ARHGAP32 cDNA ORF clone, Panthera tigris altaica(Amur tiger)

Gene
Clones
gRNAs

Summary

Gene Symbol	ARHGAP32
Entrez Gene ID	102965015
Full Name	Rho GTPase activating protein 32
Gene Type	protein-coding
Organism	Panthera tigris altaica(Amur tiger)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007082691.2	XP_007082753.2	LOW QUALITY PROTEIN: rho GTPase-activating protein 32

Pathways from BioSystems
Gene Ontology

The following ARHGAP32 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ARHGAP32 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
OPa103173	XM_007082691.2 Latest version!	Panthera tigris altaica Rho GTPase activating protein 32 (ARHGAP32), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

ARHGAP32 ( XM_007082691.2 ) cDNA ORF clone, Panthera tigris altaica(Amur tiger) -> XP_007082753.2 Panthera tigris altaica Rho GTPase activating protein 32 (ARHGAP32), mRNA.

Price & Availability↑

CloneID	OPa103173
Clone ID Related Accession (Same CDS sequence)	XM_007082691.2
Accession Version	XM_007082691.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6165bp) 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	2016-02-07
Organism	Panthera tigris altaica(Amur tiger)
Product	LOW QUALITY PROTEIN: rho GTPase-activating protein 32
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006711858.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Feb 8, 2016 this sequence version replaced XM_007082691.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Panthera tigris altaica Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 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##

