DICER1 cDNA ORF clone, Phascolarctos cinereus(koala)

Gene
Clones
gRNAs

Summary

Gene Symbol	DICER1
Entrez Gene ID	110220889
Full Name	dicer 1, ribonuclease III
Gene Type	protein-coding
Organism	Phascolarctos cinereus(koala)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021005138.1	XP_020860797.1	LOW QUALITY PROTEIN: endoribonuclease Dicer

Pathways from BioSystems
Gene Ontology

The following DICER1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DICER1 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
OPh268396	XM_021005138.1 Latest version!	Phascolarctos cinereus dicer 1, ribonuclease III (DICER1), 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)

DICER1 ( XM_021005138.1 ) cDNA ORF clone, Phascolarctos cinereus(koala) -> XP_020860797.1 Phascolarctos cinereus dicer 1, ribonuclease III (DICER1), mRNA.

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CloneID	OPh268396
Clone ID Related Accession (Same CDS sequence)	XM_021005138.1
Accession Version	XM_021005138.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5772bp) 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	2017-05-09
Organism	Phascolarctos cinereus(koala)
Product	LOW QUALITY PROTEIN: endoribonuclease Dicer
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018344059.1) 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 :: Phascolarctos cinereus 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## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGAAAAGCC CTGCTTTGCA ACCCCTCAGC ATGGCAGGAC TGCAGCTCAT GACCCCTGCT 
TCCTCACCAA TGGGTCCTTT TTTTGGACTA CCATGGCAAC AAGAAGCAAT TCATGATAAC 
ATTTACACCC CAAGAAAATA TCAGGTTGAA CTGCTTGAAG CAGCTCTGGA TCATAATACA 
ATAGTCTGTT TAAACACTGG CTCAGGGAAG ACGTTTATTG CAGTACTACT CACTAAAGAG 
CTGTCCTATC AGATCAGGGG AAATTTCAAC AGAAATGGAA AAAGGACGGT GTTCTTGGTC 
AATTCTGCAA ACCAAGTTGC TCAGCAAGCA TCAGCTGTCA GAACACATTC AGATCTCAAA 
GTTGGAGAAT ATTCAGGCTT AGAAACAAGT GCATCTTGGA CAAAGGAGAA ATGGAACCAA 
GAGTTCATTA AACACCAGGT TCTGGTTATG ACCTGCCAAG TCGCCTTGAA TGTTTTAAAA 
