MTOR cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	MTOR
Entrez Gene ID	100619675
Full Name	mechanistic target of rapamycin kinase
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007491434.1	XP_007491496.1	LOW QUALITY PROTEIN: serine/threonine-protein kinase mTOR

Pathways from BioSystems
Gene Ontology

The following MTOR gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the MTOR 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
OMc22580	XM_007491434.1 Latest version!	Monodelphis domestica mechanistic target of rapamycin (MTOR), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

MTOR ( XM_007491434.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007491496.1 Monodelphis domestica mechanistic target of rapamycin (MTOR), mRNA.

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CloneID	OMc22580
Clone ID Related Accession (Same CDS sequence)	XM_007491434.1
Accession Version	XM_007491434.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7563bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	LOW QUALITY PROTEIN: serine/threonine-protein kinase mTOR
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008804.1) 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 :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 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##

ATGTCGGGCA CCGTGACTAT CCTTCAGCAG TTTGCCAGTG GCCTAAAGAG CCGCAGCGAG 
GAGACAAGGG CCAAGGCTGC CAAAGAGCTG CAGCATTATG TCACCCTGGA GCTCCGAGAG 
ATGAGTCAGG AGGAGTCCAC TCGCTTCTAT GATCAGTTGA ATCATCACAT ATTTGAACTG 
GTGTCCAGCT CAGATGCCAA TGAGAGGAAA GGGGGCATCC TGGCCATAGC CAGCCTTATA 
GGAGTAGAAG CCTATGCCAC CCGCATAGGC AGATTTGCTA ACTATCTTCG GAACCTTCTT 
CCCTCCAATG ACCCAGTTGT CATGGAGATG GCATCTAAGG CCATCGGACG CCTAGCTATG 
GCAGGAGATA CCTGCACAGC TGAGTATGTG GAGTTTGAGG TGAAACGGGC CCTCGAATGG 
CTGGGTGCTG ACCGCAATGA GGGCCGGCGT CACGCAGCTG TTCTTGTCCT CCGTGAGCTA 
GCCATCAGTG TCCCTACCTT CTTCTTCCAG CAAGTACAAC CTTTCTTTGA TACTATCTTT 
GTGGCAGTCT GGGACCCCAA ACAAGCCATC CGGGAAGGAG CCGTCTCTGC TCTTCGAGCC 
TGCCTGATCC TCACCACCCA GCGAGAACCA AAGGAGATGC AAAAGCCCCA GTGGTACAGG 
CATACCTATG AAGAAGCTGA GAAGGGATTT GATGAGACAT TGGCCAAGGA GAAAGGCATG 
AATCGGGATG ACCGGATCCA TGGGGCCTTG CTAATTCTCA ATGAACTTGT GAGGATTAGC 
AGCATGGAGG GAGAGCGTCT CCGAGAAGAA ATGGAAGAAA TAACACAACA ACAGCTGGTC 
CATGACAAGT ATTGCAAAGA CCTCATGGGC TTTGGAACAA AACCTCGCCA CATCACCCCC 
TTCACCAGCT TCCAGGCGGT GCAACCCCAG CAGTCCAATG CCTTGGTGGG CCTGCTGGGC 
TATAGTGCCC ACCAAGGCAT TATGGGATTT GGGACCTCTC CCCTTCCAGC CAAATCCACC 
