LOC104709085 cDNA ORF clone, Camelina sativa(false flax)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC104709085
Entrez Gene ID	104709085
Full Name	disease resistance protein TAO1-like
Gene Type	protein-coding
Organism	Camelina sativa(false flax)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019228219.1	XP_019083764.1	disease resistance protein TAO1-like

Pathways from BioSystems
Gene Ontology

The following LOC104709085 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC104709085 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
OCa240659	XM_019228219.1 Latest version!	Camelina sativa disease resistance protein TAO1-like (LOC104709085), 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)

LOC104709085 ( XM_019228219.1 ) cDNA ORF clone, Camelina sativa(false flax) -> XP_019083764.1 Camelina sativa disease resistance protein TAO1-like (LOC104709085), mRNA.

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CloneID	OCa240659
Clone ID Related Accession (Same CDS sequence)	XM_019228219.1
Accession Version	XM_019228219.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3582bp) 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	Camelina sativa(false flax)
Product	disease resistance protein TAO1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_025692.1) 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 :: Camelina sativa 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##

ATGGCTTCTT CGTTTTTCTT TATCATTGTT GCTGTTGCAA TAGGCTTCTT CATCCTTTTG 
AGAAAACTCA GATTCCATCA AGACAACCAA GAAAATAACT CATCTTCTTC ATCTCCTTCA 
TCATCATCTA CATCTTCTTT GTCTCCTTCA TCTGTTCCTT CTTCACCTTC TTTGTATAGC 
ACCTGGACGC ACCAAGTCTT TCCCAGCTTC CGCGGGGAAG ATGTCCGTAG AGACTTTCTC 
AGTCACATTC AGATGGAATT TCAAAGAATG GGAATCACTC CGTTCGCTGA TAATGAGATC 
AAAAGAGGGG AATCCATTGG TCCTGAGCTT ATTCGGGCTA TTAGAGGGTC TAAGATCGCT 
ATTATCTTGC TCTCTAGAAA CTACGCTTCT TCAAAATGGT GTCTTGACGA GCTTGTGGAG 
ACTATGAAGT GCAGAGAAGA GTTAGGTCAA ACTGTGATGG CCGTTTTTCA TAAAGTAGAT 
CCATCTGATG TCAAAAAGCT GACCGGAGAT TTTGGGAAAG TCTTTAGAAA AACTTGTGCC 
GGTAAATCAA AGCAGGACAT TGGAAGATGG AGACAAGCTT TGGCAGAAGT GGGCACAATC 
GCCGGTTATC ATTCAAGCAA CTGGGATAAT GAAGCAGTCA TGATCAAGGA AATTGCCACT 
GATATTTCGA ACATATTGAT TAATTCCACA CCATCAAGAG ATTTCGACGG GTTCGTTGGA 
ATGAGAGCTC ATTTGGAAAA GATTGAACCA TTGTTATGCC TACAGTCAGA TGAAGTGAGG 
ATGATTGGGA TTTGGGGTCC TCCTGGGATT GGGAAGACCA CAATTGCCAG AGTTGTATAC 
AACCAACTTT CCAACAGTTA CCCGCTGAGT GTCTTTATGG AGAACATCAA AGCAACCTAT 
