LOC103338842 cDNA ORF clone, Prunus mume(Japanese apricot)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC103338842
Entrez Gene ID	103338842
Full Name	kinesin-4
Gene Type	protein-coding
Organism	Prunus mume(Japanese apricot)

mRNA and Protein(s)

mRNA	Protein	Name
XM_016795637.1	XP_016651123.1	LOW QUALITY PROTEIN: kinesin-4

Pathways from BioSystems
Gene Ontology

The following LOC103338842 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC103338842 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
OPr63234	XM_016795637.1 Latest version!	Prunus mume kinesin-4 (LOC103338842), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

LOC103338842 ( XM_016795637.1 ) cDNA ORF clone, Prunus mume(Japanese apricot) -> XP_016651123.1 Prunus mume kinesin-4 (LOC103338842), mRNA.

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CloneID	OPr63234
Clone ID Related Accession (Same CDS sequence)	XM_016795637.1
Accession Version	XM_016795637.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3528bp) 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	2016-05-10
Organism	Prunus mume(Japanese apricot)
Product	LOW QUALITY PROTEIN: kinesin-4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_024132.1) 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 :: Prunus mume Annotation Release 101 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##

ATGGATTCCA CATCAAGTTA CAGCAAAACA GAAAATGGAG GGGTCACCAG CTCAAGCTTT 
CATGCTGGCA CGCATAGTTC AGAACAAGTT GTAAATGGTA ATGGTGAGAC TGAAGGCAAG 
CGGCGAACAT ATTTAGTAGA GTGGTTAAAT AGTTTACTTC CTACATTAGG TTTACCAAAA 
AATGCTTCAG ATGAGGACTT GAGATCATGC TTGATTGATG GTACCATTTT ATGTCGGATA 
TTGAACAGGC TTAAACCTGG TTTTGTGGAT GAGGGGGTTA AATCAGATCA GGATTCAGTG 
CCATCCTCAG AAAATGTTGC AAGGTTTCTG GCAGCTATGG ATGTACTGGG AGTTCCTAAA 
TTTGACATGT CGGACCTAGA GAAGGGATCT ATGAAGACTG TCACGGACTG TCTTTTAACG 
CTTAAAACAC AGTTTATGCC AAATGTTATG GGAGATGGCT TTTCTATAAC AAGTCCAACT 
ACTAAATCTG ACAACCAATC TACCCGTGGC CTTTTATCTC CATTATCCAT AGAAGAGAGG 
CGGAAGGTCT TGTCTGAGTC AAAATTTCAG CGCGCATTGC GTAGTCCTGT TATGTCAGAG 
CCATCAGCTG CATTAATGCA TCACGTTGGA CATAAGTTCC ACGAGGTGTT TCAGATGAAG 
CAAGGATGCT ATGCTGATCT TCCTGCTGCA AAAATTTCAG AAATGATGAA ACCCAACAGT 
TTAGATCATC TCTTGTTGCA GAACGCGCCA ACTCAGTCAC TTTTGAGTGT TGTAAATGGA 
ATTCTTGATG AAAGTGTTGA AAGAAAGAGT GGTGAAATAC CTCATCGTGT GGCTTGTCTT 
CTGAGAAAAG TTGTCCAGGA GATTGAGCGG CGTATATCAA CTCAAGCAGA GCATTTAAGA 
ACTCAAAACA ACCTTTTTAA GGCTCGTGAA GAAAAATACC AGTCAAGAGT CAAAGTACTT 
GAAGCCCTTG CTTCCGGTAC AAGTGAAGAA AGCCAGCTCG TCATGAACCA CCATCTTCAG 
CAAATTAAGA ATGAGAGAAC CAGATTGGAA GCAAAGAAGA AAATCGATGA TGAGGATGTG 
ATCAGATTGC TGAAAGAGAA AGATCAGAGC AACCTTGAAA TTTCGGGTTT AAAGCAAGAG 