TTGGTGGAGA GCCGATGCTG CAGGGACCTG ATGGAAGAGA AATTTGATCA GGTGTGCCAG 
TGGGTACTAA AGTGCCGGAA CAGCAAGAAC TCCCTCATCC AGATGACCAT CCTCAATTTG 
TTGCCCCGCC TGGCTGCGTT CCAGCCATCT GCTTTCACTG ATACTCAGTA TCTCCATGAC 
ACCATGAACC ATGTTCTCAG CTGTGTCAAG AAGGAGAAAG AACGCACAGC TGCTTTCCAG 
GCCCTTGGCT TACTCTCTGT GGCTGTGAGA TCTGAATTTA AGGTCTATTT GCCCCGTGTG 
CTGGAGATCA TTCGTGCAGC TCTCCCACCC AAGGACTTTG CCCCTAAGAG ACAGAAGGCA 
ATTCAGGTGG ATGCCACTGT CTTCACCTGC ATCAGCATGT TGGCCCGAGC AATGGGGCCA 
GGCATCCAGC AGGATATCAA GGAGCTTCTA GAGCCCATGC TGGCCGTGGG ACTGAGCCCT 
GCCCTGACCG CTGTACTCTA TGACCTGAGC CGGCAGATTC CACAGCTGAA GAAAGACATC 
CAGGATGGTC TGCTCAAGAT GCTCTCCCTC GTCCTCATGC ACAAGCCCCT CCGGCACCCC 
GGGATGCCCA AGGGCCTGGC CCACCAGCTG GCCTCCCCTA GCCTTACCAG CCTCCCTGAG 
GCCAGTGATG TGGGGAGCAT CACTCTGGCC CTCCGAACCC TGGGAAGCTT TGAATTTGAA 
GGTCATTCTC TGACCCAGTT TGTCCGCCAT TGTGCTGATC ATTTTCTGAA CAGTGAGCAC 
AAGGAGATCC GCATGGAGGC AGCCCGTACC TGCTCGCGCC TGCTCACACC CTCCATCCAC 
CTCATCAGTG GCCATGCGCA TGTGGTCAGC CAGACAGCAG TGCAGGTGGT AGCAGATGTA 
CTCAGCAAAT TACTCGTGGT TGGAATAACA GACCCAGACC CTGACATCCG TTACTGTGTC 
TTGGCCTCCC TGGATGAACG CTTTGATGCT CACTTAGCCC AGGCAGAGAA TCTGCAGGCC 
TTGTTTGTGG CCCTTAATGA CCAGGTGTTT GAGATCCGGG AACTGGCCAT CTGCACTGTG 
GGCCGCCTCA GCAGCATGAA CCCTGCCTTT GTCATGCCTT TCCTGAGGAA GATGCTCATT 
CAGATTTTGA CTGAACTGGA ACACAGTGGA GTAGGAAGAA TCAAAGAACA GAGTGCTAGA 
ATGCTGGGGC ACTTGGTTTC CAATGCTCCC CGGCTCATTC GTCCTTACAT GGAGCCCATT 
TTGAAGGCTT TAATTCTGAA GCTGAAAGAC CCAGACCCTG ACCCAAACCC AGGGGTGATC 
AATAATGTCT TGGCTACGAT AGGAGAGCTG GCCCAGGTAA GTGGCTTGGA AATGCGGAAA 
TGGGTGGATG AACTCTTTAT CATCATCATG GACATGCTGC AGGACTCTTC TCTACTGGCC 
AAGAGGCAGG TAGCATTGTG GACCCTGGGG CAGCTGGTGG CCAGCACTGG CTACGTGGTG 
GAGCCCTACA GGAAATATCC AACCTTGCTT GAGGTGCTGT TGAACTTTCT GAAGACCGAA 
CAGAATCAAG GCACTCGAAG GGAGGCTATC CGTGTGTTGG GTCTTTTGGG TGCTTTGGAT 
CCCTATAAGC ACAAAGTGAA CATTGGCATG ATTGACCAGT CTCGGGATGC TTCTGCTGTC 
AGCTTATCCG AGTCCAAATC CAGCCAGGAT TCTTCTGACT ATAGTACCAG TGAAATGCTG 
GTGAACATGG GCAACTTGCC TCTCGATGAG TTCTACCCAG CTGTGTCGAT GGTGGCTTTA 
ATGAGGATCT TCCGAGACCA GTCCCTCTCC CACCATCACA CCATGGTGGT TCAGGCCATC 
ACCTTCATCT TCAAATCCCT GGGACTCAAG TGCGTTCAGT TCCTCCCCCA GGTGATGCCC 
ACATTCCTCA ATGTGATACG AGTCTGCGAT GGTGCCATTC GGGAATTCCT CTTCCAGCAG 
TTAGGGATGC TGGTGTCCTT TGTGAGGAGC CACATCAGAC CTTACATGGA TGAGATTGTC 
ACCCTCATGA GGGAATTCTG GGTTATGAAC AGCTCAATCC AGAGCACAAT CATCCTTCTT 
ATCGAGCAGA TTGTGGTGGC TCTTGGGGGT GAATTCAAAC TCTACCTGCC CCAGCTGATT 
