LOC104896092 cDNA ORF clone, Beta vulgaris subsp. vulgaris

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC104896092
Entrez Gene ID	104896092
Full Name	E3 ubiquitin-protein ligase RKP
Gene Type	protein-coding
Organism	Beta vulgaris subsp. vulgaris

mRNA and Protein(s)

mRNA	Protein	Name
XM_010682793.2	XP_010681095.1	E3 ubiquitin-protein ligase RKP

Pathways from BioSystems
Gene Ontology

The following LOC104896092 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC104896092 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
OBe39199	XM_010682793.2 Latest version!	Beta vulgaris subsp. vulgaris E3 ubiquitin-protein ligase RKP (LOC104896092), 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)

LOC104896092 ( XM_010682793.2 ) cDNA ORF clone, Beta vulgaris subsp. vulgaris -> XP_010681095.1 Beta vulgaris subsp. vulgaris E3 ubiquitin-protein ligase RKP (LOC104896092), mRNA.

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CloneID	OBe39199
Clone ID Related Accession (Same CDS sequence)	XM_010682793.2
Accession Version	XM_010682793.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3831bp) 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	2016-11-28
Organism	Beta vulgaris subsp. vulgaris
Product	E3 ubiquitin-protein ligase RKP
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_025817.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Nov 29, 2016 this sequence version replaced XM_010682793.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Beta vulgaris subsp. vulgaris Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCGAAG ATGGTGTATG GGCTAGTGGA TTGTCTTCAG GGTTAGCACT AATACTGAAT 
GGTGAAGATA AGAAAGTGAA TCCTCAAAAG AATCGTCTTG TTTCGTATCA TGATGATTTT 
GGACACCAGT CCCTGGAACG AACACTAGAA TATGTTTTCG ATCTTCCTTA CCGATCAATA 
GGACCATTGA ACGGTTCACT GGATGCTATT GTAGTTCATT CTATTGTTAA GAGGTTTTTT 
CTGAAGTTTT CGCCATCTCT TAATTCTCAA CCTCAGAACA GGGATGGTCT CTGTATCTTT 
GATCGTGGAT ATGGGCACGT TGTTTCCATC GATCAATCCA GTATATGTGG GGATTTGGAT 
GTAGTTAGTC CCCCTTTGCT TGTGGAAAGT CTGGCTATAT TCAGTAGCAC CAGAGCAAAT 
GCATGTGTTT GGGAAGGCAA ATGGATGTTT GAAGTGATGC TTGAAACTGC AGGGATCCAG 
CAGCTTGGTT GGGCAACCAT TTCTTGCCCC TTCACCGATC GTATGGGGGT TGGTGATGCT 
GAGGACTCTT ATGCATATGA TGGCAAGAGG GTTAAAAAAT GGAATGAGGA AGATGAGGCA 
TATGGTCAGC CATGGGTGGT TGGTGATGTT ATTGGATGCT GCATAGACTT GGATGAGGAT 
AGGATACTAT TTTACAGGAA TGGTATTTCA CTTGGGGTTG CCTTTGCCGG CATTCGCAAG 
ATGAATCCTG GTTTGGGTTA TTTTCCTGCG GTCTCCCTTT CTCAGGGTGA GAGGTGTGAT 
TTGAATTTTG GTGCCAGACC CTTCAAATAC CCAATTGAAG GCTTCCTTCC TCTTCAAGTT 
CCTCCATCTG CAACTTCACG TGCCTCCCAG TTGTTGCAAT GTTTATCAAG GCTGTTGGAA 
ATAGAACGCA TGGAAAGGGC TGAGTTCACT TCTGTTGATA AACTGAGAAG GTTGCAGAGG 
TTTGTTCCAC TGGAGGATAT CTTCCACCCT GTTGCTGATG CAATATGTGA TGAACTCTTC 
ACTATCCTTG GTGAAGATGA GAGGGGCATG GAGTACATAG CATGGGGTCC GTTTTTGTCA 
TTTATGATGG AATTATATGG CTTGCATGTA CCACATGATC AGCGGAGCTT GGACAAAGTC 
CTTGATGTTG TTCTGAAATT CAGAAGCTCT GGCTTGTTGT TTCAGCATGT AATTGGTGCC 
