CCDC180 cDNA ORF clone, Propithecus coquereli(Coquerel's sifaka)

Gene
Clones
gRNAs

Summary

Gene Symbol	CCDC180
Entrez Gene ID	105805366
Full Name	coiled-coil domain containing 180
Gene Type	protein-coding
Organism	Propithecus coquereli(Coquerel's sifaka)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012638259.1	XP_012493713.1	LOW QUALITY PROTEIN: coiled-coil domain-containing protein 180

Pathways from BioSystems
Gene Ontology

The following CCDC180 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CCDC180 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
OPr98613	XM_012638259.1 Latest version!	Propithecus coquereli coiled-coil domain containing 180 (CCDC180), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

CCDC180 ( XM_012638259.1 ) cDNA ORF clone, Propithecus coquereli(Coquerel's sifaka) -> XP_012493713.1 Propithecus coquereli coiled-coil domain containing 180 (CCDC180), mRNA.

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CloneID	OPr98613
Clone ID Related Accession (Same CDS sequence)	XM_012638259.1
Accession Version	XM_012638259.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4938bp) 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	2015-05-31
Organism	Propithecus coquereli(Coquerel's sifaka)
Product	LOW QUALITY PROTEIN: coiled-coil domain-containing protein 180
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012136969.1) 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 :: Propithecus coquereli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 3% of CDS bases frameshifts :: corrected 1 indel internal stop codons :: corrected 1 genomic stop codon ##RefSeq-Attributes-END##

