TICRR cDNA ORF clone, Rhinopithecus bieti(black snub-nosed monkey)

Gene
Clones
gRNAs

Summary

Gene Symbol	TICRR
Entrez Gene ID	108521415
Full Name	TOPBP1 interacting checkpoint and replication regulator
Gene Type	protein-coding
Organism	Rhinopithecus bieti(black snub-nosed monkey)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017861237.1	XP_017716726.1	LOW QUALITY PROTEIN: treslin

Pathways from BioSystems
Gene Ontology

The following TICRR gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TICRR 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
ORh48404	XM_017861237.1 Latest version!	Rhinopithecus bieti TOPBP1 interacting checkpoint and replication regulator (TICRR), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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)

TICRR ( XM_017861237.1 ) cDNA ORF clone, Rhinopithecus bieti(black snub-nosed monkey) -> XP_017716726.1 Rhinopithecus bieti TOPBP1 interacting checkpoint and replication regulator (TICRR), mRNA.

Price & Availability↑

CloneID	ORh48404
Clone ID Related Accession (Same CDS sequence)	XM_017861237.1
Accession Version	XM_017861237.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5730bp) 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	2016-08-23
Organism	Rhinopithecus bieti(black snub-nosed monkey)
Product	LOW QUALITY PROTEIN: treslin
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016823089.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rhinopithecus bieti Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 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##

