Trim66 cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Trim66
Entrez Gene ID	103750443
Full Name	tripartite motif containing 66
Gene Type	protein-coding
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_029556278.1	XP_029412138.1	tripartite motif-containing protein 66
XM_008853540.1	XP_008851762.1	tripartite motif-containing protein 66

Pathways from BioSystems
Gene Ontology

The following Trim66 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Trim66 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
ONa136844	XM_029556278.1 Latest version!	Nannospalax galili tripartite motif containing 66 (Trim66), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
ONa35327	XM_008853540.1 Latest version!	Nannospalax galili tripartite motif containing 66 (Trim66), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

ORF Online Only Promotion

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

Trim66 ( XM_029556278.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029412138.1 Nannospalax galili tripartite motif containing 66 (Trim66), mRNA.

Price & Availability↑

CloneID	ONa136844
Clone ID Related Accession (Same CDS sequence)	XM_029556278.1
Accession Version	XM_029556278.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4485bp) 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	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	tripartite motif-containing protein 66
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008355789.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 13% of CDS bases ##RefSeq-Attributes-END##

ATGGACCCGG AAGCACCCGA GAATAAGAAT GCAGTGATCC TGGTGTTTGT GAATCAGTCA 
GCACCCGATA TTAGGCGCAA ATTGCAGAGC CAGTATACTA TATTAGATTT AAAAGATGCC 
TTCATTAGCC TGCCCTTAGC CAAGGACAGT GAGTCATTCT TTGCCTTTGA ATGGCAAGAT 
CCGGAGGTCG GTTTCAACGG ACAGCTGACC TGGACTCGCC TGCCTCAGGG ATTCAAGAAC 
TTACCCACTC TCTTTGGTGA GGCACTTCAT GAGGATCTGG CACATGTGCA AGGAGCCATC 
TACCAGGAAA GGGGGCTGCT CACAGCCCCC CTTAAAAATA CACAAGAAAT TCTGGACCTG 
TTGGCAGCTC TGTGGCTACC TAAGAAACTG GCTATTAGCC ACTGCCCCGG GCACCAGAAA 
GCCAACACAC CCATAGCTCG GGGAAATCAG AGAGCAGACC GGGTTGCCAA AGAAGTAGCT 
TTGGAGGCCT TCCAGATTTT GCCAATCCAA CTTTTGGGAA AATTGCTGCA GAGCCTTCGA 
GATAAACAGG AACAGGAGGA GTCAACCACG CTCTTTCTTG CAGGAGCATC TCAGACCTGC 
TGGCAGCCAG GGGCAAAATC GGCAGTCAAC CCAGGTGTGT CTTGGATCAA AATCTGTCTA 
ACAGAGCTCA TCTCCTGTCC TGGGTGTCAA CCAGTGTATC TTACCAGAGA TGTAACTGAA 
TATATTCTTC TTCAGTGCTT TTCTTCTGGG CAATCCACAA TGGCCAGGAA TTGCTCAGAG 
TGCAAGGAGA AGAGGGCGGC TCACATCCTC TGCACCTACT GCAACCGCTG GCTGTGCAGT 
TCCTGCACAG AGGAGCACCG GCACGTCCCT GCCCCGGGGG GCCCACTCTT TGCCCGTACT 
CAGAAGGGGT CTTCAGGGGT GAATGGCGGC TCTGGCGACT TTGCCTTGTA CTGCCCTCTG 
CACACACAGG AAGTGCTCAA GCTGTTCTGC GAGACCTGTG ATGTGCTCAC ATGCCACAGC 
TGCCTGATGG TGGAACACAA AGAACACAGG TGCAGACATG TTGAAGAAGT TCTACAAAAC 
CAGAGGATGC TTCTGGAAAG TGTGACAACA CAGGTGGCTC ATAAGAAATC CAGTCTACAG 
ACATCTGCAA AGCAAATCGA GGACAGGATT TTTGAGGTGA AACATCAGCA TAGGAAGGTG 
GAAAACCAGA TCAAAATGGC CAAGATGGTC CTGATGAATG AGCTCAACAA ACAGGCCAAC 
GGACTTATAG AGGAACTTGA GGGCATCACT AATGAGAGAA AGCGGAAACT GGAGCAGCAG 
TTACAGAGCA TCATGGTCCT CAACCGTCAG TTTGAACATG TGCAGAATTT CATCAATTGG 
GCTGTCTGCA GCAAAACCAG TGTCCCTTTC CTTTTCAGCA AAGAGCTGAT TGTGTTTCAG 
ATGCAGCGGT TGCTGGAGAC GAGTTGTAAC ACAGATCCTG GCTCCCCTTG GAGTATCAGA 
TTCACCTGGG AGCCCAACTT CTGGACCAAG CAGCTGGCTT CCCTTGGTTG CATAACTACT 