ATGGTGTCAG GCTCCATCAA CACTGGATGG GTGTCCACTA CAGATCCGGG TCCGAATTGG 
CACCAAACGC CTGACGCGTT TCCCTGACGA CGGCTTCCCN GCAGGGGCAT CCAGCCGGCG 
GCCAGGATGT CGTCCGTGGG GAAGGTGACC CGGGTTCAGA ATGGGAAAGT CTACCAGCAG 
ATCTTCGAGG CTGAGGTGCA GCTGATCCAC TCCCTGGCCG TCAGCAGGAA GCAGGCCGCA 
GAGCATTATG TGCCCCCGAA GAGTGGCAGG GCACCCTTGA TGAAGAAGGT GGAAATTCCT 
GAAGGAGAGA TGATGTCTCC TCGGCAGCAG AAGTGGGCAC ACAGCCTCCC CAATGACTGG 
GTCACAGAAA ACCCTGTTCT CTACAGGGAA AAGGAAATAG CGCACAGGGA GAAAGTCCAG 
GAGACTGAGA GCGCTGCCGC CGCCCGAGAA GTGCGTGGCC TCATGGACAC GATGGTTCCC 
GAGAAGATAA ACATCGTCAC CCTTCGAGGG CGAGAAGAGC ACACAAGGAA GAGCTACGAC 
AGCGCCCTGG CGAGCTTTCA GGAGGAGATT GCTCAGATCG GGATGGACAT GGAACCTCTC 
CTCTTGGAGA CAGGGGGACT TTTTTTGAAA AAACTGTCTG AGTCTAATGA AGACGTCGAC 
AGTCTCTTCA AAAAGGTGGA AAACGACACC AACCTCGAGG ACTACACCAT GCAGGCCCTG 
TCGGAGCTGT GGAATAAGGT GGCCAAGACG TTCCAGCTCC AGAAGCAGAA GATCAAGGAA 
CTGGACGAGG CGCTACACTC TCTGGAGTTC TCCCGCGCCG ACAAACTAAA AAATGTGTTG 
AAGAAGTATG TGAAAATCAT AGAGAAAACT TCCTATCTCA TGCAGCCCGA TGTGTACAGG 
CTGATAGATA AAGAAGCCAT GGTCATAAAC CATGCCCTGC TGGGCAACCG GAGGGCCCTG 
GCCCAGCTGT TCGTCAACCT GATGGAGGCC ACCCTGCGGG AGGAGCTGGA CAGCCACCAC 
CGCTGGCAGG GCCTGGTGGA CACCTGGAAG GTTCTCAAGA AGGAGGCCCT GCGGGAGAGT 
TTCAGTGAGT TCATGGCCAG TGAGGATATC CGGGCTCCTC CAGCCGTGAA GAAGGAACTC 
GAGGTCATGC TGAAGACCCA GAATGTTCTG CAGCAGAAGC GGCTGGAGCA TCTCTGCACC 
ATCTGCGACC TCCTGCCCCC CAGTTACAGC AAGACTCAGC TGAATAAGTG GTATTTTTCT 
CTCAAGGCCC TGAACAAGCA GCTTGACACC TACCACGTGG ACTGCATGAT GCGCATCCGC 
TTCCACTACG AGAAGACCTG GCAGGAGTGC CTGGCCCACG TGCAGGACTG CAAGAATCAG 
CTGCTGGACT GGAAGGCCTT CACCGAGACA GAGGCAGAGA CCCTGGTGAA CCAGTCCTTC 
TTCCGGATGG TGGGGGTGCT GCAGGGCAAG GTGGAGGAGG ACCTGGAGCT CTTGGACAAA 
TCCTTCGAGG CCCTGGCTCA GCAGACGGAG TGGCAAAGCT CGAATCTCTT CAGGTACTTC 
CAGGAGGCAG CACAGCTGTG GGAGGCACAC CAGGGCAAGC TGTCGGTGCA GGAGCTGGAG 
CTGGAGAAGA GGCTGGAGGA GCACCAGCAG AAGCACAGCC TGGAGAACCA GGCTCTGGAG 
GCCCAACTTG ATAAGCTCTT GGACCAACTG AGGCAGCAGA GCCACGAAGA AACACTGGCA 
GTTCACCTGG AAAAGGCCAA AGATTTTCTG AAGAACATGA AATCCAGGTA TAAGTGTTTT 
CATGTCCTTC TGACAAAGGA AGTGATGGAG TACCCAGGGA TCATACTGAA TGAACTCAAC 
TCCTACAGCT TCGACCTCAG CCGACACTTC TTCGTGCGTG AAATCTTTGA ACAGAACTTG 
GCTGGAGAAG TCATTTTCAA ATTCAGGCAA CCAGAAGCAC ATGAAAAGCC CTTCCAGAAG 
AGAATTAGAA GACTGAGGAA AAGGCTAAGG ACTAAAGTGG AAATAAGCAA AAGTGAGGAA 
AGCGTAAGTA GAGGGACAAG TTCTACCAGG CCAGCAGAAG AGATGAAAGA AGAAAAACAT 
CAAGAAACAG AGTCCTCCAT AACTGAAGAG GTCCTGAGCC AGCAGGAAAA ATCTGCACTG 
AGCGATGAGA TGGATGAGTC CAAAGAGGGC TCCATTCAAG GACTGGAAGA AATGCAGGTC 
AAAAGAGAGA GTTCCTTGAA CCAGGAAAAT GTGATGGTTC AAGAAGAAAG GAAGGAGGAG 
GAGGAAGAGG AGGAGAAGAA GGAGGAAGAG GAGGAGGAAG AGAAAGAGGA AGAGAAGAAG 
GAGGAAGAGG AGCAGAAGGA GGAAGAGGCA AAGGAAGAGC AAGAGAATTC TTCAATGGGT 
GAGGATGAAG ACAATGAAGA GAGTCTGAAG GAGATCCACT ATGAGTACAT GGAGTCCTTC 