ATGGCATGCT GTCACAAAGT AATGCTGCTG CTCGACACCG CGGGCGGCGC CGCTCGCCAC 
AGCCGGGTCC GGCGGGCCGC CTTGCGCCTC CTCACCTACC TGAGTTGCCG ATTCGGCCTG 
GCCAGGGTCC ACTGGGCCTT CAAGTTCTTT GACTCGCAGG GGGCGAGGAG CCGGCCGTCC 
CGAGTGTCTG ACTTCCGCGA GCTGGGGGCT CGCTCGTGGG AGGACTTTGA GGAGGAGCTG 
GAGGCCAGGC TCGAGGATCG CGCCCACCTG CCCGGCCCGG CGCCCAGGGC CACCCACACG 
CACGGCGCCC TGATGGAGAC GCTGCTAGAC TACCAGTGGG ACCGGCCCGA GATCACGTCG 
CCCACGAAGC CGATCCTGCG GAGCAGCGGG AGGAGACTGC TGGACGTGGA GAGCGAGGCC 
AAGGAGGCCG AGGCCGCGCT CGGGGGCTTG GTGAACGCCG TCTTCCTCCT GGCCCCCTGT 
CCGCACTCGC AGAGGGAGCT GCTGCAGTTC GTGTCTGGGT GCGAGGCCCA GGCCCAGCGC 
CTGCCGCCCA CCCCTAAGCA GGTGATGGAG AAGTTGTTAC CCAAGAGAGT CCAGGAAGTC 
ATGGTCGCCC GAAAAATCAC CTTCTACTGG GTGGATACCA CCGAATGGTC TAAGATGTGG 
GAATCCCCAG ACCACCTTGG ATACTGGACT GTTTGTGAAC TGCTCCACCA TGGAGGTGGC 
GCTGTCTTGC CATCTGAATC TTTCAGCTGG GATTTTGCTA AAGCTGGGGA AATGCTGCTC 
AGGTGTGAAA TAAAGCTGTC AAGTGAACCT CATCTCTCTC CGTGGATTTC AATGCTGCCA 
ACTGATGCCA CTTTAAACCG TTTGCTCTAT AATTCTCCTG AGTATGAGGC CTTGTTTCCA 
CGGATGGAAG GAATGTTATT TCTCCCTGTT GAAGCAGGCA AAGAGATTCA AGAAACATGG 
ACAGTCACCC TAGAGCCCTT GGCCATGCAT CAGAGACATT TTCAGAAACC AGTCAGAATT 
TTTCTAAAAG GCTCTGTGGC CCAGTGGTCT CTCCCAACGA GCAGCACTTT GGGCACCGAC 
AGCTGGATGC TACAAAGTCC AGAGGAGAGC ACAGCAACTC AAAGGCTGTT ATTTCAGCAG 
CTGGTAAGCA GGCTGACTGC TGAAGAGTTA CACCTGGTTG CTGATGTGGA CCCTGGTGAA 
GGCTGGCCCC CCATCACTGG AGTTATTTCC CCGCTCTCTG CCAATGCTAC AATCCTCACT 
GTGTTCCACA CCAAGGAGGC TGAATTTCAA CGACATGTTC TCCAAACAGC TGTGACTGAC 
AGCCCCCGGG ACACAGCTTC CCTTTTCTCA GATGTTGTGG ATGGTATATT GAATCAGACT 
CATGATTCAC TTGCAGATAC TGCTTCTGCT GCTTCTCCTG TTCCAGAGTG GGCCCAGCAG 
GAACTTGGCC ACACCACTCC CTGGAGTCCA GCTGTTGTGG AAAAGTGGTT TCCTTTCTGT 
AACATCAGTG GTGCCAGTTC CAATTTGATG GAGTCATTTG GGTCATTACA GGTTGCCTCA 
GCTAATAAGG AAGAGTCTTC CAAAACTGAA GGTGAATTAA CACATTGCCT TGCCGAGCTC 
TACCAGAGAA AATCTCGTGA AGAATCCACC ATAACTCATC AAGAAGACAG CAAAAAGAAA 
CGAGGTGTCC CTCGTACTCC AGTGAGACAG AAGATGAATA CCATGTGCCG TTCCTTAAAG 
ATGTTGAATG TTGCAAGGCT GAATGTGAAG GCCCAGAAGT TACATCCAGA TGGCAGTCCG 
GATGTGGCTG GGGAGAAAGG AACCCAAAAG ATACCCAGTG GGAGAACAGT AGATAAATTG 
GAAGATAGAG GAAGAACACT AAGAAGTTCT AAACCTAAAG ATTTTAAAAC CGAGGAAGAG 
