USP40 cDNA ORF clone, Phascolarctos cinereus(koala)

Gene
Clones
gRNAs

Summary

Gene Symbol	USP40
Entrez Gene ID	110198838
Full Name	ubiquitin specific peptidase 40
Gene Type	protein-coding
Organism	Phascolarctos cinereus(koala)

mRNA and Protein(s)

mRNA	Protein	Name
XM_020973354.1	XP_020829013.1	LOW QUALITY PROTEIN: ubiquitin carboxyl-terminal hydrolase 40

Pathways from BioSystems
Gene Ontology

The following USP40 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the USP40 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
OPh279436	XM_020973354.1 Latest version!	Phascolarctos cinereus ubiquitin specific peptidase 40 (USP40), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

USP40 ( XM_020973354.1 ) cDNA ORF clone, Phascolarctos cinereus(koala) -> XP_020829013.1 Phascolarctos cinereus ubiquitin specific peptidase 40 (USP40), mRNA.

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CloneID	OPh279436
Clone ID Related Accession (Same CDS sequence)	XM_020973354.1
Accession Version	XM_020973354.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3777bp) 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	2017-05-09
Organism	Phascolarctos cinereus(koala)
Product	LOW QUALITY PROTEIN: ubiquitin carboxyl-terminal hydrolase 40
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018344194.1) 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 :: Phascolarctos cinereus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 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##

