LOC108199782 cDNA ORF clone, Daucus carota subsp. sativus

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108199782
Entrez Gene ID	108199782
Full Name	putative receptor-like protein kinase At3g47110
Gene Type	protein-coding
Organism	Daucus carota subsp. sativus

mRNA and Protein(s)

mRNA	Protein	Name
XM_017367758.1	XP_017223247.1	probable LRR receptor-like serine/threonine-protein kinase At3g47570 isoform X2
XM_017367757.1	XP_017223246.1	putative receptor-like protein kinase At3g47110 isoform X1

Pathways from BioSystems
Gene Ontology

The following LOC108199782 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108199782 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
ODa95086	XM_017367757.1 Latest version!	Daucus carota subsp. sativus putative receptor-like protein kinase At3g47110 (LOC108199782), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
ODa95087	XM_017367758.1 Latest version!	Daucus carota subsp. sativus putative receptor-like protein kinase At3g47110 (LOC108199782), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

ORF Online Only Promotion

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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)

LOC108199782 ( XM_017367757.1 ) cDNA ORF clone, Daucus carota subsp. sativus -> XP_017223246.1 Daucus carota subsp. sativus putative receptor-like protein kinase At3g47110 (LOC108199782), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ODa95086
Clone ID Related Accession (Same CDS sequence)	XM_017367757.1
Accession Version	XM_017367757.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3993bp) 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	2016-06-26
Organism	Daucus carota subsp. sativus
Product	putative receptor-like protein kinase At3g47110 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030388.1) 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 :: Daucus carota subsp. sativus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCGGAG TTGACAAATA CCGGACATAC GTACTATCCT TGTTCCTCGT CTGCCTTGCT 
CTTATCATCT GGACTTGTAA TGCTAGGCTA AGTGGAAATG AAAGAGATCG ACAGGCATTG 
TTGGCATTCA GAGCAAAGAT TACTCATGAT CCTCAAGGAG CTCTTGGCTC GTGGAATTCG 
TCTCTGTTTT TTTGCAACTG GGAAGGAATT TTATGCAGCA AGGTCAAACA AAGAGTCACC 
AGCATAAACC TTTCTTCTAA AGGTTTGGGG GGTTCTATGT CTCCTTATAT CGGAAACATG 
AGTTTTCTGA GTGAAATCAT TCTCTACAAC AACAATCTTC AAGGCACGAT TCCTCAAGAA 
GTAGGCCGCC TTTTCAGGCT AAAAGTTCTG AGCTTAGGAC GAAATGCTTT GGAAGGAAGC 
ATACCAGATA CCTTGGGACT ACTTGATAGG TTAGTCAGTT TGGAACTTTT TTCCAATAAG 
CTGTCAGGTA TGATTCCTCC TATTTTCAAT CTCTCATTAC TGAATGTCTT CAATTTGGCC 
AATAATCTAC TTCAAGGAAG TATACCATCA GACTTTGGAT TTGCTCTTCC CAATCTCCAA 
AAAATTCAGC TATCAAATAA CAAATTCACC GGGAACATTC CCATATCACT TTCGAATGCT 
TCCAGGCTTC AAGTTATTGA TTTGCAGTTC AACAATTTTA GCGGCCCCGT GTCTATAGAT 
TTTGGAAGGT TGTTGCATCT TCAAAATTTA GTTCTGGAAA GTAACAATCT AGGACTTGGG 
GGGCAAAGTG ACTTGAGTTT CCTCAACTCG TTGATCAATT GCAGCAGCTT AAAAATATTG 
AAGCTAGGGG GCAATAATTT TCGAGGATCA TTGCCCCATT CTGTTGCTAA TCTATCAAAT 
GAGCTAACAA TGATAAGCTT AGCAGATAAT CGGATTTCTG GTAGCATCCC TTTAGAGATA 
GGTAAATTCA TCAACTTGAT ATTTTTATCA TTAGAAGGTA ACCGGTTCAC AGGCATCATT 
CCCCCAGAAA TTGCAAAACT CAGGAAGTTG CAACGAGTTC TTCTTTCTAA CAACAGACTT 
TCAGGGAACA TTCCTGCTTC CATTGGCAAT CTATCTATGC TGGACGAGGT ACATTTAGAA 