GAAGGTGGAC AACTGTCCCG GGCAGATACT GCGGCTTATG GAAGCTTACA GGGACCATCA 
TCCTTTTATC AAAGCCACCA GCCCCCCATG GCTCAGCAGG AGGGCCTCAG CCATCCCTCA 
CACAAGTTCC AGCCTCCAGC CCTGTGTTCC TCATCTGTCT GCTGCTCCCA CTGCTCCCCA 
GTGTCACCTT CCCTCAAAGG CCAGGTCCCT CCGCCCAGCA TTCACCCAGC CCACAGTTTC 
CGGCAGCCCT CTGAGATGGT GTCCCACCAG CTGGGGTCGC TGCAGTGCTC CACCCTGCTG 
CCCAGGGAGA AAGAATTGGC TTGCAGTCCT CACCCGCCAA AGTTGCTGCA GCCCTGGCTG 
GAAACGCAGC CCCCTGCGGA GCAGGAGAGC ACATCCCAGC GGCCGGGACA GCAGCTAACT 
TCCCAGCCTG TGTGCATCGT TCCCCCACAG GATGTTCAGC CAGGAGCTCA CACTCAGCCC 
ACCATACAGA CACCCTCCAT CCAAGTTCAG TTCGGCCACC ACCAGAAGCT GAAGCTNNNN 
NNNNNNNNNN NNNNNNNNNN NNNNNNNNNN NNNNNNNCAC CCCCACCGCC TCCACCCACC 
CAGCAGCCAC CCCCAGCCCT GCCTCCATCT CAGCACCTGG CTTCTAGTCA GCATGAGAGC 
CCTCCTGGGC CTGCCTGTTC CCAGAACGTG GACATCATGC ACCACAAGTT TGAGCTGGAG 
GAGATGCAGA AGGACCTGGA GCTTCTCCTC CAGGCCCAGC AGCCCAGCCT GCAGCTGAGT 
CAGACCAAAT CTCCTCAGCA TCTTCAGCAA ACCATTGTGG GGCAGATCAA CTACATCGTG 
AGGCAGCCGG CACCTGTCCA GTCCCAGAGC CAGGAGGATA CCCTGCAGGT TACAGAGGAT 
CCACCAGCAT CAGAGGGCCC AAAGCCAACT CTCCCTCTTG ACAGGAATCC GGCTGCTGCC 
TTGCCCCAGA CATCTGAGGA AGAAACACCT CACAGTGTCC CCCCGGTGGA CAACACTTCC 
CAGCACTCCT CTCCAAATGT GGTGAGAAAG CAACATTCCA CTTCAGTCAG CATCATGGGC 
TTTTCTAACA CTGTGGAGAT GGAGTTGTCA TCTACCAGGC TGGCGAGGAC CACAGAACCA 
CAGATCCACA GCGTGAGCAG CCTGACAACT GGCCCTTCCC ACACAGTTCC GAGCCTGCTG 
AATGGCCCTC CACAAACCGT GTCCAGTCTG ACGAGTGTTT CAAACCATGT CATGCCCAAT 
ATGACAGCCA GTCACCTGCA CTCCATGCCA AACCTTGTGC ATGGCACATT CCAGTCCATG 
CCCAACTTGA TGAGTGATTC TTCCCAGGCC ATTGCAAACC AGGCAAGGGA TCACTCGCAG 
GGTGGGCCCA GTCTAATGCC TGCGCGTACC CAAGCTGTGC CGAGTCTGGC CTCTTGTCCT 
CTTCAGGGCA TGCCTCCAGT TTCTGACACG CAGCTCGAGA CTAGATCCAC TTCCAGTCCT 
GGCTCTGGCC GAACTGCAGA GAGCCTGGGC CCCAGGGAGG GGTCTGACCC CTCCCTAGGG 
AATGCCCTAT GTAAGATGGA AAGTGAGGAT TGCACTCGCT TCACGCACTC CATGGGACAA 
GATCTCAAAG GCCCCAGTCT GGATGCTCCC AAGGACTTGG CAATTCCCTC AGAACTGGAG 
GAGCCAATTA ACCTCTCAGT GAAAAAACCT TCACTGCTAC CAGTGATCAA CACATCCACG 
GCTCTGCAGC AGTACCGCAA CCCAAAAGAG TATGAGACTT TTGAACAAGA AACCCTTGAG 
CTGGATACAA AAGAGAATCC GAGCATTAGA GCCTTCAACA GTGAGGCCAA GATTCCCTAT 
GTGCGACTGG AGCGACTCAA GATCTGTGCT GCCTCCTCAG GAGAGATGCC TGTATTCAAG 
CTGAAGCCTC AGAAGAATGA CCAGGATGGG AGCTTCCTGC TGGTGATTGA GTGTGGCACC 
GAGTCCTCCA GCATGTCCAT TAAGGTCAGC CAGAACAGCC TGCCTGATGA CATCCAAGGC 
CCAGGTCTGG GGGGAAGAAA GGTCACTGTC ACATCTCTGG CTGGGCAGCA GTCACCAGAG 
GCAGAAAACA CATCTGAAGA ACACAGACTC ATTCCTCGAA CTCCTGGAGC CAAGAAGTGT 
CCTCCAGCCC CCATAGAGAA TGAGGACTTC TGCGCCGTGT GCCTCAACGG TGGAGAGCTG 
CTGTGCTGTG ACCGGTGCCC CAAAGTATAC CACCTTTCCT GCCACGTGCC AGCCTTGCTC 
AGCTTCCCAG GGGGAGAGTG GGTGTGTACC TTGTGCCGCA GCCTGTTTCA GCCTGAGATG 
GAGTACGACT GTGAGAATGC CCGATACAGT CAGCCTGGAG TGCGGGCACC TCCTGGCCTG 
AGCATGTATG ACCAGAAGAA GTGTGAGAAG CTGGTGCTGT CCCTGTGCTG CAATAGCCTC 
AGCCTGCCCT TCCATGAACC CGTCAGCCCT CTGGCCAGAC ATTATTACCA GATTATCAAG 
AGGCCCATGG ACCTGTCAAT CATCCGGAGA AAGCTTCAAA AGAAAGACCC AGCTCATTAC 
ACCACTCCCG AGGAGGTGGT GTCAGATGTG CGCCTCATGT TCTGGAACTG TGCTAAGTTC 
AACTATCCTG ACTCGGAGGT GGCAGAGGCT GGCCGCTGTC TGGAAGTGTT CTTTGAGGGC 
TGGCTGAAGG AAATCTATCC AGAGAAATGC TTTGCCCAGC CCCAGCAAGA GGATTCAGAT 
TCTGAGGACG TATCTGGCGA GAGTGGCTGT TCCACCCCTC AGGGCTTCCC ATGGCCCCCC 
TACATGCAGG AAGGCATCCA GCCCAAGAGA CGGCGGCGAC AAATGGAGAA TGAAAAGGCA 
AAGAGAATGT CATTTCGCCT GGCCAACAGC ATCTCGCAGG TGTGA