TTGGATATAG CCAAAAAGAC ATATGACTTG CGTTGCTTGC AAATGGAGAC TGAAGCTAAA 
GGCGCTAGAG CAGAACTTGA ACGTCTCTTG GAAGAGTCGA GGAATAAGGT AAAAGAGCTT 
GAGGGAAATT CTGAGTCAAA GTTTCAGCTT TCTAAGGCAA AGATTGAAGA GAAAGTAAAA 
AGACTTGAAG GTCTCTTGGA AGAGTCAAAG AATAAGGTGA AAAAGCTTGA GGCCAATTCT 
GAGTCAAAAT ATCAGCTTTC TAAGGCAGAG CTTGAAGGGA GAGTAAAAGA ACTTGAACGT 
CTCTTGGAAG AGTCAAATAA TAAGGTGAAA GAGCTTGAGG CGAATTCTGA GTCTAAATAT 
CAGCTTTCTA AGTCAGCGCT TGAAGGGAGA ATAAAGGAAC TTGAAGGTTT CCTGGCAGAG 
TCAAGGAATA AGGTGAATGA GCTTGAGACA AATTCTGAGT CAAAATATCA GTTTTCTAAA 
GCAGAGCTTG AAGCGAGAAT AAAAGAACTT GAACGCCTCT TGGCAGATTC AAGGAATGAG 
GCGAAACAAC TTGCGGCAAA TGCAGAGTCA AAATGTAAAA GTTGGAACAA GAAAGAGCAC 
GCTTGCTATA GCTTTATGGA TTTTCAACTT GGTTCATTGA AGGAACTCAG ATTATCTACG 
GAGTCCATTA AGCACGAAAT TTTGAAGGCA GGACAGAGTT ATACGGTGGA ATTTAATCAA 
TTAGGAGTGA AGCTTCAAGC ATTAGCAGAT GCTTCTGAGA ACTATCATGC ACTCCTTGCT 
GAAAATAGGA AGTTATTTAA CGAAATTCAG GATCTAAAAG GAAACATTAG AGTGTATTGT 
CGAATAAGGC CATTTCTTCC GGGACAGAGA GAAAAACGGA CATTGGTAGA ACATGTTGGT 
GAAAATGGGG AACTGGTAGT TGCAGACCGC TCCAAACCAN NNNNNNNNNA TNTGTTTAAG 
TTTAACAAGG TCTTTGGTTC AGATGCAACT CAAGCCGAGG TATACTCTGA CACCCAACCG 
TTGATTCGAT CCGTGCTTGA TGGATATAAT GTTTGTATTT TTGCTTATGG CCAAACTGGA 
TCTGGGAAAA CCTACACAAT GACTGGTCCT AATTCCTCAA CTAAAGAGAA CTGGGGGGTC 
AATTTTCGAG CCTTAAATGA CCTTTTTGAC ATCTCTCAAT GTAGAAAAAG CTCCATCACC 
TATGAAATTG GAGTTCAAAT GGTTGAAATA TATAACGAAC AAGTGCGCGA TTTACTATCC 
AGCGATGGTT CTCAGAAAAA ACTTGGGATT ATGACGCACT CTCAACCAAA TGGGTTAGCT 
GTGCCAGATG CTAGCATGCA CCCTGTCAAA TCAACCTCAG ATGTGATACA ATTAATGGGT 
TTGGGACTTA AGAACAGAGT TGTTAGTGCC ACTGCCCTAA ACGAAAGAAG TAGTCGCTCC 
CATAGTGTTG TTACTGTTCA TGTACGTGGG ATGGATTTGA AGACTGGTTC TGCTTTGATT 
GGTAATCTTC ATCTTGTAGA TCTCGCGGGA AGCGAAAGAG TGGACCGCTC AGAGGTAATT 
GGAGATAGGC TAAAGGAAGC ACAACATATA AACAAATCTC TATCTGCACT TGGAGATGTC 
ATATTTGCTC TTTCACAAAA GAGCACTCAT GTACCATACA GAAATAGCAA GCTTACTCAA 
GTCCTTCAAA GTTCTCTCGG TGGGCAAGCA AAAACGCTTA TGTTTGTGCA GCTTAATCCA 
GAAACAAGTT CATATTCTGA AAGTTTAAGT ACTCTAAAGT TTGCTGAGAG GGTTGCTGGA 
GTTGAGCTGG GGGCTGCACG AAGCAACAAA GAGGGCAGGG ATGTTAGAGA ATTAATGGAA 
CAGGTGGCAT CTCTCAAAGA CACTATTGCT AAGAAGGATG GCGAGATCGA ACGGTTGCTA 
AAAAACGATG TCCACGGTGA GAAGCGTGGG ACGGGCTCAT TTAGTCATAA GCATTCTGAA 
GCTGAGCTCC AGAAGTCCAT GCATGACATT AAACACCAAA ATGATTTTCT CCGGCAATCA 
AAGGTTGCCG GAGGTGATAT AGGTCAGCAT AAACATGCAG ATGCTGAGAT GTTAGCATTT 
GGAGATGCAG ATAGTGAGGA GAAATTAAGT GACATGTCTG ACGGTGGTCT TTCTGGTGGA 
ACAGAAACTG ACGGCTCTGC AGACAGCATG AATTACCCTG AAAGTGCAAA ATCTGATAAC 
TCGGAAAGGC CTAAAAGGCT TAGTAGGATT CCGCGACCGT CACTAAAACC AGGACAAAAT 
TCAACATCTC CAGCATCAGG ATCAAAGAAC TCTCCCAGGG AACCACCAGG TTTAAGAAAA 
AGTAACAGCT CTTCTTCACT GAAGCCTTCT TCCAGAAGAT GGCAATAA