AAAACCTCCA GTGGAAACAT TTATTTTGTC TTCCTGCCCC TGGAAGAAGA AGAGCGTTTC 
AAGAAGCCCC ATTCCTCCTT CTCAGCCATG CTCCTCGACA ACACTTCCAG TGCCAAGTAC 
ATAGAGCAAG TGATAATTCC AGCCAAACTA ATTTTAGAAA TTAAGAAAGA ACTTCGAGCT 
GGCTTCTTCG AACACCTGGA GAAGTGGTTT GACCAGTGTG CCCTCAACGC CCGGGTCATC 
GTGGCCACCA AGATTGATGA GCTGGATTCA GAACTGGAGC TGCGTCTGCA CCTGCACCAG 
CCAAGAGCCC AGAACATTGA GAAGGACATC CACAACGTCA GGGCAGCCGA ACTCCTGCTT 
CATCAAGAGC GGTTGGACAG CCACTGCGCG GGGGTGGTCG AGGTGCTGAA GAAGAAGAGG 
CTGATGTTCT GCCAGTTCCA AGAAGAGCAA AACATGAGGA GCAAAAACTT CCGCCGCAAG 
ATTCATGACA TGGAGCACGT CTTCTTGAAC GCCACCAAGA GCCAAAAGCT GGTCATTCTC 
AGCAGTACCC TGCAGCGGGA GCTGCTTAGC TATGTCGACG TCACGCAGGT GTCCCTGCGC 
AGCTTCCGGC AGTACTTAGA GGAGAGTCTG GGCAAACTCC GCCTCACAAA CATCGAGTTT 
GTCAAGCACT GCAGATTGTT TTCTGAGGGA GGCAACTTTT CTCCTGAAGA AATCAGTTCA 
CTGTGTCATC GACTGGAGAA GGAAGCTTCT CGAATAGAGT TTGTTGAAAG CTTAATCATG 
CTCTATATGG AGAAGATGGA GACTGATTAC CTGGAACAGG TGGCAAAATC CAATTTGCAA 
ACGGATCAAT TAAATTCTTC TCTGGAACAG CTTCAGCGCA AGATAGAAAC TTGTCGAGAC 
TCAAAGGGCG ATAAAACAGT AGTGACCACA GAAGAACTCC TTGGCTTTGT CCGAACTTGG 
AAAGAAAGAC TGAGCCAGAG GATTCAGTAC CTCAACTGCA GCCTGGACAT GGTGTCTGTG 
ACGCAAGTGG TCTTCGCGGA CACCATCTTG ACTGACCTGG AGGAGGAGAG TGACATCGTG 
GTATCTTCAG AAGTCCTTGA AGAGGAGTCC AAGGAGAACC CGATCACCCC TGAGTCCTTC 
GGCCTGCCGA GCCGCATGGG GAAGCCCATG ATTGAAGACC CAGCCGTGGA GGTGGTCAAG 
AAGATCCTGC AACAGGTAGA GGCACAGAGG CCTGTGGTCT GGGGGCAGCA GTGGGGAAGC 
TGGTGGTGCT GTGTGGCCCC TCCTCACCTC CTATCCTCAC TCTCATCCTG GCTCTTGTCA 
CCCAAAGGCC TGAAGCGTCG GTACCGGCCA GAAAGCTCTG GGAAGAAGGC CATGCCCGAT 
GCCAGCGCCA CTTCTGCAGG GAGCTTCACA AAGCACTCCA AGCCCAATAG AATGGACCGG 
AAGTACCAGG TGCTTGGGGA GAAGCCTCCA CCTCCTGCCG AGGATTTTAA AGGGACCATC 
TTGACCCTCC TCTGGGAGAG CAACGAGCAC CTGCTGACCG TCGCGGAGGA TTTTTACCGC 
AAAGAGAGGC AGCGCCCAAT AACCAGGCCT GACTGCATGT ATGAAACCTT CGACCAGTGT 
GCCGAGAACA TCTGCAAGAA GATCCTGGAG TACCAGAGCC AGGCGGAGGA GTACCACAAC 
TCCTGCCTCG TGGAATTACG GGCCCAGATG AGGAGATTTG AGGAGCTGCT GCCCCAAGTG 
TGTTGGCTGG TGATGGAGAA TTTCAAGGAG CACCACTGGA AAAAATTTTG CACCTCTGTG 
AAAGAGATCC GAGGACAGTT TGAGGAGCAG CAGAAGCAGC TGGAGAAAAG AAAGGATGAA 
AATGCCCAGA AGCTCCATCC AAGTCTTGGA CACCCCACAC ATTTCCAAGA AATGGAGTCT 
CTACACTTAG CAGAAGAGAA AAGACAGGAA GAGCTGGACA ACGTGATTAG GATAAACAAG 
GAGAAGCTGG AGGAATTAAC CTGGAAGAAC GGCCGGTGTT TCATAGCCAG CTTGGCCACC 
TTCACCGAGA AGTTCCTGGT ACAGTTGGAT GAAGTGGTCA CCATCGATGA TGTCCAGGTT 
GCAAGGATGG AGCCCCCCAA GCAGAAAATG TCAATCCTCA TACGAAGGAA ACTCGCTGGG 
CTGCCCCTGG AGGAAGAGAG TGAGAAGCCC CTGATTGAAC GTGGGAGCAG GAAGTGGCCA 
GGAATCAAAC CCACCGAAGT CACCATTCAA AACAAGATTC TTCTCCAGAA AACAGCGTCA 
ATATTCACCA GCAAAACAAC CCTGGGCCAC CTGGCGGCCG TAGAAGCCCG AGATGCTGTG 
TACCTGAAAT ACTTAGCATC GTTTGAGGAG GAGCTGAAGA GGATCCAGGA TGACAACACG 
TGTCAGGTGA AGGAAGCGCG GCGCTGGAAG GACAGCTGGA AGCAGTCCCT GCGCACCATC 
CAGGGCCTCT ACGTGTGA