ATGTTTGGGG ACCTGTTTGA AGAGGACTTT CCCTACATCC CAGAGAATCA CCTCGAGAAA 
GGAAGGAAAT CCAAGTGGGC AGAGCCTGAG CCGCCGCCCC CCCGGGGCAT CACCAACCTG 
AGTGGCATCC AGAACCAGGC CGGGACATGC TACCTCAACT CATTGCTGCA GACTCTCCAT 
TTCACCCCAG AATTCCGAGA AGCTTTGTTT GCTCTGGACC CAGAAGAGCT CGGATCCTTA 
GAGGACAAGG ATGACCCCAA TGCGAAGGTG CGGGTCATCC CTCTGCAGTT ACAACGGTTG 
TTTGCTCAGC TCCTCCTCTC AGACCGGCAG GCGGCATCCA CCACGGACCT CACCGACAGC 
TTTGGCTGGA ACAACAGCGA GGAGATGAGG CAGCACGATG TCCAGGAGCT GAACCGGATT 
CTCTTCAGCG CGCTGGAAAG CTCCCTGGTG GGCACCTCTG GCCATGACCT CATTAACCGC 
CTCTACCACG GCACCATTGT GAACCACATC ACGTGCAAGG AGTGTGAGAA CATCAGTGAG 
CGACAGGAGG ATTTCTTGGA CTTGACAGTG GCCGTCAAAA ACCTGTCCGG CCTTGAGGAA 
GCTCTTTGGA GCATGTATGT GGAAGAGGAA TTCTTCGATG CGGAGAACCT GTATCACTGT 
GGAACGTGCA ACAAGCTCGT CAGCGCCACC AAGTCGGCCC GGCTGCGGAA GCTGCCTCCT 
TTTCTGACGA TTTCGTTGCT GAGGTTTAAT TTTGATTTTG CCAAATGTGA GCGCTACAAG 
GAGACAGGCT GCTACACATT CCCTCTGCAG ATGGACCTGA AGCCCTTCTG TGAGCAGACC 
GAGTTGGATG ACTCAGAGTA TGTGTACGAC CTCTTCTCTG TTATTATACA CAAAGGCGGC 
TGCTATGGAG GACATTACCA CGTGTATATT AAAGATGTGG ACCAGTTGGG AAACTGGCAG 
TTTGAGGAAG ACGAGTCTGA GTCAATTGCA AAGGCCAAGA GTTTGAAGGA CCTTCCACAT 
GTTCAAGAAA CTGACAATCC GTTGACAGTC CTCAAAAATA TCTTGTCCCA GGAGGAAAAT 
AAGCTGATTC CTGTGGACCA GCTGGGTCAG AAGCTCTTGG CTAGCATAGA AATATCCTGG 
AACAAGAAGT ATAGGAAGCA GCATGGTCCC CTCCTGAAGT TTTTGCACGC CCATTCTGAT 
GTGTTTCTGC TCAGCTCCAA TCCCAGCAAG GTCTGTCTCA GGAGGGATGC CAGCCCTCCC 
CAGCCGCCCT TGGCTGAGCA TGAGCAGCCT GGCCTCGAGG CCCCTTCCTA CGGCAAGGGC 
CCTGCAGCTT CTGGAACAGA GCCTGCTGGG GGTCTGTGGC CAGAGGTCAG CCCTGAAGGC 
CCTCATTGGT TTGACATAAA TGATTCTCAA GTGGAACCCA TCTGGGAAGC AGACATTGAG 
AAGCAATTCC AGGGAAAAGA GAGTGCCTAC ATGTTGTTTT ACCGAAAGAC GCAGCTGCAG 
AGGCCTCGAG AAGCTCAGTC CAACCCGCAG TACAAGGTTC CAGGTCACTT GCTGAGGGAG 
GTGCGTGAGG CCAACAGGGA GCTGCAGAAG AAGAGGGCAG ACTATGACTC TGTGGTCAAC 
ACTCTAGACC TACATCTCCA CCTGGGCCCT TGCTACGAGT TTTATGATGG TGCCCTGCAC 
CCCTCTTCTT CCGTAACAGA AGATTGCATG TTGGACTTGA CCATTGATAA ACGGAAAACT 
GTAGGTGATC TTCGGCAGTT GGTATTTCAG CTCCTGGAAT TCTGGGAAGG GGATCTGGTG 
CTCAGCCTTG CCAAGCTTGT GCCTGCGGGA CTCCATGTTT GCCAGGCCCT CGAAGGAGAT 
GAACTGACAT TGCATGAAAT TGAAATGACC GATGGGGAAG ACATCTTTGT GTGGAATGGG 
ATAGAGGTTG GTGGGGTCAG GATTCCAGTT GGTGAGGACG CTCTTCCCAT CCTTTTGAAT 
ATCCTTCAGC TGACAAGTAG CAGTGACGGA GAAAAGGGGC AGCCATTTGT AGAACTCCAC 
CATGTGTTTC CCTCAAATGC TGAAGTTGGC TCCATATTCA CAGCCTTAGC ATCCCCTGTT 
GGCATCCTCC TGGTGAACAT TACAGGCTCT CACATTCTCG AGTTAGAGAA CTGGTCAGTC 
ATTCCCAGGG AGAACTTTGG AAAGACATTC AGAGAGCAGG GCCTTCAAGA TGGCAGCTCC 
GTGTGGATAT TAAGCTCCAG CAGCTATGAC CAAAGCTTGC TATTGGCCGG AGGCAGAAGG 
GAGAGTTCTC TGAGCAACTT CAGCTGGATG CAGGTTAAGA ATCTGTGTCA AGCAGATTCT 
GAGGAGGAGC TGGTGAAAGT TTCGGCGACT GTTGAAACAA TGCTGTTGGA CATTCGAATC 
AAAGCTATCA AGGAGCTGGG GTTGCAGGAG GAGCTGGTTA ATAACAGCTG CCTGAGGCTG 
ATTGATCGAA ATGGGCAGCT GCTTTCTCCA GCGCCGGAGC ATTACACTGT GGCCGAAGCA 
GAGATGNGAA TGGGCAGTTT GTTGGGACTG TGTCGTGGCA GAGCTCCGAC CTCCTCCCAG 
CTCTTCCTGT TTTTCACCGT GGGCAGTGAC TTCGAGTCCG GCCTGACGAT GGAGATCATT 
GTGGAGTCGA CGATCTCTGT GAGCGAATGT TTGAAGAAGA TGCTGGAGAA AGCTGGTCTG 
CAAGGTGACG TGTGGCATTT GCGCAAAGCG GATTGGTGCT TTGAAGCTGG AGAACCTTTA 
AATGAGGAAC ATGCTTCCCT GAGCGAGCTT ATGATCAGCA GTGGGGATAC CTTGGTCTTA 
TCTGAAGGGA AGCTTCCACC CAAGGGTTTC CTAAAAGTGC CTGTCTGGTG GTTCCATCCA 
TCAGTGCCCT CTGGACGGCA AGACGACCCT CAGGACCACG TGGGCCACAT CACCCACCAG 
GTGGAGGCTT TGAGAACCAC CCCTGAAGGA GGTGATCTGC ACAGAGATGT TCCAGACATC 
CAGTCCGAAG TGCCCTTCAC TTTTGTGGGG GACGTGGAGA TCTCCGAAGA GGCGTCCGTG 
GCGGATCTCA AGAGTCAGGC CATGAGCTTG CCGTCTCTCC TGGACTTTGG TTTCCCGTCT 
GCTGACTTCC TCAGAGCCTG GACCATGGAA AGTAAGCGTC CAGGCAGGCT TTTACGAAAC 
AACCAGCAAC AACTCAAGGA GTATAAAGTG GGAGGGAGAA CTCAGATATG CATAGAGCCT 
CTTCAGAAAC GAGAGACCTT GGGCTCCAAG GACATGCTGC TGCGGACCCA GATGGGCATC 
CCTGGGGAGA GGGCCTACTA CCCCACTGTA GACTTTGTGT GGGACATCCT GAACGACTGC 
ACGGCGGCAT CCCTGCGGCA GGGTGTGGCT GCCCACTACT GCCTCCCTGT GGATGGCATT 
GAGATTGCCA AGTACTTTCC TGAGAAGTTT GAGTGGATAC CCATCTCTAG CTGGGACCAG 
CAGGTTTCCA AGAGGAAAAA GAAGAAAAAG CAGGAGAATT TGCAGATGGC ACCTTATTAC 
CTGAAAGATG GAGATATTAT TGGTGTGAAG AACCTCCTGG TGGATGGCAA CCGAGACTTC 
AGTACCCCGA GAGATGATGT GGGCAGAGAG AAGCAGACCA GGCTGTTTGG GGGAAAGAGG 
AGAAGGCGCC AAGCTGTCCA GCTGCAGAGA AGTGAAACTG AGGTAGAAGC ACATATGCCT 
GAGAAGCCGC ACAGACCAGA AGCGGGGCTT TCCATCAACG TGGGCGTTTT CAGATAG