CTTTCTTATG GTTGCAAAAC AGCTTCACTT GTCCTAACCG AGTGCCCATA TTCAGGGTCA 
TACTCGTATC TTGCACTGGC TTGCCATATG CTGAGACGAG AGGAGTTGAT GGTGCTTTGG 
TGGAAGTCAT CTGATTTTGA GTTCCACCTT GAAGGTTTTC TGTCATGGAG AAGTCCTAAC 
AAGCACGATC TTCAGTTGTT GATGCCTTCT GTTTGGTGGC CTAATTCATG TGAGGACATT 
TCCTATGAAA GCAGTATGAT GCTAACCACT ACAGTTATGT CAGATGCAAT TAGCAAGATT 
GAGGAGAAGC ATCGGGATCT CTGTTGTCTA GTTATCCAGT TCATTCCACC TGTGACACCT 
CCTCAGTTTC CTGGTTCAGT TTTTAGGAAG TTCCTGCAGA ATATGTTACT GAAAAACAGA 
GGAACAGACC GTAATATAGC ACCTCCTGGG GTTCTGGGAA ATACTGCTCT TGTTTCTTTA 
TACTCTGTTA TCCTTCATTA TCTCTCTGAA GGATTTCCTA TGGCAGATAT ATGTGGATGG 
TCTAAGAGCC ACAGAGATGA TGCTAAGGAA GATATTGGTT TTCTTCATAG GGGTGGTCGG 
CTCAGTTTTC CCATTGAGTT GTTTGTGAAA AATGACCCTC TGAAATTAGA CATTTCCAGA 
ATTGGGGGAT CGTTTAGCAA TTTGTTAGAA ATGCATCCTG TGCATGAGCG GGATTCAGAA 
GTGATTACTT GGGAAGAAGG CTGCATGGAT GATGAAGATT CTAGAGTAAC ACATTTTACA 
AGGCAGAAGC CATGTTGCTG TTCTAACTAT GACATTGATT TCACACGAAT CTACCGTGAT 
CCAATCAGAT TTAGAGCTAA AGGTTCTAGG GGCCATAGCT CTTCCATCCG TGAGCGATCT 
GCTCATGTTG CTGCTGAATG CAGCGCTGGA AGTTTGAATG AGGAAATTGC AGACAAGCCT 
AGTTCAAGTG AGCATCCTCA CTCCCAGTTT GGTTATCGAG CGGTGCAACA TTCAAAAACA 
GTACCCGAAG AAAGTAACAT ATCTTCGGCA ACATTGAGAG AGGAGGAGCT TCTTGATGTT 
ATGCTATTAT TATATCACAT AGGGGTTGCT CCAAACTTTA GGCAGGCATG CTACTACATG 
TCACATCAAT CACAATCAAT CTCTCTTTTG GAAGAAACAG ATAGGAAAAT AAAAGAAAGA 
CACTGCAGTG AGCAACAAAA GCGGCTAAAA GAGGCACGTA ATATCTACAG GGAAGAAGTT 
ATTGACTGTG TAAGGCATTC TACATGGTAT CGTATCTCTC TATTGTCCCG ATGGAAACAA 
AGAGGAATGT ATGCTGCTTG CATGTGGATC GTGCAATTGC TTCTGGTAAT CAGCAAAGAT 
GATGTCCTGT TCAGTTTCGT TCCTGACTTC TATTTGGAAG CTCTGGTTGA TTGCTTCCAT 
GTATTACGAA AAAGTGATCC ACCATTTGTT CCTTCGGCTA TATTTATCAA GCAAGGACTA 
AGCTCATTTG TGACATTTGT TGTTACGCAC TTCAATGATC CCCGGATATC AAGTGCAGAT 
TTGAAGGATC TGCTTCTCCA ATCTATATCG GTATTGGTAC AGTACAAAGA ATATCTGGTT 
TCTTTTGAAA CCAATCATAC AGCCACTCTC CGAATGCCAA AAGCCTTGCT ATCAGCATTT 
GATAACAGAT CCTGGATCCC AGTGACTAAC ATTCTTTTGA GATTGTGCAA GGGTTCCGGT 
TTTGGCTCTT CAAAGCATGG TGAGACATCA TCTTCTTCGG TTATTTTCCA GAGATTGCTT 
CGTGATGTGT GTGCCGAAGA TGAAGATCTA TTTGCTGCTT TTCTGAACCG TTTATTCAAT 
ACCTTAAGTT GGACGATGAC CGAGTTCTCG GTTTTTATTC GAGAAATGCA AGAAAAGAAC 
CATGTTTTGG AGTTCCAGCA GAGGAAATGC AGTGTAATTT TTGATTTGTC TTGCAATCTT 
GCTCGTATTC TTGAGTTCTG TACGCACGAA ATTCCTCAAG CATTTCTTTT AGGAAATGAT 
ATGCATCTTA AAAGGTTGAC GGAGCTAGTC ATCTTTACAC TTAATCAGAT GACATCAGCA 
ACTGATTCTG AGTTCTTTGA TTGGTCAGTG AAACGATATG GTCAGTCTCC GGAGAAAATT 
AATCGGGGTA TGATATTGGC TCCTCTTGTT GGCATCATAG TAAATTTATT GGAAGCGAGT 
ACAGAAGTTG AATCAATTGA GCAGAATGAT ATGATTGAAG TTTTGGCCAG GATGGACTGC 
CCTGATACTG TTCTTTTTGG TCTCCAGTAT ATGTTGGAGT TCAACTGGGC TGGTTTTTCT 
AAAGGGAATG TTCACTTTGC TAAGCTGAGG CGACTGGAGG ATTTCTTGAC CTGTCTCGTC 
AGTCGGATGG GGTCTCTAGA TTTGGGATCT TCTGCATTCT GGCAAGAATC AGAATGCGAC 
GACAGCATTT GCTGTATTTG CTACACTTGT GAGGCTGATG CCCAGTTCAT TCCTTGTTTA 
CATAAGTCGT GTTTTGGGTG CATTACCCGA CATCTCTTAA ATTGCCAGAG ATGCTTCTTT 
TGTAATGCGA TAGTTATTGA AGTCATAAAG GATAAATCTA GAACAGTCTG A

