRQEIEKEKKTEPWKEKFFERFYGEKLGMSREESVKLTSGPNHGGAEGSSSHGATGPPASSVQTHGEEQPQNMKSSASLEPDFCATICPMLEVPSKDVMTESETEDILIPEESVIQEEVAEEVETSIYECQDENHKSVSEFSKESESPATSREEPQIVAPEDNLESCVMMNDVLETLPHIDVKIDEKLECPQEEMSVVIDQLEVCDALCPSASSVTHVLDGEHQEQGTAIETSTLNIKTGSSSLEGQFSNEGLAVDMELQSDPEEQLSENACVSETSFSSESPEGGCASLPSPGGETQSTSEESCTPASLETTFCSEVSSIDNTDKYNQRNPTDESLHASLMSEDVSPLAPSPETSDASLMSNLPLTSEASPVSNLPLTSEASPMSDLPLTSETCSASSMLLTSETPFISSLPIPVETSPISNSSMNERTVHQQRKSPSISEALSPQKDEPCAPTKPLGENLTCQPKPLSTIPEPINMSSSTVPEACPPEELHSRTLGQQPCKSNVEIVKLYPPLVPEFPATEIMKVKNHSVLQRTEKKGVSSPLEASVFSEETETGGNEVPSAKLQDKQSVPSAEKAPFLEGSRNKTHKQVATLNRLETSHTSKTLEPSKSPDGIRNESREPEISKRKTAEHSFGICKEKRARIEDDQLTRGQASSSPPEKEQPPREEPRVPPLKIQLSKIGPPFIIKSQPVSKPESRASSSTSVSGGRNTGARTLADIKARAQQARAQREAAAAAAVAAAASIVSGAMGSPGEGGKARTLAHIKEQTKAKLFAKHQARAHLFQTSKESRMPILSSKEDAPNSEVSSTPETKIEGSTGVIIVNPNCRSPSSKPALRETTTVSQQPLNPPQLPETATDLSVHSSDENIPVSHLTEKIVSSTSSENSSVPMLFNKNPTPMSVCSTAASGAVKEHPFVNSVDKPSVLMSVDSANSTISACNISMLKTIQGSDTPCIAIVPKCLDSTSIPAVPEGANRSSSTEGKALFMPSSKAADLVSGQYASVPAPTIGNSLPNHLCSSSVLIPPTGIANRFASEKIAIPGSEEQATVSMGTTVRAPLSCSDVVAVTDALVARTPVAMFTGNTLTINSYDSPPKLSMESLDKNPGPRNRVDSSGKPQQPPGGFAPASINRSIPCKVIVDHTTTLTSGLSLTVSIESAEASTDPQNRSVRTEVPIQSVACPQVSVISRPEQVASDGVDNGSVFITASTAKQDCKPLQAPCTSLRELPLVADKPNEAAASTQSFAERARSSSAFKSEADTACSNPYNPGSRIFWSEDGMRRTGQPVVSHSGSGKQKEYQEQSGLKAIKPEHASYTHMPEMHPRNLITNASLPVKAEPHEVDKGFTMDTEDFPSPERPPPATELTNSTSGPQTQAMKPAISSPIEEAVSLATDTLKRVPSGGSSSCRLSSVEANNPLVTQLLQGNLPLEKVLPQPRLGAKLEINRLPLPLPATSVGKIGPERSVVEMPSSSPNPDGKGHPAGTPAPLQMRKRESHPKKRPARTVGEHTQVKCEPGKMLMEPDVKSVPCVLNPGVSQLGHGQPFKQEQHNKHSVQNRMVPSSEVKQPKRLLPACSFQQNVFHVDKNGSFHPDGGVAHRQQFYQMPMAARGPLPTAALLQVSTKTPVGCNAFAFNRHLEQKALGDVSLPPAPHQLRLASMLSPNMPIKEGEDGGGTAMGSKALVHPPLPPPPPPPQKnullALPPPPPPPPPLPPPLPTSAEVPSEQKQPPVTMETTKRLGWPQSTGICSNIKSEPLSFEEGLSSSCELGMKQVSYDQNEMKEQLKAFALKNADFSSYLLSEPQKTFTQLAAQKIQVPQQQQLCGNYPTIHFGSTSFKRAAVSAIEKSIGILGSGSSPASTGLAGQSAQMPVQNFADSSNADELELKCSCRLKAMIVCKGCGAFCHDDCIGPSKLCVACLVVR

Target ORF information:

RefSeq Version	XM_008828849.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili ASXL transcriptional regulator 3 (Asxl3), mRNA.

