USP40 cDNA ORF clone, Cuculus canorus(common cuckoo)

Gene
Clones
gRNAs

Summary

Gene Symbol	USP40
Entrez Gene ID	104059589
Full Name	ubiquitin specific peptidase 40
Gene Type	protein-coding
Organism	Cuculus canorus(common cuckoo)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009561281.1	XP_009559576.1	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
OCu44959	XM_009561281.1 Latest version!	Cuculus canorus ubiquitin specific peptidase 40 (USP40), 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)
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)

USP40 ( XM_009561281.1 ) cDNA ORF clone, Cuculus canorus(common cuckoo) -> XP_009559576.1 Cuculus canorus ubiquitin specific peptidase 40 (USP40), mRNA.

Price & Availability↑

CloneID	OCu44959
Clone ID Related Accession (Same CDS sequence)	XM_009561281.1
Accession Version	XM_009561281.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3705bp) 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	2014-10-13
Organism	Cuculus canorus(common cuckoo)
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_009245040.1) 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 Version :: Cuculus canorus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 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##

ATGTTTGGGG ACTTATTTGA AGAGGATTTT TCCTTTATTT CAAACAATCA TTGTGGAAAA 
GGGAAGAAAT CAAAGCCCAG AGATTCTGAG CCCCCAGCTC CCAGGGATTT CACCAACCTA 
AGTGGTATCA AAAATCAGGG TGGGACCTGC TACCTCAATT CCCTTCTGCA GACCCTGCTT 
TTCACACCTG AATTCAGAGA GGCACTGTTT TCTCTGGGAC CTGAGGAACT GGGGACTCTG 
GATGACAGCA GTAAACCAGA TGCAAAGGTT CGAATAATTC CATTACAACT TCAACGGTTA 
TTTGCCCAGC TTCTCCTTTT GGACCAGCAA GCTGCATCTA CGACAGACCT TACTGAGAGC 
TTTGGGTGGA ACAGCAATGA GGAAATGAGG CAGCATGACG TGCAAGAATT AAATCGGATT 
CTGTTCAGTG CTTTGGAAAC TTCCCTTGTG GGGACTTCGG GTCATGACCT TATTAATCGA 
TTGTACCATG GGATTGTTGT CAACCAGATT GTTTGTAAAG AATGCAAGAA TATCAGTGAG 
AGACAGGAAG ATTTCTTAGA CCTCACAGTG GCGGTAAAAG GTGTTGCTGG CTTGGAGGAG 
GCACTGTGGA ACATGTATGT AGAAGAGGAG TACTTTGAAA ATGAGAACTT GTATCGATGC 
GGAGCCTGCG ATAAACTCGT TGAAGCTTCA AAGTCTGCTA AACTGCGCAA GTTGCCACCC 
TTTCTCACCA TTTCTCTCCT GAGATTTAAC TTTGACTTTG AGAAGTGTGA ACGGTACAAG 
GAAACGAGCA GCTATACGTT CCCTGTCCAG ATAAACCTAA GGCCCTTTTG TGAGCAGACT 
GAAATGGATG ATTCAGAGTA CATGTATGAG CTCTTCTCTG TTATTATACA CAAAGGTGGC 
TGCTATGGAG GACACTATCA TGTTTATATC AGAGATGTGG ATGAATTAGG AAACTGGCAA 
TTACAAGAAG AAGAGGATAG GCTGATTGAA GATAAGGCTT TTGGAGATAC TGAAAGTGCC 
AAAGAAACAG AAAATCCATT GGCAGTGTTA AAAGGGATTT TATCAGAGGA AGAATCTAAA 
CAAATTCCTG TGGATCAATT AGGACAGAAA TTATTGGAGA AAAGAGGGGT GTCCTGGAAT 
AAGAAATATC GAAAACAGTA TGGACCATTA CGAAAGTATA TGCAGAATCA TCCACAGATA 
TTTCAGTTCT GTCGTGATGA AAATAAGGTT GGTCTGAAGG AAAAACACAA GCTCCCGTTT 