AATGATTACC TATCGCTGTC CAACATTAAC CTGTTGGTAT TTGATGAATG TCATCTTGCA 
ATCCTGGACC ATCCCTATCG AGAAATTATG AAGATCTGTG AAGATTGTCC ATCATGTCCT 
CGAATTTTGG GATTAACTGC TTCTATTTTA AATGGAAAGT GTGATCCTGC AGAATTGGAG 
GAGAAGATTC AGAAACTGGA GAAAATCCTT AAGAGCAATG CTGAAACTGC AACTGATTTG 
GTAGTCTTAG ACAGATACAC TTCTCAGCCA TGTGAGATTG TGGTAGATTG TGGACCATAT 
GCTGATACTA GTGGGCTCTA TGAAAGGCTG CTAAAGGAAT TGGATGAAGC ACTTAATTTT 
CTCAATGACT GCAACATATC TGTGCATTCA AAAGAAAAAG ATTCTATATT AATTTCTAAA 
CAGATTCTTT CGGACTGCCG AGCAGTATTG GTGGTTCTGG GACCCTGGTG TACAGATAAG 
GTAGCTGGAA TGATGGTAAG AGAACTTCAG AAATATATCA AACATGAGCA AGAGGAGCTG 
CACAGGAAGT TTTTATTGTT TACAGACACT TTCCTAAGGA AAATACATGC ACTCTGTGAA 
GAGCACTTCT CACCTGCCTC ACTTGACCTG AAATTTGTAA CCCCGAAAGT AATAAAACTG 
CTTGAAATTT TACGCAAATA TAAACCATAT GAGCGGCAGC AGTTTGAGAG CGTTGAATGG 
TATAATAATA GGAATCAAGA TAATTATGTG TCTTGGAGTG ATTCTGAAGA TGAGGATGAG 
GATGAAGAAA TTGAAGAAAA AGAGAAGCCA GAGACAAATT TTCCCTCTCC ATTTACCAAT 
ATTTTATGTG GGATTATTTT TGTGGAGAGA AGATATACAG CAGTAGTTTT AAACAGATTG 
ATAAAAGAAG CTGGCAAGCA AGATCCAGAG CTGGCTTATA TTAGCAGCAA TTTTATAACT 
GGACATGGCA TTGGAAAGAA TCAGCCACGT AACAAACAGA TGGAAGTGGA ATTCAGAAAA 
CAGGAAGAGG TACTTAGGAA ATTTAGGGCA CATGAGACCA ACCTACTGAT TGCAACCAGT 
ATTGTAGAGG AAGGTGTTGA TATACCAAAA TGCAACTTGG TGGTTCGTTT TGATTTGCCT 
ATGGAATATC GATCTTATGT ACAGTCCAAG GGAAGAGCAA GGGCACCCAT CTCTAATTAT 
ATTATGTTAG CTGATTCAGA CAAAATAAAA AGTTTTGAAG AAGATCTTAA AACCTACAAA 
GCTATTGAAA AGATCTTAAG AAACAAATGT TCAAAGTCAG TTGATACTAG TGAGACTGAA 
ACGGAACCTA TTGTGGATGA TGATGACATT TTCCCACCAT ATGTTTTGAG GCCAGATGAT 
GGAAGTCCAA GAGTCACAAT TAATACAGCC ATTGGACACA TCAATAGATA CTGTGCAAGA 
TTACCAAGTG ATCCGTTTAC TCATCTAGCT CCTAAATGTA AAACCCGAGA ATTGCCAGAT 
GGTACATTTT ACTCAACTCT CTATCTGCCA ATTAACTCAC CTCTCCGAGC TGCCATTGTT 
GGTCCACCAA TGAGTTGTGC AAGACTGGCT GAAAGAGTTG TAGCTCTCAT TTGCTGTGAA 
AAACTTCATA AAATTGGTGA ACTAGATGAT CATTTGATGC CAGTTGGAAA AGAGACTGTT 
AAATATGAAG AAGAGCTTGA TTTGCATGAT GAAGAAGAAA CCAGCGTTCC AGGTCGACCA 