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

RefSeq	XP_012493713.1
CDS	1..4938
Translation	MVSGSINTGWVSTTDPGPNWHQTPDAFP*RRLPnullRGIQPAARMSSVGKVTRVQNGKVYQQIFEAEVQLIHSLAVSRKQAAEHYVPPKSGRAPLMKKVEIPEGEMMSPRQQKWAHSLPNDWVTENPVLYREKEIAHREKVQETESAAAAREVRGLMDTMVPEKINIVTLRGREEHTRKSYDSALASFQEEIAQIGMDMEPLLLETGGLFLKKLSESNEDVDSLFKKVENDTNLEDYTMQALSELWNKVAKTFQLQKQKIKELDEALHSLEFSRADKLKNVLKKYVKIIEKTSYLMQPDVYRLIDKEAMVINHALLGNRRALAQLFVNLMEATLREELDSHHRWQGLVDTWKVLKKEALRESFSEFMASEDIRAPPAVKKELEVMLKTQNVLQQKRLEHLCTICDLLPPSYSKTQLNKWYFSLKALNKQLDTYHVDCMMRIRFHYEKTWQECLAHVQDCKNQLLDWKAFTETEAETLVNQSFFRMVGVLQGKVEEDLELLDKSFEALAQQTEWQSSNLFRYFQEAAQLWEAHQGKLSVQELELEKRLEEHQQKHSLENQALEAQLDKLLDQLRQQSHEETLAVHLEKAKDFLKNMKSRYKCFHVLLTKEVMEYPGIILNELNSYSFDLSRHFFVREIFEQNLAGEVIFKFRQPEAHEKPFQKRIRRLRKRLRTKVEISKSEESVSRGTSSTRPAEEMKEEKHQETESSITEEVLSQQEKSALSDEMDESKEGSIQGLEEMQVKRESSLNQENVMVQEERKEEEEEEEKKEEEEEEEKEEEKKEEEEQKEEEAKEEQENSSMGEDEDNEESLKEIHYEYMESFKTSSGNIYFVFLPLEEEERFKKPHSSFSAMLLDNTSSAKYIEQVIIPAKLILEIKKELRAGFFEHLEKWFDQCALNARVIVATKIDELDSELELRLHLHQPRAQNIEKDIHNVRAAELLLHQERLDSHCAGVVEVLKKKRLMFCQFQEEQNMRSKNFRRKIHDMEHVFLNATKSQKLVILSSTLQRELLSYVDVTQVSLRSFRQYLEESLGKLRLTNIEFVKHCRLFSEGGNFSPEEISSLCHRLEKEASRIEFVESLIMLYMEKMETDYLEQVAKSNLQTDQLNSSLEQLQRKIETCRDSKGDKTVVTTEELLGFVRTWKERLSQRIQYLNCSLDMVSVTQVVFADTILTDLEEESDIVVSSEVLEEESKENPITPESFGLPSRMGKPMIEDPAVEVVKKILQQVEAQRPVVWGQQWGSWWCCVAPPHLLSSLSSWLLSPKGLKRRYRPESSGKKAMPDASATSAGSFTKHSKPNRMDRKYQVLGEKPPPPAEDFKGTILTLLWESNEHLLTVAEDFYRKERQRPITRPDCMYETFDQCAENICKKILEYQSQAEEYHNSCLVELRAQMRRFEELLPQVCWLVMENFKEHHWKKFCTSVKEIRGQFEEQQKQLEKRKDENAQKLHPSLGHPTHFQEMESLHLAEEKRQEELDNVIRINKEKLEELTWKNGRCFIASLATFTEKFLVQLDEVVTIDDVQVARMEPPKQKMSILIRRKLAGLPLEEESEKPLIERGSRKWPGIKPTEVTIQNKILLQKTASIFTSKTTLGHLAAVEARDAVYLKYLASFEEELKRIQDDNTCQVKEARRWKDSWKQSLRTIQGLYV