CTACTATCAT ATATACGTGA AAATTACCAA AAGACTGTGG CCACAGGAGA AATCATGTTG 
AATGCATGTG CTCGAAACAT GATCTCAACC ATTAAAATGT TCCTAAAATC AAAAGGCACC 
AAGGAATTAG AAGTGAACTG CCTGAATCAA GTAAAAGTAN NATCTCTTAA AACTAGCAAA 
AGTCTTCGAC AGAATCTAGG AAAAAAACTG GATAAGGAAG ACAAAGTTAG AGAGTGCCAG 
CTTCAGGTAT TTCTTCGTTT GGAGATGTGT CTGCAATGCC CTTCAATAAA TGAAAGTACA 
GATGATATGG AACAAGTCGT GGAGGAGGTG ACAGATTTCC TGCGCATGGT GTGTTTAACT 
GAGGATTCAG CGTACCTAGC TGAGTTTCTG GAGGAAATTT TGAGATTGTA TATTGACTCT 
ATCCCAAAGA CACTTGGAAG TCTTTACAAC AGCCTAGGGT TTGTGATTCC TCAGAAGCTG 
GCTGGTGTCC TTCCTACAGA TTTTTTCAGT GACGACTCCA TGACACAAGA GAACAAATCA 
CCACTTCTTT CTGTGCCTTT TTTGTCAAGT GCTCGTAGAT CAGTGTCAGG CAGCCCTGAA 
TCTGATGAAC TGGAGGAACT TCGTACCAGA TCAGCCAAGA AGAGAAGGAA AAATGCATTA 
ATAAGACATA AAAGCATTGC TGAGGTTTCA CAGAATCTTC GACAAATTGA AATTCCTAAA 
GTGTCAAAGA GAGCTACGAA AAAGGAGAAC TCTCACCCTG CTTCTCAGCA GCCTTCCCAG 
CCAGTGAAAG GTACAGTGCA AGAAGTGACC AAAGTACGAA GAAATCTTTT CAACCAGGAA 
TTGCTTTCCC CTTCAAAGAG ATCACTAAAG CGGGGATTGC CTAGAAGCCA TTCTGTGTCA 
GCTGTGGAAG GTCTAGAGGA TAAACTTGAC AACTTCAAGA AGAACAAAGG TTATCACAAA 
CTGCTGACTA AGAGTGTGGC CGAGACTCCA GTGCATAAGC AGATCTCCAA AAGGCTGTTG 
CATAGACAAA TCAAGGGCAG GTCCTCTGAT CCTGGTCCTG ATATTGGTGT TGTTGAAGAG 
TCCCCTGAAA AAGGAGATGA AATAAGTTTG AGACGAAGTC CTCGAATCAA GCAATTGTCA 
TTTAGCAGGA CACATTCTGC CTCCTTCTAT TCTGTGTCTC AGCCCAAGTC TCGAAGTGTG 
CAAAGAGTCC ACTCTTTCCA GCAAGATAAG TCAGACCAAA GAGAAAATTC TCCAGTCCAA 
AGTATTCGGT CTCCCAAGAG TCTTCTTTTT GGGGCAATGT CTGAGATGAT CAGCCCCTCA 
GAAAAGCGTT CAGCTCGAAT GAAAAAGCGT TCAAGAAATA CTTTGGATTC GGAGGTACCT 
GCAGCTTACC AGACTCCCAA GAAGAGTCAC CAGAAATCTC TGAGCTTTTC TAAAACTACA 
CCAAGAAGTT TCTCTCATAC ACCACAAACT CCACTGTATA CTCCAGAAAG GCTGCAGATG 
TCCCCTGCAA AAATGACCCC TACAAAGCAG GCAACTTTTA AGGAGTACTT AAAAGACTCC 
TCCTCACCCA GCCATGACTC ACCATTGGAT TCAAAAATTA CTCCTCAAAA ACGATGCACC 
CAGGCAGGAG AAGGTACCTC TCTTGAAACG AAGACACCAA GAACTCCTAA GAGGCAAGGT 
ACTCAGCCGC CTGGGTTTTT GCCAGATTGT ACTTGGCCAC ATTCAATGAA TTCCATTCCA 
GAAAGCCCCT CCTATCCAGC CCCACCAACT TCATCGACTG CCCAGCCTAG GACAGAGTGT 
CTGACTCCCA TCAGAGACCC TCTCAGAACA CCTCCAAGAG CAGCAGCCTT CATGGCCACA 
CCTGAGAATC AAACACACCA ACAGCCCCAT GTCCTCAGAG CTGCTCAGGC AGAGGAACCA 