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

RefSeq	XP_010681095.1
CDS	386..4216
Translation	MAEDGVWASGLSSGLALILNGEDKKVNPQKNRLVSYHDDFGHQSLERTLEYVFDLPYRSIGPLNGSLDAIVVHSIVKRFFLKFSPSLNSQPQNRDGLCIFDRGYGHVVSIDQSSICGDLDVVSPPLLVESLAIFSSTRANACVWEGKWMFEVMLETAGIQQLGWATISCPFTDRMGVGDAEDSYAYDGKRVKKWNEEDEAYGQPWVVGDVIGCCIDLDEDRILFYRNGISLGVAFAGIRKMNPGLGYFPAVSLSQGERCDLNFGARPFKYPIEGFLPLQVPPSATSRASQLLQCLSRLLEIERMERAEFTSVDKLRRLQRFVPLEDIFHPVADAICDELFTILGEDERGMEYIAWGPFLSFMMELYGLHVPHDQRSLDKVLDVVLKFRSSGLLFQHVIGALSYGCKTASLVLTECPYSGSYSYLALACHMLRREELMVLWWKSSDFEFHLEGFLSWRSPNKHDLQLLMPSVWWPNSCEDISYESSMMLTTTVMSDAISKIEEKHRDLCCLVIQFIPPVTPPQFPGSVFRKFLQNMLLKNRGTDRNIAPPGVLGNTALVSLYSVILHYLSEGFPMADICGWSKSHRDDAKEDIGFLHRGGRLSFPIELFVKNDPLKLDISRIGGSFSNLLEMHPVHERDSEVITWEEGCMDDEDSRVTHFTRQKPCCCSNYDIDFTRIYRDPIRFRAKGSRGHSSSIRERSAHVAAECSAGSLNEEIADKPSSSEHPHSQFGYRAVQHSKTVPEESNISSATLREEELLDVMLLLYHIGVAPNFRQACYYMSHQSQSISLLEETDRKIKERHCSEQQKRLKEARNIYREEVIDCVRHSTWYRISLLSRWKQRGMYAACMWIVQLLLVISKDDVLFSFVPDFYLEALVDCFHVLRKSDPPFVPSAIFIKQGLSSFVTFVVTHFNDPRISSADLKDLLLQSISVLVQYKEYLVSFETNHTATLRMPKALLSAFDNRSWIPVTNILLRLCKGSGFGSSKHGETSSSSVIFQRLLRDVCAEDEDLFAAFLNRLFNTLSWTMTEFSVFIREMQEKNHVLEFQQRKCSVIFDLSCNLARILEFCTHEIPQAFLLGNDMHLKRLTELVIFTLNQMTSATDSEFFDWSVKRYGQSPEKINRGMILAPLVGIIVNLLEASTEVESIEQNDMIEVLARMDCPDTVLFGLQYMLEFNWAGFSKGNVHFAKLRRLEDFLTCLVSRMGSLDLGSSAFWQESECDDSICCICYTCEADAQFIPCLHKSCFGCITRHLLNCQRCFFCNAIVIEVIKDKSRTV

Target ORF information:

RefSeq Version	XM_010682793.2
Organism	Beta vulgaris subsp. vulgaris
Definition	Beta vulgaris subsp. vulgaris E3 ubiquitin-protein ligase RKP (LOC104896092), mRNA.

