MPDZ cDNA ORF clone, Pelodiscus sinensis(Chinese soft-shelled turtle)

Gene
Clones
gRNAs

Summary

Gene Symbol	MPDZ
Entrez Gene ID	102449667
Full Name	multiple PDZ domain crumbs cell polarity complex component
Gene Type	protein-coding
Organism	Pelodiscus sinensis(Chinese soft-shelled turtle)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014570843.1	XP_014426329.1	LOW QUALITY PROTEIN: multiple PDZ domain protein

Pathways from BioSystems
Gene Ontology

The following MPDZ gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the MPDZ 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
OPe24543	XM_014570843.1 Latest version!	Pelodiscus sinensis multiple PDZ domain crumbs cell polarity complex component (MPDZ), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$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)

MPDZ ( XM_014570843.1 ) cDNA ORF clone, Pelodiscus sinensis(Chinese soft-shelled turtle) -> XP_014426329.1 Pelodiscus sinensis multiple PDZ domain crumbs cell polarity complex component (MPDZ), mRNA.

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CloneID	OPe24543
Clone ID Related Accession (Same CDS sequence)	XM_014570843.1
Accession Version	XM_014570843.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6264bp) 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	2018-06-03
Organism	Pelodiscus sinensis(Chinese soft-shelled turtle)
Product	LOW QUALITY PROTEIN: multiple PDZ domain protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005853660.1) 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 :: Pelodiscus sinensis Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 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##