AAGTCAGATT TTCAAGGAAA AGATCTCCAA AGCCCTCCTC AGAAGAACAA TGTCCAGTGG 
AACTCAGAAA AAAAAACTGC AAGGCAAAGG GACAGTTGTG CTGGTGGCCA CTGGTTTGAT 
CTGAATGATT CCAAAGTCCA GCCCATCAAG GAGAAGGATA TTGAGAGACA ATTTCAGGGT 
AAAGAGAGTG CCTACATGCT GTTTTATCGA AAATCTCAGT TAAAAAGACC GCCTGAAGCA 
CGAGGAAATC CAAGGTACCA AATTCCTGAA CACCTTCTGA ATGAAATGAA TGCTGCTAAT 
ACTGAGCTGC AAAAAAAGAG AGCGGAATGT GACTCAGCAA ACAATGGCAT TGATTTACAT 
CTCCATTTGA GCTCATGTTA CAAATTTCAC AATGGGGCTT TACATCCTTC CCTTCTGATG 
AGTCAGACAC AAGTAAAGNA AGGAGACCTT CGACAATCAG TTTTCCAGAT GTTGGAATCT 
TGGGAAGGAG ACATGATTCT CAGTATTGCT AAGCCTTTAC CAGCAGGACT GCATCTTTAC 
CAGATACTTG ATGGAGATGA GCTGACACTG GATGGCATTG GGCTGGTTGA TGGAGCAGAC 
ATCTTTGTGT GGAATGGGAA AGAGGTTGGT GGTACAAAGG TGATGACAGG TCCTGAGCAT 
GAACCTGTGG TCATAAACGT CCTTCGTTTA GCGGAGTATA ATGAAGGAGG GAAGGGTCAG 
CACTTCACAG AATCACAGCA CGTCTTTTCA TGCAGCACCA AACTAGGTGA TCTGCACAAA 
GCCTTAGCAC CGTCAGGAGG AATCATCTTG AAGAACGGCT CAGGTCCAGA TAAAGAAGCC 
AAGAACTGGG AAGTTTTTCT TGAAGAAGAT ATGAAGGAAA CAGTCAAAAG TGTTGGTCTG 
ACAGATGGAT GCTCTGTACT AATCTTGGAC AGCCATGACC AGAGCTTCGT GAACGTGTCA 
AGTGGCAATT TGACTGCTTT CACATATGAT ATCAGCTGGC TCCAAGTGAA AGACTTCTGC 
AGAATGGAAG ATGAAGAGAA ACACGTTAAA ATTACTGCCA CTATTGAAAC AGTGATGTCA 
GATATCAAAA TGAAAGCAAT ACGTGAGCTT CAGCTGGAGG AGGAGCTAGC AAACGACAGC 
TGTCTCAGAC CTGTTAGCGG AAATGGGAAA CTTCTTTCTC CAGTGCCTGA GGATTATACT 
GTCAAGGAAG CGGAACTGAA AATGGGAAGC TTGCTAGGGC TGTGTCATGG GAAAGCTCCA 
ACTTCCACTC AGCTTTTCCT ATATTTTATT GTTGGAAGTG ACCAAAACAC AAGTCCCGAG 
ATGGAGATTG TTGTGGAAGA GACTGCTTCT GTCAAAGAGT GTCTAAACTT AATGCTGAAA 
AAATCTGGAT TATCAGGTGA CAACTGGCAT TTGAGAAGGA TTGACTGGTG TTATGAAGCA 
GGGGAAGCAT TAAGTCCAGA AAATGCCACT CTGAAGGAGC TTAATGTTTG CAGAGGAGAT 
ACTTTGGTTG TAACTGAAGG AAAGCTTCCA CCGAAGGGTT TCCTGAAAAT CCCCATCTGG 
TGGTTCAAGA CTTCGAGCTA TATGAAACAT GGAGAGAATG CACAAGACCA AGTAAACGGC 
ATGATTTGCA AGATGGATGC TTTGCAGGTG TCTCCTGCAG AAGGTGAGTT CGATCAGTTT 
TTGACAGGGA TTNNNNTTTC ATATGCTGGC AGTGTAGAAA TAGCAGGAGA CGCTTCTCTG 
GAAGACCTGA AGATGCAGGC TATGACCTTA TCAGGTTGCC AGGAGCAGAT TGTCCCACTG 
CCCTCCTTTC TCAGAGCGTG GACAGTGGAC AGCAAGCGCC TGGGCAGGCT CTTACGGAAC 
AACAAGCAGC AACTCAATGA CTATAAGCTG GGTACCAGAG TGGAGATCTG CATAGAACCT 
TTGCAAAAAG AAGAGCATTT GGGCCCCCAT GAGATGCTGC TTCGAGTCCA GATGGGCAAA 
CCAGGGGAGA GGGACTACTA TGACTCCGTG GACTTGGTGT GGGATGTTTC CAAAGAGTGC 
ACAGCCTGTG CGCTGAGGCA GCGAGTGGCT TCTCACTATT GTCTCCCCGT AGATAAAATT 
GAGATAGCCA AATACTTCCC TGAAAGATTC GAGTGGCTGC CAATATCTAG CTGGATACAG 
CAGATTTCAA AGAGAAAACG GAAGAGAAAA CAGGAGAGTT TACAGTCAGC GCCTTACCAC 
CTGAAAGATG GAGATATCAT TGGGGTGAAG AATCTTCTTC TTGATGACAC TAAGGACTTC 
AGCACAGTGA GAGATGACAT TGGAAAAGAG AATCAAAGGC AGCTTGCCTT AGAAAAAAAG 
AAAAGTCGGC AAGCTGAACG CTTACAGGAC CACGAGGAGA AGCTGAATAT TAAGCACCGT 
AAACCAGAAG TGGCTCTTTC TATCAATGTG GGTGTTTTCA GATAG