GGCTCCACAA AACGAAGGCA GTGTTACCCC AAAGCAATTC CAGAATGTTT GAGGAATAGT 
TATCCAAAGC CTGATCAGCC CTGTTACTTA TATGTGATTG GGATGGTATT AACTACTCCC 
TTACCTGATG AGCTTAACTT TAGGAGACGA AAGCTCTATC CTCCAGAGGA TACCACAAGA 
TGCTTTGGAA TACTGACAGC CAAACCTATA CCTCAGATTC CTCACTTTCC TGTGTACACA 
CGCTCTGGAG AGGTTACTAT ATCTATTGAG TTGAAGAAAT CTGGTTTCAC TTTGTCCTTA 
CAAATGCTTG AGCTGATCAC AAGACTTCAC CAGTACATAT TCTCACATAT TCTTCGGCTT 
GAAAAACCTG CACTAGAATT CAAACCCACA GAAGCTGATT CAGCCTACTG TGTTCTACCT 
CTTAATGTTG TTAATGACTC CAGCACTTTG GACATTGACT TTAAATTCAT GGATGATATT 
GAAAAATCCG AAGCTCGTAC AGGCATTCCC AGTACTCAGT ATACGAAAGA AACACCTTTT 
ATTTTCAAAC TAGAAGATTA CCAGGATGCA GTTATCATTC CAAGGTATCG GAATTTTGAT 
CAGCCTCATC GATTTTATGT TGCTGATGTA TATACTGATC TTACGCCACT CAGTAAATTC 
CCATCCCCTG AATATGAAAC TTTTGCAGAA TATTATAAAA CAAAGTACAA TCTTGACCTG 
ACCAATCTTA ACCAGCCACT GCTGGATGTG GACCATACAT CTTCAAGACT TAATCTGTTG 
ACTCCTCGCC ATTTAAATNC AAAGGGGAAA GCCCTTCCAC TTAGTAGTGC TGAAAAAAGG 
AAAGCCAAAT GGGAAAGTCT ACAAAATAAA CAGATATTGG TTCCTGAGCT CTGTGCAATT 
CATCCAATTC CTGCATCATT ATGGAGAAAA GCAGTTTGTC TCCCTAGTAT ACTTTATCGC 
CTGCACTGCC TTTTGACAGC AGAGGAACTA AGAGCCCAAA CAGCCATTGA TGCTGGCGTA 
GGGGTCAAAT CACTCCCGGC TGATTTCAGA TATCCTAACT TGGACTTTGG ATGGAAAAAA 
TCTATTGACA GTAAATCTTT CATCTCAATT CCTAACTCCT CTTCAGCTGA AAATGAAAAT 
TACTGTAAGC ATAGCACAAT TGTAGTCCCT GAAAATGCTG CACATCAAGG CACTAATAGA 
ACCTCCTCTC TAGAAAATCA TGACCAGATG TCTGTGACCT GCAGATCATT ATTTAATGAG 
TCACCCAGTA AGATCCAAAT TGAAGTTTCC ACAGAACTTA CAGCAATTAA TGGTATTTCA 
TACAATAAAA ATCTTGCCAA TGGCAGTTAT GATTTAGTCA ATAGAGACTT TTGCCAAGGA 
AATCAGCTAA ATTATTACAG GCAGGAAATA CCTGTACAAC CAACTACCTC ATATCCCATT 
CAGAATTTAT ACAATAGTGA GAACCAGCCC AAACCCAACA ATGAATGTAC TCTGCTGAGT 
AATAAATACC TTGATGGAAA TGCTAACAAA TCTACCTCAG ATGGATGCCC CACAAAGGCA 
GTGACAGTGA CCACCAGTAC TTCAGAAACT TCTATTACTT CAAAAGGGAG AATTGATTCT 
GAACATAGCC CTTCCAATGG GTACTCCTCA AAAACCCTTG GCCCAAATCC TGGACTCATT 
CTTCAGGCTC TGACCCTTTC TAATGCTAGT GATGGATTTA ACTTGGAGCG ACTTGAAATG 
CTTGGTGACT CCTTTTTAAA GCATGCAATC ACCACATACC TGTTTTGCAC TTACCCTGAT 