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

RefSeq	XP_016651123.1
CDS	164..3691
Translation	MDSTSSYSKTENGGVTSSSFHAGTHSSEQVVNGNGETEGKRRTYLVEWLNSLLPTLGLPKNASDEDLRSCLIDGTILCRILNRLKPGFVDEGVKSDQDSVPSSENVARFLAAMDVLGVPKFDMSDLEKGSMKTVTDCLLTLKTQFMPNVMGDGFSITSPTTKSDNQSTRGLLSPLSIEERRKVLSESKFQRALRSPVMSEPSAALMHHVGHKFHEVFQMKQGCYADLPAAKISEMMKPNSLDHLLLQNAPTQSLLSVVNGILDESVERKSGEIPHRVACLLRKVVQEIERRISTQAEHLRTQNNLFKAREEKYQSRVKVLEALASGTSEESQLVMNHHLQQIKNERTRLEAKKKIDDEDVIRLLKEKDQSNLEISGLKQELDIAKKTYDLRCLQMETEAKGARAELERLLEESRNKVKELEGNSESKFQLSKAKIEEKVKRLEGLLEESKNKVKKLEANSESKYQLSKAELEGRVKELERLLEESNNKVKELEANSESKYQLSKSALEGRIKELEGFLAESRNKVNELETNSESKYQFSKAELEARIKELERLLADSRNEAKQLAANAESKCKSWNKKEHACYSFMDFQLGSLKELRLSTESIKHEILKAGQSYTVEFNQLGVKLQALADASENYHALLAENRKLFNEIQDLKGNIRVYCRIRPFLPGQREKRTLVEHVGENGELVVADRSKPnullnullnullnullnullFKFNKVFGSDATQAEVYSDTQPLIRSVLDGYNVCIFAYGQTGSGKTYTMTGPNSSTKENWGVNFRALNDLFDISQCRKSSITYEIGVQMVEIYNEQVRDLLSSDGSQKKLGIMTHSQPNGLAVPDASMHPVKSTSDVIQLMGLGLKNRVVSATALNERSSRSHSVVTVHVRGMDLKTGSALIGNLHLVDLAGSERVDRSEVIGDRLKEAQHINKSLSALGDVIFALSQKSTHVPYRNSKLTQVLQSSLGGQAKTLMFVQLNPETSSYSESLSTLKFAERVAGVELGAARSNKEGRDVRELMEQVASLKDTIAKKDGEIERLLKNDVHGEKRGTGSFSHKHSEAELQKSMHDIKHQNDFLRQSKVAGGDIGQHKHADAEMLAFGDADSEEKLSDMSDGGLSGGTETDGSADSMNYPESAKSDNSERPKRLSRIPRPSLKPGQNSTSPASGSKNSPREPPGLRKSNSSSSLKPSSRRWQ

Target ORF information:

RefSeq Version	XM_016795637.1
Organism	Prunus mume(Japanese apricot)
Definition	Prunus mume kinesin-4 (LOC103338842), mRNA.