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

RefSeq	XP_029412138.1
CDS	1..4485
Translation	MDPEAPENKNAVILVFVNQSAPDIRRKLQSQYTILDLKDAFISLPLAKDSESFFAFEWQDPEVGFNGQLTWTRLPQGFKNLPTLFGEALHEDLAHVQGAIYQERGLLTAPLKNTQEILDLLAALWLPKKLAISHCPGHQKANTPIARGNQRADRVAKEVALEAFQILPIQLLGKLLQSLRDKQEQEESTTLFLAGASQTCWQPGAKSAVNPGVSWIKICLTELISCPGCQPVYLTRDVTEYILLQCFSSGQSTMARNCSECKEKRAAHILCTYCNRWLCSSCTEEHRHVPAPGGPLFARTQKGSSGVNGGSGDFALYCPLHTQEVLKLFCETCDVLTCHSCLMVEHKEHRCRHVEEVLQNQRMLLESVTTQVAHKKSSLQTSAKQIEDRIFEVKHQHRKVENQIKMAKMVLMNELNKQANGLIEELEGITNERKRKLEQQLQSIMVLNRQFEHVQNFINWAVCSKTSVPFLFSKELIVFQMQRLLETSCNTDPGSPWSIRFTWEPNFWTKQLASLGCITTEGGQLSRADTAAYGSLQGPSSFYQSHQPPMAQQEGLSHPSHKFQPPALCSSSVCCSHCSPVSPSLKGQVPPPSIHPAHSFRQPSEMVSHQLGSLQCSTLLPREKELACSPHPPKLLQPWLETQPPAEQESTSQRPGQQLTSQPVCIVPPQDVQPGAHTQPTIQTPSIQVQFGHHQKLKnullnullnullnullnullnullnullnullnullnullnullnullnullnullnullPPPPPPTQQPPPALPPSQHLASSQHESPPGPACSQNVDIMHHKFELEEMQKDLELLLQAQQPSLQLSQTKSPQHLQQTIVGQINYIVRQPAPVQSQSQEDTLQVTEDPPASEGPKPTLPLDRNPAAALPQTSEEETPHSVPPVDNTSQHSSPNVVRKQHSTSVSIMGFSNTVEMELSSTRLARTTEPQIHSVSSLTTGPSHTVPSLLNGPPQTVSSLTSVSNHVMPNMTASHLHSMPNLVHGTFQSMPNLMSDSSQAIANQARDHSQGGPSLMPARTQAVPSLASCPLQGMPPVSDTQLETRSTSSPGSGRTAESLGPREGSDPSLGNALCKMESEDCTRFTHSMGQDLKGPSLDAPKDLAIPSELEEPINLSVKKPSLLPVINTSTALQQYRNPKEYETFEQETLELDTKENPSIRAFNSEAKIPYVRLERLKICAASSGEMPVFKLKPQKNDQDGSFLLVIECGTESSSMSIKVSQNSLPDDIQGPGLGGRKVTVTSLAGQQSPEAENTSEEHRLIPRTPGAKKCPPAPIENEDFCAVCLNGGELLCCDRCPKVYHLSCHVPALLSFPGGEWVCTLCRSLFQPEMEYDCENARYSQPGVRAPPGLSMYDQKKCEKLVLSLCCNSLSLPFHEPVSPLARHYYQIIKRPMDLSIIRRKLQKKDPAHYTTPEEVVSDVRLMFWNCAKFNYPDSEVAEAGRCLEVFFEGWLKEIYPEKCFAQPQQEDSDSEDVSGESGCSTPQGFPWPPYMQEGIQPKRRRRQMENEKAKRMSFRLANSISQV

Target ORF information:

RefSeq Version	XM_029556278.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili tripartite motif containing 66 (Trim66), mRNA.

Target ORF information:

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

XM_029556278.1

ORF Insert Sequence:

ATGGACCCGG AAGCACCCGA GAATAAGAAT GCAGTGATCC TGGTGTTTGT GAATCAGTCA 
GCACCCGATA TTAGGCGCAA ATTGCAGAGC CAGTATACTA TATTAGATTT AAAAGATGCC 
TTCATTAGCC TGCCCTTAGC CAAGGACAGT GAGTCATTCT TTGCCTTTGA ATGGCAAGAT 
CCGGAGGTCG GTTTCAACGG ACAGCTGACC TGGACTCGCC TGCCTCAGGG ATTCAAGAAC 
TTACCCACTC TCTTTGGTGA GGCACTTCAT GAGGATCTGG CACATGTGCA AGGAGCCATC 
TACCAGGAAA GGGGGCTGCT CACAGCCCCC CTTAAAAATA CACAAGAAAT TCTGGACCTG 
TTGGCAGCTC TGTGGCTACC TAAGAAACTG GCTATTAGCC ACTGCCCCGG GCACCAGAAA 
GCCAACACAC CCATAGCTCG GGGAAATCAG AGAGCAGACC GGGTTGCCAA AGAAGTAGCT 
TTGGAGGCCT TCCAGATTTT GCCAATCCAA CTTTTGGGAA AATTGCTGCA GAGCCTTCGA 
GATAAACAGG AACAGGAGGA GTCAACCACG CTCTTTCTTG CAGGAGCATC TCAGACCTGC 
TGGCAGCCAG GGGCAAAATC GGCAGTCAAC CCAGGTGTGT CTTGGATCAA AATCTGTCTA 
ACAGAGCTCA TCTCCTGTCC TGGGTGTCAA CCAGTGTATC TTACCAGAGA TGTAACTGAA 
TATATTCTTC TTCAGTGCTT TTCTTCTGGG CAATCCACAA TGGCCAGGAA TTGCTCAGAG 
TGCAAGGAGA AGAGGGCGGC TCACATCCTC TGCACCTACT GCAACCGCTG GCTGTGCAGT 
TCCTGCACAG AGGAGCACCG GCACGTCCCT GCCCCGGGGG GCCCACTCTT TGCCCGTACT 
CAGAAGGGGT CTTCAGGGGT GAATGGCGGC TCTGGCGACT TTGCCTTGTA CTGCCCTCTG 
CACACACAGG AAGTGCTCAA GCTGTTCTGC GAGACCTGTG ATGTGCTCAC ATGCCACAGC 
TGCCTGATGG TGGAACACAA AGAACACAGG TGCAGACATG TTGAAGAAGT TCTACAAAAC 
CAGAGGATGC TTCTGGAAAG TGTGACAACA CAGGTGGCTC ATAAGAAATC CAGTCTACAG 
ACATCTGCAA AGCAAATCGA GGACAGGATT TTTGAGGTGA AACATCAGCA TAGGAAGGTG 
GAAAACCAGA TCAAAATGGC CAAGATGGTC CTGATGAATG AGCTCAACAA ACAGGCCAAC 
GGACTTATAG AGGAACTTGA GGGCATCACT AATGAGAGAA AGCGGAAACT GGAGCAGCAG 
TTACAGAGCA TCATGGTCCT CAACCGTCAG TTTGAACATG TGCAGAATTT CATCAATTGG 
GCTGTCTGCA GCAAAACCAG TGTCCCTTTC CTTTTCAGCA AAGAGCTGAT TGTGTTTCAG 
ATGCAGCGGT TGCTGGAGAC GAGTTGTAAC ACAGATCCTG GCTCCCCTTG GAGTATCAGA 
TTCACCTGGG AGCCCAACTT CTGGACCAAG CAGCTGGCTT CCCTTGGTTG CATAACTACT 
GAAGGTGGAC AACTGTCCCG GGCAGATACT GCGGCTTATG GAAGCTTACA GGGACCATCA 
TCCTTTTATC AAAGCCACCA GCCCCCCATG GCTCAGCAGG AGGGCCTCAG CCATCCCTCA 
CACAAGTTCC AGCCTCCAGC CCTGTGTTCC TCATCTGTCT GCTGCTCCCA CTGCTCCCCA 
GTGTCACCTT CCCTCAAAGG CCAGGTCCCT CCGCCCAGCA TTCACCCAGC CCACAGTTTC 
CGGCAGCCCT CTGAGATGGT GTCCCACCAG CTGGGGTCGC TGCAGTGCTC CACCCTGCTG 
CCCAGGGAGA AAGAATTGGC TTGCAGTCCT CACCCGCCAA AGTTGCTGCA GCCCTGGCTG 
GAAACGCAGC CCCCTGCGGA GCAGGAGAGC ACATCCCAGC GGCCGGGACA GCAGCTAACT 
TCCCAGCCTG TGTGCATCGT TCCCCCACAG GATGTTCAGC CAGGAGCTCA CACTCAGCCC 
ACCATACAGA CACCCTCCAT CCAAGTTCAG TTCGGCCACC ACCAGAAGCT GAAGCTNNNN 
NNNNNNNNNN NNNNNNNNNN NNNNNNNNNN NNNNNNNCAC CCCCACCGCC TCCACCCACC 
CAGCAGCCAC CCCCAGCCCT GCCTCCATCT CAGCACCTGG CTTCTAGTCA GCATGAGAGC 
