DENND3 cDNA ORF clone, Panthera tigris altaica(Amur tiger)

Gene
Clones
gRNAs

Summary

Gene Symbol	DENND3
Entrez Gene ID	102953546
Full Name	DENN domain containing 3
Gene Type	protein-coding
Organism	Panthera tigris altaica(Amur tiger)

mRNA and Protein(s)

mRNA	Protein	Name
XM_015537966.1	XP_015393452.1	DENN domain-containing protein 3

Pathways from BioSystems
Gene Ontology

The following DENND3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DENND3 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
OPa94920	XM_015537966.1 Latest version!	Panthera tigris altaica DENN/MADD domain containing 3 (DENND3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

DENND3 ( XM_015537966.1 ) cDNA ORF clone, Panthera tigris altaica(Amur tiger) -> XP_015393452.1 Panthera tigris altaica DENN/MADD domain containing 3 (DENND3), mRNA.

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CloneID	OPa94920
Clone ID Related Accession (Same CDS sequence)	XM_015537966.1
Accession Version	XM_015537966.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4743bp) 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	DENN domain-containing protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006711467.1) 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 :: 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## ab initio :: 20% of CDS bases ##RefSeq-Attributes-END##

ATGCTCTTGC CAGTTGTCCC CCGATGCAGT CCTGACTGTG TCATCCTGGC CGAGGGTTGC 
TTCTCAGGGG CTGAGGCACA CACGGACCTG TGGGACGAGA GGCTGGGGGT CGTCGTGGGT 
GGGCCAGGGC TCATGCAGGA GGCTGGGCTG GCCCCCGACT CATCAGTCCC CAGTCTGGTG 
CCAGGCTGCC TGGGAGGGCG GAAGCCGGTT CTCCTGTCTG AGGAACGCGG TGGTGGCACT 
GACCCGAGGT CGGGCACCAA GGCCCAGGTC AGCACCAGGA GTGGCCAGCC CAGTGGGACT 
CGTGGCCAGA AGAGGAGCAG GGGAATGGTC AATGGTGACG GGACTGCTGG GGGAATGGCC 
CGGCTGGCAG GGGACACGGT GTCGGCACCC CGTTTGTGCT GGTCAGATAG TGTGCAGGGC 
CCTCCTCACC GGCCCCCGCT GAAGAGCCAG GCCCTGCTGG GTGCTGTGAC TCGCCTGAAC 
GCGTGGCCCG AGAGGCCCTA CAGCAGCTTC CGTGCGGCCC TTGCTGTGCA CATGCTCTGC 
GGGACAGAGC CGGTGGCCCA GAAGAAGGGG GCCAGCAGCC TCTCTGCTCT CGACCCGGAG 
GTCCTGTCCA TCTTTGTGCC TCCTTTCGTC AGTAAGGAGG ACACACAGCT GGCTGGCACC 
AGCTGTGCTC TGAGCAAGAC CAGAAGGCGC TCCTTCAGAA AGAAGAGGGA GAAGCCCAAA 
ACAGAGCCCT GGAAGGGACC CCCTCTGGAA GACATCAGCG TCCCCAATGG CGTGGACCTG 