ATGCTGGAAG TAATAGATAC ACATCGGGCC CTGCAGGCAG TGGAGCGCCT GCATATGAAA 
CTACGGGAAC GAGGTGACAT AGCAAATGAG GAGAAGTTGA GTTTGCTAAA ATCAGTGCTG 
CAAAGCCCTC TCTTCAGTCA GATCCTGAAT CTTCAGACTT CAGTCCACCA GTTGAAAGAT 
CAGGTGAACG TCACACCATC CATACATTCG GCTGGTGAAT TTCCACAGCT TCCCCATCAT 
GGTGCTGGTG TGGATTCGTT GCAACATAAC GAATCCTATT TACTCGCTCA GCAGAATGGC 
AGCCCTGCTA ATGTACTAGA AGCATCTGTG AGATCTCAGA TTAATGGGAA ATCCTCAAGT 
GATGAGTTGG AGCAACTAAT CAGAAATATG TCACAGGGTC ACCTTGTTGA GACCTTAGAG 
CTGGCTAAAC CCCCAAGTGG AGGTCTGGGC TTTAGTGTTG TGGGGCTGAA GAGTGAAAAC 
AGGGGGGAAT TGGGAATATT TGTGCAGGAG ATCCAAGAAG GAAGTGTGGC ATATAGAGAT 
GGAAGACTGA AGGAAGCAGA CCAAATCCTT GCTATTAATG GACAAGCCCT TAATCAGACA 
ATTACACATC AACAGGCTAT CAGCATCCTA CAGAAGGCAA AAGATAATGT CCAACTAGTT 
GTGGCCAGAG GTTCCTTGCC TCAGTTGATC AGTCCTGTAG TTTCTCGATC TCCATCTGCT 
GCTAGCACTG TCTCTGCCCA TTCTAACCCT GTACACTGGC AGCATGTGGA GACCATTGAG 
TTGGTGAATG ATGGATCAGG TTTGGGATTT GGGATAGTTG GAGGAAAGTC AACCGGAGTG 
ATAGTTAAAA CCATCCTCCC AGGAGGAGTA GCTGATCAGC ATGGAAGATT ATGCAGTGGA 
GATCACATCC TGAAAATTGG AGATACAGAC CTGGCTGGAA TGAGCAGTGA ACAAGTGGCA 
CAAGTTCTGA GACAGTGTGG AAATCGAGTG AAGCTGGTCA TTGCAAGAGG TCCCATAGAG 
GAACCACCTC TACCAGCAGT CCCTCCATCT ACTCCTGTAC CAACTTCCTT ACCAGAGAAA 
AAGGCAGAGA TTTCTTTTGA TATTGATGAA GATGGAGAGA AATTTGATGT AGAGCTCACT 
AAAAACCTCC AAGGATTAGG AATAACTATT GCTGGTTACA TTGGAGACAA AACCTCAGAA 
CCTTCTGGTA TTTTTGTGAA AAGCATTACA AAAGGCAGTG CTGTTGAACA TGATGGTAGA 
ATCCATGTTG GAGATCAAAT TATAGCTGTG GATGGAACAA ATCTTCAGGG CTTTACTAAC 
CAACAAGCAG TAGAGGTTTT GCGGCATACA GGACAAACAG TTCGACTCAC TTTGGTCAGA 
AGAGGGCTTA AGCAGGAAAA TCACATTCAG CCCCTTGAGG ACTTCACTGC TTCTGTTGAA 
AAGGACTTAA TTTTCCAAAC CATGGATAAC AGCACAGCCA AAGAACTATG TGAAAGAGAA 
CAAGGATCTC CTCCACTGCC GTGCAGTGCT GCTATGGTAC ACGGTGGAGA GGACAGTAAA 
CAACAAAAAT CAGGTTTCCA TCTAACTTCC ACAGGAGAAG CAGTGTTACA GAATAAATGG 
CAGAGGATTA TGGGTGCAAA TTATGAGATA GTGGTGGCTG AAGTTAACAA ATTTAGTGAA 
AGCAGCGGGT TAGGCATAAG CTTGGAAGCT GCAGTGGGAC ATCATTTCAT CCGATCGGTT 
CTACCAGAAG GGCCAGTTGG ACGATGTGGC AAGCTGTTTA GTGGAGATGA GCTATTGGAA 
GTGAATGAAA TATCCTTGCT TGGGGAAAAT CACAAGGATG TGGTAAATAT TTTAAAAGAG 
CTGCCTATCA AGGTGACAAT GGTCTGCTGC CGTCCCATTG CTCCACCCGT CAGTCATTCA 
GAGTTGGAAA ATCAGACCCT CTCTGAGGTT CAGCTCACAG AAAAGTCTCA TGTAGACCTG 
GATGAAGTCA TTGGCTCCTC AGAGACAGAG GCTACTGGCT TGGAAGTGGC TGATGTGGGT 
CAGAGTACTG ACGAGGTGCA AGGATCTCCT TTGGCAATGT GGGAAACAGA AATACAGCAT 