CCTCACATGC TTCGGCTCTT TATGCATGAC AGCAGCCCTG GACGCACTGT CTCCATCAAG 
CTGTTGAACG CAATCCAGCT ATTTGGGGCC AACCTGGATG ACTACCTGCA TCTGCTCTTG 
CCTCCGATTG TGAAGCTCTT TGATGCCCCT GATGCTCCCT TAGCAGCTCG CAAGGCAGCC 
TTGGAGACTG TTGATCGCTT GACTGAGTCT CTGGATTTCA CTGACTATGC ATCCCGAATC 
ATCCACCCTA TTGTACGGAC ACTGGACCTG AGCCCAGAGC TGCGTTCCAC AGCCATGGAC 
ACTTTGTCTT CACTTGTCTT CCAGCTGGGG AAGAAGTACC AGATTTTTAT ACCAATGGGA 
ATAAAGAACC GGGTGAGACA CCGAATTAAC CATCAACGTT ATGACATGCT CNATTGTAGG 
ATTGTCAAGG GCTATACATT AGCTGACGAA GAGGAAGACC CTTTAATTTA TCAACATCGG 
ATGATGAGGA GCAGCCAGGG GGATGCCTTA GCCAGCGGGC CAGTGGAAAC AGGACCCATG 
AAGAAGCTGC ATGTGAGCAC CATCAATCTG CAGAAGGCCT GGGGAGCAGC CAGGAGGGTT 
TCCAAGGATG ACTGGCTGGA ATGGCTAAGG CGACTGAGCT TGGAATTACT AAAGGACTCC 
TCCTCTCCAT CACTTCGCTC CTGCTGGGCC CTGGCTCAGG CCTACAACCC TATGGCAAGG 
GACCTTTTTA ATGCAGCATT TGTATCTTGC TGGTCTGAGC TGAATGAAGA CCAGCAAGAT 
GAGCTAATCA GAAGCATTGA GCTGGCCCTT ACATCCCAGG ACATTGCTGA AGTCACACAA 
ACCCTCCTCA ATTTGGCAGA ATTCATGGAA CACAGTGACA AGGGCCCTCT GCCACTCAGA 
GATGACAATG GCATCGTCCT TCTGGGGGAG AGAGCTGCTA AGTGCCGTGC ATATGCCAAG 
GCATTACACT ACAAGGAGCT AGAGTTCCAG AAGGGCCCCA GCCCTGCCAT TCTCGAGTCT 
CTCATCAGCA TCAATAATAA ACTACAACAG CCAGAGGCAG CTGCTGGGGT GCTGGAGTAT 
GCCATGAAGC ACTTTGGAGA GCTGGAGATC CAAGCTACCT GGTATGAGAA ACTCCATGAA 
TGGGAAGATG CCCTAGTCGC CTATGATAAA AAGATGGACA CTAACAAAGA TGACCCTGAA 
CTAATGCTGG GCCGGATGCG CTGCCTGGAG GCCTTAGGAG AGTGGGGGCA GCTCCATCAG 
CAGTGCTGTG AAAAGTGGAC CCTGGTCAAT GATGAGATAC AAGCCAAAAT GGCCCGGATG 
GCTGCTGCAG CTGCTTGGGG TTTAGGTCAG TGGGACAGTA TGGAGGAGTA CACCTGCATG 
ATCCCCCGGG ACACCCATGA CGGGGCTTTC TACAGAGCTG TGCTGGCCCT GCATCAGGAC 
CTCTTCTCAT TGGCTCAACA GTGCATCGAC AAAGCCAGGG ACCTGCTGGA TGCTGAGCTA 
ACGGCCATGG CAGGAGAAAG CTACAGCCGG GCCTATGGGG CAATGGTTTC CTGCCATATG 
CTGTCTGAGC TAGAGGAAGT TATCCAGTAT AAACTTGTCC CTGAACGGCG AGAGATCATC 
CGCCAGATCT GGTGGGAGAG GTTGCAGGGC TGCCAGAGGA TTGTTGAAGA TTGGCAGAGA 
ATCCTCATGG TTCGTTCTCT TGTTGTCAAT CCCCATGAGG ACATGAGAAC TTGGCTCAAA 
TATGCAAGTT TATGTGGCAA GAGTGGAAGA CTGGCTCTTG CTCATAAAAC ATTGGTATTG 
CTCCTGGGAG TTGACCCTTC TCGACAACTA GATCATCCAT TGCCAACCGT CCATCCTCAG 
GTGACTTATG CATACATGAA GCACATGTGG AAGAGTGCAC GAAAGATTGA CGCCTTCCAG 
CACATGCAAC ACTTTGTGCA GACAGCGCAG CAGCAGGCAC AGCACGCCAT TGCCTCTGAG 
GACCAGCAGC GCAAACATGA GCTCCACAAG CTAATGGCCC GGTGCTTCCT GAAGCTGGGT 
GAGTGGCAGC TGAATCTCCA AGGCATCAAT GAGAGCACCA TCCCCAAAGT CCTGCAGTAT 
TACAGTGCTT CCACAGAGCA TGACCGCAGC TGGTACAAGG CCTGGCATGC CTGGGCAGTC 
ATGAACTTTG AAGCTGTGCT GCACTACAAG CACCAGAACC AGGCCCGAGA TGAGAAGAAG 
