PCM1 cDNA ORF clone, Camelus bactrianus(Bactrian camel)

Gene
Clones
gRNAs

Summary

Gene Symbol	PCM1
Entrez Gene ID	105067659
Full Name	pericentriolar material 1
Gene Type	protein-coding
Organism	Camelus bactrianus(Bactrian camel)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010953267.1	XP_010951569.1	LOW QUALITY PROTEIN: pericentriolar material 1 protein

Pathways from BioSystems
Gene Ontology

The following PCM1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PCM1 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
OCa488572	XM_010953267.1 Latest version!	Camelus bactrianus pericentriolar material 1 (PCM1), 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)

PCM1 ( XM_010953267.1 ) cDNA ORF clone, Camelus bactrianus(Bactrian camel) -> XP_010951569.1 Camelus bactrianus pericentriolar material 1 (PCM1), mRNA.

Price & Availability↑

CloneID	OCa488572
Clone ID Related Accession (Same CDS sequence)	XM_010953267.1
Accession Version	XM_010953267.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6207bp) 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	2015-01-05
Organism	Camelus bactrianus(Bactrian camel)
Product	LOW QUALITY PROTEIN: pericentriolar material 1 protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011513270.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Camelus bactrianus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 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##

ATGGCCACAG GAGGAGGTCC TTTTGAAGAA GGCATGAATG ACCAGGATTT ACCAAGCTGG 
AGCAATGAGA GTGTTGATGA CCGACTCAAC AATATGGATT GGGGTGGCCA GCAGAAGAAG 
GCAAATAGAT CATCAGAAAA GAATAAAAAG AAGTTTGGTG TAGAAAGTGA TAAAAGAGTA 
ACTAATGATA TTTCTCCGGA ATCATCACCG GGAATGGGAA GGCGAAGAAC AAAGACTCCA 
CATACGTTTC CACACAGCAG ATACATGACT CAGATGTCTG TCCCCGAGCA GGCGGAATTA 
GAGAAACTGA AACAGCGGAT AAACTTCAGT GATTTAGATC AGAGAAGTAT TGGAAGTGAT 
TCTCAAGGTA GAGCAACAGC TGCTAACAAC AAACGTCAGC TTAGTGAAAA CCGAAAGCCC 
TTCAACTTTT TGCCTATGCA GATTAATACT AACAAAGGCA AAGATGCTGC TCCCAGTCCT 
CAAAAGAGAG AAATGGTAGG ATCAGCACAG TGTAAAGAGT TGTTTGCTTC TGCTTTGAGT 
AATGACCTTT TGCAAAACTG TCAAGTCTCT GAAGAAGATG GGAGAGGAGA ACCTACAATG 