GTTGAGCTGG AGAAAGGGAG CATGGGCCTT GGCTTTAGCA TATTAGACTA CCAGGATCCA 
GTGGACCCGG CAAACACAGT CATTGTAATC CGCTCATTAG TACCTGGTGG TGTTGCTGAA 
CAAGACGGCA GACTTCTTCC TGGAGATCGG CTGATGTTTG TCAATGATAT CAACTTGGAA 
AATGGCAGCC TGGAGGAAGC TGTACAAGCA CTGAAAGGCG CTCCAGCAGG AACAGTTAGA 
ATAGGAGTTG CCAAACCACT GCCTCTTTCA CCAGAAGAGG GTTATGTTTC TGCTAAGGAA 
GATTCATTTT TCTACACTGC CCAGTCACTT GAAGAAGGGC CAGTTGATGC AGCCCTCTTC 
CATGCTGAGC TGGCTCTGGT GGACTCAAGC GAGGCAGATC TAGCGGATGA ATCCACCTTT 
GAATCACAGT ATACTTCAGA CAATGATGAC ACCTTCCAGG CTTCGGTGTT GGCTCTGCAT 
GGCAGTAGCT GTAGCGATGG TCTGAACTAT AGCCTCTCTC TTCCATCATC AACTCCCAAG 
AACATGTTAA AGACTGGCGA CATAAATGGC GGTAAACAGA AAAACTGCAT TCTACTACAG 
GGTGTGGCTG AAGAATCCTC AAACGCTTCC ATTGATTTCA GACCATCCAA CAAGAATCTA 
TACAACATGG ATCTAATCCA GGGAGGGGGA GAGAACCAAT CCTTAAGGGA CATAAGCATA 
GTACCTGCTT GTGGCATATC CAAAATGGAT CCGCTGCCTT CAGATGTTTC TGAGAAACAC 
CCTGCATATG AGGACACAGC TGCTTGGACA GAGCCTCAGC CATCAGATGA AGTTGCACAA 
ACTACAAACA CTGCTGTCAC AGTGCACCCT GACTCTAATG GAAAAGTAAA GGACTCATTG 
TATTTAATGG AAAAGAGCTA TATGACATCT ACTACTGAGG GAAGTTCCAC AATCCAAAAT 
ACACCCAAAA CCATGCATGA GAAGACTATC ACTATTGCAA AAGGCAATTC AAGTCTAGGG 
ATGACAGTAA GTTCCAATAA AGATGGCTCA GGAATGATAG TTCGCAGCAT CATCCATGGT 
GGTTCCATAA GTCGTGATGG ACGAATCAGT GTGGGGGATT GTATTCTGTC AATTAATGAA 
GAGGCAACCA CAAATTTAAC CAATGCACAG GCTCGGGCTA TGCTGAGGAG ACATTCACTC 
ATTGGCCCTG ATATAAAGAT TTCATATGTG CCATCAGAGC ATTTGGAAGA GTACAAAGCC 
AGTTTGGGAC AGCAACCAGA GGAAACACTG CCACTCAGTC TCTTTTCTGC ACATACTGCA 
AGAGAAATTC CAGAACTACC TGAACGTGAA GAGGGGGAGG GAGAAGAAAG TGAACTTCAG 
AATGCAGCTT ACAGTCACTG GAACCAGCCT AGACGGGTTG AGCTTTGGAG AGAACCTAGC 
AAGTCACTGG GAATCAGCAT CGTCGGTGGA CGAGGGATGG GGAGTCGGCT GAGCAATGGT 
GAAGTGATGA GGGGAATCTT TATCAAACAC ATTCTGGAAG ACAGCCCTGC TGGCAAAAAT 
GGAACATTAA AAACTGGAGA TAGAATAGTG GAGGTGGATG GAATTGACCT CAGAGACGCA 
AGCCATGAAC AAGCTGTGGA AGCCATACGG AAGGCAGGCA ACCCTGTAGT CTTTATGGTA 
CAGAGCATTA TAAACAGACC AAGGCCAGAA TCTCTCAATA GCTCTTCATC AACCTCTGCT 
CTCAGTGGGC AGAAACCTAC TAACCCATTT TACTACCAGT CATCTCAGGC ATCCAGTCAG 
TCAGATTCAG AACTAGAGAA GACTTCATTT AGTAACTTAC CACTGCCCCC TCCTTCAGCA 
TTTTCAGGAA TGAGCTGTGA AACTGCACAG TCATCTTCCA ACAAAATTGA AGAGGGTGTG 
GGAGGAGATG ATGATGATGA TGATGAGTTT GGTTACAGCT GGAAAAAGAT TACACAGCGT 
TATGGAAATC TACCTGGGGA CCTGCACATG ATAGAGCTGG AAAAAGGAAG GACTGGTTTG 
GGACTTAGCC TAGCTGGCAA CAAAGACAGA TCCAGGATGA GTGTTTTCAT AGTGGGAATT 