AAGCTGCGGC ACGCCAGTGG AGCCAGCGTC ACTAGCGCCC ACACGGAGGG CAGCAACAGT 
GAGAGTGAGG CTGAGAGTGC AGACAACAGC CCTGTCCCCT CCCCTGTACA GAAAAAGGTC 
ACTGAGGATT TGTCCAAGAC TCTCCTGATG TACACGGTGC CTGCTGTCCA GGGCTTCTTC 
CGCTCTATCT CTCTGTCTCG GGGCAACAAC CTTCAGGACA CCCTCAGAGT CCTCACCTTG 
TGGTTTGACT ATGGGCACTG GCCAGATGTA AATGAAGCTC TAGTGGAAGG GGTGAAGGCT 
ATCCAGATTG ACACCTGGTT ACAGGTCATT CCACAGCTCA TTGCAAGAAT TGATACTCCC 
CGGCCCTTGG TAGGACGCCT TATTCACCAG CTTCTCACAG ATATTGGTCG ATACCATCCC 
CAGGCTCTGA TTTACCCACT GACCGTGGCC TCTAAGTCTA CCACTACAGC TCGTCACAAT 
GCAGCCAACA AAATTCTGAA GAACATGTGT GAACACAGCA ACACTCTGGT CCAGCAGGCC 
ATGATGGTGA GCGAGGAACT GATCCGAGTG GCCATCTTGT GGCATGAAAT GTGGCATGAA 
GGTCTGGAGG AAGCTTCTCG TTTGTACTTT GGGGAGAGGA ACGTAAAAGG GATGTTTGAG 
GTGCTCGAAC CCCTGCATGC GATGATGGAA CGGGGACCCC AGACTCTGAA AGAAACATCC 
TTTAATCAGG CATATGGCCG AGATTTAATG GAAGCCCAAG AGTGGTGCCG AAAGTACATG 
AAGTCAGGTA ATGTCAAGGA CCTGACCCAG GCCTGGGACC TCTATTATCA CGTGTTTAGA 
CGGATCTCCA AGCAGCTGCC TCAGCTCACT TCACTGGAGC TACAGTACGT CTCACCCAAA 
CTCCTGATGT GCCGGGACCT GGAGTTAGCC GTGCCAGGCA CCTATGACCC CAACCAGCCT 
GTCATCCGAA TTCAGTCCAT AGCACCTTCT CTCCAGGTCA TCACATCCAA GCAGAGACCC 
AGGAAGTTGA CATTAATGGG CAGCAACGGG CATGAGTTTG TGTTTCTTCT GAAAGGCCAC 
GAGGACCTAA GGCAGGATGA ACGAGTTATG CAGCTCTTTG GTCTTGTCAA CACATTGCTG 
GCCAATGACC CAACATCCCT TAGAAAAAAT CTCAGCATCC AGAGATATGC TGTCATTCCC 
TTGTCAACCA ACTCAGGCCT GATCGGATGG GTCCCCCACT GTGACACGCT GCACGCACTC 
ATCCGAGACT ACCGGGAGAA GAAGAAGATC CTTCTCAACA TTGAGCATCG AATCATGTTA 
CGAATGGCTC CAGATTACGA CCATTTGACA CTGATGCAGA AGGTTGAAGT ATTTGAACAT 
GCTGTCAATA ACACCGCTGG GGATGATCTG GCCAAACTGC TCTGGCTGAA GAGCCCTAGC 
TCTGAGGTGT GGTTTGACCG AAGAACGAAT TATACCCGCT CTTTAGCAGT TATGTCCATG 
GTGGGATATA TTTTGGGCCT AGGAGACAGA CACCCATCCA ACTTGATGCT GGACAGACTC 
AGTGGAAAGA TCTTGCACAT CGACTTTGGG GACTGCTTTG AGGTGGCAAT GACTCGAGAG 
AAATTCCCAG AGAAGATTCC ATTTCGATTG ACGAGGATGT TGACCAATGC AATGGAAGTG 
ACAGGCCTCG ATGGCAACTA CCGGATCACC TGCCACACGG TGATGGAGGT TCTTCGGGAA 
CACAAGGACA GCGTGATGGC CGTGCTGGAA GCCTTTGTCT ATGACCCCTT ATTGAACTGG 
AGGCTTATGG ACACAAATAC GAAAGGCACC AAGCGGTCAC GAACACGGAC AGACTCGTAC 
TCAGCCGGCC AGTCTGTAGA ATTATTGGAC AGTGTGGACC TTGGGGAGAC TGCCCATAAG 
AAAACAGGGA CCACAGTGCC CGAATCCATC CATTCTTTCA TTGGGGATGG TTTGGTGAAA 
CCTGAGGCCC TAAATAAGAA GGCCATTCAG ATTATTAACA GGGTTCGAGA TAAACTCACT 
GGTCGAGATT TTTCTCATGA TGAAACTCTG GACGTCCCTA CGCAAGTTGA GTTATTGATC 
AAGCAGGCCA CGTCCCACGA GAACCTCTGC CAGTGCTACA TTGGGTGGTG TCCTTTCTGG 
TAG