AATAATGAAT TGAATGGAAC CATTCCTCCC AGTTTTGGAC ATTGTCCAAT GTTGGTCCTC 
TTGGAGTTGT CTCAAAATAA CCTCAGTGGA AGTATACCCA GCAAACTCTT TGATATTTCG 
CCTTTTTCTC TCAAGTTGAA TCTTTCTCAA AACCATTTGG TTGGATCACT ACCAGCAGGT 
GTTGGTGCTT TGAAAACCTT AGTTGAATTG GATATCTCAG AAAATCAGCT TTCCGGTTTG 
ATTCCAACAC AGCTTGCTGA CTGCATTGCC CTCAATTCAC TAAACATGCA AGGGAACTTC 
ATTCAGGGTA ACATCTCACA ATCAATGAAA AAGTTAAGAG GCTTGCAATA TCTTGATCTT 
TCTCGTAATA AGTTATCTGG GAAAATCCCA GATTTCTTGG AAACCCTGTC CTTGAAATAT 
TTAAATCTAA GCAGGAATAA TCTCGAGGGA GAGGTACTTA AGAAAGGAGT ATTTGCAAAT 
GCAAGTGCAT TTTCAATAGT AGGTAATAAA GGGCTCTGTG GAGGCATACC TGAACTCCAG 
CTACCAAGAT GCAGTAGTCA TGGATCACAT AAACACAAAA TGTCGTGGGT ACAAGTTTTG 
ATTGTGATTA GTTCAATACC AGTTCTTGCC ATTGGTTACT ATATATGGCT TAGAAGAAGA 
AAAGAAAAGC CACCGAGTTT TTTGGGGTCA AAGACATACA CATCACCCAT CAAATTGTCC 
TACAAGCTAC TCCATGAAGC AACTGAAGAA TTCTCACCGA ACAACTTAGT CAGCGAGGGT 
AACTCTGGTT TAGTGTACAA AGGGAAAATT TCAAGTCCAC CAGACAATGA GACATTTATT 
GCAGTGAAAG TATTTAAGCC TCAAGCATCC AACCAGTTCA TCACTGAATG TGAAGCCCTG 
CGAAATATTC GCCACAGAAA CATTATTAAG ATCAAAAGTA CATGCACAGG CTTCACAGAT 
ATCAACAAAA AATTCACAGC TATTGTTTAC GACTTCATGG AGCATAAGAG CTTAGATAGG 
TGGAAGCATT TAACAAGTAC ATCATCTCAT AATGAGCACT GCATGCCTCA GATTCTGAAC 
CTTGGTACCA GAATAAACAT AGCGATCGAT GTGGCTAATG CACTTGATTA TATTCATAAT 
CAAGTGGACA ACCCCTTGAT ACATTGTAAT TTAAAACTAA GCAATATTTT GCTAGATACA 
GACATGAGCG CCCATGTATC AAATTTCGGA ATGGCTAAGT TTCTTACAGA TTTAGGCAGT 
ACAAGTCAGA GCAATTTTGA TGGATTTGCA GGAACTCTTG AATATGCACC TCCAGAGTAC 
TATCAGGGAA GCATGGTGTC AACCAAGGGG GATGTCTACA GCTACGGAAT AATATTACTG 
GAGATGCTGA CGGGGAAGAA AATTACTGAC CCTATGTTTC ATGGATCGTT TACGCTTCAG 
AACTTTGTTT CCAATGCCTT GTCTGAGAGG GTATATGATA TAATCGACCT ATTCATTCTA 
CACGAACTTA ACAGATATGA TCCAGCAAGG GCAAAGGATT GTCTGAAAAT GCTTTTGGAC 
ATTGGTGTGA GATGTGCTCA GGAGTTTCCA CAGTTCCGAC CAGACATTAG AGATGTCTTA 
AGTGTGCTGG AAACCATTAA CAACATCTTT AAGGCTAGTA GAGTTGATAC TGAGGCATAT 
CCTCAAGGAA GTTTTCAAGC TGCATTTTTT ATGGCTCAAA GATTCAAGAG ATCTCTACTA 
CGGAACAGGA TAGAAGTGCC CTTTCAAAGT CCTGGAGTGG AAAATTTCAA TAGAGCCGAC 
TGGACAATAG ACAGAGCAGG ACAGTCTATC AATCCTTTCC CTGAGATAAT TTCAGATTCA 
GTCACAGTGT CATACATGGA TCTCCATAAA GCAACTAATG GATTCTCCTC AACCAACTTA 
GTAGGTGCAG GTGGTTTTGG CTCTGTTTAT AAGGGAATGT TTCGTCAAAA AAAATTTCAT 
CATCTCATAA GGCATGGTAA TATAGAAGCC GGTACTGAAG CAGCTGTTGC AATCAAGGTA 
TTTAACCTAC AGCGAAGAGG TGCAGTGAGA AGTTTCAACA CCGAGTATCA AACCTTAAAA 
AAGCTTAACC ACGAATATAT TGTAAAGATC ATAACTACAT GCACAAGTGT AGATCATGAA 
GGCCGTGATT TTCGTGCTAT TCTTTTTGAG TTCATGGATC ATGGGAGTTT ACAGACGTGG 
CTGCATCCAA CAGATAACAT AAACGATGAT GGGCCCAACC CACCTCGAAC GTTGAGCCTT 
CTTGCAAGAA TAAATATAGC AATTGATGTA GCCTGTGCAC TGGATTATCT TCATCGTCAA 
TGCACGAATT GCATAATTCA CTGTGATCTG AAACCAGGCA ACATTTTGAT AGATAAAGAC 
ATGTTTGCAC GTATTGCAGA TTTTGGATTG GCAATTTCTC TTCCTGAATC AGCAAATATG 
ACCCAGTGTA GCAGCGCAAC TGGTATGCGA GGAACCACTG GATACATAGC TCCAGAGTAT 
GGTCTAGGAT GCAAGATGAC AACCAAGGGA GACACATACA GCTTTGGGAT TTTACTACTG 
GAGATGCTGA CAAGTAAAAA GCCTACCCAT CGTATGTTTC GGGGAGGGCT TAACCTTCAC 
AACTTTGTTT GGATGTCCCT GCCCGACAAA GTAATTGACA TTACTGACCC ACTCATTATG 
GAAATGACAT CTAGAACGGA TGGCAAACAA GTAGAAAAGC GCCTGACTAG AATGTTTGAT 
ATTGGTTTGG CATGCTCCAA GCCATCACCA AAGGCTCGAC CAGACATGCA TGCTGTATTA 
CGCGAGCTAG AATCCATTAG GAACAGCTTC TAG