GCCCAGAAAC TAAAGGATAA AGCTATCAAA ACCCCAAAAA GACTAGGGAA TTCAACTGTG 
ACTTCTTCCC CACCTGTTAC GCTAAAGAAA CTATTTACCT CTCCTTTATG TGATGTTTCC 
AAGAAGAGTC CATTCAGGAA ATCTAAAATA GAGTCTCCTT CACCAGGAGA ACTGGATTGG 
AAAGAGCCCC AGATGTTACC CAGTGTAACT GCATCTCTCT CCTGCCCTGT TCCCTCAACT 
CCCCCTAAAC TCTCACAGAG AGCTACATTG GACACTGTCC CTCCTCCGCC TCCTTCTAAA 
GTTGGGAAAC GGTGTGGAAA GACCTCTGAT CCCAGAAGGA GCATCCTGGA GTGTCAGCCT 
GATGCCTCCG CTACTCCTGG GGTTGGCACA GCTGACAGTC CAGCTGCCCC CATAGACTCT 
AGAGATGACC AGAAGGGACT GAGCCTCTCT CAGTCTCCTC CTGAAAGACA GAGCTACCCA 
GGCCCTGGTC TCAGGAGTGA CTGGCATGCA TCCTCTCCTT TGCTCATTAC AAGTGACACA 
GAGCATCTCA CTCTCCTCAG TGAAGCTGAA CACCGTGGCA TTGGTAACTT GAAAAGTAAT 
GTCTCATCAG TGGAAGAGGG TAAGGGGCTA AGGATAGCAG ATGCTGAGGA GAAGTCTTCT 
CTGTCTCACC CTGGGATTCC CCCATCTCCT CCTTTCTGTG GGCCTGGCTC TCCTCTGATG 
CCTTCCTGTG ACATGCACTG TACCACAGAT GGGAGACAGT GCCAGGCTTC AGCACAACTA 
GACAACCTGT CGGCATCAGC TTGGCATTCC ACAGACTCTG CCAGCCCACA GACCTATGAG 
GTTGAGCTGG AGATGCAAGC TTCTGGTCTT CCCAAACTTC GAATTAAAAA GATAGACCCC 
AGCTCTTCAT TAGAGGCTGA GCCCCCCAGC AAGGAGGAGA GCTCTCTGGG AGAGGAGAGC 
TTCCTCCCTG CCCTCAGCAT GCCCAGGGCC AGCAGGTCCT TAAGCAAACC TGAACCCACC 
TATGTGTCAC CCCCCTGCCC CCGCCTCTCC CACAGCACAC CTGGCAAGAG CGGGGGACAA 
ACCTACATCT GTCAGGCCTG CACCCCCACC CACGGCCCTT CTAGTACCCC CTCTCCATTT 
CAGACAGATG GGGTTCCTTG GACACCATCC CCTAAGCACA GTGGGAAGAC AACTCCAGAC 
ATAATTAAAG ACTGGCCCAG GAGGAAGAGG GCAGTGGGCT GTGGCGCCGG CTCCTCTTCT 
GGGAGGGGTG AGGTCAGTGC AGACCTTCCT GGGAGCCTGT CACTGCTGGA GTCAGAGGGC 
AAGGACCACG GCCTCGAACT CAGCATCCAC AAGATGCCCA TCTTGGAGGA TTTCGAGCTC 
GAGGGAGTGT GCCAGCTCCC AGACCAGTCG CCTCCCAGGA ACAGCATGCC TAAGGCTGAG 
GAAGCCTCCT CCTGGGAACA GTTTGGGTTG AGTTCCAGGA AGAGAGTCCT GTTGGCCAAG 
GAAGAAGCTG ACTGTGGAGC CAAAAGGATC TGTGACCTGA GAGAAGATTC AGAAGTTAAT 
AAGAGTAAAG AGAGGTCTCC AAGTTGGAGT GCATGGCAGC TCCCCTCCAC GGGAGACGAT 
GAGGTGTTTG TTTCTGGCTC CACCCCACCT CCCAGCTGTG CCGTTCGGAG CTGCCTCTCT 
GCCAGTGCCC TACAAGCTCT GACCCAGTCT CCACTGCTGT TCCAGGGGAA AACACCTTCT 
CAGAGCAAAG ACTCCAGAGA TGAGGATGTG GATGTACTTC CCTCCACTGT AGAAGACTCT 
CCTTTCAGTC GTGCATTCTC CAGGAGGCGC CCCATCAGCA GAACTTACAC ACGGAAGAAG 
CTCATGGGAA CCTGGCTGGA GGACTTGTAG

