MAP3K15 cDNA ORF clone, Cuculus canorus(common cuckoo)

Gene
Clones
gRNAs

Summary

Gene Symbol	MAP3K15
Entrez Gene ID	104063409
Full Name	mitogen-activated protein kinase kinase kinase 15
Gene Type	protein-coding
Organism	Cuculus canorus(common cuckoo)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009565581.1	XP_009563876.1	LOW QUALITY PROTEIN: mitogen-activated protein kinase kinase kinase 15

Pathways from BioSystems
Gene Ontology

The following MAP3K15 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the MAP3K15 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
OCu48560	XM_009565581.1 Latest version!	Cuculus canorus mitogen-activated protein kinase kinase kinase 15 (MAP3K15), 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)

MAP3K15 ( XM_009565581.1 ) cDNA ORF clone, Cuculus canorus(common cuckoo) -> XP_009563876.1 Cuculus canorus mitogen-activated protein kinase kinase kinase 15 (MAP3K15), mRNA.

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CloneID	OCu48560
Clone ID Related Accession (Same CDS sequence)	XM_009565581.1
Accession Version	XM_009565581.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3732bp) 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: mitogen-activated protein kinase kinase kinase 15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009245941.1) 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## ab initio :: 1% of CDS bases frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGAGTGATA TTTCCAAGCA ACCATCACTG TTCTACCACC TTGGTGTGCG TGAAAGCTTT 
GACATGGCTA ATAATGTTAT CCTCTACCAT GACACTGATG CTGACACTGC TCAGTCTCTC 
AAAGATATGG TATCTCAGAA AAACACAGTT GCCAACCACA AAGCTTTTCT TCGAGTTCAA 
GTACCTCCTG AATACCACAG TGGTAATCTG ATAGGCAAAG CTTCCAGTGG CAATTATTAT 
TTTATTCCGT ACATTGTCAC ACCTTCTGCT GACTACTTTT GCTGTGAAAG TGATGCTCAA 
CGAAGAGCTT CTGAGTATAT GCAACCCAGC TGGGACAACA TCCTGGGACC TCTTTGTGTC 
CCACTGGTGG ACAAGTTTAT CGACCTTCTC AAAGATGTTC ATGTTACGTC ATGTGCCTAT 
TATAAGGAAA CACTGCTAAA TGATATTAGG AAAGCTAGAG AGAAGTATCA AGGAGATGAA 
CTGGCTAAGG AGCTGGCCAG GATTAAGCTT CGTATGGATA ATACTGAAGT GCTGACTTCT 
GACATTATCA TAAACCTGCT TCTTTCTTAC AGAGATATTC AGGACTATGA TGCTATGGTG 
AAGCTGGTAG AAACACTAGA AATGCTTCCT ACCTGTGATC TGGCTGATCA ACACAACATT 
AAATTTCATT ATGCTTTTGC ATTGAATCGA AGAAACAATG CAGGTGACCG GGAGAAGGCA 
CTACAAGTTA TGCTTCAAGT CTTGCAGACA TGTGATCACC CTGCTCCAGA TATGTTTTGC 
TTATGTGGGA GGATCTACAA GGATATGTTT CTTGATTCTG ACTGTAAAGA CACCGATAGT 
CGAGATCACG CTATTGAATG GTATCGCAAA GGATTTGAAC TCCAGTCAAC TCTGTATTCT 
GGAATTAACC TTGCAGTTTT GCTCCTTGTT GCAGGACAAC AGTTTGAAAG CTCCATGGAA 
CTGAGAAAAA TAGGTGTACG GTTAAACAGT TTATTGGGAA GAAAAGGAAG CCTAGAAAAA 
ATGAACAATT ACTGGGATGT GGGACAGTTC TTCAGTGTGA GCATGCTGGC TAATGATGTT 
GGTAAAGCAG TACAAGCAGC AGAGAAACTT TTTAAGCTGA AACCTCCAGT GTGGTACTTG 
AGATCATTAG TTCAGAATCT GGTGTTAATT CAGCGTTTCA AGAAACTCAC CATAGAACAT 