GAGAGCAGCC AGATTGTAAG CAGGCTTGTT CAGATTCGTG ACTATATTAC TAAAGCTAGT 
TCCATGCGGG AAGATCTTGT AGAGAAAAAT GAGAGATCTG CTAATGTTGA GCGCCTTACA 
CATCTAATAG ATCACCTTAA GGAACAAGAA AAGTCATATA TGAAATTTCT CCAAAAAATC 
CTTGCTAGAG AAAATGAGGA GGAGGATGTT CGGACTGTAG ATTCAGCTGT GGGATCTGGT 
TCTGTAGCTG AGAGCACATC GCTAAACATA GATGTGCAGT CTGAGGCTTC AGATACCACG 
GCCAGAGATC CTCAGCAANN AAATTTGAAG AAACAGCATG ATTTGTTAAA AAGGATGTTG 
CAGCAGCAGG AGCAACTGAG AGCTCTGCAG GGACGACAAG CTGCTCTTCT TGCTCTGCAG 
CATAAAGCAG AGCAAGCTAT TGCTGTGATG GATGACTCTG TTGTAACAGA AACTACAGGT 
AGCCTATCTG GAGTTAGTAT CACATCTGAG CTAAATGAAG AATTGAATGA TTTAATTCAG 
CGTTTTCATA ATCAGCTTCG TGATTCTCAG CCTCCAGCTG TTCCAGACAA TAGAAGACAG 
GCAGAAAGTC TTTCATTAAC TAGGGAGGTT TCTCGGAGCA GAAGTCCATC AGTTTCAGAA 
CAGTTACCTG ATGAGAAAGT CCAACTTTTT AGCAAAATGA GAGTGTTACA AGAAAAGAAA 
CAAAAAATGG ACAAACTGCT TGGAGAACTT CATACACTTC GAGATCAGCA TCTGAACAAT 
TCGTCATTTG TGCCTTCTTC AGCCTCTCCA CAAAGGAGCG TGGATCAGAG AAGTACAACC 
TCAGCTCCCT CTGCTCCTGT AGGCTTAACA CCAGTTGTCA ATGGAGAATC CAATAGCCTC 
ACGTCATCTG TTCCTTTTCC TGCTACTTCT CTAGTTTCTC AGAATCAGAG TGAAAATGAA 
GGCCACCTAA ATCCAACTGA AAAACTCCAG AAGTTAAATG AAGTTCGAAA GAGATTGAAT 
GAACTAAGAG AATTAGTTCA TTATTATGAA CAGACATCAG ATATGATGAC AGATGCTGTA 
AATGAAAACA CGAAAGATGA AGAAACTGAA GAGTCAGAAT ATGATTCTGA GCATGAAAAT 
TCTGAACCTG TTACTAACAT TAGAAATCCA CAAGTAGCTG CCAACTGGAA TGAAGTAAAT 
AGTAATTCTA ATGCACAGTG TCTTTCTAAT AATAGAGATG GTAGATCGGT TAATTCTAAT 
TGTGAAATTA ACAACAGATC AGCCAACATA AGGGCTCTAA ATGTGGCTCC GTCTTTAGAT 
TGTAGATATA ATAGAGAAGG AAAACAAGGG ATTCATGTGG CACAAGGTGA AGATGATGAA 
GAAGAGGAAG AAGCAGAAGA TGAGGCTGCC AGTGGAGCCT CATTATCCAG TCATAGGAGT 
AGTCTGGTGG ATGAGACTCC TGAAGATGCT GAATTTGAAC AGAAGATCAA TAGACTTATG 
GCTGCAAAAC AGAAACTTAG ACAGTTACAA GATCTTGTTG CTATGGTACA GGATGATGAT 
GCAGCAGATC AAGGAGTTAT CTCTGCCAAT ACTTCAAATT TGGATGATTT CTATCCAGAA 
GAAGACACCA AACAAAATGC AAATAACACT AGAGGCAATG CCAATAAAAT ACAGAAAGAT 
GCTGGAGTAA ATGAAAAGGC AAGAGAGAAA TTTTATGAGG CTAAACTACA GCAGCAACAG 
AGAGAGCTCA AACAGTTGCA GGAAGAAAGG AAGAAACTGA TTGAGATTCA AGAGAAAATT 
CAAGCATTGC AAAAGGCATG TCCTGACCTG CAGCTATCAG CCACTAGTGC AGGTAATTGT 