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

RefSeq	XP_009559576.1
CDS	1..3705
Translation	MFGDLFEEDFSFISNNHCGKGKKSKPRDSEPPAPRDFTNLSGIKNQGGTCYLNSLLQTLLFTPEFREALFSLGPEELGTLDDSSKPDAKVRIIPLQLQRLFAQLLLLDQQAASTTDLTESFGWNSNEEMRQHDVQELNRILFSALETSLVGTSGHDLINRLYHGIVVNQIVCKECKNISERQEDFLDLTVAVKGVAGLEEALWNMYVEEEYFENENLYRCGACDKLVEASKSAKLRKLPPFLTISLLRFNFDFEKCERYKETSSYTFPVQINLRPFCEQTEMDDSEYMYELFSVIIHKGGCYGGHYHVYIRDVDELGNWQLQEEEDRLIEDKAFGDTESAKETENPLAVLKGILSEEESKQIPVDQLGQKLLEKRGVSWNKKYRKQYGPLRKYMQNHPQIFQFCRDENKVGLKEKHKLPFKSDFQGKDLQSPPQKNNVQWNSEKKTARQRDSCAGGHWFDLNDSKVQPIKEKDIERQFQGKESAYMLFYRKSQLKRPPEARGNPRYQIPEHLLNEMNAANTELQKKRAECDSANNGIDLHLHLSSCYKFHNGALHPSLLMSQTQVKnullGDLRQSVFQMLESWEGDMILSIAKPLPAGLHLYQILDGDELTLDGIGLVDGADIFVWNGKEVGGTKVMTGPEHEPVVINVLRLAEYNEGGKGQHFTESQHVFSCSTKLGDLHKALAPSGGIILKNGSGPDKEAKNWEVFLEEDMKETVKSVGLTDGCSVLILDSHDQSFVNVSSGNLTAFTYDISWLQVKDFCRMEDEEKHVKITATIETVMSDIKMKAIRELQLEEELANDSCLRPVSGNGKLLSPVPEDYTVKEAELKMGSLLGLCHGKAPTSTQLFLYFIVGSDQNTSPEMEIVVEETASVKECLNLMLKKSGLSGDNWHLRRIDWCYEAGEALSPENATLKELNVCRGDTLVVTEGKLPPKGFLKIPIWWFKTSSYMKHGENAQDQVNGMICKMDALQVSPAEGEFDQFLTGInullnullSYAGSVEIAGDASLEDLKMQAMTLSGCQEQIVPLPSFLRAWTVDSKRLGRLLRNNKQQLNDYKLGTRVEICIEPLQKEEHLGPHEMLLRVQMGKPGERDYYDSVDLVWDVSKECTACALRQRVASHYCLPVDKIEIAKYFPERFEWLPISSWIQQISKRKRKRKQESLQSAPYHLKDGDIIGVKNLLLDDTKDFSTVRDDIGKENQRQLALEKKKSRQAERLQDHEEKLNIKHRKPEVALSINVGVFR

Target ORF information:

RefSeq Version	XM_009561281.1
Organism	Cuculus canorus(common cuckoo)
Definition	Cuculus canorus 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_009561281.1

ORF Insert Sequence:

ATGTTTGGGG ACTTATTTGA AGAGGATTTT TCCTTTATTT CAAACAATCA TTGTGGAAAA 
GGGAAGAAAT CAAAGCCCAG AGATTCTGAG CCCCCAGCTC CCAGGGATTT CACCAACCTA 
AGTGGTATCA AAAATCAGGG TGGGACCTGC TACCTCAATT CCCTTCTGCA GACCCTGCTT 
TTCACACCTG AATTCAGAGA GGCACTGTTT TCTCTGGGAC CTGAGGAACT GGGGACTCTG 
GATGACAGCA GTAAACCAGA TGCAAAGGTT CGAATAATTC CATTACAACT TCAACGGTTA 
TTTGCCCAGC TTCTCCTTTT GGACCAGCAA GCTGCATCTA CGACAGACCT TACTGAGAGC 
TTTGGGTGGA ACAGCAATGA GGAAATGAGG CAGCATGACG TGCAAGAATT AAATCGGATT 
CTGTTCAGTG CTTTGGAAAC TTCCCTTGTG GGGACTTCGG GTCATGACCT TATTAATCGA 
TTGTACCATG GGATTGTTGT CAACCAGATT GTTTGTAAAG AATGCAAGAA TATCAGTGAG 
AGACAGGAAG ATTTCTTAGA CCTCACAGTG GCGGTAAAAG GTGTTGCTGG CTTGGAGGAG 
GCACTGTGGA ACATGTATGT AGAAGAGGAG TACTTTGAAA ATGAGAACTT GTATCGATGC 
GGAGCCTGCG ATAAACTCGT TGAAGCTTCA AAGTCTGCTA AACTGCGCAA GTTGCCACCC 
TTTCTCACCA TTTCTCTCCT GAGATTTAAC TTTGACTTTG AGAAGTGTGA ACGGTACAAG 
GAAACGAGCA GCTATACGTT CCCTGTCCAG ATAAACCTAA GGCCCTTTTG TGAGCAGACT 
GAAATGGATG ATTCAGAGTA CATGTATGAG CTCTTCTCTG TTATTATACA CAAAGGTGGC 
TGCTATGGAG GACACTATCA TGTTTATATC AGAGATGTGG ATGAATTAGG AAACTGGCAA 
TTACAAGAAG AAGAGGATAG GCTGATTGAA GATAAGGCTT TTGGAGATAC TGAAAGTGCC 
AAAGAAACAG AAAATCCATT GGCAGTGTTA AAAGGGATTT TATCAGAGGA AGAATCTAAA 
CAAATTCCTG TGGATCAATT AGGACAGAAA TTATTGGAGA AAAGAGGGGT GTCCTGGAAT 
AAGAAATATC GAAAACAGTA TGGACCATTA CGAAAGTATA TGCAGAATCA TCCACAGATA 
TTTCAGTTCT GTCGTGATGA AAATAAGGTT GGTCTGAAGG AAAAACACAA GCTCCCGTTT 
AAGTCAGATT TTCAAGGAAA AGATCTCCAA AGCCCTCCTC AGAAGAACAA TGTCCAGTGG 
AACTCAGAAA AAAAAACTGC AAGGCAAAGG GACAGTTGTG CTGGTGGCCA CTGGTTTGAT 
CTGAATGATT CCAAAGTCCA GCCCATCAAG GAGAAGGATA TTGAGAGACA ATTTCAGGGT 
AAAGAGAGTG CCTACATGCT GTTTTATCGA AAATCTCAGT TAAAAAGACC GCCTGAAGCA 
CGAGGAAATC CAAGGTACCA AATTCCTGAA CACCTTCTGA ATGAAATGAA TGCTGCTAAT 
ACTGAGCTGC AAAAAAAGAG AGCGGAATGT GACTCAGCAA ACAATGGCAT TGATTTACAT 
CTCCATTTGA GCTCATGTTA CAAATTTCAC AATGGGGCTT TACATCCTTC CCTTCTGATG 
AGTCAGACAC AAGTAAAGNA AGGAGACCTT CGACAATCAG TTTTCCAGAT GTTGGAATCT 
TGGGAAGGAG ACATGATTCT CAGTATTGCT AAGCCTTTAC CAGCAGGACT GCATCTTTAC 
CAGATACTTG ATGGAGATGA GCTGACACTG GATGGCATTG GGCTGGTTGA TGGAGCAGAC 