ATGAAGTCCT CAGTACATTC TGAAGAGGAT GATTTTGTTC CAGAACTACA TAGAAATGTT 
CACCCTCGAG AGCGGCCTGA TTGGGAAGAA ACACTTAGCA CAATGGCAAG AGGAGCAGAT 
GTCCCAGAGA TTCCTGGAGA TCTTGGTCTT AAGACATGTG GCAGCACAGC CAGTATGAAG 
GTTAAACAGG TGAAAAAACC CACCAATCCA GGACTGATGG GCTGCGACAA CATTCACAGG 
TTACCCTTCA CTAAAGGTCA CTTTCCGAAG ATGGCTGAAT GTGCACATTT CCATTATGAG 
AACGTTGAGT TTGGCAGCAT ACAGCTTTCG CTTTCAGAAG AACAGAATGA AGTAACGAAA 
AACGGCTGTG AATCTAAAGA GCTGGTCTAC CTCGTGCACA TTGCTTGTCA GGGTAAAAGT 
TGGATTGTTA AAAGAAGTTA TGAAGATTTT CGGGTACTTG ATAAACATCT TCATTTATGT 
ATTTATGACC GACGATTCTC CCAACTCTCA GAGCTTCCCC GTTCTGATGC TCTGAAGGAT 
AGTCCAGAGT CCATCACTCA GATGCTTATG GCTTACCTCT CCCGCCTTTC AGCTATTGCT 
GGCAACAAGA TCAATTGTGG ACCTGCCCTT ACTTGGATGG AGATTGATAA TAAGGGAAAT 
CATCTTCTAG TTCATGAGGA ATCATCCATT AACACTCCTG CTGTTGGTGC TGCCCACGTT 
ATCAAGAGGT ACACTGCTCG GGCCCCTGAT GAATTGACTT TAGAGGTGGG AGACATTGTT 
TCTGTTATTG ACATGCCCCC GAAAGTGTTA AGCACATGGT GGAGAGGCAA GCATGGATTT 
CAGGTGGGTC TCTTTCCTGG ACACTGCGTG GAGTTAATTA ATCAGAAAGT CCCCCAGTCA 
GTGACCAACT CAGTGCCAAA ACCAGTGTCC AAAAAGCACG GGAAGCTCAT CACTTTCCTG 
CGCACATTCA TGAAGTCTCG TCCCACAAAA CAGAAGCTGA AGCAGCGGGG GATCTTGAAA 
GAGAGGGTGT TTGGTTGTGA CCTGGGGGAG CACCTTCTGA ATTCTGGTTT TGAAGTCCCC 
CAGGTTCTTC AAAGCTGTAC AGCATTCATT GAGAGATATG GCATTGTGGA TGGAATATAT 
CGTCTCTCTG GCGTTGCCTC TAATATCCAG AGACTACGCC ATGAATTTGA CTCTGAACAT 
GTCCCCGACC TGACTAAAGA ACCTTATGTT CAAGACATCC ATTCCGTGGG CTCCCTCTGT 
AAGCTGTATT TTCGAGAGCT CCCAAACCCT CTGCTCACCT ACCAGCTGTA TGAGAAATTT 
TCTGATGCTG TTTCAGCAGC AACAGATGAA GAAAGGCTGA TCAAAATTCA TGACGTCATC 
CAACAACTGC CCCCTCCTCA CTACAGAACG CTGGAGTTCC TGATGAGACA CTTGTCTCTT 
CTAGCTGACT ATTGTTCCAT CACAAATATG CATGCAAAAA ACCTAGCAAT TGTTTGGGCT 
CCAAACCTGC TAAGATCGAA ACAGATAGAA TCTGCCTGCT TCAGTGGGAC AGCAGCTTTT 
ATGGAAGTGA GAATTCAGTC TGTGGTGGTT GAATTCATCC TGAATCATGT AGACGTCCTC 
TTCAGTGGGA AAATCAGTGC TGTCATTCAG GATGGAGCAG CTTCTCTGTC GAGACCCAAG 
TCCCTGCTGG TTTCCTCTCC ATCCACCAAG CTGCTGACAT TGGAGGAAGC CCAGGCACGA 
ACGCAAGCTC AGGTCACTTC TCCAATTGTG ACTGAAAATA AATATATTGA AGTAGGAGAA 
GGACCCGCTG CGCTTCAGGG AAAGTTTCAT ACCATAATTG AGTTTCCACT TGAAAGGAGG 
AGGCCTCAAA ATAAAATGAA AAAATCTCCC GTGGGCAGCT GGCGTTCCTT TTTCAACTTG 
GGGAAATCAT CATCTGTTTC TAAGCGGAAG TTGCAGCGGA ATGAGAGTGA GCCTTCTGAG 
ATGAAAGCCA TGGCTCTGAA AGGTGGCAGG GCAGAAGGAA CCCTCCGTTC AGCTAAGAGT 