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

RefSeq	XP_020829013.1
CDS	124..3900
Translation	MFGDLFEEDFPYIPENHLEKGRKSKWAEPEPPPPRGITNLSGIQNQAGTCYLNSLLQTLHFTPEFREALFALDPEELGSLEDKDDPNAKVRVIPLQLQRLFAQLLLSDRQAASTTDLTDSFGWNNSEEMRQHDVQELNRILFSALESSLVGTSGHDLINRLYHGTIVNHITCKECENISERQEDFLDLTVAVKNLSGLEEALWSMYVEEEFFDAENLYHCGTCNKLVSATKSARLRKLPPFLTISLLRFNFDFAKCERYKETGCYTFPLQMDLKPFCEQTELDDSEYVYDLFSVIIHKGGCYGGHYHVYIKDVDQLGNWQFEEDESESIAKAKSLKDLPHVQETDNPLTVLKNILSQEENKLIPVDQLGQKLLASIEISWNKKYRKQHGPLLKFLHAHSDVFLLSSNPSKVCLRRDASPPQPPLAEHEQPGLEAPSYGKGPAASGTEPAGGLWPEVSPEGPHWFDINDSQVEPIWEADIEKQFQGKESAYMLFYRKTQLQRPREAQSNPQYKVPGHLLREVREANRELQKKRADYDSVVNTLDLHLHLGPCYEFYDGALHPSSSVTEDCMLDLTIDKRKTVGDLRQLVFQLLEFWEGDLVLSLAKLVPAGLHVCQALEGDELTLHEIEMTDGEDIFVWNGIEVGGVRIPVGEDALPILLNILQLTSSSDGEKGQPFVELHHVFPSNAEVGSIFTALASPVGILLVNITGSHILELENWSVIPRENFGKTFREQGLQDGSSVWILSSSSYDQSLLLAGGRRESSLSNFSWMQVKNLCQADSEEELVKVSATVETMLLDIRIKAIKELGLQEELVNNSCLRLIDRNGQLLSPAPEHYTVAEAEMnullMGSLLGLCRGRAPTSSQLFLFFTVGSDFESGLTMEIIVESTISVSECLKKMLEKAGLQGDVWHLRKADWCFEAGEPLNEEHASLSELMISSGDTLVLSEGKLPPKGFLKVPVWWFHPSVPSGRQDDPQDHVGHITHQVEALRTTPEGGDLHRDVPDIQSEVPFTFVGDVEISEEASVADLKSQAMSLPSLLDFGFPSADFLRAWTMESKRPGRLLRNNQQQLKEYKVGGRTQICIEPLQKRETLGSKDMLLRTQMGIPGERAYYPTVDFVWDILNDCTAASLRQGVAAHYCLPVDGIEIAKYFPEKFEWIPISSWDQQVSKRKKKKKQENLQMAPYYLKDGDIIGVKNLLVDGNRDFSTPRDDVGREKQTRLFGGKRRRRQAVQLQRSETEVEAHMPEKPHRPEAGLSINVGVFR

Target ORF information:

RefSeq Version	XM_020973354.1
Organism	Phascolarctos cinereus(koala)
Definition	Phascolarctos cinereus ubiquitin specific peptidase 40 (USP40), mRNA.