GCTCATGAGG GCCGCCTTTC TTACATGAGA AGTAAAAAGG TCAGCAACTG TAATCTCTAT 
CGCCTTGGGA AGAAGAAAGG TCTGCCCAGT CGCATGGTAG TGTCCATTTT TGATCCCCCT 
GTAAATTGGC TTCCTCCCGG TTACGTAGTT AATCAAGACA AAAGTAACAC AGATAAATGG 
GAGAAAGATG AAATGACAAA AGACAACATG TTGGCAAATG GTAAGCTGGA TGAAGATTAT 
GATGAGGAAG AAGACGAAGA CTTGATGTGG AGGGTTCCAA AGGAGGAAGT AGATTATGAA 
GATGATTTCT TAGAGTATGA TCAGGAACAT ATTAAGTTTA TAGATAATAT GTTAATGGGA 
TCAGGGGCTT TTGTGAAGAA AATTTCTCTT TCTCCATTTT CAACCAATGA TTCAAATTAT 
GAATGGAAAA TGCCCAAAAA ATCATCCCTA GGTAATATAC CATTTTCATC TGATATTGAT 
GATTTTGATT ATAGCTCTTG GGATGCAATG TGCTATTTGG ATCCTAGCAA AGCTGTTGAA 
GAGGATGATT TTGTAGTAGG GTTCTGGAAT CCATCAGAAG AAAATTGTGG CATTGACACA 
GGGAAACAGT CAATTTCTTA TGACTTGCAT ACAGAGCAGT GTATTGCTGA TAAAAGCATT 
GCAGACTGTG TAGAAGCTCT ATTGGGCTGC TATTTAACCA GCTGTGGTGA GAGAGCTGCT 
CAACTTTTCC TCTGTTCTTT GGGGCTGAAG GTGCTCCCAG TAATTAAAAG GAGTGATTGG 
GAGAACACAT TGTACCCCGG CAAAGATAAT TTCAACAGTC AACAAAAGAA TCTTTCGGTG 
AACTATGCTT CTATCTCTGT AGCCAATTTA CAGTCTTCTT TATATAAAGA CTTAGAATAT 
GGCTGTTTGA AGATTCCACC GAGGTGCATG TTTGATCATC CTGATGCTGA AAAAACACTG 
AACCACCTTA TATCAGGCTT TGAAAATTTT GAAAAGAAAA TAAACTACAA TTTCAAGAAT 
AAAGCTTACC TTCTTCAGGC ATTTACTCAT GCCTCCTACC ACTACAATAC CATCACTGAT 
TGTTATCAGC GCTTGGAATT CCTGGGAGAT GCAATTTTGG ACTACCTCAT AACCAAGCAC 
CTTTATGAAG ACCCACGGCA GCACTCCCCA GGAGTTCTAA CTGACCTACG ATCTGCTCTT 
GTCAATAACA CTATCTTTGC ATCATTAGCT GTCAAGTATG ACTACCACAA GTACTTCAAA 
GCTGTTTCTC CTGAACTGTT CCATGTTATT GATGATTTTG TGCAGTTTCA GCTTGAGAAG 
AATGAAATGC AAGGAATGGA TTCTGAGCTC AGACGATCTG AGGAGGATGA AGAGAAAGAG 
GAAGATATAG AAGTACCGAA GGCCATGGGA GATATATTTG AATCACTTGC TGGTGCCATT 
TATATGGATA GTGGAATGTC ATTGGAGATG GTTTGGCAAG TCTACTATCC AATGATGCGA 
CCATTAATAG AAAAATTTTC TGCTAACGTG CCCCGCTCTC CTGTGCGAGA ATTGCTTGAG 
ATGGAACCAG AAACTGCCAA ATTTAGTCCT GCAGAGAGAA CCTATGATGG GAAGGTGCGA 
GTTACTGTGG AAGTGGTTGG GAAGGGAAAG TTTAAAGGCG TTGGCCGGAG CTACAGGATT 
GCCAAATCTG CAGCTGCAAG GAGAGCGCTA CGAAGCCTCA AAGCAAATCA GCCTCAGGTT 
CCCAACAGCT GA