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

RefSeq	XP_007491496.1
CDS	234..7796
Translation	MSGTVTILQQFASGLKSRSEETRAKAAKELQHYVTLELREMSQEESTRFYDQLNHHIFELVSSSDANERKGGILAIASLIGVEAYATRIGRFANYLRNLLPSNDPVVMEMASKAIGRLAMAGDTCTAEYVEFEVKRALEWLGADRNEGRRHAAVLVLRELAISVPTFFFQQVQPFFDTIFVAVWDPKQAIREGAVSALRACLILTTQREPKEMQKPQWYRHTYEEAEKGFDETLAKEKGMNRDDRIHGALLILNELVRISSMEGERLREEMEEITQQQLVHDKYCKDLMGFGTKPRHITPFTSFQAVQPQQSNALVGLLGYSAHQGIMGFGTSPLPAKSTLVESRCCRDLMEEKFDQVCQWVLKCRNSKNSLIQMTILNLLPRLAAFQPSAFTDTQYLHDTMNHVLSCVKKEKERTAAFQALGLLSVAVRSEFKVYLPRVLEIIRAALPPKDFAPKRQKAIQVDATVFTCISMLARAMGPGIQQDIKELLEPMLAVGLSPALTAVLYDLSRQIPQLKKDIQDGLLKMLSLVLMHKPLRHPGMPKGLAHQLASPSLTSLPEASDVGSITLALRTLGSFEFEGHSLTQFVRHCADHFLNSEHKEIRMEAARTCSRLLTPSIHLISGHAHVVSQTAVQVVADVLSKLLVVGITDPDPDIRYCVLASLDERFDAHLAQAENLQALFVALNDQVFEIRELAICTVGRLSSMNPAFVMPFLRKMLIQILTELEHSGVGRIKEQSARMLGHLVSNAPRLIRPYMEPILKALILKLKDPDPDPNPGVINNVLATIGELAQVSGLEMRKWVDELFIIIMDMLQDSSLLAKRQVALWTLGQLVASTGYVVEPYRKYPTLLEVLLNFLKTEQNQGTRREAIRVLGLLGALDPYKHKVNIGMIDQSRDASAVSLSESKSSQDSSDYSTSEMLVNMGNLPLDEFYPAVSMVALMRIFRDQSLSHHHTMVVQAITFIFKSLGLKCVQFLPQVMPTFLNVIRVCDGAIREFLFQQLGMLVSFVRSHIRPYMDEIVTLMREFWVMNSSIQSTIILLIEQIVVALGGEFKLYLPQLIPHMLRLFMHDSSPGRTVSIKLLNAIQLFGANLDDYLHLLLPPIVKLFDAPDAPLAARKAALETVDRLTESLDFTDYASRIIHPIVRTLDLSPELRSTAMDTLSSLVFQLGKKYQIFIPMGIKNRVRHRINHQRYDMLnullCRIVKGYTLADEEEDPLIYQHRMMRSSQGDALASGPVETGPMKKLHVSTINLQKAWGAARRVSKDDWLEWLRRLSLELLKDSSSPSLRSCWALAQAYNPMARDLFNAAFVSCWSELNEDQQDELIRSIELALTSQDIAEVTQTLLNLAEFMEHSDKGPLPLRDDNGIVLLGERAAKCRAYAKALHYKELEFQKGPSPAILESLISINNKLQQPEAAAGVLEYAMKHFGELEIQATWYEKLHEWEDALVAYDKKMDTNKDDPELMLGRMRCLEALGEWGQLHQQCCEKWTLVNDEIQAKMARMAAAAAWGLGQWDSMEEYTCMIPRDTHDGAFYRAVLALHQDLFSLAQQCIDKARDLLDAELTAMAGESYSRAYGAMVSCHMLSELEEVIQYKLVPERREIIRQIWWERLQGCQRIVEDWQRILMVRSLVVNPHEDMRTWLKYASLCGKSGRLALAHKTLVLLLGVDPSRQLDHPLPTVHPQVTYAYMKHMWKSARKIDAFQHMQHFVQTAQQQAQHAIASEDQQRKHELHKLMARCFLKLGEWQLNLQGINESTIPKVLQYYSASTEHDRSWYKAWHAWAVMNFEAVLHYKHQNQARDEKKKLRHASGASVTSAHTEGSNSESEAESADNSPVPSPVQKKVTEDLSKTLLMYTVPAVQGFFRSISLSRGNNLQDTLRVLTLWFDYGHWPDVNEALVEGVKAIQIDTWLQVIPQLIARIDTPRPLVGRLIHQLLTDIGRYHPQALIYPLTVASKSTTTARHNAANKILKNMCEHSNTLVQQAMMVSEELIRVAILWHEMWHEGLEEASRLYFGERNVKGMFEVLEPLHAMMERGPQTLKETSFNQAYGRDLMEAQEWCRKYMKSGNVKDLTQAWDLYYHVFRRISKQLPQLTSLELQYVSPKLLMCRDLELAVPGTYDPNQPVIRIQSIAPSLQVITSKQRPRKLTLMGSNGHEFVFLLKGHEDLRQDERVMQLFGLVNTLLANDPTSLRKNLSIQRYAVIPLSTNSGLIGWVPHCDTLHALIRDYREKKKILLNIEHRIMLRMAPDYDHLTLMQKVEVFEHAVNNTAGDDLAKLLWLKSPSSEVWFDRRTNYTRSLAVMSMVGYILGLGDRHPSNLMLDRLSGKILHIDFGDCFEVAMTREKFPEKIPFRLTRMLTNAMEVTGLDGNYRITCHTVMEVLREHKDSVMAVLEAFVYDPLLNWRLMDTNTKGTKRSRTRTDSYSAGQSVELLDSVDLGETAHKKTGTTVPESIHSFIGDGLVKPEALNKKAIQIINRVRDKLTGRDFSHDETLDVPTQVELLIKQATSHENLCQCYIGWCPFW

Target ORF information:

RefSeq Version	XM_007491434.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica mechanistic target of rapamycin (MTOR), mRNA.

Target ORF information:

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

XM_007491434.1

ORF Insert Sequence:

ATGTCGGGCA CCGTGACTAT CCTTCAGCAG TTTGCCAGTG GCCTAAAGAG CCGCAGCGAG 
GAGACAAGGG CCAAGGCTGC CAAAGAGCTG CAGCATTATG TCACCCTGGA GCTCCGAGAG 
ATGAGTCAGG AGGAGTCCAC TCGCTTCTAT GATCAGTTGA ATCATCACAT ATTTGAACTG 
GTGTCCAGCT CAGATGCCAA TGAGAGGAAA GGGGGCATCC TGGCCATAGC CAGCCTTATA 
GGAGTAGAAG CCTATGCCAC CCGCATAGGC AGATTTGCTA ACTATCTTCG GAACCTTCTT 
CCCTCCAATG ACCCAGTTGT CATGGAGATG GCATCTAAGG CCATCGGACG CCTAGCTATG 
GCAGGAGATA CCTGCACAGC TGAGTATGTG GAGTTTGAGG TGAAACGGGC CCTCGAATGG 
CTGGGTGCTG ACCGCAATGA GGGCCGGCGT CACGCAGCTG TTCTTGTCCT CCGTGAGCTA 
GCCATCAGTG TCCCTACCTT CTTCTTCCAG CAAGTACAAC CTTTCTTTGA TACTATCTTT 
GTGGCAGTCT GGGACCCCAA ACAAGCCATC CGGGAAGGAG CCGTCTCTGC TCTTCGAGCC 
TGCCTGATCC TCACCACCCA GCGAGAACCA AAGGAGATGC AAAAGCCCCA GTGGTACAGG 
CATACCTATG AAGAAGCTGA GAAGGGATTT GATGAGACAT TGGCCAAGGA GAAAGGCATG 
AATCGGGATG ACCGGATCCA TGGGGCCTTG CTAATTCTCA ATGAACTTGT GAGGATTAGC 
AGCATGGAGG GAGAGCGTCT CCGAGAAGAA ATGGAAGAAA TAACACAACA ACAGCTGGTC 
CATGACAAGT ATTGCAAAGA CCTCATGGGC TTTGGAACAA AACCTCGCCA CATCACCCCC 
TTCACCAGCT TCCAGGCGGT GCAACCCCAG CAGTCCAATG CCTTGGTGGG CCTGCTGGGC 
TATAGTGCCC ACCAAGGCAT TATGGGATTT GGGACCTCTC CCCTTCCAGC CAAATCCACC 
TTGGTGGAGA GCCGATGCTG CAGGGACCTG ATGGAAGAGA AATTTGATCA GGTGTGCCAG 
TGGGTACTAA AGTGCCGGAA CAGCAAGAAC TCCCTCATCC AGATGACCAT CCTCAATTTG 
TTGCCCCGCC TGGCTGCGTT CCAGCCATCT GCTTTCACTG ATACTCAGTA TCTCCATGAC 
ACCATGAACC ATGTTCTCAG CTGTGTCAAG AAGGAGAAAG AACGCACAGC TGCTTTCCAG 
GCCCTTGGCT TACTCTCTGT GGCTGTGAGA TCTGAATTTA AGGTCTATTT GCCCCGTGTG 
CTGGAGATCA TTCGTGCAGC TCTCCCACCC AAGGACTTTG CCCCTAAGAG ACAGAAGGCA 
ATTCAGGTGG ATGCCACTGT CTTCACCTGC ATCAGCATGT TGGCCCGAGC AATGGGGCCA 
GGCATCCAGC AGGATATCAA GGAGCTTCTA GAGCCCATGC TGGCCGTGGG ACTGAGCCCT 
GCCCTGACCG CTGTACTCTA TGACCTGAGC CGGCAGATTC CACAGCTGAA GAAAGACATC 
CAGGATGGTC TGCTCAAGAT GCTCTCCCTC GTCCTCATGC ACAAGCCCCT CCGGCACCCC 
GGGATGCCCA AGGGCCTGGC CCACCAGCTG GCCTCCCCTA GCCTTACCAG CCTCCCTGAG 
GCCAGTGATG TGGGGAGCAT CACTCTGGCC CTCCGAACCC TGGGAAGCTT TGAATTTGAA 
GGTCATTCTC TGACCCAGTT TGTCCGCCAT TGTGCTGATC ATTTTCTGAA CAGTGAGCAC 
AAGGAGATCC GCATGGAGGC AGCCCGTACC TGCTCGCGCC TGCTCACACC CTCCATCCAC 
CTCATCAGTG GCCATGCGCA TGTGGTCAGC CAGACAGCAG TGCAGGTGGT AGCAGATGTA 
CTCAGCAAAT TACTCGTGGT TGGAATAACA GACCCAGACC CTGACATCCG TTACTGTGTC 
TTGGCCTCCC TGGATGAACG CTTTGATGCT CACTTAGCCC AGGCAGAGAA TCTGCAGGCC 
TTGTTTGTGG CCCTTAATGA CCAGGTGTTT GAGATCCGGG AACTGGCCAT CTGCACTGTG 
GGCCGCCTCA GCAGCATGAA CCCTGCCTTT GTCATGCCTT TCCTGAGGAA GATGCTCATT 
CAGATTTTGA CTGAACTGGA ACACAGTGGA GTAGGAAGAA TCAAAGAACA GAGTGCTAGA 
ATGCTGGGGC ACTTGGTTTC CAATGCTCCC CGGCTCATTC GTCCTTACAT GGAGCCCATT 
TTGAAGGCTT TAATTCTGAA GCTGAAAGAC CCAGACCCTG ACCCAAACCC AGGGGTGATC 
AATAATGTCT TGGCTACGAT AGGAGAGCTG GCCCAGGTAA GTGGCTTGGA AATGCGGAAA 
TGGGTGGATG AACTCTTTAT CATCATCATG GACATGCTGC AGGACTCTTC TCTACTGGCC 
AAGAGGCAGG TAGCATTGTG GACCCTGGGG CAGCTGGTGG CCAGCACTGG CTACGTGGTG 
GAGCCCTACA GGAAATATCC AACCTTGCTT GAGGTGCTGT TGAACTTTCT GAAGACCGAA 