CTCGCCCTGC CTCAGCTCTG CTTCCCAGGG GGCGTGTGTG TGGCCTCCGA ACCGAAGGAG 
GACTCCGTCC ACTTTCTGGT GCTGACCGAT GTCTGTGGGA ACAGGACGTA CGGCGTGGTT 
GCCCAGTACT ACCGACCCCT GCACGACGAG TCCTGTTTCT ACAACGGCAA GATGCACTGG 
GAGCCGTTCA GGCCACCTGG GGGTGCGGCT GGCTGCTTCG TGCCCTTTGC CGTGTGTGTG 
GTCTCCAGAT TCCCCTATTA CAACGCCCTT AAGGACTGCC TGTCTTGTTT ATTGATTCAT 
CTGAAGCTCT GTAAAGATTT CGAAGTTGAC AATCACATAA AAGATTTTGC TGCAAAGCTA 
TCTTTAATAC CTAGCCCACC GCCTGGACCG CTGCATTTGG TAATGAAATC TGGAGTTACA 
AGGTATCTAC AAGTTCAGAT TCTTACATCA ATTTTTACAC ACTCACAGGA AGCTGACGGT 
TTAATTCTGA TAAATATCGA CAACGGGAGC GTCACCTACT CTAATGACGA GGACATCGAT 
GTTCCCGACA TCCCTCTCCT GGCGGCACAG ACGTTTATTC AGAGGGTCCA GAGCCTTCAG 
CTGCACCACG AGCTGGACCT CGCTCACCTG GGCGCCAGCA CAGACCTGAA CGAGGGGCGA 
GCCCGCAGGC GGGCCTGGCA GCAGGGACTC AACTGCCAGC TGCAGCAGGT GGCCCTGCAG 
CTGCTCGTCA GCATCTTCAG GGAGGTGAAG AATCACTTAA ATTATGAGCA CAGAGTGTTC 
AACAGCGAGG AGTTTCTCAA AACCAGAGCT CCGGGGGACC AGCAGTTTTA CAAGCAGGTG 
AGGAGCACGT GGGGCTCGTG GGCCTCTCTC TACTCAGAAC GTTTTCAAAA TACGTTTTCT 
CAAAAGCGCG TGGTTGCTTT TCCCAACCGC AGGTTAAGCA GGATGCTGCC GAGTCCCCGA 
AGACCGACCA TCGAGAAGAT GGCCTCCCGA AACTCACCGT CCCTGCACGT CACTCACCGG 
CGCATGGTGG TCAGCATGCC CAACCTGCGG GACATCGCGG CGCCGGAGCT GCCCGCCCGG 
AACTCGTCGC TCCGGAAGAT GGACTCCGAG GGCTCCAGGA GCAGCAGCAC AGTTCCGAGC 
GTGACCCCCA AGGCGACGTG TTCCTTCAAG GTCCCGGAGA TCCACTTCCC GCTGGTGAGC 
CAGTGCGTTC AGGCCTACTA CTCCGACTGC GTGGGCCTGC TGAGCAAGGC CATGAGCCTG 
CTGGCCCCCG ACAACTCCGT GCTGCTGGCC AGGTACTTCT ACCTCCGGGG GGCCGTCCAC 
CTGATGCAGG GGCAGCTGCT GGACGCCCTC TTGGATTTCC AGAGTCTGTA CAAGACAGAC 
ATAAGGATCT TCCCGGCCGA TCTCGTCCGG AGGACGGTGG AGTCCATGTC GGGCCCCGAG 
CGCGCCCGGG CCGAGCGGGT GCCCGAGCTG CGACGCCTCA TCAGCGAGGT CGTGGACAAG 
CCCGGGGAGG CCCCCAAGCC GGACGACCGC GTGAAAAACT TCGAGCTGCC GAAGAAGCAC 
ATGCAGCTGG ACGACTTCGT GAAGAGGGTC CAGGAGTCGG GCATCGTGAA GGACACCAAC 
ATCATAAACC GGTTGTTCGA GGCGTTGACT GTAGGTCACC AGAAACAGAT TGACCCGGAA 
ACATTCAAAG ATTTCTACAA CTGCTGGAAG GAGGCCGAGG CGGAGGCCCA GGAGGTCAGT 
CTGCCTTCGT CGGTGATGGA ACACCTGGAT AAGAACGAGT GTGTCTACAA GCTGTCCAGC 
TCGGTCAAGA CAAATCGCGG CGTGGGCAAG ATCGCCATGA CCCAGAAGCG CCTGTTCCTC 
CTCACGGAAG GAAGGCCGGG CTACGTGGAG ATCTCCACCT TCAGGGACAT AGAGGAAGTC 
AGAAGTACCA CAGTAGCCTT TCTGCTTCTG CGAATACCCA CTTTGAAGAT TAAGACGGCA 