TCTCCTAGAC AAGAAAGATT GACTTTCTGG CTAGATATAA TTTTTGAGGC AACGAAAGAA 
ACAACTAATG GACTGAGATT TCCAGTTTTG GTGATAGAAC CAACTAAAGT CTACCAGCCT 
GCATATGTTT CAATCAACAG TGAAGCAGAT GAGAGATCTC TCTCCTTGTG GCACGTTTCT 
CCTACTGAAA TGAAACAGAT TCATGAATGG AATTTTACAG CTTCTTCCAT TAGGGGGATA 
AGCATTTCCA AGTTTGATGA AAGATGTTGT TTTCTTTATG TCCATGACAA CTCTGATGAT 
TTTCAAATCT ACTTTTCTAC AGAAAACCAA TGCAGTAGGT TCTGTGGATT GGTGAAAGAA 
ATTTTGTCTG ATGCAGTTGG CAGTACTTTG GAACTAGAAG GAGAAATTGA TGGAGACACA 
TTGGAGTATG AATATGATTA TGATGAGAAT GGTGACAGGG TAGTTCTAGG GAAAGGTACT 
TACGGAGTAG TTTATGCTGG AAGAGACCTT AGCAATCAGG TCCGAATAGC CATCAAAGAA 
ATACCTGAGA GAGACAGCAG ATATTCTCAA CCACTTCATG AAGAGATAGC ACTGCATAAA 
TATTTAAAGC ATCGAAACAT TGTCCAGTAT CTTGGATCTA TTTCAGAAGA TGGATACATT 
AAGATTTTTA TGGAGCAGGT GCCAGGAGGC AGCCTCTCAG CGCTCCTAAG ATCTAAGTGG 
GGCCCAGTGA AAGAACCTAC AATTAAATTT TACACCAAGC AGATTCTGGA AGGCCTTAAG 
TATCTCCATG AGAACCAGAT TGTACACAGA GATATAAAGG GGGATAATGT TTTGGTCAAC 
ACTTATAGTG GTGTGGTAAA GATATCTGAC TTTGGTGCTT CCAAACGGCT GGCAGGAATC 
AATCCATGCA CTGAAACATT CACAGGAACC TTGCAGTACA TGGCTCCAGA AATCATTGAT 
AAAGGACCAC GAGGATATGG TGCACCAGCT GACATCTGGT CACTAGGTTG TACCATTATT 
GAAATGGCAA CAGGCAAACC TCCATTTCAT GAACTAGGGG AGCCTCAAGC AGCAATGTTT 
AAAGTTGGGA TGTTTAAGAT TCATCCTGAA ATACCAGAAT CACTGTCTGC TGAAACAAGG 
GCCTTTATTT TGCTCTGTTT TGAACCTGAT CCTACTAAAC GTGTTACAGC AGCTGATTTG 
CTCAGAGAGT CCTTCCTAAA ACAAGTAAAC AAGGGCAAGA AAAACAGAAT TGCATTCAAG 
CCTACAGATT ATAATCGTAC TACATCCCTC CCACTGCCCG TCCACGGAGA ACAGGCTGGC 
AGTAGCAGCA GTGAACATGG CTCTGTTTCG CCAGACTCTG ATGTACAGCA TGACATGTTT 
TTTGAAAAGC CAAAGAGATC TATTGCAGAG ATTCAGACAA AGCATCCCAT TTCCCATTTG 
CTAAGTGTAC CTGACGACTG CTCGACCTCG GAGGACAGGG GCACCTCTCC TTCCCTTGAA 
GATAAGGATT CTGGTCTGTT TCTGCTGCGG AAGGACAGTG AACGCCGAGC AATCCTATAT 
AAAATCCTTA AGGAAGAACA GAATGCAGTG GCGTCCAATT TGCAGGACTG TATTGCACAG 
AGCTCTGAAG AACTGCAACT TTCAGTGGCT CACATCAAGC AAATTATTGG GATTTTAAGG 
GACTTCATAC GCTCTCCAGA GCAGAGAGTG ATGGCTTCTA CTATATCCAA GTTGAAAATG 
GATTTGGACT TTGATAGCAC TTCAATTAAT CAGATTCATC TGGTCCTGTT TGGATTTCAG 
GATGCGGTGA ATAAGGTATT AAGAAATCAC TTAATAAGGC CCCACTGGAT GTTTGCAATG 
GATAACATAA TTCGCCGTGC AGTCCAAGCT GCAGTCACTA TTCTTATTCC AGAGCTTCGA 
GCTCACTTTG AGCCAGCATC AGAAACTGAA GGTGCGGACA AGGACTGCGA TGAAGCAGAG 
GACAGTTTCC AGNNCAAAAA AAAGAACGGG GCTGAGGATC CCGCCGTCAC ATCAGGAGTC 
AGCACCCTTA GTTCTGTGGT GTCACATGAG GCTCAGCAGC AGCTTAGCCT GGAGTTGGCC 
AGACTTAAAC AAGAGACCTT AAGGCTTTTG GGAAACCTTG TTCAGAAGGA GAAAGAGTAC 
CAGGCCCTCT TACAACAATG TTTGGAGCAA AAAACTCAAG AATTACATTC ACTTCGATTA 
AAACTCAAAC CCAAAGACTT CCAGTGGTCT GCAGCGTCTT TTAGAGAGGA GGCAGACCCT 
GAGCTCACAA AGTGGCTGAA ACAACAAGGA GCAGACTTGG ATGCTATTAA AAGGTTTGCT 
GAAGAAGATT ATACCCTAAG CACTGTTCTT AATGATATCA CTAAAGATGA TCTGCGTTAT 
CTTCAACTGC GGGGTGGTCT TCTCTGCAGA ATCTGGAATG CAATACTGAA CCACCGACAA 
ACAGCTGGGA TGACCTCAGT GCAGAAGGTT GATGCTTTGG AAGGAGAAGG TGCAATGGGA 
GTAAACAAAT GA