Target ORF information:

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

XM_008828849.1

ORF Insert Sequence:

ATGCTTCACA CGAACACTCG GATAGGGGAT GGAACGTTCT TCAAAATCCC TGGAAAGTCA 
GGCCTCTATG CTCTCAAAAA AGAGGAGTCA TCATGCCCAG TGGACGGAGC CTTGGATCTA 
GTCTGTGACA CAGACCTGGA TGGCACTGAG ATGGCGGAGG CCAGTGCCAA TGGAGAGGAG 
AATGGGGTTT GTAGGAAGCA GGTAACGGAT GAAGCATCTT CCACTCGGGA TTCAAGCCTC 
ACGAACACAG CCGTGCAAAG CAAGCTGTCT TCCTTTCAGC AGCACACGAA AAAGGCCCTG 
AAGCAGGCTT TGAGGCAGCA GCAGAAAAGA AGAAATGGAG TCTCAATGAT GGTAAACAAG 
ACTGTTCCTC GTGTTGTTTT GACACCATTA AAGGTGTCTG ATGAGCAGTC GGATTCGCCT 
TCAGGATCCG AGTCTAAAAA TGGTGAGGCA GACAGTTCAG ATAAAGAGAT GAAGCATGGG 
CAGAAATCTC CCACTGGAAA ACAAACAAGT CAGCACTTAA AACGGTTGAA AAAGTCTGGT 
TTAGGACACT TGAAATGGAC CAAAGCTGAG GACATTGACA TAGAAACCCC AGGATCTATT 
CTTGTCAACA CTAACTTGAG GGCATTAATA AATAAACATA CGTTTGCTTC CTTACCCCAG 
CCTTTTCAGC AATATCTCCT GCTTTTGCTC CCGGAAGTGG ATAGGCAGAT GGGAAGTGAT 
GGAATTTTAC GTCTCAGTAC TTCAGCTCTG AACAATGAAT TCTTTGCATA CGCAGCGCAA 
GGGTGGAAAC AGCGACTGGC AGAAGGAGAG TTTACCCCAG AAATGCAATT ACGAATAAGG 
CAAGAAATTG AGAAGGAAAA GAAGACAGAA CCTTGGAAAG AAAAATTCTT TGAGAGATTT 
TATGGAGAAA AATTGGGCAT GTCCAGAGAG GAATCTGTGA AGCTAACTTC TGGACCAAAC 
CACGGTGGAG CTGAAGGAAG TTCTTCACAT GGGGCCACTG GCCCTCCAGC TTCTTCTGTG 
CAGACTCATG GAGAAGAACA ACCCCAAAAC ATGAAGAGTT CAGCTTCTTT GGAGCCTGAT 
TTCTGTGCCA CCATTTGTCC TATGTTAGAG GTTCCATCAA AGGATGTGAT GACAGAATCA 
GAAACAGAGG ACATCTTGAT CCCTGAGGAG TCTGTGATTC AGGAGGAAGT TGCAGAAGAG 
GTAGAGACCA GTATCTATGA ATGCCAAGAT GAAAATCACA AGTCTGTTTC TGAATTTTCC 
AAGGAGTCTG AAAGTCCAGC CACTTCTCGT GAAGAGCCCC AAATCGTGGC TCCTGAAGAT 
AACTTGGAAT CCTGTGTTAT GATGAATGAT GTTTTAGAAA CTTTACCTCA TATTGATGTT 
AAGATAGATG AGAAATTGGA ATGTCCCCAG GAAGAAATGT CAGTTGTTAT TGATCAACTA 
GAAGTGTGTG ATGCTCTTTG TCCTTCCGCT TCATCTGTGA CTCATGTCCT TGATGGAGAA 
CATCAGGAAC AAGGAACTGC AATAGAGACC AGTACTCTCA ACATCAAAAC AGGGTCGTCT 