TCCAAGCAAG AAGTCTTTGA AGCTAATCTT AAGACGGAGT GTGACGTGTG GCACTTGATG 
GTGAAGGAGA TGTGGGCCGG GAAGAAGCTG GCCGATGACC ACAAGGACCC TCAGTACATC 
CAGCAGGCGC TGACCCACGT CTTGCTGATG GACGCCGTGG TTGGCACGCT GCAGTCGCCT 
GGTGCCATTT ACGCTGCCTC CAAGTTATCT TACTTCGATA AGATGAGGAA CGAAAGGCAC 
CTAGACCCGG CAGAAAAAGT TGAAGACGCT CACCCCAAAT TATGGTGTGC TCTAAGTGAG 
GGCAAAGTGA TCGTGTTTGA CGCTTCCTCC TGGACGATCC ACCAGCACTG CTTCCGAGTG 
GGCACTTCTA AGCTGAACTG CATGGCGATG GTGGAGCAGA GCCAGGTGTG GGTCGGCTCA 
GAGGACTCCG TCGTCTACAN AATCACTGTG CACGCTGTGG ACCTTTATCT AATGGTAACT 
TCGTTGGCTT CCGTGTCAAG TGTTTTACAC CCGTGTGTTC GCACCCCCAG CAAGGTGTAT 
TCGTGCAGCG TGGACGGGAC GGTCCTGGCC TGGAACGTGA GCTCCCTGCG CGTGACCAGC 
AGGCTCCAGC TGCCGGGCGG CGGGCTTTCG TCCATCCGCC TGCACGACGG CTGTCTGTGG 
TGCTGTAAGT CCTCAGCCTC TGCCCCCACG AGGGGCCCAG AGCCCTGCTC CGGGGGGGAG 
GGAACCCCAG GACGGCCTGC GGCCGGTTTG CTCTGCCTCG CGCGTCTTCA GCCGCCTGCC 
CCCTCCCGTG TCTGCGGCTT CCGGGAGCCC TCTGTGGCCC TGTCATTGTG TGTCAGCGCA 
CGGGCTCGGG TTGACCCCAC GTTTACCCCT CGGAGAAAGC GTCAGACTCC CCTTGGAAGC 
TGCCGCCCCA CGTTATGTCC CCGCCCGCGG TGTGTGACAG TTGTGATCCC TCCGCGTCCC 
CACAAAACGT GTTGCGTTTG GTACCGTAAC CACCCTCGTG GGGCCGCCTG CCTCTCCCAG 
CCACGTGCTC GTCTGCCGCG CGTGTCGTCC CTGCAGAGAC GTGGGCTCGT CAGTCTGCTC 
ACCTGCGGTG CCGTGGGCAG GCTTGCGCAC GAGGCTTCTG TCGTCTTCGT GCCTTTCCGT 
GCCCCGCTTG CCCCTTCTGT CTTTGTTGCT CCGTCGAAAA GGACGCGGGA AACGAGAACT 
TCTTACATTC CGTTTTTCTT TTTAGCGCCA CATTTTCTGC GTTTTGCTTT ACCTTTTGGC 
GGTTGCTCTA AGAATTGCAA CCCGCAGGCT TACCTGTCAC AGCCGGCCCG AAGCCACCAG 
GACCCCCCCC ACGTATCACG TACGCAGCTC ACACGATCCA CCGTCGCTGC TGCTCTCCTG 
CCGAAACGAC CTGCCTGTGG CCGCTTGCGG GCCGCTCTTT GCTTTCGGGA GTTGGGCTAC 
ACTGTGCTCA GGCGGGAGCC CTTCGTGTCT GTCTTGCTTG CTCTTTACGT TCACCTAGCC 
GTGCCCTCGG CCATGGCGGA CTGCAGCATA CGCCAGAACG CCTTTCCTCG GCGTCCCACA 
AAGAACCGGG AAGTACCTTT AGGGAAAACC TGGCGTTTCT TTTCTTTCGA GGATCGTGGA 
CGTCTGCACC TTGAGGTTGC TGGCGCACCC GTGGCTCAGG CCGTGGCCTT CAGGCATGGG 
TCGAGGCCGG TCCGGGGAGG ACTGGATTTG GGGGCGCGCA GGGGTCTCCC TGCCCAGGCC 
CGGCGGCGTG TGGCCGACGC CCCCTCCGTC TCTCCTTGGC AGATCTGGGT AGGCGGCACA 
GGCCGGTCAC AGGGGAAGTA CAAAGGGAAA ATCTATGTGA TCGACGCCCA GAGGAAGACG 
GTGGAAAAGG AGCTGGTGGC CCACACGGAC GCGGTAAAGA CCCTGTGCTC GGCAGAGGAC 
AGATACGTGC TGAGCGGGTC GGGCAGCGGG GAGGGGAAGA TCGCCATCTG GAAAGTCGAG 
TAA