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

RefSeq	XP_017716726.1
CDS	1..5730
Translation	MACCHKVMLLLDTAGGAARHSRVRRAALRLLTYLSCRFGLARVHWAFKFFDSQGARSRPSRVSDFRELGARSWEDFEEELEARLEDRAHLPGPAPRATHTHGALMETLLDYQWDRPEITSPTKPILRSSGRRLLDVESEAKEAEAALGGLVNAVFLLAPCPHSQRELLQFVSGCEAQAQRLPPTPKQVMEKLLPKRVQEVMVARKITFYWVDTTEWSKMWESPDHLGYWTVCELLHHGGGAVLPSESFSWDFAKAGEMLLRCEIKLSSEPHLSPWISMLPTDATLNRLLYNSPEYEALFPRMEGMLFLPVEAGKEIQETWTVTLEPLAMHQRHFQKPVRIFLKGSVAQWSLPTSSTLGTDSWMLQSPEESTATQRLLFQQLVSRLTAEELHLVADVDPGEGWPPITGVISPLSANATILTVFHTKEAEFQRHVLQTAVTDSPRDTASLFSDVVDGILNQTHDSLADTASAASPVPEWAQQELGHTTPWSPAVVEKWFPFCNISGASSNLMESFGSLQVASANKEESSKTEGELTHCLAELYQRKSREESTITHQEDSKKKRGVPRTPVRQKMNTMCRSLKMLNVARLNVKAQKLHPDGSPDVAGEKGTQKIPSGRTVDKLEDRGRTLRSSKPKDFKTEEELLSYIRENYQKTVATGEIMLNACARNMISTIKMFLKSKGTKELEVNCLNQVKVnullSLKTSKSLRQNLGKKLDKEDKVRECQLQVFLRLEMCLQCPSINESTDDMEQVVEEVTDFLRMVCLTEDSAYLAEFLEEILRLYIDSIPKTLGSLYNSLGFVIPQKLAGVLPTDFFSDDSMTQENKSPLLSVPFLSSARRSVSGSPESDELEELRTRSAKKRRKNALIRHKSIAEVSQNLRQIEIPKVSKRATKKENSHPASQQPSQPVKGTVQEVTKVRRNLFNQELLSPSKRSLKRGLPRSHSVSAVEGLEDKLDNFKKNKGYHKLLTKSVAETPVHKQISKRLLHRQIKGRSSDPGPDIGVVEESPEKGDEISLRRSPRIKQLSFSRTHSASFYSVSQPKSRSVQRVHSFQQDKSDQRENSPVQSIRSPKSLLFGAMSEMISPSEKRSARMKKRSRNTLDSEVPAAYQTPKKSHQKSLSFSKTTPRSFSHTPQTPLYTPERLQMSPAKMTPTKQATFKEYLKDSSSPSHDSPLDSKITPQKRCTQAGEGTSLETKTPRTPKRQGTQPPGFLPDCTWPHSMNSIPESPSYPAPPTSSTAQPRTECLTPIRDPLRTPPRAAAFMATPENQTHQQPHVLRAAQAEEPAQKLKDKAIKTPKRLGNSTVTSSPPVTLKKLFTSPLCDVSKKSPFRKSKIESPSPGELDWKEPQMLPSVTASLSCPVPSTPPKLSQRATLDTVPPPPPSKVGKRCGKTSDPRRSILECQPDASATPGVGTADSPAAPIDSRDDQKGLSLSQSPPERQSYPGPGLRSDWHASSPLLITSDTEHLTLLSEAEHRGIGNLKSNVSSVEEGKGLRIADAEEKSSLSHPGIPPSPPFCGPGSPLMPSCDMHCTTDGRQCQASAQLDNLSASAWHSTDSASPQTYEVELEMQASGLPKLRIKKIDPSSSLEAEPPSKEESSLGEESFLPALSMPRASRSLSKPEPTYVSPPCPRLSHSTPGKSGGQTYICQACTPTHGPSSTPSPFQTDGVPWTPSPKHSGKTTPDIIKDWPRRKRAVGCGAGSSSGRGEVSADLPGSLSLLESEGKDHGLELSIHKMPILEDFELEGVCQLPDQSPPRNSMPKAEEASSWEQFGLSSRKRVLLAKEEADCGAKRICDLREDSEVNKSKERSPSWSAWQLPSTGDDEVFVSGSTPPPSCAVRSCLSASALQALTQSPLLFQGKTPSQSKDSRDEDVDVLPSTVEDSPFSRAFSRRRPISRTYTRKKLMGTWLEDL

Target ORF information:

RefSeq Version	XM_017861237.1
Organism	Rhinopithecus bieti(black snub-nosed monkey)
Definition	Rhinopithecus bieti TOPBP1 interacting checkpoint and replication regulator (TICRR), mRNA.

Target ORF information:

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

XM_017861237.1

ORF Insert Sequence:

ATGGCATGCT GTCACAAAGT AATGCTGCTG CTCGACACCG CGGGCGGCGC CGCTCGCCAC 
AGCCGGGTCC GGCGGGCCGC CTTGCGCCTC CTCACCTACC TGAGTTGCCG ATTCGGCCTG 
GCCAGGGTCC ACTGGGCCTT CAAGTTCTTT GACTCGCAGG GGGCGAGGAG CCGGCCGTCC 
CGAGTGTCTG ACTTCCGCGA GCTGGGGGCT CGCTCGTGGG AGGACTTTGA GGAGGAGCTG 
GAGGCCAGGC TCGAGGATCG CGCCCACCTG CCCGGCCCGG CGCCCAGGGC CACCCACACG 
CACGGCGCCC TGATGGAGAC GCTGCTAGAC TACCAGTGGG ACCGGCCCGA GATCACGTCG 
CCCACGAAGC CGATCCTGCG GAGCAGCGGG AGGAGACTGC TGGACGTGGA GAGCGAGGCC 
AAGGAGGCCG AGGCCGCGCT CGGGGGCTTG GTGAACGCCG TCTTCCTCCT GGCCCCCTGT 
CCGCACTCGC AGAGGGAGCT GCTGCAGTTC GTGTCTGGGT GCGAGGCCCA GGCCCAGCGC 
CTGCCGCCCA CCCCTAAGCA GGTGATGGAG AAGTTGTTAC CCAAGAGAGT CCAGGAAGTC 
ATGGTCGCCC GAAAAATCAC CTTCTACTGG GTGGATACCA CCGAATGGTC TAAGATGTGG 
GAATCCCCAG ACCACCTTGG ATACTGGACT GTTTGTGAAC TGCTCCACCA TGGAGGTGGC 
GCTGTCTTGC CATCTGAATC TTTCAGCTGG GATTTTGCTA AAGCTGGGGA AATGCTGCTC 
AGGTGTGAAA TAAAGCTGTC AAGTGAACCT CATCTCTCTC CGTGGATTTC AATGCTGCCA 
ACTGATGCCA CTTTAAACCG TTTGCTCTAT AATTCTCCTG AGTATGAGGC CTTGTTTCCA 
CGGATGGAAG GAATGTTATT TCTCCCTGTT GAAGCAGGCA AAGAGATTCA AGAAACATGG 
ACAGTCACCC TAGAGCCCTT GGCCATGCAT CAGAGACATT TTCAGAAACC AGTCAGAATT 
TTTCTAAAAG GCTCTGTGGC CCAGTGGTCT CTCCCAACGA GCAGCACTTT GGGCACCGAC 
AGCTGGATGC TACAAAGTCC AGAGGAGAGC ACAGCAACTC AAAGGCTGTT ATTTCAGCAG 
CTGGTAAGCA GGCTGACTGC TGAAGAGTTA CACCTGGTTG CTGATGTGGA CCCTGGTGAA 
GGCTGGCCCC CCATCACTGG AGTTATTTCC CCGCTCTCTG CCAATGCTAC AATCCTCACT 
GTGTTCCACA CCAAGGAGGC TGAATTTCAA CGACATGTTC TCCAAACAGC TGTGACTGAC 
AGCCCCCGGG ACACAGCTTC CCTTTTCTCA GATGTTGTGG ATGGTATATT GAATCAGACT 
CATGATTCAC TTGCAGATAC TGCTTCTGCT GCTTCTCCTG TTCCAGAGTG GGCCCAGCAG 
GAACTTGGCC ACACCACTCC CTGGAGTCCA GCTGTTGTGG AAAAGTGGTT TCCTTTCTGT 
AACATCAGTG GTGCCAGTTC CAATTTGATG GAGTCATTTG GGTCATTACA GGTTGCCTCA 
GCTAATAAGG AAGAGTCTTC CAAAACTGAA GGTGAATTAA CACATTGCCT TGCCGAGCTC 
TACCAGAGAA AATCTCGTGA AGAATCCACC ATAACTCATC AAGAAGACAG CAAAAAGAAA 
CGAGGTGTCC CTCGTACTCC AGTGAGACAG AAGATGAATA CCATGTGCCG TTCCTTAAAG 
ATGTTGAATG TTGCAAGGCT GAATGTGAAG GCCCAGAAGT TACATCCAGA TGGCAGTCCG 
GATGTGGCTG GGGAGAAAGG AACCCAAAAG ATACCCAGTG GGAGAACAGT AGATAAATTG 
GAAGATAGAG GAAGAACACT AAGAAGTTCT AAACCTAAAG ATTTTAAAAC CGAGGAAGAG 