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

RefSeq	XP_020860797.1
CDS	121..5892
Translation	MKSPALQPLSMAGLQLMTPASSPMGPFFGLPWQQEAIHDNIYTPRKYQVELLEAALDHNTIVCLNTGSGKTFIAVLLTKELSYQIRGNFNRNGKRTVFLVNSANQVAQQASAVRTHSDLKVGEYSGLETSASWTKEKWNQEFIKHQVLVMTCQVALNVLKNDYLSLSNINLLVFDECHLAILDHPYREIMKICEDCPSCPRILGLTASILNGKCDPAELEEKIQKLEKILKSNAETATDLVVLDRYTSQPCEIVVDCGPYADTSGLYERLLKELDEALNFLNDCNISVHSKEKDSILISKQILSDCRAVLVVLGPWCTDKVAGMMVRELQKYIKHEQEELHRKFLLFTDTFLRKIHALCEEHFSPASLDLKFVTPKVIKLLEILRKYKPYERQQFESVEWYNNRNQDNYVSWSDSEDEDEDEEIEEKEKPETNFPSPFTNILCGIIFVERRYTAVVLNRLIKEAGKQDPELAYISSNFITGHGIGKNQPRNKQMEVEFRKQEEVLRKFRAHETNLLIATSIVEEGVDIPKCNLVVRFDLPMEYRSYVQSKGRARAPISNYIMLADSDKIKSFEEDLKTYKAIEKILRNKCSKSVDTSETETEPIVDDDDIFPPYVLRPDDGSPRVTINTAIGHINRYCARLPSDPFTHLAPKCKTRELPDGTFYSTLYLPINSPLRAAIVGPPMSCARLAERVVALICCEKLHKIGELDDHLMPVGKETVKYEEELDLHDEEETSVPGRPGSTKRRQCYPKAIPECLRNSYPKPDQPCYLYVIGMVLTTPLPDELNFRRRKLYPPEDTTRCFGILTAKPIPQIPHFPVYTRSGEVTISIELKKSGFTLSLQMLELITRLHQYIFSHILRLEKPALEFKPTEADSAYCVLPLNVVNDSSTLDIDFKFMDDIEKSEARTGIPSTQYTKETPFIFKLEDYQDAVIIPRYRNFDQPHRFYVADVYTDLTPLSKFPSPEYETFAEYYKTKYNLDLTNLNQPLLDVDHTSSRLNLLTPRHLNnullKGKALPLSSAEKRKAKWESLQNKQILVPELCAIHPIPASLWRKAVCLPSILYRLHCLLTAEELRAQTAIDAGVGVKSLPADFRYPNLDFGWKKSIDSKSFISIPNSSSAENENYCKHSTIVVPENAAHQGTNRTSSLENHDQMSVTCRSLFNESPSKIQIEVSTELTAINGISYNKNLANGSYDLVNRDFCQGNQLNYYRQEIPVQPTTSYPIQNLYNSENQPKPNNECTLLSNKYLDGNANKSTSDGCPTKAVTVTTSTSETSITSKGRIDSEHSPSNGYSSKTLGPNPGLILQALTLSNASDGFNLERLEMLGDSFLKHAITTYLFCTYPDAHEGRLSYMRSKKVSNCNLYRLGKKKGLPSRMVVSIFDPPVNWLPPGYVVNQDKSNTDKWEKDEMTKDNMLANGKLDEDYDEEEDEDLMWRVPKEEVDYEDDFLEYDQEHIKFIDNMLMGSGAFVKKISLSPFSTNDSNYEWKMPKKSSLGNIPFSSDIDDFDYSSWDAMCYLDPSKAVEEDDFVVGFWNPSEENCGIDTGKQSISYDLHTEQCIADKSIADCVEALLGCYLTSCGERAAQLFLCSLGLKVLPVIKRSDWENTLYPGKDNFNSQQKNLSVNYASISVANLQSSLYKDLEYGCLKIPPRCMFDHPDAEKTLNHLISGFENFEKKINYNFKNKAYLLQAFTHASYHYNTITDCYQRLEFLGDAILDYLITKHLYEDPRQHSPGVLTDLRSALVNNTIFASLAVKYDYHKYFKAVSPELFHVIDDFVQFQLEKNEMQGMDSELRRSEEDEEKEEDIEVPKAMGDIFESLAGAIYMDSGMSLEMVWQVYYPMMRPLIEKFSANVPRSPVRELLEMEPETAKFSPAERTYDGKVRVTVEVVGKGKFKGVGRSYRIAKSAAARRALRSLKANQPQVPNS

Target ORF information:

RefSeq Version	XM_021005138.1
Organism	Phascolarctos cinereus(koala)
Definition	Phascolarctos cinereus dicer 1, ribonuclease III (DICER1), mRNA.

Target ORF information:

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

XM_021005138.1

ORF Insert Sequence:

ATGAAAAGCC CTGCTTTGCA ACCCCTCAGC ATGGCAGGAC TGCAGCTCAT GACCCCTGCT 
TCCTCACCAA TGGGTCCTTT TTTTGGACTA CCATGGCAAC AAGAAGCAAT TCATGATAAC 
ATTTACACCC CAAGAAAATA TCAGGTTGAA CTGCTTGAAG CAGCTCTGGA TCATAATACA 
ATAGTCTGTT TAAACACTGG CTCAGGGAAG ACGTTTATTG CAGTACTACT CACTAAAGAG 
CTGTCCTATC AGATCAGGGG AAATTTCAAC AGAAATGGAA AAAGGACGGT GTTCTTGGTC 
AATTCTGCAA ACCAAGTTGC TCAGCAAGCA TCAGCTGTCA GAACACATTC AGATCTCAAA 
GTTGGAGAAT ATTCAGGCTT AGAAACAAGT GCATCTTGGA CAAAGGAGAA ATGGAACCAA 
GAGTTCATTA AACACCAGGT TCTGGTTATG ACCTGCCAAG TCGCCTTGAA TGTTTTAAAA 
AATGATTACC TATCGCTGTC CAACATTAAC CTGTTGGTAT TTGATGAATG TCATCTTGCA 
ATCCTGGACC ATCCCTATCG AGAAATTATG AAGATCTGTG AAGATTGTCC ATCATGTCCT 
CGAATTTTGG GATTAACTGC TTCTATTTTA AATGGAAAGT GTGATCCTGC AGAATTGGAG 
GAGAAGATTC AGAAACTGGA GAAAATCCTT AAGAGCAATG CTGAAACTGC AACTGATTTG 
GTAGTCTTAG ACAGATACAC TTCTCAGCCA TGTGAGATTG TGGTAGATTG TGGACCATAT 
GCTGATACTA GTGGGCTCTA TGAAAGGCTG CTAAAGGAAT TGGATGAAGC ACTTAATTTT 
CTCAATGACT GCAACATATC TGTGCATTCA AAAGAAAAAG ATTCTATATT AATTTCTAAA 
CAGATTCTTT CGGACTGCCG AGCAGTATTG GTGGTTCTGG GACCCTGGTG TACAGATAAG 
GTAGCTGGAA TGATGGTAAG AGAACTTCAG AAATATATCA AACATGAGCA AGAGGAGCTG 
CACAGGAAGT TTTTATTGTT TACAGACACT TTCCTAAGGA AAATACATGC ACTCTGTGAA 
GAGCACTTCT CACCTGCCTC ACTTGACCTG AAATTTGTAA CCCCGAAAGT AATAAAACTG 
CTTGAAATTT TACGCAAATA TAAACCATAT GAGCGGCAGC AGTTTGAGAG CGTTGAATGG 
TATAATAATA GGAATCAAGA TAATTATGTG TCTTGGAGTG ATTCTGAAGA TGAGGATGAG 
GATGAAGAAA TTGAAGAAAA AGAGAAGCCA GAGACAAATT TTCCCTCTCC ATTTACCAAT 
ATTTTATGTG GGATTATTTT TGTGGAGAGA AGATATACAG CAGTAGTTTT AAACAGATTG 
ATAAAAGAAG CTGGCAAGCA AGATCCAGAG CTGGCTTATA TTAGCAGCAA TTTTATAACT 
GGACATGGCA TTGGAAAGAA TCAGCCACGT AACAAACAGA TGGAAGTGGA ATTCAGAAAA 
CAGGAAGAGG TACTTAGGAA ATTTAGGGCA CATGAGACCA ACCTACTGAT TGCAACCAGT 
ATTGTAGAGG AAGGTGTTGA TATACCAAAA TGCAACTTGG TGGTTCGTTT TGATTTGCCT 
ATGGAATATC GATCTTATGT ACAGTCCAAG GGAAGAGCAA GGGCACCCAT CTCTAATTAT 
ATTATGTTAG CTGATTCAGA CAAAATAAAA AGTTTTGAAG AAGATCTTAA AACCTACAAA 
GCTATTGAAA AGATCTTAAG AAACAAATGT TCAAAGTCAG TTGATACTAG TGAGACTGAA 
ACGGAACCTA TTGTGGATGA TGATGACATT TTCCCACCAT ATGTTTTGAG GCCAGATGAT 
GGAAGTCCAA GAGTCACAAT TAATACAGCC ATTGGACACA TCAATAGATA CTGTGCAAGA 