CAGAATCAAG GCACTCGAAG GGAGGCTATC CGTGTGTTGG GTCTTTTGGG TGCTTTGGAT 
CCCTATAAGC ACAAAGTGAA CATTGGCATG ATTGACCAGT CTCGGGATGC TTCTGCTGTC 
AGCTTATCCG AGTCCAAATC CAGCCAGGAT TCTTCTGACT ATAGTACCAG TGAAATGCTG 
GTGAACATGG GCAACTTGCC TCTCGATGAG TTCTACCCAG CTGTGTCGAT GGTGGCTTTA 
ATGAGGATCT TCCGAGACCA GTCCCTCTCC CACCATCACA CCATGGTGGT TCAGGCCATC 
ACCTTCATCT TCAAATCCCT GGGACTCAAG TGCGTTCAGT TCCTCCCCCA GGTGATGCCC 
ACATTCCTCA ATGTGATACG AGTCTGCGAT GGTGCCATTC GGGAATTCCT CTTCCAGCAG 
TTAGGGATGC TGGTGTCCTT TGTGAGGAGC CACATCAGAC CTTACATGGA TGAGATTGTC 
ACCCTCATGA GGGAATTCTG GGTTATGAAC AGCTCAATCC AGAGCACAAT CATCCTTCTT 
ATCGAGCAGA TTGTGGTGGC TCTTGGGGGT GAATTCAAAC TCTACCTGCC CCAGCTGATT 
CCTCACATGC TTCGGCTCTT TATGCATGAC AGCAGCCCTG GACGCACTGT CTCCATCAAG 
CTGTTGAACG CAATCCAGCT ATTTGGGGCC AACCTGGATG ACTACCTGCA TCTGCTCTTG 
CCTCCGATTG TGAAGCTCTT TGATGCCCCT GATGCTCCCT TAGCAGCTCG CAAGGCAGCC 
TTGGAGACTG TTGATCGCTT GACTGAGTCT CTGGATTTCA CTGACTATGC ATCCCGAATC 
ATCCACCCTA TTGTACGGAC ACTGGACCTG AGCCCAGAGC TGCGTTCCAC AGCCATGGAC 
ACTTTGTCTT CACTTGTCTT CCAGCTGGGG AAGAAGTACC AGATTTTTAT ACCAATGGGA 
ATAAAGAACC GGGTGAGACA CCGAATTAAC CATCAACGTT ATGACATGCT CNATTGTAGG 
ATTGTCAAGG GCTATACATT AGCTGACGAA GAGGAAGACC CTTTAATTTA TCAACATCGG 
ATGATGAGGA GCAGCCAGGG GGATGCCTTA GCCAGCGGGC CAGTGGAAAC AGGACCCATG 
AAGAAGCTGC ATGTGAGCAC CATCAATCTG CAGAAGGCCT GGGGAGCAGC CAGGAGGGTT 
TCCAAGGATG ACTGGCTGGA ATGGCTAAGG CGACTGAGCT TGGAATTACT AAAGGACTCC 
TCCTCTCCAT CACTTCGCTC CTGCTGGGCC CTGGCTCAGG CCTACAACCC TATGGCAAGG 
GACCTTTTTA ATGCAGCATT TGTATCTTGC TGGTCTGAGC TGAATGAAGA CCAGCAAGAT 
GAGCTAATCA GAAGCATTGA GCTGGCCCTT ACATCCCAGG ACATTGCTGA AGTCACACAA 
ACCCTCCTCA ATTTGGCAGA ATTCATGGAA CACAGTGACA AGGGCCCTCT GCCACTCAGA 
GATGACAATG GCATCGTCCT TCTGGGGGAG AGAGCTGCTA AGTGCCGTGC ATATGCCAAG 
GCATTACACT ACAAGGAGCT AGAGTTCCAG AAGGGCCCCA GCCCTGCCAT TCTCGAGTCT 
CTCATCAGCA TCAATAATAA ACTACAACAG CCAGAGGCAG CTGCTGGGGT GCTGGAGTAT 
GCCATGAAGC ACTTTGGAGA GCTGGAGATC CAAGCTACCT GGTATGAGAA ACTCCATGAA 
TGGGAAGATG CCCTAGTCGC CTATGATAAA AAGATGGACA CTAACAAAGA TGACCCTGAA 
CTAATGCTGG GCCGGATGCG CTGCCTGGAG GCCTTAGGAG AGTGGGGGCA GCTCCATCAG 
CAGTGCTGTG AAAAGTGGAC CCTGGTCAAT GATGAGATAC AAGCCAAAAT GGCCCGGATG 
GCTGCTGCAG CTGCTTGGGG TTTAGGTCAG TGGGACAGTA TGGAGGAGTA CACCTGCATG 
ATCCCCCGGG ACACCCATGA CGGGGCTTTC TACAGAGCTG TGCTGGCCCT GCATCAGGAC 
CTCTTCTCAT TGGCTCAACA GTGCATCGAC AAAGCCAGGG ACCTGCTGGA TGCTGAGCTA 
ACGGCCATGG CAGGAGAAAG CTACAGCCGG GCCTATGGGG CAATGGTTTC CTGCCATATG 
CTGTCTGAGC TAGAGGAAGT TATCCAGTAT AAACTTGTCC CTGAACGGCG AGAGATCATC 
CGCCAGATCT GGTGGGAGAG GTTGCAGGGC TGCCAGAGGA TTGTTGAAGA TTGGCAGAGA 
ATCCTCATGG TTCGTTCTCT TGTTGTCAAT CCCCATGAGG ACATGAGAAC TTGGCTCAAA 
TATGCAAGTT TATGTGGCAA GAGTGGAAGA CTGGCTCTTG CTCATAAAAC ATTGGTATTG 
CTCCTGGGAG TTGACCCTTC TCGACAACTA GATCATCCAT TGCCAACCGT CCATCCTCAG 
GTGACTTATG CATACATGAA GCACATGTGG AAGAGTGCAC GAAAGATTGA CGCCTTCCAG 
CACATGCAAC ACTTTGTGCA GACAGCGCAG CAGCAGGCAC AGCACGCCAT TGCCTCTGAG 