CTACTATCAT ATATACGTGA AAATTACCAA AAGACTGTGG CCACAGGAGA AATCATGTTG 
AATGCATGTG CTCGAAACAT GATCTCAACC ATTAAAATGT TCCTAAAATC AAAAGGCACC 
AAGGAATTAG AAGTGAACTG CCTGAATCAA GTAAAAGTAN NATCTCTTAA AACTAGCAAA 
AGTCTTCGAC AGAATCTAGG AAAAAAACTG GATAAGGAAG ACAAAGTTAG AGAGTGCCAG 
CTTCAGGTAT TTCTTCGTTT GGAGATGTGT CTGCAATGCC CTTCAATAAA TGAAAGTACA 
GATGATATGG AACAAGTCGT GGAGGAGGTG ACAGATTTCC TGCGCATGGT GTGTTTAACT 
GAGGATTCAG CGTACCTAGC TGAGTTTCTG GAGGAAATTT TGAGATTGTA TATTGACTCT 
ATCCCAAAGA CACTTGGAAG TCTTTACAAC AGCCTAGGGT TTGTGATTCC TCAGAAGCTG 
GCTGGTGTCC TTCCTACAGA TTTTTTCAGT GACGACTCCA TGACACAAGA GAACAAATCA 
CCACTTCTTT CTGTGCCTTT TTTGTCAAGT GCTCGTAGAT CAGTGTCAGG CAGCCCTGAA 
TCTGATGAAC TGGAGGAACT TCGTACCAGA TCAGCCAAGA AGAGAAGGAA AAATGCATTA 
ATAAGACATA AAAGCATTGC TGAGGTTTCA CAGAATCTTC GACAAATTGA AATTCCTAAA 
GTGTCAAAGA GAGCTACGAA AAAGGAGAAC TCTCACCCTG CTTCTCAGCA GCCTTCCCAG 
CCAGTGAAAG GTACAGTGCA AGAAGTGACC AAAGTACGAA GAAATCTTTT CAACCAGGAA 
TTGCTTTCCC CTTCAAAGAG ATCACTAAAG CGGGGATTGC CTAGAAGCCA TTCTGTGTCA 
GCTGTGGAAG GTCTAGAGGA TAAACTTGAC AACTTCAAGA AGAACAAAGG TTATCACAAA 
CTGCTGACTA AGAGTGTGGC CGAGACTCCA GTGCATAAGC AGATCTCCAA AAGGCTGTTG 
CATAGACAAA TCAAGGGCAG GTCCTCTGAT CCTGGTCCTG ATATTGGTGT TGTTGAAGAG 
TCCCCTGAAA AAGGAGATGA AATAAGTTTG AGACGAAGTC CTCGAATCAA GCAATTGTCA 
TTTAGCAGGA CACATTCTGC CTCCTTCTAT TCTGTGTCTC AGCCCAAGTC TCGAAGTGTG 
CAAAGAGTCC ACTCTTTCCA GCAAGATAAG TCAGACCAAA GAGAAAATTC TCCAGTCCAA 
AGTATTCGGT CTCCCAAGAG TCTTCTTTTT GGGGCAATGT CTGAGATGAT CAGCCCCTCA 
GAAAAGCGTT CAGCTCGAAT GAAAAAGCGT TCAAGAAATA CTTTGGATTC GGAGGTACCT 
GCAGCTTACC AGACTCCCAA GAAGAGTCAC CAGAAATCTC TGAGCTTTTC TAAAACTACA 
CCAAGAAGTT TCTCTCATAC ACCACAAACT CCACTGTATA CTCCAGAAAG GCTGCAGATG 
TCCCCTGCAA AAATGACCCC TACAAAGCAG GCAACTTTTA AGGAGTACTT AAAAGACTCC 
TCCTCACCCA GCCATGACTC ACCATTGGAT TCAAAAATTA CTCCTCAAAA ACGATGCACC 
CAGGCAGGAG AAGGTACCTC TCTTGAAACG AAGACACCAA GAACTCCTAA GAGGCAAGGT 
ACTCAGCCGC CTGGGTTTTT GCCAGATTGT ACTTGGCCAC ATTCAATGAA TTCCATTCCA 
GAAAGCCCCT CCTATCCAGC CCCACCAACT TCATCGACTG CCCAGCCTAG GACAGAGTGT 
CTGACTCCCA TCAGAGACCC TCTCAGAACA CCTCCAAGAG CAGCAGCCTT CATGGCCACA 
CCTGAGAATC AAACACACCA ACAGCCCCAT GTCCTCAGAG CTGCTCAGGC AGAGGAACCA 