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

RefSeq	XP_017223246.1
CDS	148..4140
Translation	MSGVDKYRTYVLSLFLVCLALIIWTCNARLSGNERDRQALLAFRAKITHDPQGALGSWNSSLFFCNWEGILCSKVKQRVTSINLSSKGLGGSMSPYIGNMSFLSEIILYNNNLQGTIPQEVGRLFRLKVLSLGRNALEGSIPDTLGLLDRLVSLELFSNKLSGMIPPIFNLSLLNVFNLANNLLQGSIPSDFGFALPNLQKIQLSNNKFTGNIPISLSNASRLQVIDLQFNNFSGPVSIDFGRLLHLQNLVLESNNLGLGGQSDLSFLNSLINCSSLKILKLGGNNFRGSLPHSVANLSNELTMISLADNRISGSIPLEIGKFINLIFLSLEGNRFTGIIPPEIAKLRKLQRVLLSNNRLSGNIPASIGNLSMLDEVHLENNELNGTIPPSFGHCPMLVLLELSQNNLSGSIPSKLFDISPFSLKLNLSQNHLVGSLPAGVGALKTLVELDISENQLSGLIPTQLADCIALNSLNMQGNFIQGNISQSMKKLRGLQYLDLSRNKLSGKIPDFLETLSLKYLNLSRNNLEGEVLKKGVFANASAFSIVGNKGLCGGIPELQLPRCSSHGSHKHKMSWVQVLIVISSIPVLAIGYYIWLRRRKEKPPSFLGSKTYTSPIKLSYKLLHEATEEFSPNNLVSEGNSGLVYKGKISSPPDNETFIAVKVFKPQASNQFITECEALRNIRHRNIIKIKSTCTGFTDINKKFTAIVYDFMEHKSLDRWKHLTSTSSHNEHCMPQILNLGTRINIAIDVANALDYIHNQVDNPLIHCNLKLSNILLDTDMSAHVSNFGMAKFLTDLGSTSQSNFDGFAGTLEYAPPEYYQGSMVSTKGDVYSYGIILLEMLTGKKITDPMFHGSFTLQNFVSNALSERVYDIIDLFILHELNRYDPARAKDCLKMLLDIGVRCAQEFPQFRPDIRDVLSVLETINNIFKASRVDTEAYPQGSFQAAFFMAQRFKRSLLRNRIEVPFQSPGVENFNRADWTIDRAGQSINPFPEIISDSVTVSYMDLHKATNGFSSTNLVGAGGFGSVYKGMFRQKKFHHLIRHGNIEAGTEAAVAIKVFNLQRRGAVRSFNTEYQTLKKLNHEYIVKIITTCTSVDHEGRDFRAILFEFMDHGSLQTWLHPTDNINDDGPNPPRTLSLLARINIAIDVACALDYLHRQCTNCIIHCDLKPGNILIDKDMFARIADFGLAISLPESANMTQCSSATGMRGTTGYIAPEYGLGCKMTTKGDTYSFGILLLEMLTSKKPTHRMFRGGLNLHNFVWMSLPDKVIDITDPLIMEMTSRTDGKQVEKRLTRMFDIGLACSKPSPKARPDMHAVLRELESIRNSF

Target ORF information:

RefSeq Version	XM_017367757.1
Organism	Daucus carota subsp. sativus
Definition	Daucus carota subsp. sativus putative receptor-like protein kinase At3g47110 (LOC108199782), transcript variant X1, mRNA.

Target ORF information:

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

XM_017367757.1

ORF Insert Sequence:

ATGAGCGGAG TTGACAAATA CCGGACATAC GTACTATCCT TGTTCCTCGT CTGCCTTGCT 
CTTATCATCT GGACTTGTAA TGCTAGGCTA AGTGGAAATG AAAGAGATCG ACAGGCATTG 
TTGGCATTCA GAGCAAAGAT TACTCATGAT CCTCAAGGAG CTCTTGGCTC GTGGAATTCG 
TCTCTGTTTT TTTGCAACTG GGAAGGAATT TTATGCAGCA AGGTCAAACA AAGAGTCACC 
AGCATAAACC TTTCTTCTAA AGGTTTGGGG GGTTCTATGT CTCCTTATAT CGGAAACATG 
AGTTTTCTGA GTGAAATCAT TCTCTACAAC AACAATCTTC AAGGCACGAT TCCTCAAGAA 
GTAGGCCGCC TTTTCAGGCT AAAAGTTCTG AGCTTAGGAC GAAATGCTTT GGAAGGAAGC 
ATACCAGATA CCTTGGGACT ACTTGATAGG TTAGTCAGTT TGGAACTTTT TTCCAATAAG 
CTGTCAGGTA TGATTCCTCC TATTTTCAAT CTCTCATTAC TGAATGTCTT CAATTTGGCC 
AATAATCTAC TTCAAGGAAG TATACCATCA GACTTTGGAT TTGCTCTTCC CAATCTCCAA 
AAAATTCAGC TATCAAATAA CAAATTCACC GGGAACATTC CCATATCACT TTCGAATGCT 
TCCAGGCTTC AAGTTATTGA TTTGCAGTTC AACAATTTTA GCGGCCCCGT GTCTATAGAT 
TTTGGAAGGT TGTTGCATCT TCAAAATTTA GTTCTGGAAA GTAACAATCT AGGACTTGGG 
GGGCAAAGTG ACTTGAGTTT CCTCAACTCG TTGATCAATT GCAGCAGCTT AAAAATATTG 
AAGCTAGGGG GCAATAATTT TCGAGGATCA TTGCCCCATT CTGTTGCTAA TCTATCAAAT 
GAGCTAACAA TGATAAGCTT AGCAGATAAT CGGATTTCTG GTAGCATCCC TTTAGAGATA 
GGTAAATTCA TCAACTTGAT ATTTTTATCA TTAGAAGGTA ACCGGTTCAC AGGCATCATT 
CCCCCAGAAA TTGCAAAACT CAGGAAGTTG CAACGAGTTC TTCTTTCTAA CAACAGACTT 
TCAGGGAACA TTCCTGCTTC CATTGGCAAT CTATCTATGC TGGACGAGGT ACATTTAGAA 
AATAATGAAT TGAATGGAAC CATTCCTCCC AGTTTTGGAC ATTGTCCAAT GTTGGTCCTC 
TTGGAGTTGT CTCAAAATAA CCTCAGTGGA AGTATACCCA GCAAACTCTT TGATATTTCG 
CCTTTTTCTC TCAAGTTGAA TCTTTCTCAA AACCATTTGG TTGGATCACT ACCAGCAGGT 
GTTGGTGCTT TGAAAACCTT AGTTGAATTG GATATCTCAG AAAATCAGCT TTCCGGTTTG 
ATTCCAACAC AGCTTGCTGA CTGCATTGCC CTCAATTCAC TAAACATGCA AGGGAACTTC 
ATTCAGGGTA ACATCTCACA ATCAATGAAA AAGTTAAGAG GCTTGCAATA TCTTGATCTT 
TCTCGTAATA AGTTATCTGG GAAAATCCCA GATTTCTTGG AAACCCTGTC CTTGAAATAT 
TTAAATCTAA GCAGGAATAA TCTCGAGGGA GAGGTACTTA AGAAAGGAGT ATTTGCAAAT 
GCAAGTGCAT TTTCAATAGT AGGTAATAAA GGGCTCTGTG GAGGCATACC TGAACTCCAG 
CTACCAAGAT GCAGTAGTCA TGGATCACAT AAACACAAAA TGTCGTGGGT ACAAGTTTTG 
ATTGTGATTA GTTCAATACC AGTTCTTGCC ATTGGTTACT ATATATGGCT TAGAAGAAGA 
AAAGAAAAGC CACCGAGTTT TTTGGGGTCA AAGACATACA CATCACCCAT CAAATTGTCC 
TACAAGCTAC TCCATGAAGC AACTGAAGAA TTCTCACCGA ACAACTTAGT CAGCGAGGGT 
AACTCTGGTT TAGTGTACAA AGGGAAAATT TCAAGTCCAC CAGACAATGA GACATTTATT 