Target ORF information:

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

XM_020973354.1

ORF Insert Sequence:

ATGTTTGGGG ACCTGTTTGA AGAGGACTTT CCCTACATCC CAGAGAATCA CCTCGAGAAA 
GGAAGGAAAT CCAAGTGGGC AGAGCCTGAG CCGCCGCCCC CCCGGGGCAT CACCAACCTG 
AGTGGCATCC AGAACCAGGC CGGGACATGC TACCTCAACT CATTGCTGCA GACTCTCCAT 
TTCACCCCAG AATTCCGAGA AGCTTTGTTT GCTCTGGACC CAGAAGAGCT CGGATCCTTA 
GAGGACAAGG ATGACCCCAA TGCGAAGGTG CGGGTCATCC CTCTGCAGTT ACAACGGTTG 
TTTGCTCAGC TCCTCCTCTC AGACCGGCAG GCGGCATCCA CCACGGACCT CACCGACAGC 
TTTGGCTGGA ACAACAGCGA GGAGATGAGG CAGCACGATG TCCAGGAGCT GAACCGGATT 
CTCTTCAGCG CGCTGGAAAG CTCCCTGGTG GGCACCTCTG GCCATGACCT CATTAACCGC 
CTCTACCACG GCACCATTGT GAACCACATC ACGTGCAAGG AGTGTGAGAA CATCAGTGAG 
CGACAGGAGG ATTTCTTGGA CTTGACAGTG GCCGTCAAAA ACCTGTCCGG CCTTGAGGAA 
GCTCTTTGGA GCATGTATGT GGAAGAGGAA TTCTTCGATG CGGAGAACCT GTATCACTGT 
GGAACGTGCA ACAAGCTCGT CAGCGCCACC AAGTCGGCCC GGCTGCGGAA GCTGCCTCCT 
TTTCTGACGA TTTCGTTGCT GAGGTTTAAT TTTGATTTTG CCAAATGTGA GCGCTACAAG 
GAGACAGGCT GCTACACATT CCCTCTGCAG ATGGACCTGA AGCCCTTCTG TGAGCAGACC 
GAGTTGGATG ACTCAGAGTA TGTGTACGAC CTCTTCTCTG TTATTATACA CAAAGGCGGC 
TGCTATGGAG GACATTACCA CGTGTATATT AAAGATGTGG ACCAGTTGGG AAACTGGCAG 
TTTGAGGAAG ACGAGTCTGA GTCAATTGCA AAGGCCAAGA GTTTGAAGGA CCTTCCACAT 
GTTCAAGAAA CTGACAATCC GTTGACAGTC CTCAAAAATA TCTTGTCCCA GGAGGAAAAT 
AAGCTGATTC CTGTGGACCA GCTGGGTCAG AAGCTCTTGG CTAGCATAGA AATATCCTGG 
AACAAGAAGT ATAGGAAGCA GCATGGTCCC CTCCTGAAGT TTTTGCACGC CCATTCTGAT 
GTGTTTCTGC TCAGCTCCAA TCCCAGCAAG GTCTGTCTCA GGAGGGATGC CAGCCCTCCC 
CAGCCGCCCT TGGCTGAGCA TGAGCAGCCT GGCCTCGAGG CCCCTTCCTA CGGCAAGGGC 
CCTGCAGCTT CTGGAACAGA GCCTGCTGGG GGTCTGTGGC CAGAGGTCAG CCCTGAAGGC 
CCTCATTGGT TTGACATAAA TGATTCTCAA GTGGAACCCA TCTGGGAAGC AGACATTGAG 
AAGCAATTCC AGGGAAAAGA GAGTGCCTAC ATGTTGTTTT ACCGAAAGAC GCAGCTGCAG 
AGGCCTCGAG AAGCTCAGTC CAACCCGCAG TACAAGGTTC CAGGTCACTT GCTGAGGGAG 
GTGCGTGAGG CCAACAGGGA GCTGCAGAAG AAGAGGGCAG ACTATGACTC TGTGGTCAAC 
ACTCTAGACC TACATCTCCA CCTGGGCCCT TGCTACGAGT TTTATGATGG TGCCCTGCAC 
CCCTCTTCTT CCGTAACAGA AGATTGCATG TTGGACTTGA CCATTGATAA ACGGAAAACT 
GTAGGTGATC TTCGGCAGTT GGTATTTCAG CTCCTGGAAT TCTGGGAAGG GGATCTGGTG 
CTCAGCCTTG CCAAGCTTGT GCCTGCGGGA CTCCATGTTT GCCAGGCCCT CGAAGGAGAT 