Target ORF information:

RefSeq Version	XM_012638259.1
Organism	Propithecus coquereli(Coquerel's sifaka)
Definition	Propithecus coquereli coiled-coil domain containing 180 (CCDC180), mRNA.

Target ORF information:

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

XM_012638259.1

ORF Insert Sequence:

ATGGTGTCAG GCTCCATCAA CACTGGATGG GTGTCCACTA CAGATCCGGG TCCGAATTGG 
CACCAAACGC CTGACGCGTT TCCCTGACGA CGGCTTCCCN GCAGGGGCAT CCAGCCGGCG 
GCCAGGATGT CGTCCGTGGG GAAGGTGACC CGGGTTCAGA ATGGGAAAGT CTACCAGCAG 
ATCTTCGAGG CTGAGGTGCA GCTGATCCAC TCCCTGGCCG TCAGCAGGAA GCAGGCCGCA 
GAGCATTATG TGCCCCCGAA GAGTGGCAGG GCACCCTTGA TGAAGAAGGT GGAAATTCCT 
GAAGGAGAGA TGATGTCTCC TCGGCAGCAG AAGTGGGCAC ACAGCCTCCC CAATGACTGG 
GTCACAGAAA ACCCTGTTCT CTACAGGGAA AAGGAAATAG CGCACAGGGA GAAAGTCCAG 
GAGACTGAGA GCGCTGCCGC CGCCCGAGAA GTGCGTGGCC TCATGGACAC GATGGTTCCC 
GAGAAGATAA ACATCGTCAC CCTTCGAGGG CGAGAAGAGC ACACAAGGAA GAGCTACGAC 
AGCGCCCTGG CGAGCTTTCA GGAGGAGATT GCTCAGATCG GGATGGACAT GGAACCTCTC 
CTCTTGGAGA CAGGGGGACT TTTTTTGAAA AAACTGTCTG AGTCTAATGA AGACGTCGAC 
AGTCTCTTCA AAAAGGTGGA AAACGACACC AACCTCGAGG ACTACACCAT GCAGGCCCTG 
TCGGAGCTGT GGAATAAGGT GGCCAAGACG TTCCAGCTCC AGAAGCAGAA GATCAAGGAA 
CTGGACGAGG CGCTACACTC TCTGGAGTTC TCCCGCGCCG ACAAACTAAA AAATGTGTTG 
AAGAAGTATG TGAAAATCAT AGAGAAAACT TCCTATCTCA TGCAGCCCGA TGTGTACAGG 
CTGATAGATA AAGAAGCCAT GGTCATAAAC CATGCCCTGC TGGGCAACCG GAGGGCCCTG 
GCCCAGCTGT TCGTCAACCT GATGGAGGCC ACCCTGCGGG AGGAGCTGGA CAGCCACCAC 
CGCTGGCAGG GCCTGGTGGA CACCTGGAAG GTTCTCAAGA AGGAGGCCCT GCGGGAGAGT 
TTCAGTGAGT TCATGGCCAG TGAGGATATC CGGGCTCCTC CAGCCGTGAA GAAGGAACTC 
GAGGTCATGC TGAAGACCCA GAATGTTCTG CAGCAGAAGC GGCTGGAGCA TCTCTGCACC 
ATCTGCGACC TCCTGCCCCC CAGTTACAGC AAGACTCAGC TGAATAAGTG GTATTTTTCT 
CTCAAGGCCC TGAACAAGCA GCTTGACACC TACCACGTGG ACTGCATGAT GCGCATCCGC 
TTCCACTACG AGAAGACCTG GCAGGAGTGC CTGGCCCACG TGCAGGACTG CAAGAATCAG 
CTGCTGGACT GGAAGGCCTT CACCGAGACA GAGGCAGAGA CCCTGGTGAA CCAGTCCTTC 