CCCACAAAAA AATATATGCC AGCTGTTACT TCAACCCCAG CTGTTAATGA AAATGAAACC 
AGTACCAGCA AATCTGTTTT TGAGCCTGAA GATTCTTCAG TAGTCGATAA TGAGTTGTGG 
TCAGAAATGC GAAGACATGA AATGTTAAGG GAAGAGCTGC GACAGAGGAG AAAGCAGCTT 
GAAGCTTTGA TGGCTGAACA TCAGAGGAGG CAAGGCCTAG CTGAAACTGC ATCTCCAGTG 
GCTGTTTCAT TGAGAAGTGA TGGATCTGAG AACCTGTGTA CACCTCAACA AAGTAGAACA 
GAAAAAACAA TGGCAACTTG GGGAGGTTCT ACCCAGTGTG CACTAGATGA AGAAGGAGAT 
GAAGATGGTT ACCTTTCTGA AGGGGTTGTT CGAACAGATG AGGAGGAGGA AGAGGAAGAA 
CAAGATGCCA GTTCCAATGA TAACTTCTCT ATGTATCCTC CTAACGGTGC AAATCGTAAC 
TCTTACAATG TAAAGGAAAC TAAAAATAGG TGGAAGAACA ATCGCCCATT TTCAGCAGAT 
GGACATTATC GTCCTCTAAC TAAGACAAGG CAACAGAATA TCAGCATGCA ACGTCAGGAG 
AACCTTCGTT GGGTGTCAGA GCTCTCTTAT GTAGAAGAGA AAGAACAGTG GCAAGAACAA 
ATTAATCAGC TAAAGAAACA ACTTGATTTC AGTGTTAATA TTTGTCAGAC TTTGATGCAA 
GACCAGCAGA CTCTGTCTTG TCTGCTGCAA ACCCTTCTCA CAGGCCCCTA CAGTGTCATG 
CCCAGCAACG TTGCATCTCC TCAAGTACAC CTGATAATGC ACCAGCTGAA CCAGTGCTAT 
ACCCAGCTAA CGTGGCAACA GAATAACGTC CAAAGGTTGA AACAAATGCT CAATGAACTT 
ATGCGCCAGC AAAATCAGCA TCCAGAAAAG CCTGGAAGCA AGGACAGAGG CAGTGGTGCA 
TCACACCCTC CTTCTCCTGG GTTATTTTGT CCTTTCAGCT TCCCAGCACA GCCTGTAAAT 
CTGTTTAACC TGCCAGGGTT TACTAATTTT TCATCGTTTG CACCAGGTAT GAATTTCAGC 
CCTTTATTTC CTTCTAATTT TGGAGATTTT TCTCAGAATA CTTCTACACC CACTGAACAG 
CAGCAACCAT TAGCCCAGAA TCCTTCAGGG AAAACAGAAT ACGTGGCTTT TCCAAAACCT 
TTTGAAAGCA GTTCTTCTGT TGGAGCAGAA AAACAAAGGA ATCAAAAACA GCCTGAAGAG 
GAGGTGGAGA ACAGTAGGAC ACCGTGGTTA TATGACCAAG AAGGTGAAGT AGAAAAACCA 
TTTGTTAAGA CTGGATTTAC AGTGTCTGTA GAGAAAACAA CAAATAGTAA TCGCAAAAAT 
CAATTAGATA CCAGCAGGAG AAGACGCCAG TTTGATGAAG AGTCATTAGA AAGCTTTAGC 
AGTATGCCTG ATCCAGTAGA TTCAACAACA GTAACTAAAA CATTCAAGAC AAGAAAAGCA 
TCTGCACAGG CCAGCCTGGC ATCTAAAGAT AAAACTCCCA AAGCAAAGAG TAAGAAGAGG 
CATTCTACTC AGCTGAAAAG CAGAGTTAAA AATATTGGGT ATGAAAGTGC CAGTATGTCT 
AGCACATGTG AACCTTGCAA AAGTAGGAAC AGACATTCAG CCCAGACTGA AGAGCCTGTT 
CAAGCAAAAG TGTTCAGCAG AAAGAATCAT GAACAGCTGG AAAAAGTAAT AAAATACAGT 
AGGTCTACAG AAATATCTTC AGAAACGGGG AGTGATTTTT CCATGTTTGA AGCTTTGCGT 
GATACCATTT ATTCTGAAGT AGCTACGCTG ATTTCTCAAA ATGAGTCTCG TCCACATTTT 