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

RefSeq	XP_009563876.1
CDS	1..3732
Translation	MSDISKQPSLFYHLGVRESFDMANNVILYHDTDADTAQSLKDMVSQKNTVANHKAFLRVQVPPEYHSGNLIGKASSGNYYFIPYIVTPSADYFCCESDAQRRASEYMQPSWDNILGPLCVPLVDKFIDLLKDVHVTSCAYYKETLLNDIRKAREKYQGDELAKELARIKLRMDNTEVLTSDIIINLLLSYRDIQDYDAMVKLVETLEMLPTCDLADQHNIKFHYAFALNRRNNAGDREKALQVMLQVLQTCDHPAPDMFCLCGRIYKDMFLDSDCKDTDSRDHAIEWYRKGFELQSTLYSGINLAVLLLVAGQQFESSMELRKIGVRLNSLLGRKGSLEKMNNYWDVGQFFSVSMLANDVGKAVQAAEKLFKLKPPVWYLRSLVQNLVLIQRFKKLTIEHSPRQERLTFWLDIIFEATKETTNGLRFPVLVIEPTKVYQPAYVSINSEADERSLSLWHVSPTEMKQIHEWNFTASSIRGISISKFDERCCFLYVHDNSDDFQIYFSTENQCSRFCGLVKEILSDAVGSTLELEGEIDGDTLEYEYDYDENGDRVVLGKGTYGVVYAGRDLSNQVRIAIKEIPERDSRYSQPLHEEIALHKYLKHRNIVQYLGSISEDGYIKIFMEQVPGGSLSALLRSKWGPVKEPTIKFYTKQILEGLKYLHENQIVHRDIKGDNVLVNTYSGVVKISDFGASKRLAGINPCTETFTGTLQYMAPEIIDKGPRGYGAPADIWSLGCTIIEMATGKPPFHELGEPQAAMFKVGMFKIHPEIPESLSAETRAFILLCFEPDPTKRVTAADLLRESFLKQVNKGKKNRIAFKPTDYNRTTSLPLPVHGEQAGSSSSEHGSVSPDSDVQHDMFFEKPKRSIAEIQTKHPISHLLSVPDDCSTSEDRGTSPSLEDKDSGLFLLRKDSERRAILYKILKEEQNAVASNLQDCIAQSSEELQLSVAHIKQIIGILRDFIRSPEQRVMASTISKLKMDLDFDSTSINQIHLVLFGFQDAVNKVLRNHLIRPHWMFAMDNIIRRAVQAAVTILIPELRAHFEPASETEGADKDCDEAEDSFQnullKKKNGAEDPAVTSGVSTLSSVVSHEAQQQLSLELARLKQETLRLLGNLVQKEKEYQALLQQCLEQKTQELHSLRLKLKPKDFQWSAASFREEADPELTKWLKQQGADLDAIKRFAEEDYTLSTVLNDITKDDLRYLQLRGGLLCRIWNAILNHRQTAGMTSVQKVDALEGEGAMGVNK

Target ORF information:

RefSeq Version	XM_009565581.1
Organism	Cuculus canorus(common cuckoo)
Definition	Cuculus canorus mitogen-activated protein kinase kinase kinase 15 (MAP3K15), mRNA.