TTACCAAGTG ATCCGTTTAC TCATCTAGCT CCTAAATGTA AAACCCGAGA ATTGCCAGAT 
GGTACATTTT ACTCAACTCT CTATCTGCCA ATTAACTCAC CTCTCCGAGC TGCCATTGTT 
GGTCCACCAA TGAGTTGTGC AAGACTGGCT GAAAGAGTTG TAGCTCTCAT TTGCTGTGAA 
AAACTTCATA AAATTGGTGA ACTAGATGAT CATTTGATGC CAGTTGGAAA AGAGACTGTT 
AAATATGAAG AAGAGCTTGA TTTGCATGAT GAAGAAGAAA CCAGCGTTCC AGGTCGACCA 
GGCTCCACAA AACGAAGGCA GTGTTACCCC AAAGCAATTC CAGAATGTTT GAGGAATAGT 
TATCCAAAGC CTGATCAGCC CTGTTACTTA TATGTGATTG GGATGGTATT AACTACTCCC 
TTACCTGATG AGCTTAACTT TAGGAGACGA AAGCTCTATC CTCCAGAGGA TACCACAAGA 
TGCTTTGGAA TACTGACAGC CAAACCTATA CCTCAGATTC CTCACTTTCC TGTGTACACA 
CGCTCTGGAG AGGTTACTAT ATCTATTGAG TTGAAGAAAT CTGGTTTCAC TTTGTCCTTA 
CAAATGCTTG AGCTGATCAC AAGACTTCAC CAGTACATAT TCTCACATAT TCTTCGGCTT 
GAAAAACCTG CACTAGAATT CAAACCCACA GAAGCTGATT CAGCCTACTG TGTTCTACCT 
CTTAATGTTG TTAATGACTC CAGCACTTTG GACATTGACT TTAAATTCAT GGATGATATT 
GAAAAATCCG AAGCTCGTAC AGGCATTCCC AGTACTCAGT ATACGAAAGA AACACCTTTT 
ATTTTCAAAC TAGAAGATTA CCAGGATGCA GTTATCATTC CAAGGTATCG GAATTTTGAT 
CAGCCTCATC GATTTTATGT TGCTGATGTA TATACTGATC TTACGCCACT CAGTAAATTC 
CCATCCCCTG AATATGAAAC TTTTGCAGAA TATTATAAAA CAAAGTACAA TCTTGACCTG 
ACCAATCTTA ACCAGCCACT GCTGGATGTG GACCATACAT CTTCAAGACT TAATCTGTTG 
ACTCCTCGCC ATTTAAATNC AAAGGGGAAA GCCCTTCCAC TTAGTAGTGC TGAAAAAAGG 
AAAGCCAAAT GGGAAAGTCT ACAAAATAAA CAGATATTGG TTCCTGAGCT CTGTGCAATT 
CATCCAATTC CTGCATCATT ATGGAGAAAA GCAGTTTGTC TCCCTAGTAT ACTTTATCGC 
CTGCACTGCC TTTTGACAGC AGAGGAACTA AGAGCCCAAA CAGCCATTGA TGCTGGCGTA 
GGGGTCAAAT CACTCCCGGC TGATTTCAGA TATCCTAACT TGGACTTTGG ATGGAAAAAA 
TCTATTGACA GTAAATCTTT CATCTCAATT CCTAACTCCT CTTCAGCTGA AAATGAAAAT 
TACTGTAAGC ATAGCACAAT TGTAGTCCCT GAAAATGCTG CACATCAAGG CACTAATAGA 
ACCTCCTCTC TAGAAAATCA TGACCAGATG TCTGTGACCT GCAGATCATT ATTTAATGAG 
TCACCCAGTA AGATCCAAAT TGAAGTTTCC ACAGAACTTA CAGCAATTAA TGGTATTTCA 
TACAATAAAA ATCTTGCCAA TGGCAGTTAT GATTTAGTCA ATAGAGACTT TTGCCAAGGA 
AATCAGCTAA ATTATTACAG GCAGGAAATA CCTGTACAAC CAACTACCTC ATATCCCATT 
CAGAATTTAT ACAATAGTGA GAACCAGCCC AAACCCAACA ATGAATGTAC TCTGCTGAGT 
AATAAATACC TTGATGGAAA TGCTAACAAA TCTACCTCAG ATGGATGCCC CACAAAGGCA 
GTGACAGTGA CCACCAGTAC TTCAGAAACT TCTATTACTT CAAAAGGGAG AATTGATTCT 