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

RefSeq	XP_015393452.1
CDS	1..4743
Translation	MLLPVVPRCSPDCVILAEGCFSGAEAHTDLWDERLGVVVGGPGLMQEAGLAPDSSVPSLVPGCLGGRKPVLLSEERGGGTDPRSGTKAQVSTRSGQPSGTRGQKRSRGMVNGDGTAGGMARLAGDTVSAPRLCWSDSVQGPPHRPPLKSQALLGAVTRLNAWPERPYSSFRAALAVHMLCGTEPVAQKKGASSLSALDPEVLSIFVPPFVSKEDTQLAGTSCALSKTRRRSFRKKREKPKTEPWKGPPLEDISVPNGVDLLALPQLCFPGGVCVASEPKEDSVHFLVLTDVCGNRTYGVVAQYYRPLHDESCFYNGKMHWEPFRPPGGAAGCFVPFAVCVVSRFPYYNALKDCLSCLLIHLKLCKDFEVDNHIKDFAAKLSLIPSPPPGPLHLVMKSGVTRYLQVQILTSIFTHSQEADGLILINIDNGSVTYSNDEDIDVPDIPLLAAQTFIQRVQSLQLHHELDLAHLGASTDLNEGRARRRAWQQGLNCQLQQVALQLLVSIFREVKNHLNYEHRVFNSEEFLKTRAPGDQQFYKQVRSTWGSWASLYSERFQNTFSQKRVVAFPNRRLSRMLPSPRRPTIEKMASRNSPSLHVTHRRMVVSMPNLRDIAAPELPARNSSLRKMDSEGSRSSSTVPSVTPKATCSFKVPEIHFPLVSQCVQAYYSDCVGLLSKAMSLLAPDNSVLLARYFYLRGAVHLMQGQLLDALLDFQSLYKTDIRIFPADLVRRTVESMSGPERARAERVPELRRLISEVVDKPGEAPKPDDRVKNFELPKKHMQLDDFVKRVQESGIVKDTNIINRLFEALTVGHQKQIDPETFKDFYNCWKEAEAEAQEVSLPSSVMEHLDKNECVYKLSSSVKTNRGVGKIAMTQKRLFLLTEGRPGYVEISTFRDIEEVRSTTVAFLLLRIPTLKIKTASKQEVFEANLKTECDVWHLMVKEMWAGKKLADDHKDPQYIQQALTHVLLMDAVVGTLQSPGAIYAASKLSYFDKMRNERHLDPAEKVEDAHPKLWCALSEGKVIVFDASSWTIHQHCFRVGTSKLNCMAMVEQSQVWVGSEDSVVYnullITVHAVDLYLMVTSLASVSSVLHPCVRTPSKVYSCSVDGTVLAWNVSSLRVTSRLQLPGGGLSSIRLHDGCLWCCKSSASAPTRGPEPCSGGEGTPGRPAAGLLCLARLQPPAPSRVCGFREPSVALSLCVSARARVDPTFTPRRKRQTPLGSCRPTLCPRPRCVTVVIPPRPHKTCCVWYRNHPRGAACLSQPRARLPRVSSLQRRGLVSLLTCGAVGRLAHEASVVFVPFRAPLAPSVFVAPSKRTRETRTSYIPFFFLAPHFLRFALPFGGCSKNCNPQAYLSQPARSHQDPPHVSRTQLTRSTVAAALLPKRPACGRLRAALCFRELGYTVLRREPFVSVLLALYVHLAVPSAMADCSIRQNAFPRRPTKNREVPLGKTWRFFSFEDRGRLHLEVAGAPVAQAVAFRHGSRPVRGGLDLGARRGLPAQARRRVADAPSVSPWQIWVGGTGRSQGKYKGKIYVIDAQRKTVEKELVAHTDAVKTLCSAEDRYVLSGSGSGEGKIAIWKVE

Target ORF information:

RefSeq Version	XM_015537966.1
Organism	Panthera tigris altaica(Amur tiger)
Definition	Panthera tigris altaica DENN/MADD domain containing 3 (DENND3), mRNA.