Target ORF information:

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

XM_016795637.1

ORF Insert Sequence:

ATGGATTCCA CATCAAGTTA CAGCAAAACA GAAAATGGAG GGGTCACCAG CTCAAGCTTT 
CATGCTGGCA CGCATAGTTC AGAACAAGTT GTAAATGGTA ATGGTGAGAC TGAAGGCAAG 
CGGCGAACAT ATTTAGTAGA GTGGTTAAAT AGTTTACTTC CTACATTAGG TTTACCAAAA 
AATGCTTCAG ATGAGGACTT GAGATCATGC TTGATTGATG GTACCATTTT ATGTCGGATA 
TTGAACAGGC TTAAACCTGG TTTTGTGGAT GAGGGGGTTA AATCAGATCA GGATTCAGTG 
CCATCCTCAG AAAATGTTGC AAGGTTTCTG GCAGCTATGG ATGTACTGGG AGTTCCTAAA 
TTTGACATGT CGGACCTAGA GAAGGGATCT ATGAAGACTG TCACGGACTG TCTTTTAACG 
CTTAAAACAC AGTTTATGCC AAATGTTATG GGAGATGGCT TTTCTATAAC AAGTCCAACT 
ACTAAATCTG ACAACCAATC TACCCGTGGC CTTTTATCTC CATTATCCAT AGAAGAGAGG 
CGGAAGGTCT TGTCTGAGTC AAAATTTCAG CGCGCATTGC GTAGTCCTGT TATGTCAGAG 
CCATCAGCTG CATTAATGCA TCACGTTGGA CATAAGTTCC ACGAGGTGTT TCAGATGAAG 
CAAGGATGCT ATGCTGATCT TCCTGCTGCA AAAATTTCAG AAATGATGAA ACCCAACAGT 
TTAGATCATC TCTTGTTGCA GAACGCGCCA ACTCAGTCAC TTTTGAGTGT TGTAAATGGA 
ATTCTTGATG AAAGTGTTGA AAGAAAGAGT GGTGAAATAC CTCATCGTGT GGCTTGTCTT 
CTGAGAAAAG TTGTCCAGGA GATTGAGCGG CGTATATCAA CTCAAGCAGA GCATTTAAGA 
ACTCAAAACA ACCTTTTTAA GGCTCGTGAA GAAAAATACC AGTCAAGAGT CAAAGTACTT 
GAAGCCCTTG CTTCCGGTAC AAGTGAAGAA AGCCAGCTCG TCATGAACCA CCATCTTCAG 
CAAATTAAGA ATGAGAGAAC CAGATTGGAA GCAAAGAAGA AAATCGATGA TGAGGATGTG 
ATCAGATTGC TGAAAGAGAA AGATCAGAGC AACCTTGAAA TTTCGGGTTT AAAGCAAGAG 
TTGGATATAG CCAAAAAGAC ATATGACTTG CGTTGCTTGC AAATGGAGAC TGAAGCTAAA 
GGCGCTAGAG CAGAACTTGA ACGTCTCTTG GAAGAGTCGA GGAATAAGGT AAAAGAGCTT 
GAGGGAAATT CTGAGTCAAA GTTTCAGCTT TCTAAGGCAA AGATTGAAGA GAAAGTAAAA 
AGACTTGAAG GTCTCTTGGA AGAGTCAAAG AATAAGGTGA AAAAGCTTGA GGCCAATTCT 
GAGTCAAAAT ATCAGCTTTC TAAGGCAGAG CTTGAAGGGA GAGTAAAAGA ACTTGAACGT 
CTCTTGGAAG AGTCAAATAA TAAGGTGAAA GAGCTTGAGG CGAATTCTGA GTCTAAATAT 
CAGCTTTCTA AGTCAGCGCT TGAAGGGAGA ATAAAGGAAC TTGAAGGTTT CCTGGCAGAG 
TCAAGGAATA AGGTGAATGA GCTTGAGACA AATTCTGAGT CAAAATATCA GTTTTCTAAA 
GCAGAGCTTG AAGCGAGAAT AAAAGAACTT GAACGCCTCT TGGCAGATTC AAGGAATGAG 
GCGAAACAAC TTGCGGCAAA TGCAGAGTCA AAATGTAAAA GTTGGAACAA GAAAGAGCAC 