TCTCTAGAAG GCCAATTTTC AAATGAAGGA CTAGCTGTGG ATATGGAGCT CCAGAGTGAC 
CCCGAGGAAC AGCTCTCAGA AAATGCTTGT GTCTCTGAAA CTTCCTTCTC TTCTGAGAGC 
CCAGAGGGAG GCTGTGCCAG CCTTCCATCC CCGGGTGGGG AAACACAGTC TACATCTGAA 
GAGTCATGTA CTCCTGCTTC CCTGGAAACA ACGTTCTGTT CTGAGGTGTC CAGCATCGAC 
AATACGGACA AATATAACCA GAGGAATCCC ACTGATGAAA GCCTTCATGC GTCTTTGATG 
TCAGAAGACG TATCTCCACT GGCCCCCTCC CCTGAGACAT CAGACGCATC TCTTATGTCC 
AACTTGCCAT TGACATCTGA GGCATCACCA GTATCCAACT TACCTCTGAC ATCAGAGGCA 
TCCCCAATGT CTGATTTACC ATTGACATCA GAGACTTGTT CAGCGTCTTC CATGCTTCTT 
ACCTCTGAGA CACCTTTTAT ATCTAGTTTG CCAATTCCCG TGGAGACATC TCCGATTTCT 
AATTCTTCCA TGAATGAAAG AACAGTTCAT CAACAGAGAA AGTCACCTTC AATATCCGAA 
GCACTCTCTC CACAGAAAGA TGAACCTTGT GCCCCTACCA AGCCCCTGGG AGAGAACCTT 
ACCTGCCAGC CAAAGCCTCT GTCCACTATT CCTGAACCCA TCAACATGAG TTCTTCTACC 
GTGCCTGAAG CTTGTCCACC TGAAGAACTA CACAGTCGAA CTCTGGGTCA GCAGCCTTGT 
AAGTCTAATG TTGAAATCGT GAAGCTGTAT CCTCCCTTGG TCCCAGAATT CCCTGCTACT 
GAAATAATGA AAGTTAAAAA CCATAGTGTC CTGCAAAGAA CTGAAAAGAA AGGGGTGTCC 
TCGCCGCTGG AGGCGTCTGT CTTTTCCGAA GAGACAGAGA CTGGGGGAAA TGAGGTTCCA 
TCAGCTAAAT TACAGGATAA GCAGTCTGTC CCTTCAGCAG AGAAGGCTCC ATTTTTAGAA 
GGCTCAAGAA ATAAAACACA TAAGCAAGTG GCCACACTGA ATCGACTGGA GACCTCACAT 
ACCTCCAAAA CTCTGGAGCC CTCCAAGTCA CCTGATGGGA TAAGGAATGA AAGTAGAGAG 
CCAGAGATAT CCAAGAGGAA AACTGCAGAG CACAGCTTTG GAATCTGTAA GGAGAAAAGA 
GCTAGGATAG AAGACGATCA GTTAACCCGG GGCCAAGCAT CCAGCAGTCC ACCGGAGAAA 
GAGCAGCCTC CGAGAGAAGA GCCCAGGGTT CCCCCTCTCA AGATACAACT TTCCAAAATT 
GGACCCCCAT TTATCATCAA GAGCCAGCCC GTCTCCAAGC CGGAGTCCCG AGCGTCCAGC 
AGCACTTCTG TCAGTGGTGG AAGGAACACA GGGGCCAGGA CCCTCGCAGA TATCAAGGCC 
CGTGCCCAAC AAGCCCGAGC CCAGCGTGAG GCTGCTGCAG CTGCTGCCGT TGCAGCCGCA 
GCAAGCATCG TCTCAGGGGC CATGGGAAGC CCAGGAGAGG GCGGGAAGGC TAGAACCCTG 
GCCCACATCA AAGAGCAGAC CAAAGCTAAG CTCTTTGCAA AGCACCAGGC CCGAGCCCAC 
CTCTTCCAGA CCTCTAAAGA ATCCCGGATG CCTATTCTTA GCTCCAAGGA AGATGCTCCA 