Target ORF information:

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

XM_015537966.1

ORF Insert Sequence:

ATGCTCTTGC CAGTTGTCCC CCGATGCAGT CCTGACTGTG TCATCCTGGC CGAGGGTTGC 
TTCTCAGGGG CTGAGGCACA CACGGACCTG TGGGACGAGA GGCTGGGGGT CGTCGTGGGT 
GGGCCAGGGC TCATGCAGGA GGCTGGGCTG GCCCCCGACT CATCAGTCCC CAGTCTGGTG 
CCAGGCTGCC TGGGAGGGCG GAAGCCGGTT CTCCTGTCTG AGGAACGCGG TGGTGGCACT 
GACCCGAGGT CGGGCACCAA GGCCCAGGTC AGCACCAGGA GTGGCCAGCC CAGTGGGACT 
CGTGGCCAGA AGAGGAGCAG GGGAATGGTC AATGGTGACG GGACTGCTGG GGGAATGGCC 
CGGCTGGCAG GGGACACGGT GTCGGCACCC CGTTTGTGCT GGTCAGATAG TGTGCAGGGC 
CCTCCTCACC GGCCCCCGCT GAAGAGCCAG GCCCTGCTGG GTGCTGTGAC TCGCCTGAAC 
GCGTGGCCCG AGAGGCCCTA CAGCAGCTTC CGTGCGGCCC TTGCTGTGCA CATGCTCTGC 
GGGACAGAGC CGGTGGCCCA GAAGAAGGGG GCCAGCAGCC TCTCTGCTCT CGACCCGGAG 
GTCCTGTCCA TCTTTGTGCC TCCTTTCGTC AGTAAGGAGG ACACACAGCT GGCTGGCACC 
AGCTGTGCTC TGAGCAAGAC CAGAAGGCGC TCCTTCAGAA AGAAGAGGGA GAAGCCCAAA 
ACAGAGCCCT GGAAGGGACC CCCTCTGGAA GACATCAGCG TCCCCAATGG CGTGGACCTG 
CTCGCCCTGC CTCAGCTCTG CTTCCCAGGG GGCGTGTGTG TGGCCTCCGA ACCGAAGGAG 
GACTCCGTCC ACTTTCTGGT GCTGACCGAT GTCTGTGGGA ACAGGACGTA CGGCGTGGTT 
GCCCAGTACT ACCGACCCCT GCACGACGAG TCCTGTTTCT ACAACGGCAA GATGCACTGG 
GAGCCGTTCA GGCCACCTGG GGGTGCGGCT GGCTGCTTCG TGCCCTTTGC CGTGTGTGTG 
GTCTCCAGAT TCCCCTATTA CAACGCCCTT AAGGACTGCC TGTCTTGTTT ATTGATTCAT 
CTGAAGCTCT GTAAAGATTT CGAAGTTGAC AATCACATAA AAGATTTTGC TGCAAAGCTA 
TCTTTAATAC CTAGCCCACC GCCTGGACCG CTGCATTTGG TAATGAAATC TGGAGTTACA 
AGGTATCTAC AAGTTCAGAT TCTTACATCA ATTTTTACAC ACTCACAGGA AGCTGACGGT 
TTAATTCTGA TAAATATCGA CAACGGGAGC GTCACCTACT CTAATGACGA GGACATCGAT 
GTTCCCGACA TCCCTCTCCT GGCGGCACAG ACGTTTATTC AGAGGGTCCA GAGCCTTCAG 
CTGCACCACG AGCTGGACCT CGCTCACCTG GGCGCCAGCA CAGACCTGAA CGAGGGGCGA 
GCCCGCAGGC GGGCCTGGCA GCAGGGACTC AACTGCCAGC TGCAGCAGGT GGCCCTGCAG 