GCTTGCTATA GCTTTATGGA TTTTCAACTT GGTTCATTGA AGGAACTCAG ATTATCTACG 
GAGTCCATTA AGCACGAAAT TTTGAAGGCA GGACAGAGTT ATACGGTGGA ATTTAATCAA 
TTAGGAGTGA AGCTTCAAGC ATTAGCAGAT GCTTCTGAGA ACTATCATGC ACTCCTTGCT 
GAAAATAGGA AGTTATTTAA CGAAATTCAG GATCTAAAAG GAAACATTAG AGTGTATTGT 
CGAATAAGGC CATTTCTTCC GGGACAGAGA GAAAAACGGA CATTGGTAGA ACATGTTGGT 
GAAAATGGGG AACTGGTAGT TGCAGACCGC TCCAAACCAN NNNNNNNNNA TNTGTTTAAG 
TTTAACAAGG TCTTTGGTTC AGATGCAACT CAAGCCGAGG TATACTCTGA CACCCAACCG 
TTGATTCGAT CCGTGCTTGA TGGATATAAT GTTTGTATTT TTGCTTATGG CCAAACTGGA 
TCTGGGAAAA CCTACACAAT GACTGGTCCT AATTCCTCAA CTAAAGAGAA CTGGGGGGTC 
AATTTTCGAG CCTTAAATGA CCTTTTTGAC ATCTCTCAAT GTAGAAAAAG CTCCATCACC 
TATGAAATTG GAGTTCAAAT GGTTGAAATA TATAACGAAC AAGTGCGCGA TTTACTATCC 
AGCGATGGTT CTCAGAAAAA ACTTGGGATT ATGACGCACT CTCAACCAAA TGGGTTAGCT 
GTGCCAGATG CTAGCATGCA CCCTGTCAAA TCAACCTCAG ATGTGATACA ATTAATGGGT 
TTGGGACTTA AGAACAGAGT TGTTAGTGCC ACTGCCCTAA ACGAAAGAAG TAGTCGCTCC 
CATAGTGTTG TTACTGTTCA TGTACGTGGG ATGGATTTGA AGACTGGTTC TGCTTTGATT 
GGTAATCTTC ATCTTGTAGA TCTCGCGGGA AGCGAAAGAG TGGACCGCTC AGAGGTAATT 
GGAGATAGGC TAAAGGAAGC ACAACATATA AACAAATCTC TATCTGCACT TGGAGATGTC 
ATATTTGCTC TTTCACAAAA GAGCACTCAT GTACCATACA GAAATAGCAA GCTTACTCAA 
GTCCTTCAAA GTTCTCTCGG TGGGCAAGCA AAAACGCTTA TGTTTGTGCA GCTTAATCCA 
GAAACAAGTT CATATTCTGA AAGTTTAAGT ACTCTAAAGT TTGCTGAGAG GGTTGCTGGA 
GTTGAGCTGG GGGCTGCACG AAGCAACAAA GAGGGCAGGG ATGTTAGAGA ATTAATGGAA 
CAGGTGGCAT CTCTCAAAGA CACTATTGCT AAGAAGGATG GCGAGATCGA ACGGTTGCTA 
AAAAACGATG TCCACGGTGA GAAGCGTGGG ACGGGCTCAT TTAGTCATAA GCATTCTGAA 
GCTGAGCTCC AGAAGTCCAT GCATGACATT AAACACCAAA ATGATTTTCT CCGGCAATCA 
AAGGTTGCCG GAGGTGATAT AGGTCAGCAT AAACATGCAG ATGCTGAGAT GTTAGCATTT 
GGAGATGCAG ATAGTGAGGA GAAATTAAGT GACATGTCTG ACGGTGGTCT TTCTGGTGGA 
ACAGAAACTG ACGGCTCTGC AGACAGCATG AATTACCCTG AAAGTGCAAA ATCTGATAAC 
TCGGAAAGGC CTAAAAGGCT TAGTAGGATT CCGCGACCGT CACTAAAACC AGGACAAAAT 
TCAACATCTC CAGCATCAGG ATCAAAGAAC TCTCCCAGGG AACCACCAGG TTTAAGAAAA 
AGTAACAGCT CTTCTTCACT GAAGCCTTCT TCCAGAAGAT GGCAATAA