AACTCGGAGG TCTCTTCTAC CCCTGAAACA AAGATAGAAG GTTCCACTGG TGTCATTATC 
GTCAATCCAA ACTGCAGATC TCCTAGCAGC AAGCCGGCAC TCCGGGAGAC AACCACTGTA 
TCACAGCAGC CTCTGAACCC ACCTCAACTT CCAGAAACCG CCACTGACTT ATCTGTGCAT 
AGTTCTGATG AAAACATACC TGTGTCGCAT TTAACTGAGA AAATTGTTTC ATCTACCTCT 
TCTGAAAATA GCAGTGTGCC CATGCTTTTT AATAAAAATC CCACCCCTAT GTCTGTTTGC 
AGCACTGCCG CGTCGGGAGC AGTTAAAGAA CATCCCTTTG TGAATTCTGT TGACAAACCT 
TCTGTCCTCA TGTCTGTTGA CAGTGCAAAC AGTACGATTT CTGCTTGTAA TATAAGCATG 
TTGAAAACTA TCCAGGGATC TGACACGCCA TGCATAGCCA TTGTACCAAA ATGTCTCGAC 
AGCACTTCTA TTCCAGCCGT TCCAGAGGGC GCCAACCGAT CTAGTTCCAC AGAGGGTAAG 
GCCCTGTTTA TGCCCAGCAG CAAGGCTGCT GACTTAGTGT CCGGTCAGTA TGCGTCCGTG 
CCAGCCCCCA CCATTGGAAA TAGCTTGCCA AACCATCTCT GCTCTAGCTC TGTCTTGATT 
CCCCCCACGG GAATTGCTAA CAGATTTGCT TCAGAGAAGA TAGCCATTCC TGGGAGTGAA 
GAACAGGCCA CCGTGTCCAT GGGTACCACT GTGAGAGCTC CCCTCAGCTG CAGCGATGTG 
GTGGCCGTCA CAGACGCGCT GGTTGCACGC ACGCCCGTCG CAATGTTTAC TGGAAACACG 
CTCACTATAA ACTCGTATGA CAGTCCTCCC AAATTAAGTA TGGAAAGCTT GGACAAAAAC 
CCAGGGCCTC GGAACAGGGT GGACAGTTCT GGGAAACCTC AGCAGCCACC AGGGGGCTTT 
GCCCCAGCGT CCATCAACAG ATCCATCCCC TGCAAAGTCA TTGTTGACCA CACTACCACA 
CTGACCTCCG GTTTGTCTCT GACTGTGTCC ATTGAAAGTG CAGAAGCAAG CACGGATCCG 
CAGAACAGGT CAGTGAGGAC AGAGGTACCC ATACAGTCGG TGGCCTGTCC CCAGGTATCT 
GTCATCAGCA GGCCTGAGCA GGTAGCAAGC GACGGTGTTG ATAATGGCTC TGTTTTTATC 
ACTGCTTCTA CAGCCAAACA GGACTGTAAG CCACTGCAGG CCCCCTGCAC CAGTCTCCGA 
GAATTGCCTC TTGTTGCAGA TAAACCAAAC GAGGCTGCTG CGTCTACTCA GAGCTTCGCT 
GAGCGGGCAC GGAGCTCAAG CGCTTTCAAA AGTGAGGCGG ACACAGCTTG CAGTAATCCC 
TATAACCCAG GAAGCCGGAT TTTCTGGAGC GAAGATGGGA TGAGGCGCAC GGGACAGCCT 
GTGGTTAGTC ACTCGGGTTC AGGTAAACAG AAAGAATACC AAGAACAGAG TGGCCTGAAG 
GCCATCAAAC CGGAGCATGC CAGCTACACA CACATGCCTG AAATGCACCC TAGAAATCTC 
ATCACGAATG CCAGTCTTCC TGTGAAAGCT GAACCTCATG AAGTAGACAA GGGCTTTACT 
ATGGACACTG AGGACTTCCC CAGCCCTGAA CGGCCCCCTC CAGCGACAGA GCTGACAAAC 