GCCCAGAAAC TAAAGGATAA AGCTATCAAA ACCCCAAAAA GACTAGGGAA TTCAACTGTG 
ACTTCTTCCC CACCTGTTAC GCTAAAGAAA CTATTTACCT CTCCTTTATG TGATGTTTCC 
AAGAAGAGTC CATTCAGGAA ATCTAAAATA GAGTCTCCTT CACCAGGAGA ACTGGATTGG 
AAAGAGCCCC AGATGTTACC CAGTGTAACT GCATCTCTCT CCTGCCCTGT TCCCTCAACT 
CCCCCTAAAC TCTCACAGAG AGCTACATTG GACACTGTCC CTCCTCCGCC TCCTTCTAAA 
GTTGGGAAAC GGTGTGGAAA GACCTCTGAT CCCAGAAGGA GCATCCTGGA GTGTCAGCCT 
GATGCCTCCG CTACTCCTGG GGTTGGCACA GCTGACAGTC CAGCTGCCCC CATAGACTCT 
AGAGATGACC AGAAGGGACT GAGCCTCTCT CAGTCTCCTC CTGAAAGACA GAGCTACCCA 
GGCCCTGGTC TCAGGAGTGA CTGGCATGCA TCCTCTCCTT TGCTCATTAC AAGTGACACA 
GAGCATCTCA CTCTCCTCAG TGAAGCTGAA CACCGTGGCA TTGGTAACTT GAAAAGTAAT 
GTCTCATCAG TGGAAGAGGG TAAGGGGCTA AGGATAGCAG ATGCTGAGGA GAAGTCTTCT 
CTGTCTCACC CTGGGATTCC CCCATCTCCT CCTTTCTGTG GGCCTGGCTC TCCTCTGATG 
CCTTCCTGTG ACATGCACTG TACCACAGAT GGGAGACAGT GCCAGGCTTC AGCACAACTA 
GACAACCTGT CGGCATCAGC TTGGCATTCC ACAGACTCTG CCAGCCCACA GACCTATGAG 
GTTGAGCTGG AGATGCAAGC TTCTGGTCTT CCCAAACTTC GAATTAAAAA GATAGACCCC 
AGCTCTTCAT TAGAGGCTGA GCCCCCCAGC AAGGAGGAGA GCTCTCTGGG AGAGGAGAGC 
TTCCTCCCTG CCCTCAGCAT GCCCAGGGCC AGCAGGTCCT TAAGCAAACC TGAACCCACC 
TATGTGTCAC CCCCCTGCCC CCGCCTCTCC CACAGCACAC CTGGCAAGAG CGGGGGACAA 
ACCTACATCT GTCAGGCCTG CACCCCCACC CACGGCCCTT CTAGTACCCC CTCTCCATTT 
CAGACAGATG GGGTTCCTTG GACACCATCC CCTAAGCACA GTGGGAAGAC AACTCCAGAC 
ATAATTAAAG ACTGGCCCAG GAGGAAGAGG GCAGTGGGCT GTGGCGCCGG CTCCTCTTCT 
GGGAGGGGTG AGGTCAGTGC AGACCTTCCT GGGAGCCTGT CACTGCTGGA GTCAGAGGGC 
AAGGACCACG GCCTCGAACT CAGCATCCAC AAGATGCCCA TCTTGGAGGA TTTCGAGCTC 
GAGGGAGTGT GCCAGCTCCC AGACCAGTCG CCTCCCAGGA ACAGCATGCC TAAGGCTGAG 
GAAGCCTCCT CCTGGGAACA GTTTGGGTTG AGTTCCAGGA AGAGAGTCCT GTTGGCCAAG 
GAAGAAGCTG ACTGTGGAGC CAAAAGGATC TGTGACCTGA GAGAAGATTC AGAAGTTAAT 
AAGAGTAAAG AGAGGTCTCC AAGTTGGAGT GCATGGCAGC TCCCCTCCAC GGGAGACGAT 
GAGGTGTTTG TTTCTGGCTC CACCCCACCT CCCAGCTGTG CCGTTCGGAG CTGCCTCTCT 
GCCAGTGCCC TACAAGCTCT GACCCAGTCT CCACTGCTGT TCCAGGGGAA AACACCTTCT 
CAGAGCAAAG ACTCCAGAGA TGAGGATGTG GATGTACTTC CCTCCACTGT AGAAGACTCT 
CCTTTCAGTC GTGCATTCTC CAGGAGGCGC CCCATCAGCA GAACTTACAC ACGGAAGAAG 
CTCATGGGAA CCTGGCTGGA GGACTTGTAG