ATCTTTGTGT GGAATGGGAA AGAGGTTGGT GGTACAAAGG TGATGACAGG TCCTGAGCAT 
GAACCTGTGG TCATAAACGT CCTTCGTTTA GCGGAGTATA ATGAAGGAGG GAAGGGTCAG 
CACTTCACAG AATCACAGCA CGTCTTTTCA TGCAGCACCA AACTAGGTGA TCTGCACAAA 
GCCTTAGCAC CGTCAGGAGG AATCATCTTG AAGAACGGCT CAGGTCCAGA TAAAGAAGCC 
AAGAACTGGG AAGTTTTTCT TGAAGAAGAT ATGAAGGAAA CAGTCAAAAG TGTTGGTCTG 
ACAGATGGAT GCTCTGTACT AATCTTGGAC AGCCATGACC AGAGCTTCGT GAACGTGTCA 
AGTGGCAATT TGACTGCTTT CACATATGAT ATCAGCTGGC TCCAAGTGAA AGACTTCTGC 
AGAATGGAAG ATGAAGAGAA ACACGTTAAA ATTACTGCCA CTATTGAAAC AGTGATGTCA 
GATATCAAAA TGAAAGCAAT ACGTGAGCTT CAGCTGGAGG AGGAGCTAGC AAACGACAGC 
TGTCTCAGAC CTGTTAGCGG AAATGGGAAA CTTCTTTCTC CAGTGCCTGA GGATTATACT 
GTCAAGGAAG CGGAACTGAA AATGGGAAGC TTGCTAGGGC TGTGTCATGG GAAAGCTCCA 
ACTTCCACTC AGCTTTTCCT ATATTTTATT GTTGGAAGTG ACCAAAACAC AAGTCCCGAG 
ATGGAGATTG TTGTGGAAGA GACTGCTTCT GTCAAAGAGT GTCTAAACTT AATGCTGAAA 
AAATCTGGAT TATCAGGTGA CAACTGGCAT TTGAGAAGGA TTGACTGGTG TTATGAAGCA 
GGGGAAGCAT TAAGTCCAGA AAATGCCACT CTGAAGGAGC TTAATGTTTG CAGAGGAGAT 
ACTTTGGTTG TAACTGAAGG AAAGCTTCCA CCGAAGGGTT TCCTGAAAAT CCCCATCTGG 
TGGTTCAAGA CTTCGAGCTA TATGAAACAT GGAGAGAATG CACAAGACCA AGTAAACGGC 
ATGATTTGCA AGATGGATGC TTTGCAGGTG TCTCCTGCAG AAGGTGAGTT CGATCAGTTT 
TTGACAGGGA TTNNNNTTTC ATATGCTGGC AGTGTAGAAA TAGCAGGAGA CGCTTCTCTG 
GAAGACCTGA AGATGCAGGC TATGACCTTA TCAGGTTGCC AGGAGCAGAT TGTCCCACTG 
CCCTCCTTTC TCAGAGCGTG GACAGTGGAC AGCAAGCGCC TGGGCAGGCT CTTACGGAAC 
AACAAGCAGC AACTCAATGA CTATAAGCTG GGTACCAGAG TGGAGATCTG CATAGAACCT 
TTGCAAAAAG AAGAGCATTT GGGCCCCCAT GAGATGCTGC TTCGAGTCCA GATGGGCAAA 
CCAGGGGAGA GGGACTACTA TGACTCCGTG GACTTGGTGT GGGATGTTTC CAAAGAGTGC 
ACAGCCTGTG CGCTGAGGCA GCGAGTGGCT TCTCACTATT GTCTCCCCGT AGATAAAATT 
GAGATAGCCA AATACTTCCC TGAAAGATTC GAGTGGCTGC CAATATCTAG CTGGATACAG 
CAGATTTCAA AGAGAAAACG GAAGAGAAAA CAGGAGAGTT TACAGTCAGC GCCTTACCAC 
CTGAAAGATG GAGATATCAT TGGGGTGAAG AATCTTCTTC TTGATGACAC TAAGGACTTC 
AGCACAGTGA GAGATGACAT TGGAAAAGAG AATCAAAGGC AGCTTGCCTT AGAAAAAAAG 
AAAAGTCGGC AAGCTGAACG CTTACAGGAC CACGAGGAGA AGCTGAATAT TAAGCACCGT 
AAACCAGAAG TGGCTCTTTC TATCAATGTG GGTGTTTTCA GATAG