GACCAGCAGC GCAAACATGA GCTCCACAAG CTAATGGCCC GGTGCTTCCT GAAGCTGGGT 
GAGTGGCAGC TGAATCTCCA AGGCATCAAT GAGAGCACCA TCCCCAAAGT CCTGCAGTAT 
TACAGTGCTT CCACAGAGCA TGACCGCAGC TGGTACAAGG CCTGGCATGC CTGGGCAGTC 
ATGAACTTTG AAGCTGTGCT GCACTACAAG CACCAGAACC AGGCCCGAGA TGAGAAGAAG 
AAGCTGCGGC ACGCCAGTGG AGCCAGCGTC ACTAGCGCCC ACACGGAGGG CAGCAACAGT 
GAGAGTGAGG CTGAGAGTGC AGACAACAGC CCTGTCCCCT CCCCTGTACA GAAAAAGGTC 
ACTGAGGATT TGTCCAAGAC TCTCCTGATG TACACGGTGC CTGCTGTCCA GGGCTTCTTC 
CGCTCTATCT CTCTGTCTCG GGGCAACAAC CTTCAGGACA CCCTCAGAGT CCTCACCTTG 
TGGTTTGACT ATGGGCACTG GCCAGATGTA AATGAAGCTC TAGTGGAAGG GGTGAAGGCT 
ATCCAGATTG ACACCTGGTT ACAGGTCATT CCACAGCTCA TTGCAAGAAT TGATACTCCC 
CGGCCCTTGG TAGGACGCCT TATTCACCAG CTTCTCACAG ATATTGGTCG ATACCATCCC 
CAGGCTCTGA TTTACCCACT GACCGTGGCC TCTAAGTCTA CCACTACAGC TCGTCACAAT 
GCAGCCAACA AAATTCTGAA GAACATGTGT GAACACAGCA ACACTCTGGT CCAGCAGGCC 
ATGATGGTGA GCGAGGAACT GATCCGAGTG GCCATCTTGT GGCATGAAAT GTGGCATGAA 
GGTCTGGAGG AAGCTTCTCG TTTGTACTTT GGGGAGAGGA ACGTAAAAGG GATGTTTGAG 
GTGCTCGAAC CCCTGCATGC GATGATGGAA CGGGGACCCC AGACTCTGAA AGAAACATCC 
TTTAATCAGG CATATGGCCG AGATTTAATG GAAGCCCAAG AGTGGTGCCG AAAGTACATG 
AAGTCAGGTA ATGTCAAGGA CCTGACCCAG GCCTGGGACC TCTATTATCA CGTGTTTAGA 
CGGATCTCCA AGCAGCTGCC TCAGCTCACT TCACTGGAGC TACAGTACGT CTCACCCAAA 
CTCCTGATGT GCCGGGACCT GGAGTTAGCC GTGCCAGGCA CCTATGACCC CAACCAGCCT 
GTCATCCGAA TTCAGTCCAT AGCACCTTCT CTCCAGGTCA TCACATCCAA GCAGAGACCC 
AGGAAGTTGA CATTAATGGG CAGCAACGGG CATGAGTTTG TGTTTCTTCT GAAAGGCCAC 
GAGGACCTAA GGCAGGATGA ACGAGTTATG CAGCTCTTTG GTCTTGTCAA CACATTGCTG 
GCCAATGACC CAACATCCCT TAGAAAAAAT CTCAGCATCC AGAGATATGC TGTCATTCCC 
TTGTCAACCA ACTCAGGCCT GATCGGATGG GTCCCCCACT GTGACACGCT GCACGCACTC 
ATCCGAGACT ACCGGGAGAA GAAGAAGATC CTTCTCAACA TTGAGCATCG AATCATGTTA 
CGAATGGCTC CAGATTACGA CCATTTGACA CTGATGCAGA AGGTTGAAGT ATTTGAACAT 
GCTGTCAATA ACACCGCTGG GGATGATCTG GCCAAACTGC TCTGGCTGAA GAGCCCTAGC 
TCTGAGGTGT GGTTTGACCG AAGAACGAAT TATACCCGCT CTTTAGCAGT TATGTCCATG 
GTGGGATATA TTTTGGGCCT AGGAGACAGA CACCCATCCA ACTTGATGCT GGACAGACTC 
AGTGGAAAGA TCTTGCACAT CGACTTTGGG GACTGCTTTG AGGTGGCAAT GACTCGAGAG 
AAATTCCCAG AGAAGATTCC ATTTCGATTG ACGAGGATGT TGACCAATGC AATGGAAGTG 
ACAGGCCTCG ATGGCAACTA CCGGATCACC TGCCACACGG TGATGGAGGT TCTTCGGGAA 
CACAAGGACA GCGTGATGGC CGTGCTGGAA GCCTTTGTCT ATGACCCCTT ATTGAACTGG 
AGGCTTATGG ACACAAATAC GAAAGGCACC AAGCGGTCAC GAACACGGAC AGACTCGTAC 
TCAGCCGGCC AGTCTGTAGA ATTATTGGAC AGTGTGGACC TTGGGGAGAC TGCCCATAAG 
AAAACAGGGA CCACAGTGCC CGAATCCATC CATTCTTTCA TTGGGGATGG TTTGGTGAAA 
CCTGAGGCCC TAAATAAGAA GGCCATTCAG ATTATTAACA GGGTTCGAGA TAAACTCACT 
GGTCGAGATT TTTCTCATGA TGAAACTCTG GACGTCCCTA CGCAAGTTGA GTTATTGATC 
AAGCAGGCCA CGTCCCACGA GAACCTCTGC CAGTGCTACA TTGGGTGGTG TCCTTTCTGG 
TAG

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

PubMed

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MTOR cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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