Target ORF information:

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

XM_009565581.1

ORF Insert Sequence:

ATGAGTGATA TTTCCAAGCA ACCATCACTG TTCTACCACC TTGGTGTGCG TGAAAGCTTT 
GACATGGCTA ATAATGTTAT CCTCTACCAT GACACTGATG CTGACACTGC TCAGTCTCTC 
AAAGATATGG TATCTCAGAA AAACACAGTT GCCAACCACA AAGCTTTTCT TCGAGTTCAA 
GTACCTCCTG AATACCACAG TGGTAATCTG ATAGGCAAAG CTTCCAGTGG CAATTATTAT 
TTTATTCCGT ACATTGTCAC ACCTTCTGCT GACTACTTTT GCTGTGAAAG TGATGCTCAA 
CGAAGAGCTT CTGAGTATAT GCAACCCAGC TGGGACAACA TCCTGGGACC TCTTTGTGTC 
CCACTGGTGG ACAAGTTTAT CGACCTTCTC AAAGATGTTC ATGTTACGTC ATGTGCCTAT 
TATAAGGAAA CACTGCTAAA TGATATTAGG AAAGCTAGAG AGAAGTATCA AGGAGATGAA 
CTGGCTAAGG AGCTGGCCAG GATTAAGCTT CGTATGGATA ATACTGAAGT GCTGACTTCT 
GACATTATCA TAAACCTGCT TCTTTCTTAC AGAGATATTC AGGACTATGA TGCTATGGTG 
AAGCTGGTAG AAACACTAGA AATGCTTCCT ACCTGTGATC TGGCTGATCA ACACAACATT 
AAATTTCATT ATGCTTTTGC ATTGAATCGA AGAAACAATG CAGGTGACCG GGAGAAGGCA 
CTACAAGTTA TGCTTCAAGT CTTGCAGACA TGTGATCACC CTGCTCCAGA TATGTTTTGC 
TTATGTGGGA GGATCTACAA GGATATGTTT CTTGATTCTG ACTGTAAAGA CACCGATAGT 
CGAGATCACG CTATTGAATG GTATCGCAAA GGATTTGAAC TCCAGTCAAC TCTGTATTCT 
GGAATTAACC TTGCAGTTTT GCTCCTTGTT GCAGGACAAC AGTTTGAAAG CTCCATGGAA 
CTGAGAAAAA TAGGTGTACG GTTAAACAGT TTATTGGGAA GAAAAGGAAG CCTAGAAAAA 
ATGAACAATT ACTGGGATGT GGGACAGTTC TTCAGTGTGA GCATGCTGGC TAATGATGTT 
GGTAAAGCAG TACAAGCAGC AGAGAAACTT TTTAAGCTGA AACCTCCAGT GTGGTACTTG 
AGATCATTAG TTCAGAATCT GGTGTTAATT CAGCGTTTCA AGAAACTCAC CATAGAACAT 
TCTCCTAGAC AAGAAAGATT GACTTTCTGG CTAGATATAA TTTTTGAGGC AACGAAAGAA 
ACAACTAATG GACTGAGATT TCCAGTTTTG GTGATAGAAC CAACTAAAGT CTACCAGCCT 
GCATATGTTT CAATCAACAG TGAAGCAGAT GAGAGATCTC TCTCCTTGTG GCACGTTTCT 
CCTACTGAAA TGAAACAGAT TCATGAATGG AATTTTACAG CTTCTTCCAT TAGGGGGATA 
AGCATTTCCA AGTTTGATGA AAGATGTTGT TTTCTTTATG TCCATGACAA CTCTGATGAT 
TTTCAAATCT ACTTTTCTAC AGAAAACCAA TGCAGTAGGT TCTGTGGATT GGTGAAAGAA 
ATTTTGTCTG ATGCAGTTGG CAGTACTTTG GAACTAGAAG GAGAAATTGA TGGAGACACA 
TTGGAGTATG AATATGATTA TGATGAGAAT GGTGACAGGG TAGTTCTAGG GAAAGGTACT 
TACGGAGTAG TTTATGCTGG AAGAGACCTT AGCAATCAGG TCCGAATAGC CATCAAAGAA 
ATACCTGAGA GAGACAGCAG ATATTCTCAA CCACTTCATG AAGAGATAGC ACTGCATAAA 