GAAGAATCTC TTACTTCTCT CCATGCAGTC GATGGCGATT CCAAGCTGTT CCGACCCCGA 
AGACCCAGAT CTAGCAGTGA TGCACTGAGT GCCTCTTTTA ATGGAGAAAT GCTGGGGAAC 
CGCTGTAACT CCTATGATAA TCTGCCCCAT GACAATGAAA GTGAGGAGGA AGTAGGGCTG 
CTCCATATTC CAGCTCTTAT GTCTCCTCAC GCAGCTGAAG ATGTTGACTT GAGCCCACCA 
GACATTGGAG TAGCCAGCCT GGATTTTGAT CCCATGTCAT TTCAGTGTAG TCCCCCTAAG 
GCTGAATCAG AATGTCTGGA GAGCGGTGCC TCCTTTTTAG ATTCATTAGG ATACTCCAAG 
GATAAACCAA GTGCCAATAA AAAGGATACA GAAGCAGGTG GTAGCCAGTC GCAGACTCCA 
GGAAGCACGG CAAGTTCTGA AGCCGTCTCT CCTCTGCAGG AGAAACTGAG TCCATTCTTT 
ACCCTGGACT TGAGCCCAAC TGAAGAGAAG TCATCCAAGC CATCCTCATT CACTGAAAAG 
GTTGTCTACG CTTTCTCTCC AAAGATTGGA CGGAAACTAA GCAAATCGCC TTCAATGAAC 
ATATCTGAGC CAATTTCAGT GACTCTTCCC ACTCGGGTAT CTGAAGTCAT TGGTACGGTT 
TCAAATACAG CAGCTCCGAA TGCGTCTTCT CCAACTTGGA ACAAAAGCAT TGAAGAAAGT 
GATGTCATAA ATAGATCCCC CACCCAGGTA GTAAAGATGA AAACAAAAGA GAGAGAGTCC 
CAAGAAGGAT GTGAGTCTGA AGTCCAGCCC CTAGACCAGG TGGCTTCTAG AGAAGTAGAG 
TCACCAGGGA AANGCGTCTT AAGCAGTCAG AGTAAGGCTG TACCTTCTGG ACAGACTCAG 
ACAGGAGCAG TTACCCATGA CCCCCCTCAG GATTCCGTTC CCGTCAGTTC AGTCTCTCTT 
ATCCCACCAC CACCGCCTCC GAAAAATGTG GCCCGCCTGT TGGCGCTAGC ACTGGCTGAG 
TCTGCACAGC AAGCTTCAAC TCAGTCATTG AAGAGACCAG GGCCCGCCCA GGCTGCTTAT 
ACGAATTACG GAGACCTAGC AGTGGCTGCA AACGAAGATA AACTGCCTAG TTCCTACTCT 
AACATCACTC TAGATAAAGC CTATTACCAA ACTGATAGGC CAGCAGAGGA ATCCCGCCTC 
CAGAACGAGG TATCTGGGAA CTGTGACCAG CCTGTAGCAG ACACAGCAAT TGGGAATCAC 
GCTCATTCCA GTGCAACTGA ATCCGGGGAG CAGCTCCACC AGGCAGACTT ACCAGGGAAT 
CATCCACATC AAACCTATTT ATCTGGGGAC CCAGAAAAGG CCAGAATCCC ATCAGTTCCC 
TTAACAGACT CTAAGTCTGA TGATCACATA AGCTTCTCTG AAGACCAGTC TGGGAAGACC 
AGTATGCCAA CTGTCTCCTT TATGGATCAG GACCAGCCTC AGCTTCATTT CTATAGCGGA 
GATCAGCCTC CTTATCTTGG TGCAAGTGTA GATAAACCCC ATCACCCTTC AGAACTTGCA 
GACAAATCTC CCACACCTTC TAGTTTGCCG AAGGACAAAA TCTACCCTCC TTCTGGGTCC 
CCTGAAGAGA ATACCAGCAC AGCCACCATG GCTTACCTGA CAACCGCTCC AGCGGCGGCT 
GAGATAAGCA CCAGGGAAGC CAGCTGGGAT GTGGTCCAGC AACCCACCGC AGCTGATTTT 
GCTGCCGCCA CCCTCCAGCG TCCGCACAGA ACTAGCCGCC CCCTTCCCCC ACCTCCCTCC 
CAGAGGCCAG CGGAGCAGCT GCCCGTCACG GGGCAGGTAC AAGCAGCGGC CAGCACAGGA 
TTAAATAATT CCCACAAGGT TCAAGCAGTT CCAGCTCCAG AGAGACCACC TGAACCCAGA 
GCCACCGATG ACCCCGCACA TGTCCTGGTG GGTGATGGCA GCACAGCCGT TCAGTGTCCC 
ATGTCTGCTC TCCAGCCGGG CCTTCCTGAC AAGGTGCGGG AAGGTGCCAG GGCCCCGCCA 
CTGCACCTGC GCGCCGAGTC TGTCCCTGTG TACTCGTCCT GTGGCTTTAC CGCACCAGTG 