TTCCGGATGG TGGGGGTGCT GCAGGGCAAG GTGGAGGAGG ACCTGGAGCT CTTGGACAAA 
TCCTTCGAGG CCCTGGCTCA GCAGACGGAG TGGCAAAGCT CGAATCTCTT CAGGTACTTC 
CAGGAGGCAG CACAGCTGTG GGAGGCACAC CAGGGCAAGC TGTCGGTGCA GGAGCTGGAG 
CTGGAGAAGA GGCTGGAGGA GCACCAGCAG AAGCACAGCC TGGAGAACCA GGCTCTGGAG 
GCCCAACTTG ATAAGCTCTT GGACCAACTG AGGCAGCAGA GCCACGAAGA AACACTGGCA 
GTTCACCTGG AAAAGGCCAA AGATTTTCTG AAGAACATGA AATCCAGGTA TAAGTGTTTT 
CATGTCCTTC TGACAAAGGA AGTGATGGAG TACCCAGGGA TCATACTGAA TGAACTCAAC 
TCCTACAGCT TCGACCTCAG CCGACACTTC TTCGTGCGTG AAATCTTTGA ACAGAACTTG 
GCTGGAGAAG TCATTTTCAA ATTCAGGCAA CCAGAAGCAC ATGAAAAGCC CTTCCAGAAG 
AGAATTAGAA GACTGAGGAA AAGGCTAAGG ACTAAAGTGG AAATAAGCAA AAGTGAGGAA 
AGCGTAAGTA GAGGGACAAG TTCTACCAGG CCAGCAGAAG AGATGAAAGA AGAAAAACAT 
CAAGAAACAG AGTCCTCCAT AACTGAAGAG GTCCTGAGCC AGCAGGAAAA ATCTGCACTG 
AGCGATGAGA TGGATGAGTC CAAAGAGGGC TCCATTCAAG GACTGGAAGA AATGCAGGTC 
AAAAGAGAGA GTTCCTTGAA CCAGGAAAAT GTGATGGTTC AAGAAGAAAG GAAGGAGGAG 
GAGGAAGAGG AGGAGAAGAA GGAGGAAGAG GAGGAGGAAG AGAAAGAGGA AGAGAAGAAG 
GAGGAAGAGG AGCAGAAGGA GGAAGAGGCA AAGGAAGAGC AAGAGAATTC TTCAATGGGT 
GAGGATGAAG ACAATGAAGA GAGTCTGAAG GAGATCCACT ATGAGTACAT GGAGTCCTTC 
AAAACCTCCA GTGGAAACAT TTATTTTGTC TTCCTGCCCC TGGAAGAAGA AGAGCGTTTC 
AAGAAGCCCC ATTCCTCCTT CTCAGCCATG CTCCTCGACA ACACTTCCAG TGCCAAGTAC 
ATAGAGCAAG TGATAATTCC AGCCAAACTA ATTTTAGAAA TTAAGAAAGA ACTTCGAGCT 
GGCTTCTTCG AACACCTGGA GAAGTGGTTT GACCAGTGTG CCCTCAACGC CCGGGTCATC 
GTGGCCACCA AGATTGATGA GCTGGATTCA GAACTGGAGC TGCGTCTGCA CCTGCACCAG 
CCAAGAGCCC AGAACATTGA GAAGGACATC CACAACGTCA GGGCAGCCGA ACTCCTGCTT 
CATCAAGAGC GGTTGGACAG CCACTGCGCG GGGGTGGTCG AGGTGCTGAA GAAGAAGAGG 
CTGATGTTCT GCCAGTTCCA AGAAGAGCAA AACATGAGGA GCAAAAACTT CCGCCGCAAG 
ATTCATGACA TGGAGCACGT CTTCTTGAAC GCCACCAAGA GCCAAAAGCT GGTCATTCTC 
AGCAGTACCC TGCAGCGGGA GCTGCTTAGC TATGTCGACG TCACGCAGGT GTCCCTGCGC 
AGCTTCCGGC AGTACTTAGA GGAGAGTCTG GGCAAACTCC GCCTCACAAA CATCGAGTTT 
GTCAAGCACT GCAGATTGTT TTCTGAGGGA GGCAACTTTT CTCCTGAAGA AATCAGTTCA 