CCTCCTGGGC CTGCCTGTTC CCAGAACGTG GACATCATGC ACCACAAGTT TGAGCTGGAG 
GAGATGCAGA AGGACCTGGA GCTTCTCCTC CAGGCCCAGC AGCCCAGCCT GCAGCTGAGT 
CAGACCAAAT CTCCTCAGCA TCTTCAGCAA ACCATTGTGG GGCAGATCAA CTACATCGTG 
AGGCAGCCGG CACCTGTCCA GTCCCAGAGC CAGGAGGATA CCCTGCAGGT TACAGAGGAT 
CCACCAGCAT CAGAGGGCCC AAAGCCAACT CTCCCTCTTG ACAGGAATCC GGCTGCTGCC 
TTGCCCCAGA CATCTGAGGA AGAAACACCT CACAGTGTCC CCCCGGTGGA CAACACTTCC 
CAGCACTCCT CTCCAAATGT GGTGAGAAAG CAACATTCCA CTTCAGTCAG CATCATGGGC 
TTTTCTAACA CTGTGGAGAT GGAGTTGTCA TCTACCAGGC TGGCGAGGAC CACAGAACCA 
CAGATCCACA GCGTGAGCAG CCTGACAACT GGCCCTTCCC ACACAGTTCC GAGCCTGCTG 
AATGGCCCTC CACAAACCGT GTCCAGTCTG ACGAGTGTTT CAAACCATGT CATGCCCAAT 
ATGACAGCCA GTCACCTGCA CTCCATGCCA AACCTTGTGC ATGGCACATT CCAGTCCATG 
CCCAACTTGA TGAGTGATTC TTCCCAGGCC ATTGCAAACC AGGCAAGGGA TCACTCGCAG 
GGTGGGCCCA GTCTAATGCC TGCGCGTACC CAAGCTGTGC CGAGTCTGGC CTCTTGTCCT 
CTTCAGGGCA TGCCTCCAGT TTCTGACACG CAGCTCGAGA CTAGATCCAC TTCCAGTCCT 
GGCTCTGGCC GAACTGCAGA GAGCCTGGGC CCCAGGGAGG GGTCTGACCC CTCCCTAGGG 
AATGCCCTAT GTAAGATGGA AAGTGAGGAT TGCACTCGCT TCACGCACTC CATGGGACAA 
GATCTCAAAG GCCCCAGTCT GGATGCTCCC AAGGACTTGG CAATTCCCTC AGAACTGGAG 
GAGCCAATTA ACCTCTCAGT GAAAAAACCT TCACTGCTAC CAGTGATCAA CACATCCACG 
GCTCTGCAGC AGTACCGCAA CCCAAAAGAG TATGAGACTT TTGAACAAGA AACCCTTGAG 
CTGGATACAA AAGAGAATCC GAGCATTAGA GCCTTCAACA GTGAGGCCAA GATTCCCTAT 
GTGCGACTGG AGCGACTCAA GATCTGTGCT GCCTCCTCAG GAGAGATGCC TGTATTCAAG 
CTGAAGCCTC AGAAGAATGA CCAGGATGGG AGCTTCCTGC TGGTGATTGA GTGTGGCACC 
GAGTCCTCCA GCATGTCCAT TAAGGTCAGC CAGAACAGCC TGCCTGATGA CATCCAAGGC 
CCAGGTCTGG GGGGAAGAAA GGTCACTGTC ACATCTCTGG CTGGGCAGCA GTCACCAGAG 
GCAGAAAACA CATCTGAAGA ACACAGACTC ATTCCTCGAA CTCCTGGAGC CAAGAAGTGT 
CCTCCAGCCC CCATAGAGAA TGAGGACTTC TGCGCCGTGT GCCTCAACGG TGGAGAGCTG 
CTGTGCTGTG ACCGGTGCCC CAAAGTATAC CACCTTTCCT GCCACGTGCC AGCCTTGCTC 
AGCTTCCCAG GGGGAGAGTG GGTGTGTACC TTGTGCCGCA GCCTGTTTCA GCCTGAGATG 
GAGTACGACT GTGAGAATGC CCGATACAGT CAGCCTGGAG TGCGGGCACC TCCTGGCCTG 
AGCATGTATG ACCAGAAGAA GTGTGAGAAG CTGGTGCTGT CCCTGTGCTG CAATAGCCTC 
AGCCTGCCCT TCCATGAACC CGTCAGCCCT CTGGCCAGAC ATTATTACCA GATTATCAAG 
AGGCCCATGG ACCTGTCAAT CATCCGGAGA AAGCTTCAAA AGAAAGACCC AGCTCATTAC 
ACCACTCCCG AGGAGGTGGT GTCAGATGTG CGCCTCATGT TCTGGAACTG TGCTAAGTTC 
AACTATCCTG ACTCGGAGGT GGCAGAGGCT GGCCGCTGTC TGGAAGTGTT CTTTGAGGGC 
TGGCTGAAGG AAATCTATCC AGAGAAATGC TTTGCCCAGC CCCAGCAAGA GGATTCAGAT 
TCTGAGGACG TATCTGGCGA GAGTGGCTGT TCCACCCCTC AGGGCTTCCC ATGGCCCCCC 
TACATGCAGG AAGGCATCCA GCCCAAGAGA CGGCGGCGAC AAATGGAGAA TGAAAAGGCA 
AAGAGAATGT CATTTCGCCT GGCCAACAGC ATCTCGCAGG TGTGA