CCCCCAACCA GGACGCTGGA GAGTAAAATG GCCGCTGCCA TCCACTCCAA TAGTGCAGAT 
CCTGCCAGCA GCGCCAGCTA TCACCCCTTT GTCACTGCTT CTTCAGCTCC TGTGGACGAT 
GTTCTGCCTT TACCACTTCC TGTCCCACAA CCTAAGCATG CTTCTCAGAA GACGACTTAT 
TCCGCCTTCG TGAGGCCTGA TGTCACCACT GAACCCTTTG GTCCAGAAAA CTGTCTGCAT 
TTCAGTATGA TCCCAAACTG CCAGTACCGT CCCCAGAGCG TACCTCCACA CCACAATAAA 
TTGGAGCAGC ACCAGGTGTA TGGTGCCAGA TCAGAGCCAC CAGCCTCCAT GGGACCTCGT 
TACAACACAT ACGTGGCCCC AGGAAGAAAC GCGTCTGGAC ATCACTCCAA GCCATGCGGC 
CGAGTTGAGT ATGTATCTTC TTTGGGCTCC TCCGTTAGGA GTAGTTGTTA CCCTGAAGAT 
ATTCCTCCGT ACCCTACCAT CCGGAGGGTA CAGTCTCTCC ATGCCCCTCC GTCTTCCATG 
ATTCGCTCGG TTCCCATTTC ACGGACGGAA GTTCCCCCAG ACGATGAACC AGCCTACTGC 
CCAAGACCCC TGTACCAGTA TAAGCCATAT CAGTCCTCCC AGGCCCGCTC AGATTATCAC 
GTCACTCAGC TTCAGCCTTA CTTTGAGAAT GGCCGGGTCC ACTACCGGTA TAGCCCGTAC 
TCCAGTTCTT CTAGCTCCTA TTACAGTCCA GAAGGAGCCC TGTGTGATGT GGACGCCTAC 
AGCACAGTAC AGCTGAGGCC CCTTCACCGC CTACCCAATC GCGATTTTGC CTTCTACAAT 
CCGAGGCTGC AAGGAAAGAA CTTCTACAGT TACGCTGGTT TGCTCCCACG TCCCCGGGCC 
AACATGACCG GCTATTTCTC TGGTAATGAC CATAATGTAG TCAACATGCC TCCAACTGCG 
GAGGTAAAGC ACACTTACAC CTCATGGGAT CTTGAGGACA TGGAAAAATA CCGCATGCAG 
TCTATCCGGA GAGAGAGCCG CGCTCGGCAG AAGGTGAAAG GGCCTGTCAT GTCCCAGTAT 
GATAACATGA CCTCGGCCGT GCAGGATGAC CTGGGCGGGA TCTATGTCAT CCACCTGCGT 
AGTAAATCAG ATCCTGGGAA AACTGGACTT CTCTCAGTGG CAGAGGGCAA GGAGGGGCGG 
CACGCAGCCA AGGCCGTCAG TCCCGAGGGA GAGGAGCGCT TCTACAGGAA GCATCCAGAG 
CCAGAGTTTG ATAGAGCCCA CCACCACGGA GGATATGGCA ACGGACAGTC GGAGAAACCA 
TCCCTCCCTC AGAAGCAGAG TAGCCTCAGG AACAGGAAGC TTCACGACAT GGGTTGTAGT 
CTCCCTGAGC ACAGGGCACA TCAGGAAGCA AGCCATAGGC AGTTATGTGA ATCAAAAAAT 
GGGCCACCTT ACCCCCAAGG GGCTGGCCAG TTAGATTATG GGCCCAAAGG GATTCCAGAC 
ACTTCTGAGC CAGTCAGCTA CCATAACTCT GGAGGGACAT ACATGACATC GGGGCAGGAG 
TCTCTGAGAC TGAACCACAA AGAGGTGAGG CTCTCCAAAG AGCTAGAGAG GCCTCGGGCT 
AGGCAGCCTC CCGCCCCAGA GAAACATTCC AGAGACTGCT ACAAAGAGGA GGAACACCTG 
GGCCAGTCAG TAGTCCCACC CCCGAAACCG GAGCGGAGTC ATAGCCTGAA ACTCCACCAT 
ACTCAGCACG CGGAGAGGGA CCCCACTGTG CTGTACCAAT ACCAAACACA CGGCAAGCGC 
CAGGGCGGTA TGACTGTTGT GTCCCAGTAT GACAACCTGG AGGGTTACCA CTCCCCACCC 
CAGCACCAGC GAGGAGGCTT TGCAGGAGGA GCGATGGGGA CCTATGTGCC CTCTGGCTTC 
CCCCACCCAC AAAACAGGAC ATATGCTACC GCTCTGGGTC AGGGGGCCTT CCTGCCCACA 
GAGTTGTCCT TGCAGCACCC CGAAACACAG ATCCATGCAG AATGA