GATCCAAATG GCGCAGCTGG AAAAGATGGC AGGTTACAGA TTGCAGATGA GTTACTAGAG 
ATCAATGGAC AAATTCTGTA TGGAAGAACT CATCAAAATG CTTCTTCAAT AATCAAATGT 
GCACCATCTA AAGTAAAAAT CATCTTTATC AGAAGTAAAG ATGCAGTGAA TCAGATGGCT 
GTTTGCCCTG GAAAGTCAAT AGAACCTTCA TCTTCCCCCT CAGGGACTCC AGAGGGTGAA 
CCGAGTGCTA CAAATCCTGT TACAGCTATA GACTTCAGTG CATATAAAAA TCTTCTGCAT 
TTGGAACTTC CCAAGGATCA AGGGGGACTG GGTATTGCTA TCAGTGAAGA AGATACAATT 
AATGGAGTGG TTATTAAAAG CTTAACAGAT CATGGTGCAG CAGCAAAGGA TGGACGGATC 
AGAGTTGGGG ATCAGATTCT TGCAGTGGAT GATGAAGCAG TTGTGGGCTT TCCTATAGAA 
AAGTTTATCA GTCTGCTGAA GACATCAAAG ACCACAGTGA AGCTTACAAT CAACTCAGTT 
GAACATGATA GTCAAACATC TCTTCAAACA CAACCACCGC CACCTTGCAG TGCTATCATG 
GGTGAAGGGA AGAATATCCA GCAGCCTCTG ATGGTTCCAT CTTCTGGTTC TCCAGAACCA 
GAGACAATTA AAAATACAAG CAGGTCCTCA ACTCCAGCTA CATTAGCCTC TGACCCAGCA 
ACTTGTCCCA TCATCCCAGG ATGTGAAACA ACCATTGATA TCTCCAAGGG ACGAACTGGA 
CTTGGATTGA GCATTGTTGG GGGAGCAGAC ACTTTACTGG GAGCTATTAT TATCCATGAA 
GTATATGAAG AAGGAGCAGC GTCCAAAGAT GGAAGGCTCT GGGCAGGAGA TCAGATTTTA 
GAGGTGAATG GAATTGACCT CNNGATAAAT GTTCTCAGAC AGACACCCCA AAAAGTCCGT 
CTCACTGTCT ACAGGGATGA GGCCCAGTAC AAGGAGGAAG ATATGTACGA TGTACTCAAT 
ATAGAGCTCC AAAAGAAGCC AGGCAAAGGC CTTGGATTAA GCATTGTTGG GAAAAGAAAT 
GATACAGGAG TATTTGTGTC AGACATTGTC AAAGGAGGAA TAGCAAATAC AGATGGGAGA 
CTGATGCAGG GAGACCAGAT ATTGACAGTA AATGGAGAAG ACGTTCGAAA TGCTAACCAG 
GAGGCTGTTG CTGCTTTGTT AAAGTGTTCA TTAGGTACTG TAAGACTAGA AGTTGGAAGA 
ATAAAAACAG GTCCGTTCCA TTCTGAGAGA AGAACATCCC AGAGCAGCCA GGTCAGTGAA 
GGAAGTGGCA GCCTGTCATC ATTCAGTTTC CCTGTTTGCG GGTCCAACCC ACCTGAAGGC 
TTTGAAAGTG GTCTGAAGAA AAATGCCATA GCATCTGAAA TACAGGGATT AAGAACGGTT 
GAGATTAAAA AGGGCCCTGC AGATTCCCTA GGAGTGAGCA TTGCTGGAGG AGTAGGAAGT 
CCCCTTGGAG ATGTTCCTAT ATTTATTGCC ATGATGCATC CAAATGGAGT TGCAGCTCAA 
ACTCAGAAAC TCAGGGTTGG GGATAGGATC GTTAATATTT GTGGAACATC CACTGAGGGC 
ATGACACACT CCCAAGCAGT CAGCCTACTG AAAAATGCTT CTGGCACTGT TGAACTACAG 
GTGGTGGCTG GAGGGGACGT AAGTGTCGTA ACCGGTCAGC AGCAGGATCC ACCTGCTTCC 
AGCCTTTCAT TTGCAGGATT AACCTCAAGT AGCATCTTTC AGGATGATCT AGGGTCTCCT 
CAGTATAAGA CCATTACTCT AGATCGAGGC CAGGATGGTC TGGGCTTTAG TATTGTGGGA 
GGATATGGCA GTCCTCACGG AGATTTACCC ATCTATGTTA AGACAGTATT TGCAAAGGGT 
GCAGCGGCAG AGGATGGACG GCTGAAGAGA GGGGATCAAA TTATTGCTGT CAATGGGCAG 
AGCTTAGAAG GGGTGACCCA TGAAGAAGCA GTTGCTATTC TAAAAAGGAC AAAAGGAACT 
GTCACTCTGG CTGTTCTCTC GTGA