AGCACTAGTG GGCCACAGAC CCAGGCCATG AAGCCTGCCA TCTCAAGTCC TATAGAAGAA 
GCTGTTTCCT TAGCTACAGA CACCCTGAAG AGAGTTCCCA GTGGGGGGAG TTCGAGCTGT 
CGCCTGTCCT CTGTGGAAGC CAACAACCCC CTGGTGACAC AGTTACTGCA GGGCAACCTA 
CCTCTGGAAA AGGTGTTGCC ACAACCCAGA TTGGGAGCCA AGCTTGAAAT CAACAGGCTC 
CCTCTGCCCC TTCCAGCTAC CTCAGTGGGT AAAATAGGGC CAGAGAGGAG CGTGGTAGAA 
ATGCCATCCA GCTCTCCAAA TCCAGACGGT AAGGGCCACC CGGCAGGTAC ACCGGCACCA 
CTCCAAATGA GGAAGCGAGA AAGCCACCCC AAAAAGAGAC CAGCCAGGAC TGTGGGGGAG 
CACACCCAAG TCAAGTGTGA GCCGGGGAAG ATGTTGATGG AGCCCGACGT GAAATCGGTG 
CCCTGCGTCC TCAACCCGGG CGTGAGTCAG CTGGGACACG GCCAGCCGTT TAAACAAGAG 
CAGCACAACA AACACTCGGT GCAGAACAGG ATGGTGCCCA GCTCCGAGGT CAAACAGCCG 
AAGCGGCTGC TGCCGGCTTG CAGCTTCCAG CAGAATGTGT TCCACGTGGA CAAAAATGGC 
AGTTTCCATC CTGACGGGGG TGTCGCACAC AGACAGCAGT TCTACCAAAT GCCCATGGCT 
GCCAGGGGCC CCCTTCCCAC CGCTGCTCTC TTACAGGTCT CTACCAAGAC CCCAGTGGGC 
TGTAATGCCT TTGCCTTCAA TAGGCATCTT GAACAAAAGG CACTGGGAGA TGTTAGTCTT 
CCCCCAGCCC CTCACCAGCT AAGGCTAGCC AGCATGTTAT CCCCCAACAT GCCCATAAAG 
GAAGGAGAGG ACGGGGGAGG CACTGCAATG GGCAGCAAAG CACTAGTCCA TCCTCCACTG 
CCGCCGCCGC CACCCCCTCC CCAAAAANAA GCCTTGCCCC CACCTCCCCC TCCACCACCT 
CCACTACCTC CACCTCTCCC CACCAGTGCA GAAGTCCCAT CAGAGCAAAA GCAACCGCCG 
GTTACCATGG AAACCACTAA GCGACTCGGT TGGCCCCAGT CCACGGGCAT ATGTAGCAAT 
ATCAAATCGG AGCCCCTTTC TTTTGAGGAA GGCTTAAGCA GCAGCTGTGA ACTGGGCATG 
AAACAAGTTT CCTATGACCA AAATGAGATG AAAGAACAGT TAAAGGCATT TGCTTTAAAA 
AATGCAGATT TCTCTTCCTA TTTGCTTTCT GAGCCCCAGA AGACATTCAC CCAATTAGCT 
GCTCAGAAAA TCCAGGTGCC GCAGCAACAG CAGCTCTGCG GAAACTACCC AACCATACAC 
TTTGGGAGCA CCAGCTTCAA AAGGGCAGCA GTGTCTGCCA TTGAGAAGTC CATTGGGATT 
TTGGGCAGTG GGTCCAGCCC CGCCTCCACG GGCCTGGCAG GTCAGAGCGC TCAGATGCCG 
GTTCAGAACT TTGCGGACAG CAGCAACGCC GACGAATTAG AGCTGAAATG CTCCTGCCGG 
CTGAAAGCCA TGATTGTGTG CAAGGGCTGT GGGGCCTTCT GCCACGACGA CTGCATAGGT 
CCTTCCAAAC TCTGTGTGGC TTGCCTGGTT GTCCGATAA