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

RefSeq	XP_007082753.2
CDS	71..6235
Translation	MKSSVHSEEDDFVPELHRNVHPRERPDWEETLSTMARGADVPEIPGDLGLKTCGSTASMKVKQVKKPTNPGLMGCDNIHRLPFTKGHFPKMAECAHFHYENVEFGSIQLSLSEEQNEVTKNGCESKELVYLVHIACQGKSWIVKRSYEDFRVLDKHLHLCIYDRRFSQLSELPRSDALKDSPESITQMLMAYLSRLSAIAGNKINCGPALTWMEIDNKGNHLLVHEESSINTPAVGAAHVIKRYTARAPDELTLEVGDIVSVIDMPPKVLSTWWRGKHGFQVGLFPGHCVELINQKVPQSVTNSVPKPVSKKHGKLITFLRTFMKSRPTKQKLKQRGILKERVFGCDLGEHLLNSGFEVPQVLQSCTAFIERYGIVDGIYRLSGVASNIQRLRHEFDSEHVPDLTKEPYVQDIHSVGSLCKLYFRELPNPLLTYQLYEKFSDAVSAATDEERLIKIHDVIQQLPPPHYRTLEFLMRHLSLLADYCSITNMHAKNLAIVWAPNLLRSKQIESACFSGTAAFMEVRIQSVVVEFILNHVDVLFSGKISAVIQDGAASLSRPKSLLVSSPSTKLLTLEEAQARTQAQVTSPIVTENKYIEVGEGPAALQGKFHTIIEFPLERRRPQNKMKKSPVGSWRSFFNLGKSSSVSKRKLQRNESEPSEMKAMALKGGRAEGTLRSAKSEESLTSLHAVDGDSKLFRPRRPRSSSDALSASFNGEMLGNRCNSYDNLPHDNESEEEVGLLHIPALMSPHAAEDVDLSPPDIGVASLDFDPMSFQCSPPKAESECLESGASFLDSLGYSKDKPSANKKDTEAGGSQSQTPGSTASSEAVSPLQEKLSPFFTLDLSPTEEKSSKPSSFTEKVVYAFSPKIGRKLSKSPSMNISEPISVTLPTRVSEVIGTVSNTAAPNASSPTWNKSIEESDVINRSPTQVVKMKTKERESQEGCESEVQPLDQVASREVESPGKnullVLSSQSKAVPSGQTQTGAVTHDPPQDSVPVSSVSLIPPPPPPKNVARLLALALAESAQQASTQSLKRPGPAQAAYTNYGDLAVAANEDKLPSSYSNITLDKAYYQTDRPAEESRLQNEVSGNCDQPVADTAIGNHAHSSATESGEQLHQADLPGNHPHQTYLSGDPEKARIPSVPLTDSKSDDHISFSEDQSGKTSMPTVSFMDQDQPQLHFYSGDQPPYLGASVDKPHHPSELADKSPTPSSLPKDKIYPPSGSPEENTSTATMAYLTTAPAAAEISTREASWDVVQQPTAADFAAATLQRPHRTSRPLPPPPSQRPAEQLPVTGQVQAAASTGLNNSHKVQAVPAPERPPEPRATDDPAHVLVGDGSTAVQCPMSALQPGLPDKVREGARAPPLHLRAESVPVYSSCGFTAPVPPTRTLESKMAAAIHSNSADPASSASYHPFVTASSAPVDDVLPLPLPVPQPKHASQKTTYSAFVRPDVTTEPFGPENCLHFSMIPNCQYRPQSVPPHHNKLEQHQVYGARSEPPASMGPRYNTYVAPGRNASGHHSKPCGRVEYVSSLGSSVRSSCYPEDIPPYPTIRRVQSLHAPPSSMIRSVPISRTEVPPDDEPAYCPRPLYQYKPYQSSQARSDYHVTQLQPYFENGRVHYRYSPYSSSSSSYYSPEGALCDVDAYSTVQLRPLHRLPNRDFAFYNPRLQGKNFYSYAGLLPRPRANMTGYFSGNDHNVVNMPPTAEVKHTYTSWDLEDMEKYRMQSIRRESRARQKVKGPVMSQYDNMTSAVQDDLGGIYVIHLRSKSDPGKTGLLSVAEGKEGRHAAKAVSPEGEERFYRKHPEPEFDRAHHHGGYGNGQSEKPSLPQKQSSLRNRKLHDMGCSLPEHRAHQEASHRQLCESKNGPPYPQGAGQLDYGPKGIPDTSEPVSYHNSGGTYMTSGQESLRLNHKEVRLSKELERPRARQPPAPEKHSRDCYKEEEHLGQSVVPPPKPERSHSLKLHHTQHAERDPTVLYQYQTHGKRQGGMTVVSQYDNLEGYHSPPQHQRGGFAGGAMGTYVPSGFPHPQNRTYATALGQGAFLPTELSLQHPETQIHAE

Target ORF information:

RefSeq Version	XM_007082691.2
Organism	Panthera tigris altaica(Amur tiger)
Definition	Panthera tigris altaica Rho GTPase activating protein 32 (ARHGAP32), mRNA.

Target ORF information:

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

XM_007082691.2

ORF Insert Sequence:

ATGAAGTCCT CAGTACATTC TGAAGAGGAT GATTTTGTTC CAGAACTACA TAGAAATGTT 
CACCCTCGAG AGCGGCCTGA TTGGGAAGAA ACACTTAGCA CAATGGCAAG AGGAGCAGAT 
GTCCCAGAGA TTCCTGGAGA TCTTGGTCTT AAGACATGTG GCAGCACAGC CAGTATGAAG 
GTTAAACAGG TGAAAAAACC CACCAATCCA GGACTGATGG GCTGCGACAA CATTCACAGG 
TTACCCTTCA CTAAAGGTCA CTTTCCGAAG ATGGCTGAAT GTGCACATTT CCATTATGAG 
AACGTTGAGT TTGGCAGCAT ACAGCTTTCG CTTTCAGAAG AACAGAATGA AGTAACGAAA 
AACGGCTGTG AATCTAAAGA GCTGGTCTAC CTCGTGCACA TTGCTTGTCA GGGTAAAAGT 
TGGATTGTTA AAAGAAGTTA TGAAGATTTT CGGGTACTTG ATAAACATCT TCATTTATGT 
ATTTATGACC GACGATTCTC CCAACTCTCA GAGCTTCCCC GTTCTGATGC TCTGAAGGAT 
AGTCCAGAGT CCATCACTCA GATGCTTATG GCTTACCTCT CCCGCCTTTC AGCTATTGCT 
GGCAACAAGA TCAATTGTGG ACCTGCCCTT ACTTGGATGG AGATTGATAA TAAGGGAAAT 
CATCTTCTAG TTCATGAGGA ATCATCCATT AACACTCCTG CTGTTGGTGC TGCCCACGTT 
ATCAAGAGGT ACACTGCTCG GGCCCCTGAT GAATTGACTT TAGAGGTGGG AGACATTGTT 
TCTGTTATTG ACATGCCCCC GAAAGTGTTA AGCACATGGT GGAGAGGCAA GCATGGATTT 
CAGGTGGGTC TCTTTCCTGG ACACTGCGTG GAGTTAATTA ATCAGAAAGT CCCCCAGTCA 
GTGACCAACT CAGTGCCAAA ACCAGTGTCC AAAAAGCACG GGAAGCTCAT CACTTTCCTG 
CGCACATTCA TGAAGTCTCG TCCCACAAAA CAGAAGCTGA AGCAGCGGGG GATCTTGAAA 
GAGAGGGTGT TTGGTTGTGA CCTGGGGGAG CACCTTCTGA ATTCTGGTTT TGAAGTCCCC 
CAGGTTCTTC AAAGCTGTAC AGCATTCATT GAGAGATATG GCATTGTGGA TGGAATATAT 
CGTCTCTCTG GCGTTGCCTC TAATATCCAG AGACTACGCC ATGAATTTGA CTCTGAACAT 
GTCCCCGACC TGACTAAAGA ACCTTATGTT CAAGACATCC ATTCCGTGGG CTCCCTCTGT 
AAGCTGTATT TTCGAGAGCT CCCAAACCCT CTGCTCACCT ACCAGCTGTA TGAGAAATTT 
TCTGATGCTG TTTCAGCAGC AACAGATGAA GAAAGGCTGA TCAAAATTCA TGACGTCATC 
CAACAACTGC CCCCTCCTCA CTACAGAACG CTGGAGTTCC TGATGAGACA CTTGTCTCTT 
CTAGCTGACT ATTGTTCCAT CACAAATATG CATGCAAAAA ACCTAGCAAT TGTTTGGGCT 
CCAAACCTGC TAAGATCGAA ACAGATAGAA TCTGCCTGCT TCAGTGGGAC AGCAGCTTTT 
ATGGAAGTGA GAATTCAGTC TGTGGTGGTT GAATTCATCC TGAATCATGT AGACGTCCTC 
TTCAGTGGGA AAATCAGTGC TGTCATTCAG GATGGAGCAG CTTCTCTGTC GAGACCCAAG 
TCCCTGCTGG TTTCCTCTCC ATCCACCAAG CTGCTGACAT TGGAGGAAGC CCAGGCACGA 
ACGCAAGCTC AGGTCACTTC TCCAATTGTG ACTGAAAATA AATATATTGA AGTAGGAGAA 
GGACCCGCTG CGCTTCAGGG AAAGTTTCAT ACCATAATTG AGTTTCCACT TGAAAGGAGG 
AGGCCTCAAA ATAAAATGAA AAAATCTCCC GTGGGCAGCT GGCGTTCCTT TTTCAACTTG 
GGGAAATCAT CATCTGTTTC TAAGCGGAAG TTGCAGCGGA ATGAGAGTGA GCCTTCTGAG 
ATGAAAGCCA TGGCTCTGAA AGGTGGCAGG GCAGAAGGAA CCCTCCGTTC AGCTAAGAGT 