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

RefSeq	XP_014426329.1
CDS	360..6623
Translation	MLEVIDTHRALQAVERLHMKLRERGDIANEEKLSLLKSVLQSPLFSQILNLQTSVHQLKDQVNVTPSIHSAGEFPQLPHHGAGVDSLQHNESYLLAQQNGSPANVLEASVRSQINGKSSSDELEQLIRNMSQGHLVETLELAKPPSGGLGFSVVGLKSENRGELGIFVQEIQEGSVAYRDGRLKEADQILAINGQALNQTITHQQAISILQKAKDNVQLVVARGSLPQLISPVVSRSPSAASTVSAHSNPVHWQHVETIELVNDGSGLGFGIVGGKSTGVIVKTILPGGVADQHGRLCSGDHILKIGDTDLAGMSSEQVAQVLRQCGNRVKLVIARGPIEEPPLPAVPPSTPVPTSLPEKKAEISFDIDEDGEKFDVELTKNLQGLGITIAGYIGDKTSEPSGIFVKSITKGSAVEHDGRIHVGDQIIAVDGTNLQGFTNQQAVEVLRHTGQTVRLTLVRRGLKQENHIQPLEDFTASVEKDLIFQTMDNSTAKELCEREQGSPPLPCSAAMVHGGEDSKQQKSGFHLTSTGEAVLQNKWQRIMGANYEIVVAEVNKFSESSGLGISLEAAVGHHFIRSVLPEGPVGRCGKLFSGDELLEVNEISLLGENHKDVVNILKELPIKVTMVCCRPIAPPVSHSELENQTLSEVQLTEKSHVDLDEVIGSSETEATGLEVADVGQSTDEVQGSPLAMWETEIQHVELEKGSMGLGFSILDYQDPVDPANTVIVIRSLVPGGVAEQDGRLLPGDRLMFVNDINLENGSLEEAVQALKGAPAGTVRIGVAKPLPLSPEEGYVSAKEDSFFYTAQSLEEGPVDAALFHAELALVDSSEADLADESTFESQYTSDNDDTFQASVLALHGSSCSDGLNYSLSLPSSTPKNMLKTGDINGGKQKNCILLQGVAEESSNASIDFRPSNKNLYNMDLIQGGGENQSLRDISIVPACGISKMDPLPSDVSEKHPAYEDTAAWTEPQPSDEVAQTTNTAVTVHPDSNGKVKDSLYLMEKSYMTSTTEGSSTIQNTPKTMHEKTITIAKGNSSLGMTVSSNKDGSGMIVRSIIHGGSISRDGRISVGDCILSINEEATTNLTNAQARAMLRRHSLIGPDIKISYVPSEHLEEYKASLGQQPEETLPLSLFSAHTAREIPELPEREEGEGEESELQNAAYSHWNQPRRVELWREPSKSLGISIVGGRGMGSRLSNGEVMRGIFIKHILEDSPAGKNGTLKTGDRIVEVDGIDLRDASHEQAVEAIRKAGNPVVFMVQSIINRPRPESLNSSSSTSALSGQKPTNPFYYQSSQASSQSDSELEKTSFSNLPLPPPSAFSGMSCETAQSSSNKIEEGVGGDDDDDDEFGYSWKKITQRYGNLPGDLHMIELEKGRTGLGLSLAGNKDRSRMSVFIVGIDPNGAAGKDGRLQIADELLEINGQILYGRTHQNASSIIKCAPSKVKIIFIRSKDAVNQMAVCPGKSIEPSSSPSGTPEGEPSATNPVTAIDFSAYKNLLHLELPKDQGGLGIAISEEDTINGVVIKSLTDHGAAAKDGRIRVGDQILAVDDEAVVGFPIEKFISLLKTSKTTVKLTINSVEHDSQTSLQTQPPPPCSAIMGEGKNIQQPLMVPSSGSPEPETIKNTSRSSTPATLASDPATCPIIPGCETTIDISKGRTGLGLSIVGGADTLLGAIIIHEVYEEGAASKDGRLWAGDQILEVNGIDLnullINVLRQTPQKVRLTVYRDEAQYKEEDMYDVLNIELQKKPGKGLGLSIVGKRNDTGVFVSDIVKGGIANTDGRLMQGDQILTVNGEDVRNANQEAVAALLKCSLGTVRLEVGRIKTGPFHSERRTSQSSQVSEGSGSLSSFSFPVCGSNPPEGFESGLKKNAIASEIQGLRTVEIKKGPADSLGVSIAGGVGSPLGDVPIFIAMMHPNGVAAQTQKLRVGDRIVNICGTSTEGMTHSQAVSLLKNASGTVELQVVAGGDVSVVTGQQQDPPASSLSFAGLTSSSIFQDDLGSPQYKTITLDRGQDGLGFSIVGGYGSPHGDLPIYVKTVFAKGAAAEDGRLKRGDQIIAVNGQSLEGVTHEEAVAILKRTKGTVTLAVLS

Target ORF information:

RefSeq Version	XM_014570843.1
Organism	Pelodiscus sinensis(Chinese soft-shelled turtle)
Definition	Pelodiscus sinensis multiple PDZ domain crumbs cell polarity complex component (MPDZ), mRNA.

Target ORF information:

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

XM_014570843.1

ORF Insert Sequence:

ATGCTGGAAG TAATAGATAC ACATCGGGCC CTGCAGGCAG TGGAGCGCCT GCATATGAAA 
CTACGGGAAC GAGGTGACAT AGCAAATGAG GAGAAGTTGA GTTTGCTAAA ATCAGTGCTG 
CAAAGCCCTC TCTTCAGTCA GATCCTGAAT CTTCAGACTT CAGTCCACCA GTTGAAAGAT 
CAGGTGAACG TCACACCATC CATACATTCG GCTGGTGAAT TTCCACAGCT TCCCCATCAT 
GGTGCTGGTG TGGATTCGTT GCAACATAAC GAATCCTATT TACTCGCTCA GCAGAATGGC 
AGCCCTGCTA ATGTACTAGA AGCATCTGTG AGATCTCAGA TTAATGGGAA ATCCTCAAGT 
GATGAGTTGG AGCAACTAAT CAGAAATATG TCACAGGGTC ACCTTGTTGA GACCTTAGAG 
CTGGCTAAAC CCCCAAGTGG AGGTCTGGGC TTTAGTGTTG TGGGGCTGAA GAGTGAAAAC 
AGGGGGGAAT TGGGAATATT TGTGCAGGAG ATCCAAGAAG GAAGTGTGGC ATATAGAGAT 
GGAAGACTGA AGGAAGCAGA CCAAATCCTT GCTATTAATG GACAAGCCCT TAATCAGACA 
ATTACACATC AACAGGCTAT CAGCATCCTA CAGAAGGCAA AAGATAATGT CCAACTAGTT 
GTGGCCAGAG GTTCCTTGCC TCAGTTGATC AGTCCTGTAG TTTCTCGATC TCCATCTGCT 
GCTAGCACTG TCTCTGCCCA TTCTAACCCT GTACACTGGC AGCATGTGGA GACCATTGAG 
TTGGTGAATG ATGGATCAGG TTTGGGATTT GGGATAGTTG GAGGAAAGTC AACCGGAGTG 
ATAGTTAAAA CCATCCTCCC AGGAGGAGTA GCTGATCAGC ATGGAAGATT ATGCAGTGGA 
GATCACATCC TGAAAATTGG AGATACAGAC CTGGCTGGAA TGAGCAGTGA ACAAGTGGCA 
CAAGTTCTGA GACAGTGTGG AAATCGAGTG AAGCTGGTCA TTGCAAGAGG TCCCATAGAG 
GAACCACCTC TACCAGCAGT CCCTCCATCT ACTCCTGTAC CAACTTCCTT ACCAGAGAAA 
AAGGCAGAGA TTTCTTTTGA TATTGATGAA GATGGAGAGA AATTTGATGT AGAGCTCACT 
AAAAACCTCC AAGGATTAGG AATAACTATT GCTGGTTACA TTGGAGACAA AACCTCAGAA 
CCTTCTGGTA TTTTTGTGAA AAGCATTACA AAAGGCAGTG CTGTTGAACA TGATGGTAGA 
ATCCATGTTG GAGATCAAAT TATAGCTGTG GATGGAACAA ATCTTCAGGG CTTTACTAAC 
CAACAAGCAG TAGAGGTTTT GCGGCATACA GGACAAACAG TTCGACTCAC TTTGGTCAGA 
AGAGGGCTTA AGCAGGAAAA TCACATTCAG CCCCTTGAGG ACTTCACTGC TTCTGTTGAA 
AAGGACTTAA TTTTCCAAAC CATGGATAAC AGCACAGCCA AAGAACTATG TGAAAGAGAA 
CAAGGATCTC CTCCACTGCC GTGCAGTGCT GCTATGGTAC ACGGTGGAGA GGACAGTAAA 
CAACAAAAAT CAGGTTTCCA TCTAACTTCC ACAGGAGAAG CAGTGTTACA GAATAAATGG 
CAGAGGATTA TGGGTGCAAA TTATGAGATA GTGGTGGCTG AAGTTAACAA ATTTAGTGAA 
AGCAGCGGGT TAGGCATAAG CTTGGAAGCT GCAGTGGGAC ATCATTTCAT CCGATCGGTT 
CTACCAGAAG GGCCAGTTGG ACGATGTGGC AAGCTGTTTA GTGGAGATGA GCTATTGGAA 
GTGAATGAAA TATCCTTGCT TGGGGAAAAT CACAAGGATG TGGTAAATAT TTTAAAAGAG 
CTGCCTATCA AGGTGACAAT GGTCTGCTGC CGTCCCATTG CTCCACCCGT CAGTCATTCA 
GAGTTGGAAA ATCAGACCCT CTCTGAGGTT CAGCTCACAG AAAAGTCTCA TGTAGACCTG 
GATGAAGTCA TTGGCTCCTC AGAGACAGAG GCTACTGGCT TGGAAGTGGC TGATGTGGGT 
CAGAGTACTG ACGAGGTGCA AGGATCTCCT TTGGCAATGT GGGAAACAGA AATACAGCAT 