CTGCTCGTCA GCATCTTCAG GGAGGTGAAG AATCACTTAA ATTATGAGCA CAGAGTGTTC 
AACAGCGAGG AGTTTCTCAA AACCAGAGCT CCGGGGGACC AGCAGTTTTA CAAGCAGGTG 
AGGAGCACGT GGGGCTCGTG GGCCTCTCTC TACTCAGAAC GTTTTCAAAA TACGTTTTCT 
CAAAAGCGCG TGGTTGCTTT TCCCAACCGC AGGTTAAGCA GGATGCTGCC GAGTCCCCGA 
AGACCGACCA TCGAGAAGAT GGCCTCCCGA AACTCACCGT CCCTGCACGT CACTCACCGG 
CGCATGGTGG TCAGCATGCC CAACCTGCGG GACATCGCGG CGCCGGAGCT GCCCGCCCGG 
AACTCGTCGC TCCGGAAGAT GGACTCCGAG GGCTCCAGGA GCAGCAGCAC AGTTCCGAGC 
GTGACCCCCA AGGCGACGTG TTCCTTCAAG GTCCCGGAGA TCCACTTCCC GCTGGTGAGC 
CAGTGCGTTC AGGCCTACTA CTCCGACTGC GTGGGCCTGC TGAGCAAGGC CATGAGCCTG 
CTGGCCCCCG ACAACTCCGT GCTGCTGGCC AGGTACTTCT ACCTCCGGGG GGCCGTCCAC 
CTGATGCAGG GGCAGCTGCT GGACGCCCTC TTGGATTTCC AGAGTCTGTA CAAGACAGAC 
ATAAGGATCT TCCCGGCCGA TCTCGTCCGG AGGACGGTGG AGTCCATGTC GGGCCCCGAG 
CGCGCCCGGG CCGAGCGGGT GCCCGAGCTG CGACGCCTCA TCAGCGAGGT CGTGGACAAG 
CCCGGGGAGG CCCCCAAGCC GGACGACCGC GTGAAAAACT TCGAGCTGCC GAAGAAGCAC 
ATGCAGCTGG ACGACTTCGT GAAGAGGGTC CAGGAGTCGG GCATCGTGAA GGACACCAAC 
ATCATAAACC GGTTGTTCGA GGCGTTGACT GTAGGTCACC AGAAACAGAT TGACCCGGAA 
ACATTCAAAG ATTTCTACAA CTGCTGGAAG GAGGCCGAGG CGGAGGCCCA GGAGGTCAGT 
CTGCCTTCGT CGGTGATGGA ACACCTGGAT AAGAACGAGT GTGTCTACAA GCTGTCCAGC 
TCGGTCAAGA CAAATCGCGG CGTGGGCAAG ATCGCCATGA CCCAGAAGCG CCTGTTCCTC 
CTCACGGAAG GAAGGCCGGG CTACGTGGAG ATCTCCACCT TCAGGGACAT AGAGGAAGTC 
AGAAGTACCA CAGTAGCCTT TCTGCTTCTG CGAATACCCA CTTTGAAGAT TAAGACGGCA 
TCCAAGCAAG AAGTCTTTGA AGCTAATCTT AAGACGGAGT GTGACGTGTG GCACTTGATG 
GTGAAGGAGA TGTGGGCCGG GAAGAAGCTG GCCGATGACC ACAAGGACCC TCAGTACATC 
CAGCAGGCGC TGACCCACGT CTTGCTGATG GACGCCGTGG TTGGCACGCT GCAGTCGCCT 
GGTGCCATTT ACGCTGCCTC CAAGTTATCT TACTTCGATA AGATGAGGAA CGAAAGGCAC 
CTAGACCCGG CAGAAAAAGT TGAAGACGCT CACCCCAAAT TATGGTGTGC TCTAAGTGAG 
GGCAAAGTGA TCGTGTTTGA CGCTTCCTCC TGGACGATCC ACCAGCACTG CTTCCGAGTG 