TATTTAAAGC ATCGAAACAT TGTCCAGTAT CTTGGATCTA TTTCAGAAGA TGGATACATT 
AAGATTTTTA TGGAGCAGGT GCCAGGAGGC AGCCTCTCAG CGCTCCTAAG ATCTAAGTGG 
GGCCCAGTGA AAGAACCTAC AATTAAATTT TACACCAAGC AGATTCTGGA AGGCCTTAAG 
TATCTCCATG AGAACCAGAT TGTACACAGA GATATAAAGG GGGATAATGT TTTGGTCAAC 
ACTTATAGTG GTGTGGTAAA GATATCTGAC TTTGGTGCTT CCAAACGGCT GGCAGGAATC 
AATCCATGCA CTGAAACATT CACAGGAACC TTGCAGTACA TGGCTCCAGA AATCATTGAT 
AAAGGACCAC GAGGATATGG TGCACCAGCT GACATCTGGT CACTAGGTTG TACCATTATT 
GAAATGGCAA CAGGCAAACC TCCATTTCAT GAACTAGGGG AGCCTCAAGC AGCAATGTTT 
AAAGTTGGGA TGTTTAAGAT TCATCCTGAA ATACCAGAAT CACTGTCTGC TGAAACAAGG 
GCCTTTATTT TGCTCTGTTT TGAACCTGAT CCTACTAAAC GTGTTACAGC AGCTGATTTG 
CTCAGAGAGT CCTTCCTAAA ACAAGTAAAC AAGGGCAAGA AAAACAGAAT TGCATTCAAG 
CCTACAGATT ATAATCGTAC TACATCCCTC CCACTGCCCG TCCACGGAGA ACAGGCTGGC 
AGTAGCAGCA GTGAACATGG CTCTGTTTCG CCAGACTCTG ATGTACAGCA TGACATGTTT 
TTTGAAAAGC CAAAGAGATC TATTGCAGAG ATTCAGACAA AGCATCCCAT TTCCCATTTG 
CTAAGTGTAC CTGACGACTG CTCGACCTCG GAGGACAGGG GCACCTCTCC TTCCCTTGAA 
GATAAGGATT CTGGTCTGTT TCTGCTGCGG AAGGACAGTG AACGCCGAGC AATCCTATAT 
AAAATCCTTA AGGAAGAACA GAATGCAGTG GCGTCCAATT TGCAGGACTG TATTGCACAG 
AGCTCTGAAG AACTGCAACT TTCAGTGGCT CACATCAAGC AAATTATTGG GATTTTAAGG 
GACTTCATAC GCTCTCCAGA GCAGAGAGTG ATGGCTTCTA CTATATCCAA GTTGAAAATG 
GATTTGGACT TTGATAGCAC TTCAATTAAT CAGATTCATC TGGTCCTGTT TGGATTTCAG 
GATGCGGTGA ATAAGGTATT AAGAAATCAC TTAATAAGGC CCCACTGGAT GTTTGCAATG 
GATAACATAA TTCGCCGTGC AGTCCAAGCT GCAGTCACTA TTCTTATTCC AGAGCTTCGA 
GCTCACTTTG AGCCAGCATC AGAAACTGAA GGTGCGGACA AGGACTGCGA TGAAGCAGAG 
GACAGTTTCC AGNNCAAAAA AAAGAACGGG GCTGAGGATC CCGCCGTCAC ATCAGGAGTC 
AGCACCCTTA GTTCTGTGGT GTCACATGAG GCTCAGCAGC AGCTTAGCCT GGAGTTGGCC 
AGACTTAAAC AAGAGACCTT AAGGCTTTTG GGAAACCTTG TTCAGAAGGA GAAAGAGTAC 
CAGGCCCTCT TACAACAATG TTTGGAGCAA AAAACTCAAG AATTACATTC ACTTCGATTA 
AAACTCAAAC CCAAAGACTT CCAGTGGTCT GCAGCGTCTT TTAGAGAGGA GGCAGACCCT 
GAGCTCACAA AGTGGCTGAA ACAACAAGGA GCAGACTTGG ATGCTATTAA AAGGTTTGCT 
GAAGAAGATT ATACCCTAAG CACTGTTCTT AATGATATCA CTAAAGATGA TCTGCGTTAT 
CTTCAACTGC GGGGTGGTCT TCTCTGCAGA ATCTGGAATG CAATACTGAA CCACCGACAA 
ACAGCTGGGA TGACCTCAGT GCAGAAGGTT GATGCTTTGG AAGGAGAAGG TGCAATGGGA 
GTAAACAAAT GA