GAAGAATCTC TTACTTCTCT CCATGCAGTC GATGGCGATT CCAAGCTGTT CCGACCCCGA 
AGACCCAGAT CTAGCAGTGA TGCACTGAGT GCCTCTTTTA ATGGAGAAAT GCTGGGGAAC 
CGCTGTAACT CCTATGATAA TCTGCCCCAT GACAATGAAA GTGAGGAGGA AGTAGGGCTG 
CTCCATATTC CAGCTCTTAT GTCTCCTCAC GCAGCTGAAG ATGTTGACTT GAGCCCACCA 
GACATTGGAG TAGCCAGCCT GGATTTTGAT CCCATGTCAT TTCAGTGTAG TCCCCCTAAG 
GCTGAATCAG AATGTCTGGA GAGCGGTGCC TCCTTTTTAG ATTCATTAGG ATACTCCAAG 
GATAAACCAA GTGCCAATAA AAAGGATACA GAAGCAGGTG GTAGCCAGTC GCAGACTCCA 
GGAAGCACGG CAAGTTCTGA AGCCGTCTCT CCTCTGCAGG AGAAACTGAG TCCATTCTTT 
ACCCTGGACT TGAGCCCAAC TGAAGAGAAG TCATCCAAGC CATCCTCATT CACTGAAAAG 
GTTGTCTACG CTTTCTCTCC AAAGATTGGA CGGAAACTAA GCAAATCGCC TTCAATGAAC 
ATATCTGAGC CAATTTCAGT GACTCTTCCC ACTCGGGTAT CTGAAGTCAT TGGTACGGTT 
TCAAATACAG CAGCTCCGAA TGCGTCTTCT CCAACTTGGA ACAAAAGCAT TGAAGAAAGT 
GATGTCATAA ATAGATCCCC CACCCAGGTA GTAAAGATGA AAACAAAAGA GAGAGAGTCC 
CAAGAAGGAT GTGAGTCTGA AGTCCAGCCC CTAGACCAGG TGGCTTCTAG AGAAGTAGAG 
TCACCAGGGA AANGCGTCTT AAGCAGTCAG AGTAAGGCTG TACCTTCTGG ACAGACTCAG 
ACAGGAGCAG TTACCCATGA CCCCCCTCAG GATTCCGTTC CCGTCAGTTC AGTCTCTCTT 
ATCCCACCAC CACCGCCTCC GAAAAATGTG GCCCGCCTGT TGGCGCTAGC ACTGGCTGAG 
TCTGCACAGC AAGCTTCAAC TCAGTCATTG AAGAGACCAG GGCCCGCCCA GGCTGCTTAT 
ACGAATTACG GAGACCTAGC AGTGGCTGCA AACGAAGATA AACTGCCTAG TTCCTACTCT 
AACATCACTC TAGATAAAGC CTATTACCAA ACTGATAGGC CAGCAGAGGA ATCCCGCCTC 
CAGAACGAGG TATCTGGGAA CTGTGACCAG CCTGTAGCAG ACACAGCAAT TGGGAATCAC 
GCTCATTCCA GTGCAACTGA ATCCGGGGAG CAGCTCCACC AGGCAGACTT ACCAGGGAAT 
CATCCACATC AAACCTATTT ATCTGGGGAC CCAGAAAAGG CCAGAATCCC ATCAGTTCCC 
TTAACAGACT CTAAGTCTGA TGATCACATA AGCTTCTCTG AAGACCAGTC TGGGAAGACC 
AGTATGCCAA CTGTCTCCTT TATGGATCAG GACCAGCCTC AGCTTCATTT CTATAGCGGA 
GATCAGCCTC CTTATCTTGG TGCAAGTGTA GATAAACCCC ATCACCCTTC AGAACTTGCA 
GACAAATCTC CCACACCTTC TAGTTTGCCG AAGGACAAAA TCTACCCTCC TTCTGGGTCC 
CCTGAAGAGA ATACCAGCAC AGCCACCATG GCTTACCTGA CAACCGCTCC AGCGGCGGCT 
GAGATAAGCA CCAGGGAAGC CAGCTGGGAT GTGGTCCAGC AACCCACCGC AGCTGATTTT 
GCTGCCGCCA CCCTCCAGCG TCCGCACAGA ACTAGCCGCC CCCTTCCCCC ACCTCCCTCC 
CAGAGGCCAG CGGAGCAGCT GCCCGTCACG GGGCAGGTAC AAGCAGCGGC CAGCACAGGA 
TTAAATAATT CCCACAAGGT TCAAGCAGTT CCAGCTCCAG AGAGACCACC TGAACCCAGA 
GCCACCGATG ACCCCGCACA TGTCCTGGTG GGTGATGGCA GCACAGCCGT TCAGTGTCCC 
ATGTCTGCTC TCCAGCCGGG CCTTCCTGAC AAGGTGCGGG AAGGTGCCAG GGCCCCGCCA 