GTTGAGCTGG AGAAAGGGAG CATGGGCCTT GGCTTTAGCA TATTAGACTA CCAGGATCCA 
GTGGACCCGG CAAACACAGT CATTGTAATC CGCTCATTAG TACCTGGTGG TGTTGCTGAA 
CAAGACGGCA GACTTCTTCC TGGAGATCGG CTGATGTTTG TCAATGATAT CAACTTGGAA 
AATGGCAGCC TGGAGGAAGC TGTACAAGCA CTGAAAGGCG CTCCAGCAGG AACAGTTAGA 
ATAGGAGTTG CCAAACCACT GCCTCTTTCA CCAGAAGAGG GTTATGTTTC TGCTAAGGAA 
GATTCATTTT TCTACACTGC CCAGTCACTT GAAGAAGGGC CAGTTGATGC AGCCCTCTTC 
CATGCTGAGC TGGCTCTGGT GGACTCAAGC GAGGCAGATC TAGCGGATGA ATCCACCTTT 
GAATCACAGT ATACTTCAGA CAATGATGAC ACCTTCCAGG CTTCGGTGTT GGCTCTGCAT 
GGCAGTAGCT GTAGCGATGG TCTGAACTAT AGCCTCTCTC TTCCATCATC AACTCCCAAG 
AACATGTTAA AGACTGGCGA CATAAATGGC GGTAAACAGA AAAACTGCAT TCTACTACAG 
GGTGTGGCTG AAGAATCCTC AAACGCTTCC ATTGATTTCA GACCATCCAA CAAGAATCTA 
TACAACATGG ATCTAATCCA GGGAGGGGGA GAGAACCAAT CCTTAAGGGA CATAAGCATA 
GTACCTGCTT GTGGCATATC CAAAATGGAT CCGCTGCCTT CAGATGTTTC TGAGAAACAC 
CCTGCATATG AGGACACAGC TGCTTGGACA GAGCCTCAGC CATCAGATGA AGTTGCACAA 
ACTACAAACA CTGCTGTCAC AGTGCACCCT GACTCTAATG GAAAAGTAAA GGACTCATTG 
TATTTAATGG AAAAGAGCTA TATGACATCT ACTACTGAGG GAAGTTCCAC AATCCAAAAT 
ACACCCAAAA CCATGCATGA GAAGACTATC ACTATTGCAA AAGGCAATTC AAGTCTAGGG 
ATGACAGTAA GTTCCAATAA AGATGGCTCA GGAATGATAG TTCGCAGCAT CATCCATGGT 
GGTTCCATAA GTCGTGATGG ACGAATCAGT GTGGGGGATT GTATTCTGTC AATTAATGAA 
GAGGCAACCA CAAATTTAAC CAATGCACAG GCTCGGGCTA TGCTGAGGAG ACATTCACTC 
ATTGGCCCTG ATATAAAGAT TTCATATGTG CCATCAGAGC ATTTGGAAGA GTACAAAGCC 
AGTTTGGGAC AGCAACCAGA GGAAACACTG CCACTCAGTC TCTTTTCTGC ACATACTGCA 
AGAGAAATTC CAGAACTACC TGAACGTGAA GAGGGGGAGG GAGAAGAAAG TGAACTTCAG 
AATGCAGCTT ACAGTCACTG GAACCAGCCT AGACGGGTTG AGCTTTGGAG AGAACCTAGC 
AAGTCACTGG GAATCAGCAT CGTCGGTGGA CGAGGGATGG GGAGTCGGCT GAGCAATGGT 
GAAGTGATGA GGGGAATCTT TATCAAACAC ATTCTGGAAG ACAGCCCTGC TGGCAAAAAT 
GGAACATTAA AAACTGGAGA TAGAATAGTG GAGGTGGATG GAATTGACCT CAGAGACGCA 
AGCCATGAAC AAGCTGTGGA AGCCATACGG AAGGCAGGCA ACCCTGTAGT CTTTATGGTA 
CAGAGCATTA TAAACAGACC AAGGCCAGAA TCTCTCAATA GCTCTTCATC AACCTCTGCT 
CTCAGTGGGC AGAAACCTAC TAACCCATTT TACTACCAGT CATCTCAGGC ATCCAGTCAG 
TCAGATTCAG AACTAGAGAA GACTTCATTT AGTAACTTAC CACTGCCCCC TCCTTCAGCA 
TTTTCAGGAA TGAGCTGTGA AACTGCACAG TCATCTTCCA ACAAAATTGA AGAGGGTGTG 
GGAGGAGATG ATGATGATGA TGATGAGTTT GGTTACAGCT GGAAAAAGAT TACACAGCGT 
TATGGAAATC TACCTGGGGA CCTGCACATG ATAGAGCTGG AAAAAGGAAG GACTGGTTTG 
GGACTTAGCC TAGCTGGCAA CAAAGACAGA TCCAGGATGA GTGTTTTCAT AGTGGGAATT 