GGCACTTCTA AGCTGAACTG CATGGCGATG GTGGAGCAGA GCCAGGTGTG GGTCGGCTCA 
GAGGACTCCG TCGTCTACAN AATCACTGTG CACGCTGTGG ACCTTTATCT AATGGTAACT 
TCGTTGGCTT CCGTGTCAAG TGTTTTACAC CCGTGTGTTC GCACCCCCAG CAAGGTGTAT 
TCGTGCAGCG TGGACGGGAC GGTCCTGGCC TGGAACGTGA GCTCCCTGCG CGTGACCAGC 
AGGCTCCAGC TGCCGGGCGG CGGGCTTTCG TCCATCCGCC TGCACGACGG CTGTCTGTGG 
TGCTGTAAGT CCTCAGCCTC TGCCCCCACG AGGGGCCCAG AGCCCTGCTC CGGGGGGGAG 
GGAACCCCAG GACGGCCTGC GGCCGGTTTG CTCTGCCTCG CGCGTCTTCA GCCGCCTGCC 
CCCTCCCGTG TCTGCGGCTT CCGGGAGCCC TCTGTGGCCC TGTCATTGTG TGTCAGCGCA 
CGGGCTCGGG TTGACCCCAC GTTTACCCCT CGGAGAAAGC GTCAGACTCC CCTTGGAAGC 
TGCCGCCCCA CGTTATGTCC CCGCCCGCGG TGTGTGACAG TTGTGATCCC TCCGCGTCCC 
CACAAAACGT GTTGCGTTTG GTACCGTAAC CACCCTCGTG GGGCCGCCTG CCTCTCCCAG 
CCACGTGCTC GTCTGCCGCG CGTGTCGTCC CTGCAGAGAC GTGGGCTCGT CAGTCTGCTC 
ACCTGCGGTG CCGTGGGCAG GCTTGCGCAC GAGGCTTCTG TCGTCTTCGT GCCTTTCCGT 
GCCCCGCTTG CCCCTTCTGT CTTTGTTGCT CCGTCGAAAA GGACGCGGGA AACGAGAACT 
TCTTACATTC CGTTTTTCTT TTTAGCGCCA CATTTTCTGC GTTTTGCTTT ACCTTTTGGC 
GGTTGCTCTA AGAATTGCAA CCCGCAGGCT TACCTGTCAC AGCCGGCCCG AAGCCACCAG 
GACCCCCCCC ACGTATCACG TACGCAGCTC ACACGATCCA CCGTCGCTGC TGCTCTCCTG 
CCGAAACGAC CTGCCTGTGG CCGCTTGCGG GCCGCTCTTT GCTTTCGGGA GTTGGGCTAC 
ACTGTGCTCA GGCGGGAGCC CTTCGTGTCT GTCTTGCTTG CTCTTTACGT TCACCTAGCC 
GTGCCCTCGG CCATGGCGGA CTGCAGCATA CGCCAGAACG CCTTTCCTCG GCGTCCCACA 
AAGAACCGGG AAGTACCTTT AGGGAAAACC TGGCGTTTCT TTTCTTTCGA GGATCGTGGA 
CGTCTGCACC TTGAGGTTGC TGGCGCACCC GTGGCTCAGG CCGTGGCCTT CAGGCATGGG 
TCGAGGCCGG TCCGGGGAGG ACTGGATTTG GGGGCGCGCA GGGGTCTCCC TGCCCAGGCC 
CGGCGGCGTG TGGCCGACGC CCCCTCCGTC TCTCCTTGGC AGATCTGGGT AGGCGGCACA 
GGCCGGTCAC AGGGGAAGTA CAAAGGGAAA ATCTATGTGA TCGACGCCCA GAGGAAGACG 
GTGGAAAAGG AGCTGGTGGC CCACACGGAC GCGGTAAAGA CCCTGTGCTC GGCAGAGGAC 
AGATACGTGC TGAGCGGGTC GGGCAGCGGG GAGGGGAAGA TCGCCATCTG GAAAGTCGAG 
TAA