GAACTGACAT TGCATGAAAT TGAAATGACC GATGGGGAAG ACATCTTTGT GTGGAATGGG 
ATAGAGGTTG GTGGGGTCAG GATTCCAGTT GGTGAGGACG CTCTTCCCAT CCTTTTGAAT 
ATCCTTCAGC TGACAAGTAG CAGTGACGGA GAAAAGGGGC AGCCATTTGT AGAACTCCAC 
CATGTGTTTC CCTCAAATGC TGAAGTTGGC TCCATATTCA CAGCCTTAGC ATCCCCTGTT 
GGCATCCTCC TGGTGAACAT TACAGGCTCT CACATTCTCG AGTTAGAGAA CTGGTCAGTC 
ATTCCCAGGG AGAACTTTGG AAAGACATTC AGAGAGCAGG GCCTTCAAGA TGGCAGCTCC 
GTGTGGATAT TAAGCTCCAG CAGCTATGAC CAAAGCTTGC TATTGGCCGG AGGCAGAAGG 
GAGAGTTCTC TGAGCAACTT CAGCTGGATG CAGGTTAAGA ATCTGTGTCA AGCAGATTCT 
GAGGAGGAGC TGGTGAAAGT TTCGGCGACT GTTGAAACAA TGCTGTTGGA CATTCGAATC 
AAAGCTATCA AGGAGCTGGG GTTGCAGGAG GAGCTGGTTA ATAACAGCTG CCTGAGGCTG 
ATTGATCGAA ATGGGCAGCT GCTTTCTCCA GCGCCGGAGC ATTACACTGT GGCCGAAGCA 
GAGATGNGAA TGGGCAGTTT GTTGGGACTG TGTCGTGGCA GAGCTCCGAC CTCCTCCCAG 
CTCTTCCTGT TTTTCACCGT GGGCAGTGAC TTCGAGTCCG GCCTGACGAT GGAGATCATT 
GTGGAGTCGA CGATCTCTGT GAGCGAATGT TTGAAGAAGA TGCTGGAGAA AGCTGGTCTG 
CAAGGTGACG TGTGGCATTT GCGCAAAGCG GATTGGTGCT TTGAAGCTGG AGAACCTTTA 
AATGAGGAAC ATGCTTCCCT GAGCGAGCTT ATGATCAGCA GTGGGGATAC CTTGGTCTTA 
TCTGAAGGGA AGCTTCCACC CAAGGGTTTC CTAAAAGTGC CTGTCTGGTG GTTCCATCCA 
TCAGTGCCCT CTGGACGGCA AGACGACCCT CAGGACCACG TGGGCCACAT CACCCACCAG 
GTGGAGGCTT TGAGAACCAC CCCTGAAGGA GGTGATCTGC ACAGAGATGT TCCAGACATC 
CAGTCCGAAG TGCCCTTCAC TTTTGTGGGG GACGTGGAGA TCTCCGAAGA GGCGTCCGTG 
GCGGATCTCA AGAGTCAGGC CATGAGCTTG CCGTCTCTCC TGGACTTTGG TTTCCCGTCT 
GCTGACTTCC TCAGAGCCTG GACCATGGAA AGTAAGCGTC CAGGCAGGCT TTTACGAAAC 
AACCAGCAAC AACTCAAGGA GTATAAAGTG GGAGGGAGAA CTCAGATATG CATAGAGCCT 
CTTCAGAAAC GAGAGACCTT GGGCTCCAAG GACATGCTGC TGCGGACCCA GATGGGCATC 
CCTGGGGAGA GGGCCTACTA CCCCACTGTA GACTTTGTGT GGGACATCCT GAACGACTGC 
ACGGCGGCAT CCCTGCGGCA GGGTGTGGCT GCCCACTACT GCCTCCCTGT GGATGGCATT 
GAGATTGCCA AGTACTTTCC TGAGAAGTTT GAGTGGATAC CCATCTCTAG CTGGGACCAG 
CAGGTTTCCA AGAGGAAAAA GAAGAAAAAG CAGGAGAATT TGCAGATGGC ACCTTATTAC 
CTGAAAGATG GAGATATTAT TGGTGTGAAG AACCTCCTGG TGGATGGCAA CCGAGACTTC 
AGTACCCCGA GAGATGATGT GGGCAGAGAG AAGCAGACCA GGCTGTTTGG GGGAAAGAGG 
AGAAGGCGCC AAGCTGTCCA GCTGCAGAGA AGTGAAACTG AGGTAGAAGC ACATATGCCT 
GAGAAGCCGC ACAGACCAGA AGCGGGGCTT TCCATCAACG TGGGCGTTTT CAGATAG