CTTATTGAGC TCTTCCATGA GCTTCAGCTA CTTAATACGG ACTACTTGAG ACAGAGGGCT 
TTATATGCAT TGCAGGACAT AGTATCCAGA CATATTTCTG AGAACCATGA AAAAGAAGGG 
GAAAATGGAA AGTCGGTGAA TTCTGGAACT TGGATAGCAT CCAACTCAGA ACTTACTCCC 
AGTGAAAGCC TTGCTACAAC TGACGATGAA ACTTTTGAGA AGAACTTTGA GAGAGAAACG 
CATAAAATAA GTGAGCAAAA TGATGCTGAT AATGCTAGCG TCATGTCTGT ATCTTCAAAT 
TTTGAGCCTT TTGCGACAGA TGATCTAGGT AACACTGTGA TTCACTTAGA TCAAGCATTA 
GCCAGGATGA GAGAATATGA GCGTATGAAG ACTGAGGCTG AAAGTAACAC AAATATCAGA 
TGTACCTGCA GGATTATTGA GGATGAAGAT GGTGCTGCTG CTACAACTAC GGTTAATAAT 
TTAGAAGAAA CTCCTAATCC TGAAAATCAT AGTTCACAAC AACCTGTAAG TGAAGTTTCT 
ACCATCCCTT GTCCCAGAAT TGATACTCAG CAGCTGGACC GGCAGATTAA AGCAATTATG 
AAAGAAGTCA TTCCTTTTTT GAAGGAGCAC ATGGATGAAG TATGTTCTTC TCAACTTCTA 
ACCTCAGTAA GACGCATGGT TTTGACCCTT ACCCAGCAAA ACGATGAAAG CAAAGAGTTT 
GTAAAGTTCT TTCATAAACA ACTTGGAAGT ATATTACAGG ATTCACTGGC AAAATTTGCT 
GGCAGAAAAC TGAAAGATTG TGGAGAAGAT CTTCTTGTAG AGATATCTGA AGTGTTATTT 
AATGAATTGG CCTTCTTTAA GCTCATGCAA GATTTGGATA ATAATAGTAT AACTGTTAAA 
CAGAGATGCA AAAGGAAAAT AGAAGCAGCT GGAGTGATAC AGTCTTATGC CAAAGAGGCC 
AAAAGGATTC TTGAAGGAGA TCATGGCTTA CCTGCTGGAG AAATTGATGA TGAAAACAAA 
GACAAGGATA AGACTGAAAC AGTTAAGCAG ACTCAAACAT CTGAGGTTTA TGATGGTGAC 
GGTCCCAAAA ATGTGAGATC TGATGTTTCT GATCAAGAGG AAGATGAAGA AAGTGAAGAG 
TGTCCAGTGT CTATTAATTT ATCCAAAGCT GAAACTCAGG CTTTGACTAA TTATGGAAGT 
GGAGAAGATG AGAATGAAGA TGAGGAAATA GAAGAGTTTG AAGAGGGACC TGTAGATGTC 
CAGACTTCAC TTCAGGCTAA CACTGAAACC ACAGAAGAAA ATGAGCACGA CGACCAGGTT 
CCACAACATG ACTTTGAAGA ATCAACAGAA AGCAAAAATG TCCCATCAGA ACAAGAACCC 
ACTACTAGTA AAGATGACCA GGATAGCACT CCTGTGAAAC CCTGTTACCT CAATATCGTG 
GAAAATGAGC AACATTTAAA TAGTGCTGTC CAAAAGGACT CACTCACTAC CATCGATGCA 
TCTAAACAGC CTAACCCTTT ACCTTTACCT TTAACTGAAA TTGAAACCTT GGTGCCTAGA 
GTCAAAGAAG TTAAATCTGC TCAGGAGACT CCTGAAAGCT CTTTGGCTGG AAGTCCTGAT 
ACTGAATCTC CAGTGTTAGT GAATGACTAT GAAGCAGAAT CTGGTAACCT AAGTCAAAAA 
TCTGATGAAG AAGACTTCGT GAAAGTTGAA GATTTACCGC TTAAACTGAC AATATATTCT 
GAGGCAGATC TAAGGAAGAA AATGGTAGAA GAAGAACAGA AAAACCATTT ATCTGGTGAA 
ATATTATGTC AAATGCAGAC TGAAGAATTA GCTGGGAATT CTCAGACTCT AAAAGAACCA 
GAAACAGTGG GAGCCCACAG TATATGA