GATCCAAATG GCGCAGCTGG AAAAGATGGC AGGTTACAGA TTGCAGATGA GTTACTAGAG 
ATCAATGGAC AAATTCTGTA TGGAAGAACT CATCAAAATG CTTCTTCAAT AATCAAATGT 
GCACCATCTA AAGTAAAAAT CATCTTTATC AGAAGTAAAG ATGCAGTGAA TCAGATGGCT 
GTTTGCCCTG GAAAGTCAAT AGAACCTTCA TCTTCCCCCT CAGGGACTCC AGAGGGTGAA 
CCGAGTGCTA CAAATCCTGT TACAGCTATA GACTTCAGTG CATATAAAAA TCTTCTGCAT 
TTGGAACTTC CCAAGGATCA AGGGGGACTG GGTATTGCTA TCAGTGAAGA AGATACAATT 
AATGGAGTGG TTATTAAAAG CTTAACAGAT CATGGTGCAG CAGCAAAGGA TGGACGGATC 
AGAGTTGGGG ATCAGATTCT TGCAGTGGAT GATGAAGCAG TTGTGGGCTT TCCTATAGAA 
AAGTTTATCA GTCTGCTGAA GACATCAAAG ACCACAGTGA AGCTTACAAT CAACTCAGTT 
GAACATGATA GTCAAACATC TCTTCAAACA CAACCACCGC CACCTTGCAG TGCTATCATG 
GGTGAAGGGA AGAATATCCA GCAGCCTCTG ATGGTTCCAT CTTCTGGTTC TCCAGAACCA 
GAGACAATTA AAAATACAAG CAGGTCCTCA ACTCCAGCTA CATTAGCCTC TGACCCAGCA 
ACTTGTCCCA TCATCCCAGG ATGTGAAACA ACCATTGATA TCTCCAAGGG ACGAACTGGA 
CTTGGATTGA GCATTGTTGG GGGAGCAGAC ACTTTACTGG GAGCTATTAT TATCCATGAA 
GTATATGAAG AAGGAGCAGC GTCCAAAGAT GGAAGGCTCT GGGCAGGAGA TCAGATTTTA 
GAGGTGAATG GAATTGACCT CNNGATAAAT GTTCTCAGAC AGACACCCCA AAAAGTCCGT 
CTCACTGTCT ACAGGGATGA GGCCCAGTAC AAGGAGGAAG ATATGTACGA TGTACTCAAT 
ATAGAGCTCC AAAAGAAGCC AGGCAAAGGC CTTGGATTAA GCATTGTTGG GAAAAGAAAT 
GATACAGGAG TATTTGTGTC AGACATTGTC AAAGGAGGAA TAGCAAATAC AGATGGGAGA 
CTGATGCAGG GAGACCAGAT ATTGACAGTA AATGGAGAAG ACGTTCGAAA TGCTAACCAG 
GAGGCTGTTG CTGCTTTGTT AAAGTGTTCA TTAGGTACTG TAAGACTAGA AGTTGGAAGA 
ATAAAAACAG GTCCGTTCCA TTCTGAGAGA AGAACATCCC AGAGCAGCCA GGTCAGTGAA 
GGAAGTGGCA GCCTGTCATC ATTCAGTTTC CCTGTTTGCG GGTCCAACCC ACCTGAAGGC 
TTTGAAAGTG GTCTGAAGAA AAATGCCATA GCATCTGAAA TACAGGGATT AAGAACGGTT 
GAGATTAAAA AGGGCCCTGC AGATTCCCTA GGAGTGAGCA TTGCTGGAGG AGTAGGAAGT 
CCCCTTGGAG ATGTTCCTAT ATTTATTGCC ATGATGCATC CAAATGGAGT TGCAGCTCAA 
ACTCAGAAAC TCAGGGTTGG GGATAGGATC GTTAATATTT GTGGAACATC CACTGAGGGC 
ATGACACACT CCCAAGCAGT CAGCCTACTG AAAAATGCTT CTGGCACTGT TGAACTACAG 
GTGGTGGCTG GAGGGGACGT AAGTGTCGTA ACCGGTCAGC AGCAGGATCC ACCTGCTTCC 
AGCCTTTCAT TTGCAGGATT AACCTCAAGT AGCATCTTTC AGGATGATCT AGGGTCTCCT 
CAGTATAAGA CCATTACTCT AGATCGAGGC CAGGATGGTC TGGGCTTTAG TATTGTGGGA 
GGATATGGCA GTCCTCACGG AGATTTACCC ATCTATGTTA AGACAGTATT TGCAAAGGGT 
GCAGCGGCAG AGGATGGACG GCTGAAGAGA GGGGATCAAA TTATTGCTGT CAATGGGCAG 
AGCTTAGAAG GGGTGACCCA TGAAGAAGCA GTTGCTATTC TAAAAAGGAC AAAAGGAACT 
GTCACTCTGG CTGTTCTCTC GTGA