GCAGTGAAAG TATTTAAGCC TCAAGCATCC AACCAGTTCA TCACTGAATG TGAAGCCCTG 
CGAAATATTC GCCACAGAAA CATTATTAAG ATCAAAAGTA CATGCACAGG CTTCACAGAT 
ATCAACAAAA AATTCACAGC TATTGTTTAC GACTTCATGG AGCATAAGAG CTTAGATAGG 
TGGAAGCATT TAACAAGTAC ATCATCTCAT AATGAGCACT GCATGCCTCA GATTCTGAAC 
CTTGGTACCA GAATAAACAT AGCGATCGAT GTGGCTAATG CACTTGATTA TATTCATAAT 
CAAGTGGACA ACCCCTTGAT ACATTGTAAT TTAAAACTAA GCAATATTTT GCTAGATACA 
GACATGAGCG CCCATGTATC AAATTTCGGA ATGGCTAAGT TTCTTACAGA TTTAGGCAGT 
ACAAGTCAGA GCAATTTTGA TGGATTTGCA GGAACTCTTG AATATGCACC TCCAGAGTAC 
TATCAGGGAA GCATGGTGTC AACCAAGGGG GATGTCTACA GCTACGGAAT AATATTACTG 
GAGATGCTGA CGGGGAAGAA AATTACTGAC CCTATGTTTC ATGGATCGTT TACGCTTCAG 
AACTTTGTTT CCAATGCCTT GTCTGAGAGG GTATATGATA TAATCGACCT ATTCATTCTA 
CACGAACTTA ACAGATATGA TCCAGCAAGG GCAAAGGATT GTCTGAAAAT GCTTTTGGAC 
ATTGGTGTGA GATGTGCTCA GGAGTTTCCA CAGTTCCGAC CAGACATTAG AGATGTCTTA 
AGTGTGCTGG AAACCATTAA CAACATCTTT AAGGCTAGTA GAGTTGATAC TGAGGCATAT 
CCTCAAGGAA GTTTTCAAGC TGCATTTTTT ATGGCTCAAA GATTCAAGAG ATCTCTACTA 
CGGAACAGGA TAGAAGTGCC CTTTCAAAGT CCTGGAGTGG AAAATTTCAA TAGAGCCGAC 
TGGACAATAG ACAGAGCAGG ACAGTCTATC AATCCTTTCC CTGAGATAAT TTCAGATTCA 
GTCACAGTGT CATACATGGA TCTCCATAAA GCAACTAATG GATTCTCCTC AACCAACTTA 
GTAGGTGCAG GTGGTTTTGG CTCTGTTTAT AAGGGAATGT TTCGTCAAAA AAAATTTCAT 
CATCTCATAA GGCATGGTAA TATAGAAGCC GGTACTGAAG CAGCTGTTGC AATCAAGGTA 
TTTAACCTAC AGCGAAGAGG TGCAGTGAGA AGTTTCAACA CCGAGTATCA AACCTTAAAA 
AAGCTTAACC ACGAATATAT TGTAAAGATC ATAACTACAT GCACAAGTGT AGATCATGAA 
GGCCGTGATT TTCGTGCTAT TCTTTTTGAG TTCATGGATC ATGGGAGTTT ACAGACGTGG 
CTGCATCCAA CAGATAACAT AAACGATGAT GGGCCCAACC CACCTCGAAC GTTGAGCCTT 
CTTGCAAGAA TAAATATAGC AATTGATGTA GCCTGTGCAC TGGATTATCT TCATCGTCAA 
TGCACGAATT GCATAATTCA CTGTGATCTG AAACCAGGCA ACATTTTGAT AGATAAAGAC 
ATGTTTGCAC GTATTGCAGA TTTTGGATTG GCAATTTCTC TTCCTGAATC AGCAAATATG 
ACCCAGTGTA GCAGCGCAAC TGGTATGCGA GGAACCACTG GATACATAGC TCCAGAGTAT 
GGTCTAGGAT GCAAGATGAC AACCAAGGGA GACACATACA GCTTTGGGAT TTTACTACTG 
GAGATGCTGA CAAGTAAAAA GCCTACCCAT CGTATGTTTC GGGGAGGGCT TAACCTTCAC 
AACTTTGTTT GGATGTCCCT GCCCGACAAA GTAATTGACA TTACTGACCC ACTCATTATG 
GAAATGACAT CTAGAACGGA TGGCAAACAA GTAGAAAAGC GCCTGACTAG AATGTTTGAT 
ATTGGTTTGG CATGCTCCAA GCCATCACCA AAGGCTCGAC CAGACATGCA TGCTGTATTA 
CGCGAGCTAG AATCCATTAG GAACAGCTTC TAG