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

RefSeq	XP_010951569.1
CDS	277..6483
Translation	MATGGGPFEEGMNDQDLPSWSNESVDDRLNNMDWGGQQKKANRSSEKNKKKFGVESDKRVTNDISPESSPGMGRRRTKTPHTFPHSRYMTQMSVPEQAELEKLKQRINFSDLDQRSIGSDSQGRATAANNKRQLSENRKPFNFLPMQINTNKGKDAAPSPQKREMVGSAQCKELFASALSNDLLQNCQVSEEDGRGEPTMESSQIVSRLVQIRDYITKASSMREDLVEKNERSANVERLTHLIDHLKEQEKSYMKFLQKILARENEEEDVRTVDSAVGSGSVAESTSLNIDVQSEASDTTARDPQQnullNLKKQHDLLKRMLQQQEQLRALQGRQAALLALQHKAEQAIAVMDDSVVTETTGSLSGVSITSELNEELNDLIQRFHNQLRDSQPPAVPDNRRQAESLSLTREVSRSRSPSVSEQLPDEKVQLFSKMRVLQEKKQKMDKLLGELHTLRDQHLNNSSFVPSSASPQRSVDQRSTTSAPSAPVGLTPVVNGESNSLTSSVPFPATSLVSQNQSENEGHLNPTEKLQKLNEVRKRLNELRELVHYYEQTSDMMTDAVNENTKDEETEESEYDSEHENSEPVTNIRNPQVAANWNEVNSNSNAQCLSNNRDGRSVNSNCEINNRSANIRALNVAPSLDCRYNREGKQGIHVAQGEDDEEEEEAEDEAASGASLSSHRSSLVDETPEDAEFEQKINRLMAAKQKLRQLQDLVAMVQDDDAADQGVISANTSNLDDFYPEEDTKQNANNTRGNANKIQKDAGVNEKAREKFYEAKLQQQQRELKQLQEERKKLIEIQEKIQALQKACPDLQLSATSAGNCPTKKYMPAVTSTPAVNENETSTSKSVFEPEDSSVVDNELWSEMRRHEMLREELRQRRKQLEALMAEHQRRQGLAETASPVAVSLRSDGSENLCTPQQSRTEKTMATWGGSTQCALDEEGDEDGYLSEGVVRTDEEEEEEEQDASSNDNFSMYPPNGANRNSYNVKETKNRWKNNRPFSADGHYRPLTKTRQQNISMQRQENLRWVSELSYVEEKEQWQEQINQLKKQLDFSVNICQTLMQDQQTLSCLLQTLLTGPYSVMPSNVASPQVHLIMHQLNQCYTQLTWQQNNVQRLKQMLNELMRQQNQHPEKPGSKDRGSGASHPPSPGLFCPFSFPAQPVNLFNLPGFTNFSSFAPGMNFSPLFPSNFGDFSQNTSTPTEQQQPLAQNPSGKTEYVAFPKPFESSSSVGAEKQRNQKQPEEEVENSRTPWLYDQEGEVEKPFVKTGFTVSVEKTTNSNRKNQLDTSRRRRQFDEESLESFSSMPDPVDSTTVTKTFKTRKASAQASLASKDKTPKAKSKKRHSTQLKSRVKNIGYESASMSSTCEPCKSRNRHSAQTEEPVQAKVFSRKNHEQLEKVIKYSRSTEISSETGSDFSMFEALRDTIYSEVATLISQNESRPHFLIELFHELQLLNTDYLRQRALYALQDIVSRHISENHEKEGENGKSVNSGTWIASNSELTPSESLATTDDETFEKNFERETHKISEQNDADNASVMSVSSNFEPFATDDLGNTVIHLDQALARMREYERMKTEAESNTNIRCTCRIIEDEDGAAATTTVNNLEETPNPENHSSQQPVSEVSTIPCPRIDTQQLDRQIKAIMKEVIPFLKEHMDEVCSSQLLTSVRRMVLTLTQQNDESKEFVKFFHKQLGSILQDSLAKFAGRKLKDCGEDLLVEISEVLFNELAFFKLMQDLDNNSITVKQRCKRKIEAAGVIQSYAKEAKRILEGDHGLPAGEIDDENKDKDKTETVKQTQTSEVYDGDGPKNVRSDVSDQEEDEESEECPVSINLSKAETQALTNYGSGEDENEDEEIEEFEEGPVDVQTSLQANTETTEENEHDDQVPQHDFEESTESKNVPSEQEPTTSKDDQDSTPVKPCYLNIVENEQHLNSAVQKDSLTTIDASKQPNPLPLPLTEIETLVPRVKEVKSAQETPESSLAGSPDTESPVLVNDYEAESGNLSQKSDEEDFVKVEDLPLKLTIYSEADLRKKMVEEEQKNHLSGEILCQMQTEELAGNSQTLKEPETVGAHSI

Target ORF information:

RefSeq Version	XM_010953267.1
Organism	Camelus bactrianus(Bactrian camel)
Definition	Camelus bactrianus pericentriolar material 1 (PCM1), mRNA.

Target ORF information:

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

XM_010953267.1

ORF Insert Sequence:

ATGGCCACAG GAGGAGGTCC TTTTGAAGAA GGCATGAATG ACCAGGATTT ACCAAGCTGG 
AGCAATGAGA GTGTTGATGA CCGACTCAAC AATATGGATT GGGGTGGCCA GCAGAAGAAG 
GCAAATAGAT CATCAGAAAA GAATAAAAAG AAGTTTGGTG TAGAAAGTGA TAAAAGAGTA 
ACTAATGATA TTTCTCCGGA ATCATCACCG GGAATGGGAA GGCGAAGAAC AAAGACTCCA 
CATACGTTTC CACACAGCAG ATACATGACT CAGATGTCTG TCCCCGAGCA GGCGGAATTA 
GAGAAACTGA AACAGCGGAT AAACTTCAGT GATTTAGATC AGAGAAGTAT TGGAAGTGAT 
TCTCAAGGTA GAGCAACAGC TGCTAACAAC AAACGTCAGC TTAGTGAAAA CCGAAAGCCC 
TTCAACTTTT TGCCTATGCA GATTAATACT AACAAAGGCA AAGATGCTGC TCCCAGTCCT 
CAAAAGAGAG AAATGGTAGG ATCAGCACAG TGTAAAGAGT TGTTTGCTTC TGCTTTGAGT 
AATGACCTTT TGCAAAACTG TCAAGTCTCT GAAGAAGATG GGAGAGGAGA ACCTACAATG 
GAGAGCAGCC AGATTGTAAG CAGGCTTGTT CAGATTCGTG ACTATATTAC TAAAGCTAGT 
TCCATGCGGG AAGATCTTGT AGAGAAAAAT GAGAGATCTG CTAATGTTGA GCGCCTTACA 
CATCTAATAG ATCACCTTAA GGAACAAGAA AAGTCATATA TGAAATTTCT CCAAAAAATC 
CTTGCTAGAG AAAATGAGGA GGAGGATGTT CGGACTGTAG ATTCAGCTGT GGGATCTGGT 
TCTGTAGCTG AGAGCACATC GCTAAACATA GATGTGCAGT CTGAGGCTTC AGATACCACG 
GCCAGAGATC CTCAGCAANN AAATTTGAAG AAACAGCATG ATTTGTTAAA AAGGATGTTG 
CAGCAGCAGG AGCAACTGAG AGCTCTGCAG GGACGACAAG CTGCTCTTCT TGCTCTGCAG 
CATAAAGCAG AGCAAGCTAT TGCTGTGATG GATGACTCTG TTGTAACAGA AACTACAGGT 
AGCCTATCTG GAGTTAGTAT CACATCTGAG CTAAATGAAG AATTGAATGA TTTAATTCAG 
CGTTTTCATA ATCAGCTTCG TGATTCTCAG CCTCCAGCTG TTCCAGACAA TAGAAGACAG 
GCAGAAAGTC TTTCATTAAC TAGGGAGGTT TCTCGGAGCA GAAGTCCATC AGTTTCAGAA 
CAGTTACCTG ATGAGAAAGT CCAACTTTTT AGCAAAATGA GAGTGTTACA AGAAAAGAAA 
CAAAAAATGG ACAAACTGCT TGGAGAACTT CATACACTTC GAGATCAGCA TCTGAACAAT 
TCGTCATTTG TGCCTTCTTC AGCCTCTCCA CAAAGGAGCG TGGATCAGAG AAGTACAACC 
TCAGCTCCCT CTGCTCCTGT AGGCTTAACA CCAGTTGTCA ATGGAGAATC CAATAGCCTC 
ACGTCATCTG TTCCTTTTCC TGCTACTTCT CTAGTTTCTC AGAATCAGAG TGAAAATGAA 
GGCCACCTAA ATCCAACTGA AAAACTCCAG AAGTTAAATG AAGTTCGAAA GAGATTGAAT 
GAACTAAGAG AATTAGTTCA TTATTATGAA CAGACATCAG ATATGATGAC AGATGCTGTA 
AATGAAAACA CGAAAGATGA AGAAACTGAA GAGTCAGAAT ATGATTCTGA GCATGAAAAT 
TCTGAACCTG TTACTAACAT TAGAAATCCA CAAGTAGCTG CCAACTGGAA TGAAGTAAAT 
AGTAATTCTA ATGCACAGTG TCTTTCTAAT AATAGAGATG GTAGATCGGT TAATTCTAAT 
TGTGAAATTA ACAACAGATC AGCCAACATA AGGGCTCTAA ATGTGGCTCC GTCTTTAGAT 
TGTAGATATA ATAGAGAAGG AAAACAAGGG ATTCATGTGG CACAAGGTGA AGATGATGAA 
GAAGAGGAAG AAGCAGAAGA TGAGGCTGCC AGTGGAGCCT CATTATCCAG TCATAGGAGT 