Target ORF information:

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

XM_010682793.2

ORF Insert Sequence:

ATGGCCGAAG ATGGTGTATG GGCTAGTGGA TTGTCTTCAG GGTTAGCACT AATACTGAAT 
GGTGAAGATA AGAAAGTGAA TCCTCAAAAG AATCGTCTTG TTTCGTATCA TGATGATTTT 
GGACACCAGT CCCTGGAACG AACACTAGAA TATGTTTTCG ATCTTCCTTA CCGATCAATA 
GGACCATTGA ACGGTTCACT GGATGCTATT GTAGTTCATT CTATTGTTAA GAGGTTTTTT 
CTGAAGTTTT CGCCATCTCT TAATTCTCAA CCTCAGAACA GGGATGGTCT CTGTATCTTT 
GATCGTGGAT ATGGGCACGT TGTTTCCATC GATCAATCCA GTATATGTGG GGATTTGGAT 
GTAGTTAGTC CCCCTTTGCT TGTGGAAAGT CTGGCTATAT TCAGTAGCAC CAGAGCAAAT 
GCATGTGTTT GGGAAGGCAA ATGGATGTTT GAAGTGATGC TTGAAACTGC AGGGATCCAG 
CAGCTTGGTT GGGCAACCAT TTCTTGCCCC TTCACCGATC GTATGGGGGT TGGTGATGCT 
GAGGACTCTT ATGCATATGA TGGCAAGAGG GTTAAAAAAT GGAATGAGGA AGATGAGGCA 
TATGGTCAGC CATGGGTGGT TGGTGATGTT ATTGGATGCT GCATAGACTT GGATGAGGAT 
AGGATACTAT TTTACAGGAA TGGTATTTCA CTTGGGGTTG CCTTTGCCGG CATTCGCAAG 
ATGAATCCTG GTTTGGGTTA TTTTCCTGCG GTCTCCCTTT CTCAGGGTGA GAGGTGTGAT 
TTGAATTTTG GTGCCAGACC CTTCAAATAC CCAATTGAAG GCTTCCTTCC TCTTCAAGTT 
CCTCCATCTG CAACTTCACG TGCCTCCCAG TTGTTGCAAT GTTTATCAAG GCTGTTGGAA 
ATAGAACGCA TGGAAAGGGC TGAGTTCACT TCTGTTGATA AACTGAGAAG GTTGCAGAGG 
TTTGTTCCAC TGGAGGATAT CTTCCACCCT GTTGCTGATG CAATATGTGA TGAACTCTTC 
ACTATCCTTG GTGAAGATGA GAGGGGCATG GAGTACATAG CATGGGGTCC GTTTTTGTCA 
TTTATGATGG AATTATATGG CTTGCATGTA CCACATGATC AGCGGAGCTT GGACAAAGTC 
CTTGATGTTG TTCTGAAATT CAGAAGCTCT GGCTTGTTGT TTCAGCATGT AATTGGTGCC 
CTTTCTTATG GTTGCAAAAC AGCTTCACTT GTCCTAACCG AGTGCCCATA TTCAGGGTCA 
TACTCGTATC TTGCACTGGC TTGCCATATG CTGAGACGAG AGGAGTTGAT GGTGCTTTGG 
TGGAAGTCAT CTGATTTTGA GTTCCACCTT GAAGGTTTTC TGTCATGGAG AAGTCCTAAC 
AAGCACGATC TTCAGTTGTT GATGCCTTCT GTTTGGTGGC CTAATTCATG TGAGGACATT 
TCCTATGAAA GCAGTATGAT GCTAACCACT ACAGTTATGT CAGATGCAAT TAGCAAGATT 
GAGGAGAAGC ATCGGGATCT CTGTTGTCTA GTTATCCAGT TCATTCCACC TGTGACACCT 
CCTCAGTTTC CTGGTTCAGT TTTTAGGAAG TTCCTGCAGA ATATGTTACT GAAAAACAGA 
GGAACAGACC GTAATATAGC ACCTCCTGGG GTTCTGGGAA ATACTGCTCT TGTTTCTTTA 
TACTCTGTTA TCCTTCATTA TCTCTCTGAA GGATTTCCTA TGGCAGATAT ATGTGGATGG 
TCTAAGAGCC ACAGAGATGA TGCTAAGGAA GATATTGGTT TTCTTCATAG GGGTGGTCGG 
CTCAGTTTTC CCATTGAGTT GTTTGTGAAA AATGACCCTC TGAAATTAGA CATTTCCAGA 