CTGCACCTGC GCGCCGAGTC TGTCCCTGTG TACTCGTCCT GTGGCTTTAC CGCACCAGTG 
CCCCCAACCA GGACGCTGGA GAGTAAAATG GCCGCTGCCA TCCACTCCAA TAGTGCAGAT 
CCTGCCAGCA GCGCCAGCTA TCACCCCTTT GTCACTGCTT CTTCAGCTCC TGTGGACGAT 
GTTCTGCCTT TACCACTTCC TGTCCCACAA CCTAAGCATG CTTCTCAGAA GACGACTTAT 
TCCGCCTTCG TGAGGCCTGA TGTCACCACT GAACCCTTTG GTCCAGAAAA CTGTCTGCAT 
TTCAGTATGA TCCCAAACTG CCAGTACCGT CCCCAGAGCG TACCTCCACA CCACAATAAA 
TTGGAGCAGC ACCAGGTGTA TGGTGCCAGA TCAGAGCCAC CAGCCTCCAT GGGACCTCGT 
TACAACACAT ACGTGGCCCC AGGAAGAAAC GCGTCTGGAC ATCACTCCAA GCCATGCGGC 
CGAGTTGAGT ATGTATCTTC TTTGGGCTCC TCCGTTAGGA GTAGTTGTTA CCCTGAAGAT 
ATTCCTCCGT ACCCTACCAT CCGGAGGGTA CAGTCTCTCC ATGCCCCTCC GTCTTCCATG 
ATTCGCTCGG TTCCCATTTC ACGGACGGAA GTTCCCCCAG ACGATGAACC AGCCTACTGC 
CCAAGACCCC TGTACCAGTA TAAGCCATAT CAGTCCTCCC AGGCCCGCTC AGATTATCAC 
GTCACTCAGC TTCAGCCTTA CTTTGAGAAT GGCCGGGTCC ACTACCGGTA TAGCCCGTAC 
TCCAGTTCTT CTAGCTCCTA TTACAGTCCA GAAGGAGCCC TGTGTGATGT GGACGCCTAC 
AGCACAGTAC AGCTGAGGCC CCTTCACCGC CTACCCAATC GCGATTTTGC CTTCTACAAT 
CCGAGGCTGC AAGGAAAGAA CTTCTACAGT TACGCTGGTT TGCTCCCACG TCCCCGGGCC 
AACATGACCG GCTATTTCTC TGGTAATGAC CATAATGTAG TCAACATGCC TCCAACTGCG 
GAGGTAAAGC ACACTTACAC CTCATGGGAT CTTGAGGACA TGGAAAAATA CCGCATGCAG 
TCTATCCGGA GAGAGAGCCG CGCTCGGCAG AAGGTGAAAG GGCCTGTCAT GTCCCAGTAT 
GATAACATGA CCTCGGCCGT GCAGGATGAC CTGGGCGGGA TCTATGTCAT CCACCTGCGT 
AGTAAATCAG ATCCTGGGAA AACTGGACTT CTCTCAGTGG CAGAGGGCAA GGAGGGGCGG 
CACGCAGCCA AGGCCGTCAG TCCCGAGGGA GAGGAGCGCT TCTACAGGAA GCATCCAGAG 
CCAGAGTTTG ATAGAGCCCA CCACCACGGA GGATATGGCA ACGGACAGTC GGAGAAACCA 
TCCCTCCCTC AGAAGCAGAG TAGCCTCAGG AACAGGAAGC TTCACGACAT GGGTTGTAGT 
CTCCCTGAGC ACAGGGCACA TCAGGAAGCA AGCCATAGGC AGTTATGTGA ATCAAAAAAT 
GGGCCACCTT ACCCCCAAGG GGCTGGCCAG TTAGATTATG GGCCCAAAGG GATTCCAGAC 
ACTTCTGAGC CAGTCAGCTA CCATAACTCT GGAGGGACAT ACATGACATC GGGGCAGGAG 
TCTCTGAGAC TGAACCACAA AGAGGTGAGG CTCTCCAAAG AGCTAGAGAG GCCTCGGGCT 
AGGCAGCCTC CCGCCCCAGA GAAACATTCC AGAGACTGCT ACAAAGAGGA GGAACACCTG 
GGCCAGTCAG TAGTCCCACC CCCGAAACCG GAGCGGAGTC ATAGCCTGAA ACTCCACCAT 
ACTCAGCACG CGGAGAGGGA CCCCACTGTG CTGTACCAAT ACCAAACACA CGGCAAGCGC 
CAGGGCGGTA TGACTGTTGT GTCCCAGTAT GACAACCTGG AGGGTTACCA CTCCCCACCC 
CAGCACCAGC GAGGAGGCTT TGCAGGAGGA GCGATGGGGA CCTATGTGCC CTCTGGCTTC 
CCCCACCCAC AAAACAGGAC ATATGCTACC GCTCTGGGTC AGGGGGCCTT CCTGCCCACA 
GAGTTGTCCT TGCAGCACCC CGAAACACAG ATCCATGCAG AATGA