AGTCTGGTGG ATGAGACTCC TGAAGATGCT GAATTTGAAC AGAAGATCAA TAGACTTATG 
GCTGCAAAAC AGAAACTTAG ACAGTTACAA GATCTTGTTG CTATGGTACA GGATGATGAT 
GCAGCAGATC AAGGAGTTAT CTCTGCCAAT ACTTCAAATT TGGATGATTT CTATCCAGAA 
GAAGACACCA AACAAAATGC AAATAACACT AGAGGCAATG CCAATAAAAT ACAGAAAGAT 
GCTGGAGTAA ATGAAAAGGC AAGAGAGAAA TTTTATGAGG CTAAACTACA GCAGCAACAG 
AGAGAGCTCA AACAGTTGCA GGAAGAAAGG AAGAAACTGA TTGAGATTCA AGAGAAAATT 
CAAGCATTGC AAAAGGCATG TCCTGACCTG CAGCTATCAG CCACTAGTGC AGGTAATTGT 
CCCACAAAAA AATATATGCC AGCTGTTACT TCAACCCCAG CTGTTAATGA AAATGAAACC 
AGTACCAGCA AATCTGTTTT TGAGCCTGAA GATTCTTCAG TAGTCGATAA TGAGTTGTGG 
TCAGAAATGC GAAGACATGA AATGTTAAGG GAAGAGCTGC GACAGAGGAG AAAGCAGCTT 
GAAGCTTTGA TGGCTGAACA TCAGAGGAGG CAAGGCCTAG CTGAAACTGC ATCTCCAGTG 
GCTGTTTCAT TGAGAAGTGA TGGATCTGAG AACCTGTGTA CACCTCAACA AAGTAGAACA 
GAAAAAACAA TGGCAACTTG GGGAGGTTCT ACCCAGTGTG CACTAGATGA AGAAGGAGAT 
GAAGATGGTT ACCTTTCTGA AGGGGTTGTT CGAACAGATG AGGAGGAGGA AGAGGAAGAA 
CAAGATGCCA GTTCCAATGA TAACTTCTCT ATGTATCCTC CTAACGGTGC AAATCGTAAC 
TCTTACAATG TAAAGGAAAC TAAAAATAGG TGGAAGAACA ATCGCCCATT TTCAGCAGAT 
GGACATTATC GTCCTCTAAC TAAGACAAGG CAACAGAATA TCAGCATGCA ACGTCAGGAG 
AACCTTCGTT GGGTGTCAGA GCTCTCTTAT GTAGAAGAGA AAGAACAGTG GCAAGAACAA 
ATTAATCAGC TAAAGAAACA ACTTGATTTC AGTGTTAATA TTTGTCAGAC TTTGATGCAA 
GACCAGCAGA CTCTGTCTTG TCTGCTGCAA ACCCTTCTCA CAGGCCCCTA CAGTGTCATG 
CCCAGCAACG TTGCATCTCC TCAAGTACAC CTGATAATGC ACCAGCTGAA CCAGTGCTAT 
ACCCAGCTAA CGTGGCAACA GAATAACGTC CAAAGGTTGA AACAAATGCT CAATGAACTT 
ATGCGCCAGC AAAATCAGCA TCCAGAAAAG CCTGGAAGCA AGGACAGAGG CAGTGGTGCA 
TCACACCCTC CTTCTCCTGG GTTATTTTGT CCTTTCAGCT TCCCAGCACA GCCTGTAAAT 
CTGTTTAACC TGCCAGGGTT TACTAATTTT TCATCGTTTG CACCAGGTAT GAATTTCAGC 
CCTTTATTTC CTTCTAATTT TGGAGATTTT TCTCAGAATA CTTCTACACC CACTGAACAG 
CAGCAACCAT TAGCCCAGAA TCCTTCAGGG AAAACAGAAT ACGTGGCTTT TCCAAAACCT 
TTTGAAAGCA GTTCTTCTGT TGGAGCAGAA AAACAAAGGA ATCAAAAACA GCCTGAAGAG 
GAGGTGGAGA ACAGTAGGAC ACCGTGGTTA TATGACCAAG AAGGTGAAGT AGAAAAACCA 
TTTGTTAAGA CTGGATTTAC AGTGTCTGTA GAGAAAACAA CAAATAGTAA TCGCAAAAAT 
CAATTAGATA CCAGCAGGAG AAGACGCCAG TTTGATGAAG AGTCATTAGA AAGCTTTAGC 
AGTATGCCTG ATCCAGTAGA TTCAACAACA GTAACTAAAA CATTCAAGAC AAGAAAAGCA 
TCTGCACAGG CCAGCCTGGC ATCTAAAGAT AAAACTCCCA AAGCAAAGAG TAAGAAGAGG 
CATTCTACTC AGCTGAAAAG CAGAGTTAAA AATATTGGGT ATGAAAGTGC CAGTATGTCT 
AGCACATGTG AACCTTGCAA AAGTAGGAAC AGACATTCAG CCCAGACTGA AGAGCCTGTT 