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

Trim66 ( XM_008853540.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008851762.1 Nannospalax galili tripartite motif containing 66 (Trim66), mRNA.

Price & Availability↑

CloneID	ONa35327
Clone ID Related Accession (Same CDS sequence)	XM_008853540.1
Accession Version	XM_008853540.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3840bp) 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	2016-08-10
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	tripartite motif-containing protein 66
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008355789.1) 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 :: Nannospalax galili Annotation Release 101 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## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGCAGATCA CTGGCACAGA GCTCATCTCC TGTCCTGGGT GTCAACCAGT GTATCTTACC 
AGAGATGTAA CTGAATATAT TCTTCTTCAG TGCTTTTCTT CTGGGCAATC CACAATGGCC 
AGGAATTGCT CAGAGTGCAA GGAGAAGAGG GCGGCTCACA TCCTCTGCAC CTACTGCAAC 
CGCTGGCTGT GCAGTTCCTG CACAGAGGAG CACCGGCACG TCCCTGCCCC GGGGGGCCCA 
CTCTTTGCCC GTACTCAGAA GGGGTCTTCA GGGGTGAATG GCGGCTCTGG CGACTTTGCC 
TTGTACTGCC CTCTGCACAC ACAGGAAGTG CTCAAGCTGT TCTGCGAGAC CTGTGATGTG 
CTCACATGCC ACAGCTGCCT GATGGTGGAA CACAAAGAAC ACAGGTGCAG ACATGTTGAA 
GAAGTTCTAC AAAACCAGAG GATGCTTCTG GAAAGTGTGA CAACACAGGT GGCTCATAAG 
AAATCCAGTC TACAGACATC TGCAAAGCAA ATCGAGGACA GGATTTTTGA GGTGAAACAT 
CAGCATAGGA AGGTGGAAAA CCAGATCAAA ATGGCCAAGA TGGTCCTGAT GAATGAGCTC 
AACAAACAGG CCAACGGACT TATAGAGGAA CTTGAGGGCA TCACTAATGA GAGAAAGCGG 
AAACTGGAGC AGCAGTTACA GAGCATCATG GTCCTCAACC GTCAGTTTGA ACATGTGCAG 
AATTTCATCA ATTGGGCTGT CTGCAGCAAA ACCAGTGTCC CTTTCCTTTT CAGCAAAGAG 
CTGATTGTGT TTCAGATGCA GCGGTTGCTG GAGACGAGTT GTAACACAGA TCCTGGCTCC 
CCTTGGAGTA TCAGATTCAC CTGGGAGCCC AACTTCTGGA CCAAGCAGCT GGCTTCCCTT 
GGTTGCATAA CTACTGAAGG TGGACAACTG TCCCGGGCAG ATACTGCGGC TTATGGAAGC 
TTACAGGGAC CATCATCCTT TTATCAAAGC CACCAGCCCC CCATGGCTCA GCAGGAGGGC 
CTCAGCCATC CCTCACACAA GTTCCAGCCT CCAGCCCTGT GTTCCTCATC TGTCTGCTGC 
TCCCACTGCT CCCCAGTGTC ACCTTCCCTC AAAGGCCAGG TCCCTCCGCC CAGCATTCAC 
CCAGCCCACA GTTTCCGGCA GCCCTCTGAG ATGGTGTCCC ACCAGCTGGG GTCGCTGCAG 
TGCTCCACCC TGCTGCCCAG GGAGAAAGAA TTGGCTTGCA GTCCTCACCC GCCAAAGTTG 
CTGCAGCCCT GGCTGGAAAC GCAGCCCCCT GCGGAGCAGG AGAGCACATC CCAGCGGCCG 
GGACAGCAGC TAACTTCCCA GCCTGTGTGC ATCGTTCCCC CACAGGATGT TCAGCCAGGA 
GCTCACACTC AGCCCACCAT ACAGACACCC TCCATCCAAG TTCAGTTCGG CCACCACCAG 
AAGCTGAAGC TNNNNNNNNN NNNNNNNNNN NNNNNNNNNN NNNNNNNNNN NNCACCCCCA 
CCGCCTCCAC CCACCCAGCA GCCACCCCCA GCCCTGCCTC CATCTCAGCA CCTGGCTTCT 
AGTCAGCATG AGAGCCCTCC TGGGCCTGCC TGTTCCCAGA ACGTGGACAT CATGCACCAC 
AAGTTTGAGC TGGAGGAGAT GCAGAAGGAC CTGGAGCTTC TCCTCCAGGC CCAGCAGCCC 
AGCCTGCAGC TGAGTCAGAC CAAATCTCCT CAGCATCTTC AGCAAACCAT TGTGGGGCAG 
ATCAACTACA TCGTGAGGCA GCCGGCACCT GTCCAGTCCC AGAGCCAGGA GGATACCCTG 
CAGGTTACAG AGGATCCACC AGCATCAGAG GGCCCAAAGC CAACTCTCCC TCTTGACAGG 
AATCCGGCTG CTGCCTTGCC CCAGACATCT GAGGAAGAAA CACCTCACAG TGTCCCCCCG 
GTGGACAACA CTTCCCAGCA CTCCTCTCCA AATGTGGTGA GAAAGCAACA TTCCACTTCA 
GTCAGCATCA TGGGCTTTTC TAACACTGTG GAGATGGAGT TGTCATCTAC CAGGCTGGCG 
AGGACCACAG AACCACAGAT CCACAGCGTG AGCAGCCTGA CAACTGGCCC TTCCCACACA 
GTTCCGAGCC TGCTGAATGG CCCTCCACAA ACCGTGTCCA GTCTGACGAG TGTTTCAAAC 
CATGTCATGC CCAATATGAC AGCCAGTCAC CTGCACTCCA TGCCAAACCT TGTGCATGGC 
ACATTCCAGT CCATGCCCAA CTTGATGAGT GATTCTTCCC AGGCCATTGC AAACCAGGCA 
AGGGATCACT CGCAGGGTGG GCCCAGTCTA ATGCCTGCGC GTACCCAAGC TGTGCCGAGT 
CTGGCCTCTT GTCCTCTTCA GGGCATGCCT CCAGTTTCTG ACACGCAGCT CGAGACTAGA 
TCCACTTCCA GTCCTGGCTC TGGCCGAACT GCAGAGAGCC TGGGCCCCAG GGAGGGGTCT 
GACCCCTCCC TAGGGAATGC CCTATGTAAG ATGGAAAGTG AGGATTGCAC TCGCTTCACG 
CACTCCATGG GACAAGATCT CAAAGGCCCC AGTCTGGATG CTCCCAAGGA CTTGGCAATT 
CCCTCAGAAC TGGAGGAGCC AATTAACCTC TCAGTGAAAA AACCTTCACT GCTACCAGTG 
ATCAACACAT CCACGGCTCT GCAGCAGTAC CGCAACCCAA AAGAGTATGA GACTTTTGAA 
CAAGAAACCC TTGAGCTGGA TACAAAAGAG AATCCGAGCA TTAGAGCCTT CAACAGTGAG 
GCCAAGATTC CCTATGTGCG ACTGGAGCGA CTCAAGATCT GTGCTGCCTC CTCAGGAGAG 
ATGCCTGTAT TCAAGCTGAA GCCTCAGAAG AATGACCAGG ATGGGAGCTT CCTGCTGGTG 
ATTGAGTGTG GCACCGAGTC CTCCAGCATG TCCATTAAGG TCAGCCAGAA CAGCCTGCCT 
GATGACATCC AAGGCCCAGG TCTGGGGGGA AGAAAGGTCA CTGTCACATC TCTGGCTGGG 
CAGCAGTCAC CAGAGGCAGA AAACACATCT GAAGAACACA GACTCATTCC TCGAACTCCT 
GGAGCCAAGA AGTGTCCTCC AGCCCCCATA GAGAATGAGG ACTTCTGCGC CGTGTGCCTC 
AACGGTGGAG AGCTGCTGTG CTGTGACCGG TGCCCCAAAG TATACCACCT TTCCTGCCAC 
GTGCCAGCCT TGCTCAGCTT CCCAGGGGGA GAGTGGGTGT GTACCTTGTG CCGCAGCCTG 
TTTCAGCCTG AGATGGAGTA CGACTGTGAG AATGCCCGAT ACAGTCAGCC TGGAGTGCGG 
GCACCTCCTG GCCTGAGCAT GTATGACCAG AAGAAGTGTG AGAAGCTGGT GCTGTCCCTG 
TGCTGCAATA GCCTCAGCCT GCCCTTCCAT GAACCCGTCA GCCCTCTGGC CAGACATTAT 
TACCAGATTA TCAAGAGGCC CATGGACCTG TCAATCATCC GGAGAAAGCT TCAAAAGAAA 
GACCCAGCTC ATTACACCAC TCCCGAGGAG GTGGTGTCAG ATGTGCGCCT CATGTTCTGG 
AACTGTGCTA AGTTCAACTA TCCTGACTCG GAGGTGGCAG AGGCTGGCCG CTGTCTGGAA 
GTGTTCTTTG AGGGCTGGCT GAAGGAAATC TATCCAGAGA AATGCTTTGC CCAGCCCCAG 
CAAGAGGATT CAGATTCTGA GGACGTATCT GGCGAGAGTG GCTGTTCCAC CCCTCAGGGC 
TTCCCATGGC CCCCCTACAT GCAGGAAGGC ATCCAGCCCA AGAGACGGCG GCGACAAATG 
GAGAATGAAA AGGCAAAGAG AATGTCATTT CGCCTGGCCA ACAGCATCTC GCAGGTGTGA