ATTGGGGGAT CGTTTAGCAA TTTGTTAGAA ATGCATCCTG TGCATGAGCG GGATTCAGAA 
GTGATTACTT GGGAAGAAGG CTGCATGGAT GATGAAGATT CTAGAGTAAC ACATTTTACA 
AGGCAGAAGC CATGTTGCTG TTCTAACTAT GACATTGATT TCACACGAAT CTACCGTGAT 
CCAATCAGAT TTAGAGCTAA AGGTTCTAGG GGCCATAGCT CTTCCATCCG TGAGCGATCT 
GCTCATGTTG CTGCTGAATG CAGCGCTGGA AGTTTGAATG AGGAAATTGC AGACAAGCCT 
AGTTCAAGTG AGCATCCTCA CTCCCAGTTT GGTTATCGAG CGGTGCAACA TTCAAAAACA 
GTACCCGAAG AAAGTAACAT ATCTTCGGCA ACATTGAGAG AGGAGGAGCT TCTTGATGTT 
ATGCTATTAT TATATCACAT AGGGGTTGCT CCAAACTTTA GGCAGGCATG CTACTACATG 
TCACATCAAT CACAATCAAT CTCTCTTTTG GAAGAAACAG ATAGGAAAAT AAAAGAAAGA 
CACTGCAGTG AGCAACAAAA GCGGCTAAAA GAGGCACGTA ATATCTACAG GGAAGAAGTT 
ATTGACTGTG TAAGGCATTC TACATGGTAT CGTATCTCTC TATTGTCCCG ATGGAAACAA 
AGAGGAATGT ATGCTGCTTG CATGTGGATC GTGCAATTGC TTCTGGTAAT CAGCAAAGAT 
GATGTCCTGT TCAGTTTCGT TCCTGACTTC TATTTGGAAG CTCTGGTTGA TTGCTTCCAT 
GTATTACGAA AAAGTGATCC ACCATTTGTT CCTTCGGCTA TATTTATCAA GCAAGGACTA 
AGCTCATTTG TGACATTTGT TGTTACGCAC TTCAATGATC CCCGGATATC AAGTGCAGAT 
TTGAAGGATC TGCTTCTCCA ATCTATATCG GTATTGGTAC AGTACAAAGA ATATCTGGTT 
TCTTTTGAAA CCAATCATAC AGCCACTCTC CGAATGCCAA AAGCCTTGCT ATCAGCATTT 
GATAACAGAT CCTGGATCCC AGTGACTAAC ATTCTTTTGA GATTGTGCAA GGGTTCCGGT 
TTTGGCTCTT CAAAGCATGG TGAGACATCA TCTTCTTCGG TTATTTTCCA GAGATTGCTT 
CGTGATGTGT GTGCCGAAGA TGAAGATCTA TTTGCTGCTT TTCTGAACCG TTTATTCAAT 
ACCTTAAGTT GGACGATGAC CGAGTTCTCG GTTTTTATTC GAGAAATGCA AGAAAAGAAC 
CATGTTTTGG AGTTCCAGCA GAGGAAATGC AGTGTAATTT TTGATTTGTC TTGCAATCTT 
GCTCGTATTC TTGAGTTCTG TACGCACGAA ATTCCTCAAG CATTTCTTTT AGGAAATGAT 
ATGCATCTTA AAAGGTTGAC GGAGCTAGTC ATCTTTACAC TTAATCAGAT GACATCAGCA 
ACTGATTCTG AGTTCTTTGA TTGGTCAGTG AAACGATATG GTCAGTCTCC GGAGAAAATT 
AATCGGGGTA TGATATTGGC TCCTCTTGTT GGCATCATAG TAAATTTATT GGAAGCGAGT 
ACAGAAGTTG AATCAATTGA GCAGAATGAT ATGATTGAAG TTTTGGCCAG GATGGACTGC 
CCTGATACTG TTCTTTTTGG TCTCCAGTAT ATGTTGGAGT TCAACTGGGC TGGTTTTTCT 
AAAGGGAATG TTCACTTTGC TAAGCTGAGG CGACTGGAGG ATTTCTTGAC CTGTCTCGTC 
AGTCGGATGG GGTCTCTAGA TTTGGGATCT TCTGCATTCT GGCAAGAATC AGAATGCGAC 
GACAGCATTT GCTGTATTTG CTACACTTGT GAGGCTGATG CCCAGTTCAT TCCTTGTTTA 
CATAAGTCGT GTTTTGGGTG CATTACCCGA CATCTCTTAA ATTGCCAGAG ATGCTTCTTT 
TGTAATGCGA TAGTTATTGA AGTCATAAAG GATAAATCTA GAACAGTCTG A