CAAGCAAAAG TGTTCAGCAG AAAGAATCAT GAACAGCTGG AAAAAGTAAT AAAATACAGT 
AGGTCTACAG AAATATCTTC AGAAACGGGG AGTGATTTTT CCATGTTTGA AGCTTTGCGT 
GATACCATTT ATTCTGAAGT AGCTACGCTG ATTTCTCAAA ATGAGTCTCG TCCACATTTT 
CTTATTGAGC TCTTCCATGA GCTTCAGCTA CTTAATACGG ACTACTTGAG ACAGAGGGCT 
TTATATGCAT TGCAGGACAT AGTATCCAGA CATATTTCTG AGAACCATGA AAAAGAAGGG 
GAAAATGGAA AGTCGGTGAA TTCTGGAACT TGGATAGCAT CCAACTCAGA ACTTACTCCC 
AGTGAAAGCC TTGCTACAAC TGACGATGAA ACTTTTGAGA AGAACTTTGA GAGAGAAACG 
CATAAAATAA GTGAGCAAAA TGATGCTGAT AATGCTAGCG TCATGTCTGT ATCTTCAAAT 
TTTGAGCCTT TTGCGACAGA TGATCTAGGT AACACTGTGA TTCACTTAGA TCAAGCATTA 
GCCAGGATGA GAGAATATGA GCGTATGAAG ACTGAGGCTG AAAGTAACAC AAATATCAGA 
TGTACCTGCA GGATTATTGA GGATGAAGAT GGTGCTGCTG CTACAACTAC GGTTAATAAT 
TTAGAAGAAA CTCCTAATCC TGAAAATCAT AGTTCACAAC AACCTGTAAG TGAAGTTTCT 
ACCATCCCTT GTCCCAGAAT TGATACTCAG CAGCTGGACC GGCAGATTAA AGCAATTATG 
AAAGAAGTCA TTCCTTTTTT GAAGGAGCAC ATGGATGAAG TATGTTCTTC TCAACTTCTA 
ACCTCAGTAA GACGCATGGT TTTGACCCTT ACCCAGCAAA ACGATGAAAG CAAAGAGTTT 
GTAAAGTTCT TTCATAAACA ACTTGGAAGT ATATTACAGG ATTCACTGGC AAAATTTGCT 
GGCAGAAAAC TGAAAGATTG TGGAGAAGAT CTTCTTGTAG AGATATCTGA AGTGTTATTT 
AATGAATTGG CCTTCTTTAA GCTCATGCAA GATTTGGATA ATAATAGTAT AACTGTTAAA 
CAGAGATGCA AAAGGAAAAT AGAAGCAGCT GGAGTGATAC AGTCTTATGC CAAAGAGGCC 
AAAAGGATTC TTGAAGGAGA TCATGGCTTA CCTGCTGGAG AAATTGATGA TGAAAACAAA 
GACAAGGATA AGACTGAAAC AGTTAAGCAG ACTCAAACAT CTGAGGTTTA TGATGGTGAC 
GGTCCCAAAA ATGTGAGATC TGATGTTTCT GATCAAGAGG AAGATGAAGA AAGTGAAGAG 
TGTCCAGTGT CTATTAATTT ATCCAAAGCT GAAACTCAGG CTTTGACTAA TTATGGAAGT 
GGAGAAGATG AGAATGAAGA TGAGGAAATA GAAGAGTTTG AAGAGGGACC TGTAGATGTC 
CAGACTTCAC TTCAGGCTAA CACTGAAACC ACAGAAGAAA ATGAGCACGA CGACCAGGTT 
CCACAACATG ACTTTGAAGA ATCAACAGAA AGCAAAAATG TCCCATCAGA ACAAGAACCC 
ACTACTAGTA AAGATGACCA GGATAGCACT CCTGTGAAAC CCTGTTACCT CAATATCGTG 
GAAAATGAGC AACATTTAAA TAGTGCTGTC CAAAAGGACT CACTCACTAC CATCGATGCA 
TCTAAACAGC CTAACCCTTT ACCTTTACCT TTAACTGAAA TTGAAACCTT GGTGCCTAGA 
GTCAAAGAAG TTAAATCTGC TCAGGAGACT CCTGAAAGCT CTTTGGCTGG AAGTCCTGAT 
ACTGAATCTC CAGTGTTAGT GAATGACTAT GAAGCAGAAT CTGGTAACCT AAGTCAAAAA 
TCTGATGAAG AAGACTTCGT GAAAGTTGAA GATTTACCGC TTAAACTGAC AATATATTCT 
GAGGCAGATC TAAGGAAGAA AATGGTAGAA GAAGAACAGA AAAACCATTT ATCTGGTGAA 
ATATTATGTC AAATGCAGAC TGAAGAATTA GCTGGGAATT CTCAGACTCT AAAAGAACCA 
GAAACAGTGG GAGCCCACAG TATATGA