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

RefSeq	XP_008851762.1
CDS	1..3840
Translation	MQITGTELISCPGCQPVYLTRDVTEYILLQCFSSGQSTMARNCSECKEKRAAHILCTYCNRWLCSSCTEEHRHVPAPGGPLFARTQKGSSGVNGGSGDFALYCPLHTQEVLKLFCETCDVLTCHSCLMVEHKEHRCRHVEEVLQNQRMLLESVTTQVAHKKSSLQTSAKQIEDRIFEVKHQHRKVENQIKMAKMVLMNELNKQANGLIEELEGITNERKRKLEQQLQSIMVLNRQFEHVQNFINWAVCSKTSVPFLFSKELIVFQMQRLLETSCNTDPGSPWSIRFTWEPNFWTKQLASLGCITTEGGQLSRADTAAYGSLQGPSSFYQSHQPPMAQQEGLSHPSHKFQPPALCSSSVCCSHCSPVSPSLKGQVPPPSIHPAHSFRQPSEMVSHQLGSLQCSTLLPREKELACSPHPPKLLQPWLETQPPAEQESTSQRPGQQLTSQPVCIVPPQDVQPGAHTQPTIQTPSIQVQFGHHQKLKnullnullnullnullnullnullnullnullnullnullnullnullnullnullnullPPPPPPTQQPPPALPPSQHLASSQHESPPGPACSQNVDIMHHKFELEEMQKDLELLLQAQQPSLQLSQTKSPQHLQQTIVGQINYIVRQPAPVQSQSQEDTLQVTEDPPASEGPKPTLPLDRNPAAALPQTSEEETPHSVPPVDNTSQHSSPNVVRKQHSTSVSIMGFSNTVEMELSSTRLARTTEPQIHSVSSLTTGPSHTVPSLLNGPPQTVSSLTSVSNHVMPNMTASHLHSMPNLVHGTFQSMPNLMSDSSQAIANQARDHSQGGPSLMPARTQAVPSLASCPLQGMPPVSDTQLETRSTSSPGSGRTAESLGPREGSDPSLGNALCKMESEDCTRFTHSMGQDLKGPSLDAPKDLAIPSELEEPINLSVKKPSLLPVINTSTALQQYRNPKEYETFEQETLELDTKENPSIRAFNSEAKIPYVRLERLKICAASSGEMPVFKLKPQKNDQDGSFLLVIECGTESSSMSIKVSQNSLPDDIQGPGLGGRKVTVTSLAGQQSPEAENTSEEHRLIPRTPGAKKCPPAPIENEDFCAVCLNGGELLCCDRCPKVYHLSCHVPALLSFPGGEWVCTLCRSLFQPEMEYDCENARYSQPGVRAPPGLSMYDQKKCEKLVLSLCCNSLSLPFHEPVSPLARHYYQIIKRPMDLSIIRRKLQKKDPAHYTTPEEVVSDVRLMFWNCAKFNYPDSEVAEAGRCLEVFFEGWLKEIYPEKCFAQPQQEDSDSEDVSGESGCSTPQGFPWPPYMQEGIQPKRRRRQMENEKAKRMSFRLANSISQV

Target ORF information:

RefSeq Version	XM_008853540.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili tripartite motif containing 66 (Trim66), mRNA.

Target ORF information:

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

XM_008853540.1

ORF Insert Sequence:

ATGCAGATCA CTGGCACAGA GCTCATCTCC TGTCCTGGGT GTCAACCAGT GTATCTTACC 
AGAGATGTAA CTGAATATAT TCTTCTTCAG TGCTTTTCTT CTGGGCAATC CACAATGGCC 
AGGAATTGCT CAGAGTGCAA GGAGAAGAGG GCGGCTCACA TCCTCTGCAC CTACTGCAAC 
CGCTGGCTGT GCAGTTCCTG CACAGAGGAG CACCGGCACG TCCCTGCCCC GGGGGGCCCA 
CTCTTTGCCC GTACTCAGAA GGGGTCTTCA GGGGTGAATG GCGGCTCTGG CGACTTTGCC 
TTGTACTGCC CTCTGCACAC ACAGGAAGTG CTCAAGCTGT TCTGCGAGAC CTGTGATGTG 
CTCACATGCC ACAGCTGCCT GATGGTGGAA CACAAAGAAC ACAGGTGCAG ACATGTTGAA 
GAAGTTCTAC AAAACCAGAG GATGCTTCTG GAAAGTGTGA CAACACAGGT GGCTCATAAG 
AAATCCAGTC TACAGACATC TGCAAAGCAA ATCGAGGACA GGATTTTTGA GGTGAAACAT 
CAGCATAGGA AGGTGGAAAA CCAGATCAAA ATGGCCAAGA TGGTCCTGAT GAATGAGCTC 
AACAAACAGG CCAACGGACT TATAGAGGAA CTTGAGGGCA TCACTAATGA GAGAAAGCGG 
AAACTGGAGC AGCAGTTACA GAGCATCATG GTCCTCAACC GTCAGTTTGA ACATGTGCAG 
AATTTCATCA ATTGGGCTGT CTGCAGCAAA ACCAGTGTCC CTTTCCTTTT CAGCAAAGAG 
CTGATTGTGT TTCAGATGCA GCGGTTGCTG GAGACGAGTT GTAACACAGA TCCTGGCTCC 
CCTTGGAGTA TCAGATTCAC CTGGGAGCCC AACTTCTGGA CCAAGCAGCT GGCTTCCCTT 
GGTTGCATAA CTACTGAAGG TGGACAACTG TCCCGGGCAG ATACTGCGGC TTATGGAAGC 
TTACAGGGAC CATCATCCTT TTATCAAAGC CACCAGCCCC CCATGGCTCA GCAGGAGGGC 
CTCAGCCATC CCTCACACAA GTTCCAGCCT CCAGCCCTGT GTTCCTCATC TGTCTGCTGC 
TCCCACTGCT CCCCAGTGTC ACCTTCCCTC AAAGGCCAGG TCCCTCCGCC CAGCATTCAC 
CCAGCCCACA GTTTCCGGCA GCCCTCTGAG ATGGTGTCCC ACCAGCTGGG GTCGCTGCAG 
TGCTCCACCC TGCTGCCCAG GGAGAAAGAA TTGGCTTGCA GTCCTCACCC GCCAAAGTTG 
CTGCAGCCCT GGCTGGAAAC GCAGCCCCCT GCGGAGCAGG AGAGCACATC CCAGCGGCCG 
GGACAGCAGC TAACTTCCCA GCCTGTGTGC ATCGTTCCCC CACAGGATGT TCAGCCAGGA 
GCTCACACTC AGCCCACCAT ACAGACACCC TCCATCCAAG TTCAGTTCGG CCACCACCAG 
AAGCTGAAGC TNNNNNNNNN NNNNNNNNNN NNNNNNNNNN NNNNNNNNNN NNCACCCCCA 
CCGCCTCCAC CCACCCAGCA GCCACCCCCA GCCCTGCCTC CATCTCAGCA CCTGGCTTCT 
AGTCAGCATG AGAGCCCTCC TGGGCCTGCC TGTTCCCAGA ACGTGGACAT CATGCACCAC 
AAGTTTGAGC TGGAGGAGAT GCAGAAGGAC CTGGAGCTTC TCCTCCAGGC CCAGCAGCCC 
AGCCTGCAGC TGAGTCAGAC CAAATCTCCT CAGCATCTTC AGCAAACCAT TGTGGGGCAG 
ATCAACTACA TCGTGAGGCA GCCGGCACCT GTCCAGTCCC AGAGCCAGGA GGATACCCTG 
CAGGTTACAG AGGATCCACC AGCATCAGAG GGCCCAAAGC CAACTCTCCC TCTTGACAGG 
AATCCGGCTG CTGCCTTGCC CCAGACATCT GAGGAAGAAA CACCTCACAG TGTCCCCCCG 
GTGGACAACA CTTCCCAGCA CTCCTCTCCA AATGTGGTGA GAAAGCAACA TTCCACTTCA 
GTCAGCATCA TGGGCTTTTC TAACACTGTG GAGATGGAGT TGTCATCTAC CAGGCTGGCG 
AGGACCACAG AACCACAGAT CCACAGCGTG AGCAGCCTGA CAACTGGCCC TTCCCACACA 
GTTCCGAGCC TGCTGAATGG CCCTCCACAA ACCGTGTCCA GTCTGACGAG TGTTTCAAAC 
CATGTCATGC CCAATATGAC AGCCAGTCAC CTGCACTCCA TGCCAAACCT TGTGCATGGC 
ACATTCCAGT CCATGCCCAA CTTGATGAGT GATTCTTCCC AGGCCATTGC AAACCAGGCA 
AGGGATCACT CGCAGGGTGG GCCCAGTCTA ATGCCTGCGC GTACCCAAGC TGTGCCGAGT 
CTGGCCTCTT GTCCTCTTCA GGGCATGCCT CCAGTTTCTG ACACGCAGCT CGAGACTAGA 
TCCACTTCCA GTCCTGGCTC TGGCCGAACT GCAGAGAGCC TGGGCCCCAG GGAGGGGTCT 
GACCCCTCCC TAGGGAATGC CCTATGTAAG ATGGAAAGTG AGGATTGCAC TCGCTTCACG 
CACTCCATGG GACAAGATCT CAAAGGCCCC AGTCTGGATG CTCCCAAGGA CTTGGCAATT 
CCCTCAGAAC TGGAGGAGCC AATTAACCTC TCAGTGAAAA AACCTTCACT GCTACCAGTG 
ATCAACACAT CCACGGCTCT GCAGCAGTAC CGCAACCCAA AAGAGTATGA GACTTTTGAA 
CAAGAAACCC TTGAGCTGGA TACAAAAGAG AATCCGAGCA TTAGAGCCTT CAACAGTGAG 
GCCAAGATTC CCTATGTGCG ACTGGAGCGA CTCAAGATCT GTGCTGCCTC CTCAGGAGAG 
ATGCCTGTAT TCAAGCTGAA GCCTCAGAAG AATGACCAGG ATGGGAGCTT CCTGCTGGTG 
ATTGAGTGTG GCACCGAGTC CTCCAGCATG TCCATTAAGG TCAGCCAGAA CAGCCTGCCT 
GATGACATCC AAGGCCCAGG TCTGGGGGGA AGAAAGGTCA CTGTCACATC TCTGGCTGGG 
CAGCAGTCAC CAGAGGCAGA AAACACATCT GAAGAACACA GACTCATTCC TCGAACTCCT 
GGAGCCAAGA AGTGTCCTCC AGCCCCCATA GAGAATGAGG ACTTCTGCGC CGTGTGCCTC 
AACGGTGGAG AGCTGCTGTG CTGTGACCGG TGCCCCAAAG TATACCACCT TTCCTGCCAC 
GTGCCAGCCT TGCTCAGCTT CCCAGGGGGA GAGTGGGTGT GTACCTTGTG CCGCAGCCTG 
TTTCAGCCTG AGATGGAGTA CGACTGTGAG AATGCCCGAT ACAGTCAGCC TGGAGTGCGG 
GCACCTCCTG GCCTGAGCAT GTATGACCAG AAGAAGTGTG AGAAGCTGGT GCTGTCCCTG 
TGCTGCAATA GCCTCAGCCT GCCCTTCCAT GAACCCGTCA GCCCTCTGGC CAGACATTAT 
TACCAGATTA TCAAGAGGCC CATGGACCTG TCAATCATCC GGAGAAAGCT TCAAAAGAAA 
GACCCAGCTC ATTACACCAC TCCCGAGGAG GTGGTGTCAG ATGTGCGCCT CATGTTCTGG 
AACTGTGCTA AGTTCAACTA TCCTGACTCG GAGGTGGCAG AGGCTGGCCG CTGTCTGGAA 
GTGTTCTTTG AGGGCTGGCT GAAGGAAATC TATCCAGAGA AATGCTTTGC CCAGCCCCAG 
CAAGAGGATT CAGATTCTGA GGACGTATCT GGCGAGAGTG GCTGTTCCAC CCCTCAGGGC 
TTCCCATGGC CCCCCTACAT GCAGGAAGGC ATCCAGCCCA AGAGACGGCG GCGACAAATG 
GAGAATGAAA AGGCAAAGAG AATGTCATTT CGCCTGGCCA ACAGCATCTC GCAGGTGTGA