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

LOC108199782 ( XM_017367758.1 ) cDNA ORF clone, Daucus carota subsp. sativus -> XP_017223247.1 Daucus carota subsp. sativus putative receptor-like protein kinase At3g47110 (LOC108199782), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ODa95087
Clone ID Related Accession (Same CDS sequence)	XM_017367758.1
Accession Version	XM_017367758.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3483bp) 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	2016-06-26
Organism	Daucus carota subsp. sativus
Product	probable LRR receptor-like serine/threonine-protein kinase At3g47570 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030388.1) 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 :: Daucus carota subsp. sativus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTTTGGA AGGAAGCATA CCAGATACCT TGGGACTACT TGATAGGAAG TATACCATCA 
GACTTTGGAT TTGCTCTTCC CAATCTCCAA AAAATTCAGC TATCAAATAA CAAATTCACC 
GGGAACATTC CCATATCACT TTCGAATGCT TCCAGGCTTC AAGTTATTGA TTTGCAGTTC 
AACAATTTTA GCGGCCCCGT GTCTATAGAT TTTGGAAGGT TGTTGCATCT TCAAAATTTA 
GTTCTGGAAA GTAACAATCT AGGACTTGGG GGGCAAAGTG ACTTGAGTTT CCTCAACTCG 
TTGATCAATT GCAGCAGCTT AAAAATATTG AAGCTAGGGG GCAATAATTT TCGAGGATCA 
TTGCCCCATT CTGTTGCTAA TCTATCAAAT GAGCTAACAA TGATAAGCTT AGCAGATAAT 
CGGATTTCTG GTAGCATCCC TTTAGAGATA GGTAAATTCA TCAACTTGAT ATTTTTATCA 
TTAGAAGGTA ACCGGTTCAC AGGCATCATT CCCCCAGAAA TTGCAAAACT CAGGAAGTTG 
CAACGAGTTC TTCTTTCTAA CAACAGACTT TCAGGGAACA TTCCTGCTTC CATTGGCAAT 
CTATCTATGC TGGACGAGGT ACATTTAGAA AATAATGAAT TGAATGGAAC CATTCCTCCC 
AGTTTTGGAC ATTGTCCAAT GTTGGTCCTC TTGGAGTTGT CTCAAAATAA CCTCAGTGGA 
AGTATACCCA GCAAACTCTT TGATATTTCG CCTTTTTCTC TCAAGTTGAA TCTTTCTCAA 
AACCATTTGG TTGGATCACT ACCAGCAGGT GTTGGTGCTT TGAAAACCTT AGTTGAATTG 
GATATCTCAG AAAATCAGCT TTCCGGTTTG ATTCCAACAC AGCTTGCTGA CTGCATTGCC 
CTCAATTCAC TAAACATGCA AGGGAACTTC ATTCAGGGTA ACATCTCACA ATCAATGAAA 
AAGTTAAGAG GCTTGCAATA TCTTGATCTT TCTCGTAATA AGTTATCTGG GAAAATCCCA 
GATTTCTTGG AAACCCTGTC CTTGAAATAT TTAAATCTAA GCAGGAATAA TCTCGAGGGA 
GAGGTACTTA AGAAAGGAGT ATTTGCAAAT GCAAGTGCAT TTTCAATAGT AGGTAATAAA 
GGGCTCTGTG GAGGCATACC TGAACTCCAG CTACCAAGAT GCAGTAGTCA TGGATCACAT 
AAACACAAAA TGTCGTGGGT ACAAGTTTTG ATTGTGATTA GTTCAATACC AGTTCTTGCC 
ATTGGTTACT ATATATGGCT TAGAAGAAGA AAAGAAAAGC CACCGAGTTT TTTGGGGTCA 
AAGACATACA CATCACCCAT CAAATTGTCC TACAAGCTAC TCCATGAAGC AACTGAAGAA 
TTCTCACCGA ACAACTTAGT CAGCGAGGGT AACTCTGGTT TAGTGTACAA AGGGAAAATT 
TCAAGTCCAC CAGACAATGA GACATTTATT GCAGTGAAAG TATTTAAGCC TCAAGCATCC 
AACCAGTTCA TCACTGAATG TGAAGCCCTG CGAAATATTC GCCACAGAAA CATTATTAAG 
ATCAAAAGTA CATGCACAGG CTTCACAGAT ATCAACAAAA AATTCACAGC TATTGTTTAC 
GACTTCATGG AGCATAAGAG CTTAGATAGG TGGAAGCATT TAACAAGTAC ATCATCTCAT 
AATGAGCACT GCATGCCTCA GATTCTGAAC CTTGGTACCA GAATAAACAT AGCGATCGAT 
GTGGCTAATG CACTTGATTA TATTCATAAT CAAGTGGACA ACCCCTTGAT ACATTGTAAT 
TTAAAACTAA GCAATATTTT GCTAGATACA GACATGAGCG CCCATGTATC AAATTTCGGA 
ATGGCTAAGT TTCTTACAGA TTTAGGCAGT ACAAGTCAGA GCAATTTTGA TGGATTTGCA 
GGAACTCTTG AATATGCACC TCCAGAGTAC TATCAGGGAA GCATGGTGTC AACCAAGGGG 
GATGTCTACA GCTACGGAAT AATATTACTG GAGATGCTGA CGGGGAAGAA AATTACTGAC 
CCTATGTTTC ATGGATCGTT TACGCTTCAG AACTTTGTTT CCAATGCCTT GTCTGAGAGG 
GTATATGATA TAATCGACCT ATTCATTCTA CACGAACTTA ACAGATATGA TCCAGCAAGG 
GCAAAGGATT GTCTGAAAAT GCTTTTGGAC ATTGGTGTGA GATGTGCTCA GGAGTTTCCA 
CAGTTCCGAC CAGACATTAG AGATGTCTTA AGTGTGCTGG AAACCATTAA CAACATCTTT 
AAGGCTAGTA GAGTTGATAC TGAGGCATAT CCTCAAGGAA GTTTTCAAGC TGCATTTTTT 
ATGGCTCAAA GATTCAAGAG ATCTCTACTA CGGAACAGGA TAGAAGTGCC CTTTCAAAGT 
CCTGGAGTGG AAAATTTCAA TAGAGCCGAC TGGACAATAG ACAGAGCAGG ACAGTCTATC 
AATCCTTTCC CTGAGATAAT TTCAGATTCA GTCACAGTGT CATACATGGA TCTCCATAAA 
GCAACTAATG GATTCTCCTC AACCAACTTA GTAGGTGCAG GTGGTTTTGG CTCTGTTTAT 
AAGGGAATGT TTCGTCAAAA AAAATTTCAT CATCTCATAA GGCATGGTAA TATAGAAGCC 
GGTACTGAAG CAGCTGTTGC AATCAAGGTA TTTAACCTAC AGCGAAGAGG TGCAGTGAGA 
AGTTTCAACA CCGAGTATCA AACCTTAAAA AAGCTTAACC ACGAATATAT TGTAAAGATC 
ATAACTACAT GCACAAGTGT AGATCATGAA GGCCGTGATT TTCGTGCTAT TCTTTTTGAG 
TTCATGGATC ATGGGAGTTT ACAGACGTGG CTGCATCCAA CAGATAACAT AAACGATGAT 
GGGCCCAACC CACCTCGAAC GTTGAGCCTT CTTGCAAGAA TAAATATAGC AATTGATGTA 
GCCTGTGCAC TGGATTATCT TCATCGTCAA TGCACGAATT GCATAATTCA CTGTGATCTG 
AAACCAGGCA ACATTTTGAT AGATAAAGAC ATGTTTGCAC GTATTGCAGA TTTTGGATTG 
GCAATTTCTC TTCCTGAATC AGCAAATATG ACCCAGTGTA GCAGCGCAAC TGGTATGCGA 
GGAACCACTG GATACATAGC TCCAGAGTAT GGTCTAGGAT GCAAGATGAC AACCAAGGGA 
GACACATACA GCTTTGGGAT TTTACTACTG GAGATGCTGA CAAGTAAAAA GCCTACCCAT 
CGTATGTTTC GGGGAGGGCT TAACCTTCAC AACTTTGTTT GGATGTCCCT GCCCGACAAA 
GTAATTGACA TTACTGACCC ACTCATTATG GAAATGACAT CTAGAACGGA TGGCAAACAA 
GTAGAAAAGC GCCTGACTAG AATGTTTGAT ATTGGTTTGG CATGCTCCAA GCCATCACCA 
AAGGCTCGAC CAGACATGCA TGCTGTATTA CGCGAGCTAG AATCCATTAG GAACAGCTTC 
TAG