CTGTGTCATC GACTGGAGAA GGAAGCTTCT CGAATAGAGT TTGTTGAAAG CTTAATCATG 
CTCTATATGG AGAAGATGGA GACTGATTAC CTGGAACAGG TGGCAAAATC CAATTTGCAA 
ACGGATCAAT TAAATTCTTC TCTGGAACAG CTTCAGCGCA AGATAGAAAC TTGTCGAGAC 
TCAAAGGGCG ATAAAACAGT AGTGACCACA GAAGAACTCC TTGGCTTTGT CCGAACTTGG 
AAAGAAAGAC TGAGCCAGAG GATTCAGTAC CTCAACTGCA GCCTGGACAT GGTGTCTGTG 
ACGCAAGTGG TCTTCGCGGA CACCATCTTG ACTGACCTGG AGGAGGAGAG TGACATCGTG 
GTATCTTCAG AAGTCCTTGA AGAGGAGTCC AAGGAGAACC CGATCACCCC TGAGTCCTTC 
GGCCTGCCGA GCCGCATGGG GAAGCCCATG ATTGAAGACC CAGCCGTGGA GGTGGTCAAG 
AAGATCCTGC AACAGGTAGA GGCACAGAGG CCTGTGGTCT GGGGGCAGCA GTGGGGAAGC 
TGGTGGTGCT GTGTGGCCCC TCCTCACCTC CTATCCTCAC TCTCATCCTG GCTCTTGTCA 
CCCAAAGGCC TGAAGCGTCG GTACCGGCCA GAAAGCTCTG GGAAGAAGGC CATGCCCGAT 
GCCAGCGCCA CTTCTGCAGG GAGCTTCACA AAGCACTCCA AGCCCAATAG AATGGACCGG 
AAGTACCAGG TGCTTGGGGA GAAGCCTCCA CCTCCTGCCG AGGATTTTAA AGGGACCATC 
TTGACCCTCC TCTGGGAGAG CAACGAGCAC CTGCTGACCG TCGCGGAGGA TTTTTACCGC 
AAAGAGAGGC AGCGCCCAAT AACCAGGCCT GACTGCATGT ATGAAACCTT CGACCAGTGT 
GCCGAGAACA TCTGCAAGAA GATCCTGGAG TACCAGAGCC AGGCGGAGGA GTACCACAAC 
TCCTGCCTCG TGGAATTACG GGCCCAGATG AGGAGATTTG AGGAGCTGCT GCCCCAAGTG 
TGTTGGCTGG TGATGGAGAA TTTCAAGGAG CACCACTGGA AAAAATTTTG CACCTCTGTG 
AAAGAGATCC GAGGACAGTT TGAGGAGCAG CAGAAGCAGC TGGAGAAAAG AAAGGATGAA 
AATGCCCAGA AGCTCCATCC AAGTCTTGGA CACCCCACAC ATTTCCAAGA AATGGAGTCT 
CTACACTTAG CAGAAGAGAA AAGACAGGAA GAGCTGGACA ACGTGATTAG GATAAACAAG 
GAGAAGCTGG AGGAATTAAC CTGGAAGAAC GGCCGGTGTT TCATAGCCAG CTTGGCCACC 
TTCACCGAGA AGTTCCTGGT ACAGTTGGAT GAAGTGGTCA CCATCGATGA TGTCCAGGTT 
GCAAGGATGG AGCCCCCCAA GCAGAAAATG TCAATCCTCA TACGAAGGAA ACTCGCTGGG 
CTGCCCCTGG AGGAAGAGAG TGAGAAGCCC CTGATTGAAC GTGGGAGCAG GAAGTGGCCA 
GGAATCAAAC CCACCGAAGT CACCATTCAA AACAAGATTC TTCTCCAGAA AACAGCGTCA 
ATATTCACCA GCAAAACAAC CCTGGGCCAC CTGGCGGCCG TAGAAGCCCG AGATGCTGTG 
TACCTGAAAT ACTTAGCATC GTTTGAGGAG GAGCTGAAGA GGATCCAGGA TGACAACACG 
TGTCAGGTGA AGGAAGCGCG GCGCTGGAAG GACAGCTGGA AGCAGTCCCT GCGCACCATC 
CAGGGCCTCT ACGTGTGA