GAACATAGCC CTTCCAATGG GTACTCCTCA AAAACCCTTG GCCCAAATCC TGGACTCATT 
CTTCAGGCTC TGACCCTTTC TAATGCTAGT GATGGATTTA ACTTGGAGCG ACTTGAAATG 
CTTGGTGACT CCTTTTTAAA GCATGCAATC ACCACATACC TGTTTTGCAC TTACCCTGAT 
GCTCATGAGG GCCGCCTTTC TTACATGAGA AGTAAAAAGG TCAGCAACTG TAATCTCTAT 
CGCCTTGGGA AGAAGAAAGG TCTGCCCAGT CGCATGGTAG TGTCCATTTT TGATCCCCCT 
GTAAATTGGC TTCCTCCCGG TTACGTAGTT AATCAAGACA AAAGTAACAC AGATAAATGG 
GAGAAAGATG AAATGACAAA AGACAACATG TTGGCAAATG GTAAGCTGGA TGAAGATTAT 
GATGAGGAAG AAGACGAAGA CTTGATGTGG AGGGTTCCAA AGGAGGAAGT AGATTATGAA 
GATGATTTCT TAGAGTATGA TCAGGAACAT ATTAAGTTTA TAGATAATAT GTTAATGGGA 
TCAGGGGCTT TTGTGAAGAA AATTTCTCTT TCTCCATTTT CAACCAATGA TTCAAATTAT 
GAATGGAAAA TGCCCAAAAA ATCATCCCTA GGTAATATAC CATTTTCATC TGATATTGAT 
GATTTTGATT ATAGCTCTTG GGATGCAATG TGCTATTTGG ATCCTAGCAA AGCTGTTGAA 
GAGGATGATT TTGTAGTAGG GTTCTGGAAT CCATCAGAAG AAAATTGTGG CATTGACACA 
GGGAAACAGT CAATTTCTTA TGACTTGCAT ACAGAGCAGT GTATTGCTGA TAAAAGCATT 
GCAGACTGTG TAGAAGCTCT ATTGGGCTGC TATTTAACCA GCTGTGGTGA GAGAGCTGCT 
CAACTTTTCC TCTGTTCTTT GGGGCTGAAG GTGCTCCCAG TAATTAAAAG GAGTGATTGG 
GAGAACACAT TGTACCCCGG CAAAGATAAT TTCAACAGTC AACAAAAGAA TCTTTCGGTG 
AACTATGCTT CTATCTCTGT AGCCAATTTA CAGTCTTCTT TATATAAAGA CTTAGAATAT 
GGCTGTTTGA AGATTCCACC GAGGTGCATG TTTGATCATC CTGATGCTGA AAAAACACTG 
AACCACCTTA TATCAGGCTT TGAAAATTTT GAAAAGAAAA TAAACTACAA TTTCAAGAAT 
AAAGCTTACC TTCTTCAGGC ATTTACTCAT GCCTCCTACC ACTACAATAC CATCACTGAT 
TGTTATCAGC GCTTGGAATT CCTGGGAGAT GCAATTTTGG ACTACCTCAT AACCAAGCAC 
CTTTATGAAG ACCCACGGCA GCACTCCCCA GGAGTTCTAA CTGACCTACG ATCTGCTCTT 
GTCAATAACA CTATCTTTGC ATCATTAGCT GTCAAGTATG ACTACCACAA GTACTTCAAA 
GCTGTTTCTC CTGAACTGTT CCATGTTATT GATGATTTTG TGCAGTTTCA GCTTGAGAAG 
AATGAAATGC AAGGAATGGA TTCTGAGCTC AGACGATCTG AGGAGGATGA AGAGAAAGAG 
GAAGATATAG AAGTACCGAA GGCCATGGGA GATATATTTG AATCACTTGC TGGTGCCATT 
TATATGGATA GTGGAATGTC ATTGGAGATG GTTTGGCAAG TCTACTATCC AATGATGCGA 
CCATTAATAG AAAAATTTTC TGCTAACGTG CCCCGCTCTC CTGTGCGAGA ATTGCTTGAG 
ATGGAACCAG AAACTGCCAA ATTTAGTCCT GCAGAGAGAA CCTATGATGG GAAGGTGCGA 
GTTACTGTGG AAGTGGTTGG GAAGGGAAAG TTTAAAGGCG TTGGCCGGAG CTACAGGATT 
GCCAAATCTG CAGCTGCAAG GAGAGCGCTA CGAAGCCTCA AAGCAAATCA GCCTCAGGTT 
CCCAACAGCT GA