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

RefSeq	XP_017223247.1
CDS	79..3561
Translation	MLWKEAYQIPWDYLIGSIPSDFGFALPNLQKIQLSNNKFTGNIPISLSNASRLQVIDLQFNNFSGPVSIDFGRLLHLQNLVLESNNLGLGGQSDLSFLNSLINCSSLKILKLGGNNFRGSLPHSVANLSNELTMISLADNRISGSIPLEIGKFINLIFLSLEGNRFTGIIPPEIAKLRKLQRVLLSNNRLSGNIPASIGNLSMLDEVHLENNELNGTIPPSFGHCPMLVLLELSQNNLSGSIPSKLFDISPFSLKLNLSQNHLVGSLPAGVGALKTLVELDISENQLSGLIPTQLADCIALNSLNMQGNFIQGNISQSMKKLRGLQYLDLSRNKLSGKIPDFLETLSLKYLNLSRNNLEGEVLKKGVFANASAFSIVGNKGLCGGIPELQLPRCSSHGSHKHKMSWVQVLIVISSIPVLAIGYYIWLRRRKEKPPSFLGSKTYTSPIKLSYKLLHEATEEFSPNNLVSEGNSGLVYKGKISSPPDNETFIAVKVFKPQASNQFITECEALRNIRHRNIIKIKSTCTGFTDINKKFTAIVYDFMEHKSLDRWKHLTSTSSHNEHCMPQILNLGTRINIAIDVANALDYIHNQVDNPLIHCNLKLSNILLDTDMSAHVSNFGMAKFLTDLGSTSQSNFDGFAGTLEYAPPEYYQGSMVSTKGDVYSYGIILLEMLTGKKITDPMFHGSFTLQNFVSNALSERVYDIIDLFILHELNRYDPARAKDCLKMLLDIGVRCAQEFPQFRPDIRDVLSVLETINNIFKASRVDTEAYPQGSFQAAFFMAQRFKRSLLRNRIEVPFQSPGVENFNRADWTIDRAGQSINPFPEIISDSVTVSYMDLHKATNGFSSTNLVGAGGFGSVYKGMFRQKKFHHLIRHGNIEAGTEAAVAIKVFNLQRRGAVRSFNTEYQTLKKLNHEYIVKIITTCTSVDHEGRDFRAILFEFMDHGSLQTWLHPTDNINDDGPNPPRTLSLLARINIAIDVACALDYLHRQCTNCIIHCDLKPGNILIDKDMFARIADFGLAISLPESANMTQCSSATGMRGTTGYIAPEYGLGCKMTTKGDTYSFGILLLEMLTSKKPTHRMFRGGLNLHNFVWMSLPDKVIDITDPLIMEMTSRTDGKQVEKRLTRMFDIGLACSKPSPKARPDMHAVLRELESIRNSF

Target ORF information:

RefSeq Version	XM_017367758.1
Organism	Daucus carota subsp. sativus
Definition	Daucus carota subsp. sativus putative receptor-like protein kinase At3g47110 (LOC108199782), transcript variant X2, mRNA.

Target ORF information:

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

XM_017367758.1

ORF Insert Sequence:

ATGCTTTGGA AGGAAGCATA CCAGATACCT TGGGACTACT TGATAGGAAG TATACCATCA 
GACTTTGGAT TTGCTCTTCC CAATCTCCAA AAAATTCAGC TATCAAATAA CAAATTCACC 
GGGAACATTC CCATATCACT TTCGAATGCT TCCAGGCTTC AAGTTATTGA TTTGCAGTTC 
AACAATTTTA GCGGCCCCGT GTCTATAGAT TTTGGAAGGT TGTTGCATCT TCAAAATTTA 
GTTCTGGAAA GTAACAATCT AGGACTTGGG GGGCAAAGTG ACTTGAGTTT CCTCAACTCG 
TTGATCAATT GCAGCAGCTT AAAAATATTG AAGCTAGGGG GCAATAATTT TCGAGGATCA 
TTGCCCCATT CTGTTGCTAA TCTATCAAAT GAGCTAACAA TGATAAGCTT AGCAGATAAT 
CGGATTTCTG GTAGCATCCC TTTAGAGATA GGTAAATTCA TCAACTTGAT ATTTTTATCA 
TTAGAAGGTA ACCGGTTCAC AGGCATCATT CCCCCAGAAA TTGCAAAACT CAGGAAGTTG 
CAACGAGTTC TTCTTTCTAA CAACAGACTT TCAGGGAACA TTCCTGCTTC CATTGGCAAT 
CTATCTATGC TGGACGAGGT ACATTTAGAA AATAATGAAT TGAATGGAAC CATTCCTCCC 
AGTTTTGGAC ATTGTCCAAT GTTGGTCCTC TTGGAGTTGT CTCAAAATAA CCTCAGTGGA 
AGTATACCCA GCAAACTCTT TGATATTTCG CCTTTTTCTC TCAAGTTGAA TCTTTCTCAA 
AACCATTTGG TTGGATCACT ACCAGCAGGT GTTGGTGCTT TGAAAACCTT AGTTGAATTG 
GATATCTCAG AAAATCAGCT TTCCGGTTTG ATTCCAACAC AGCTTGCTGA CTGCATTGCC 
CTCAATTCAC TAAACATGCA AGGGAACTTC ATTCAGGGTA ACATCTCACA ATCAATGAAA 
AAGTTAAGAG GCTTGCAATA TCTTGATCTT TCTCGTAATA AGTTATCTGG GAAAATCCCA 
GATTTCTTGG AAACCCTGTC CTTGAAATAT TTAAATCTAA GCAGGAATAA TCTCGAGGGA 
GAGGTACTTA AGAAAGGAGT ATTTGCAAAT GCAAGTGCAT TTTCAATAGT AGGTAATAAA 
GGGCTCTGTG GAGGCATACC TGAACTCCAG CTACCAAGAT GCAGTAGTCA TGGATCACAT 
AAACACAAAA TGTCGTGGGT ACAAGTTTTG ATTGTGATTA GTTCAATACC AGTTCTTGCC 
ATTGGTTACT ATATATGGCT TAGAAGAAGA AAAGAAAAGC CACCGAGTTT TTTGGGGTCA 
AAGACATACA CATCACCCAT CAAATTGTCC TACAAGCTAC TCCATGAAGC AACTGAAGAA 
TTCTCACCGA ACAACTTAGT CAGCGAGGGT AACTCTGGTT TAGTGTACAA AGGGAAAATT 
TCAAGTCCAC CAGACAATGA GACATTTATT GCAGTGAAAG TATTTAAGCC TCAAGCATCC 
AACCAGTTCA TCACTGAATG TGAAGCCCTG CGAAATATTC GCCACAGAAA CATTATTAAG 
ATCAAAAGTA CATGCACAGG CTTCACAGAT ATCAACAAAA AATTCACAGC TATTGTTTAC 
GACTTCATGG AGCATAAGAG CTTAGATAGG TGGAAGCATT TAACAAGTAC ATCATCTCAT 
AATGAGCACT GCATGCCTCA GATTCTGAAC CTTGGTACCA GAATAAACAT AGCGATCGAT 
GTGGCTAATG CACTTGATTA TATTCATAAT CAAGTGGACA ACCCCTTGAT ACATTGTAAT 
TTAAAACTAA GCAATATTTT GCTAGATACA GACATGAGCG CCCATGTATC AAATTTCGGA 
ATGGCTAAGT TTCTTACAGA TTTAGGCAGT ACAAGTCAGA GCAATTTTGA TGGATTTGCA 
GGAACTCTTG AATATGCACC TCCAGAGTAC TATCAGGGAA GCATGGTGTC AACCAAGGGG 
GATGTCTACA GCTACGGAAT AATATTACTG GAGATGCTGA CGGGGAAGAA AATTACTGAC 
CCTATGTTTC ATGGATCGTT TACGCTTCAG AACTTTGTTT CCAATGCCTT GTCTGAGAGG 
GTATATGATA TAATCGACCT ATTCATTCTA CACGAACTTA ACAGATATGA TCCAGCAAGG 
GCAAAGGATT GTCTGAAAAT GCTTTTGGAC ATTGGTGTGA GATGTGCTCA GGAGTTTCCA 
CAGTTCCGAC CAGACATTAG AGATGTCTTA AGTGTGCTGG AAACCATTAA CAACATCTTT 
AAGGCTAGTA GAGTTGATAC TGAGGCATAT CCTCAAGGAA GTTTTCAAGC TGCATTTTTT 
ATGGCTCAAA GATTCAAGAG ATCTCTACTA CGGAACAGGA TAGAAGTGCC CTTTCAAAGT 
CCTGGAGTGG AAAATTTCAA TAGAGCCGAC TGGACAATAG ACAGAGCAGG ACAGTCTATC 
AATCCTTTCC CTGAGATAAT TTCAGATTCA GTCACAGTGT CATACATGGA TCTCCATAAA 
GCAACTAATG GATTCTCCTC AACCAACTTA GTAGGTGCAG GTGGTTTTGG CTCTGTTTAT 
AAGGGAATGT TTCGTCAAAA AAAATTTCAT CATCTCATAA GGCATGGTAA TATAGAAGCC 
GGTACTGAAG CAGCTGTTGC AATCAAGGTA TTTAACCTAC AGCGAAGAGG TGCAGTGAGA 
AGTTTCAACA CCGAGTATCA AACCTTAAAA AAGCTTAACC ACGAATATAT TGTAAAGATC 
ATAACTACAT GCACAAGTGT AGATCATGAA GGCCGTGATT TTCGTGCTAT TCTTTTTGAG 
TTCATGGATC ATGGGAGTTT ACAGACGTGG CTGCATCCAA CAGATAACAT AAACGATGAT 
GGGCCCAACC CACCTCGAAC GTTGAGCCTT CTTGCAAGAA TAAATATAGC AATTGATGTA 
GCCTGTGCAC TGGATTATCT TCATCGTCAA TGCACGAATT GCATAATTCA CTGTGATCTG 
AAACCAGGCA ACATTTTGAT AGATAAAGAC ATGTTTGCAC GTATTGCAGA TTTTGGATTG 
GCAATTTCTC TTCCTGAATC AGCAAATATG ACCCAGTGTA GCAGCGCAAC TGGTATGCGA 
GGAACCACTG GATACATAGC TCCAGAGTAT GGTCTAGGAT GCAAGATGAC AACCAAGGGA 
GACACATACA GCTTTGGGAT TTTACTACTG GAGATGCTGA CAAGTAAAAA GCCTACCCAT 
CGTATGTTTC GGGGAGGGCT TAACCTTCAC AACTTTGTTT GGATGTCCCT GCCCGACAAA 
GTAATTGACA TTACTGACCC ACTCATTATG GAAATGACAT CTAGAACGGA TGGCAAACAA 
GTAGAAAAGC GCCTGACTAG AATGTTTGAT ATTGGTTTGG CATGCTCCAA GCCATCACCA 
AAGGCTCGAC CAGACATGCA TGCTGTATTA CGCGAGCTAG AATCCATTAG GAACAGCTTC 
TAG