TCAAGACCAA CCGGCTCCGA TGACTACAAC GCAAAGTTGC AATTACAACA ACAGTTTATG 
TCTCAAATAA CCAACCATAT GGATATCAAG ATTCCTCATT TAGGAGTTGC CCAGGATAGG 
TTGAAAGACA AGAAAGTTCT TGTCGTTCTT GATGGCGTAG ACAAGTCTGT TCAACTTGAT 
GCTATGGCGA AAGAAACTTG GTGGTTTGGT CCTGGGAGTC GTATTATCAT TACAACACAA 
GATCACAGAC TTCTCAGAGC ACATGGGATT AACCATATTT ACAAGGTGGA TTTTCCAGCA 
ACTGAAGAGG CTCTTCAAAT CTTCTGCATG TATGCTTTTG GTCAAAAGTT TCCTAAAACT 
GGTTTTGAGG AGCTTGCTAG GAAAGTTACA TACCTTGCTG GTAACCTCCC TTTGGGGCTA 
AGAGTTATGG GATCCTACTT TAAGGGAATG TCAAAGGAAG AGTGGAAAAA GTCACTACCA 
AGATTAGAAA CTAGCCTTGA CGCTGATATT CAGAGCATTT TGAAGTTCAG CTATGACGCT 
TTAGATGACG AAGATAAAGA TTTATTTCTT CATATAGCAT GTTTTTTTAA CTTTGAAGAG 
ATTAAGATAG TGGAAGAGTG TCTTGCAAAG AAGTTTGTGG AAGTGAGGCA AAGGCTTGAT 
GTCTTGGCTG AGAAATCTCT CATATCTATC AACCATGGTG GATGTATAAA GATGCATAGT 
TTGCTAGAAA AGCTAGGTAG AGAAATGGTT CGTAAACAAT CTATTCAAGG GCAGTTTTTG 
CACGATAGAA GAGAGATTTG TGAAGTACTG ACAGGAGACG CAGAAGGTAG TAAAAGTGTC 
GTAGGGATAA ATTTTTACTT CCAGGGAACT GGAGAAGAAG TAGATATAAG TGAGAGAGCC 
TTTGAAGGAA TGTCTAACCT CCAATTCTTG AGATTTTCTT GTTGTCGTGA TACATTTCAA 
TTATCGCGAG GTCTGAACTA TTTTTCTCGT AGACTTCAAA TACTGCACTG GAGTCATTTT 
CCTATGACAT GTTTGTCTTT TATTGTGAGT TTGAACTTCC TTGTTACACT AACCATGGAT 
CACAGCAAGC TTGAGAAGTT GTGGGAAGGA ATTAAACCGC TTCCAAATTT GAAAAAGATG 
GATTTGAGTT ATTCTGTAAA CTTGAAGGAG ATTCCTGATC TTTCAACAGC CACCAGTCTT 
GAAAGCTTAG ATCTTCGTAA TTGCTCAAGT CTGATCAAAC TCACCTCGTC TATTGGGAAT 
GTCACTTATC TTAAGAATAT TTTTCTTCGT GGATGCTCAA ATCTGTTGGA GCTTCCCACT 
TCTATTGGAA ACCTCATTAA TCTTCGATAT TTGACTCTTG ATGGATGCTC AAATCTGGTG 
GGACTCCCCT CCACTATTGG GAATGCCATT AATCTCCAAA CATTGTTTCT TGGTGGGTGC 
TCAAGTCTTG TAGAATTGCC TTCTTCTATA GGGAATGCCA TTAATCTTCA GGATCTATAT 
CTTCATAATT GCTCGAGTCT GATCACACTC CCTTCCTCTA TTGGGAATGT TGATAATCTT 
GAGATTTTAT ATCTTTATGG ATGCTCAAGT CTTGTGGAGC TCCCATCCTC TATTGGTTTT 
CTCATTAATC TCCAAAAACT GGATCTTAGT GGATGTTCAA GCCTGATGGA GCTCCCCTCC 
TCTATTGGGA ATGCCATTAA TCTCCGAAAA GTGGACCTTA GTGATTGCTC AGATCTGGAG 
GAACTTCCTA TTTCTATTGG AAACCTTCAG AAGTTGGAGA GGTTGAGATT AGGAGGATGC 
TCTAAGCTAG AGAGTCTTCC CACCAATATC AATTTGGAGT CTTTGGTTGA ACTTGATCTT 
ACTAATTGCT GGCTGTTGAA AAAGTTTCCT GAGATATCCA CAAACGTTCG TGTTCTCAGG 
CTCATAGGAA CCGGAATAGA AGAAGTGCCT CCCTCTATCA GGTCATGGCC TCATCTTAAT 
GAGTTGCATA TGCCATACTT TGAAGATCTC AAGGACTTCC CTCATGCTTT TGACATCATC 
GCGTCTCTGG GCTTGATCGA TGCAAATATA CAAGCGATTC CTCCATTGAT CAAGTGTTTA 
TCTCGTCTCC GTTTTCTTGT ACTTACGGGA TGCAGAAAGC TGGTATCGCT CCCACAGATT 
CAAGATTCTG TCTCTTTCAT AAACGCAGTA AACTGTGTCT CCCTGGAGAG ACTAGATTGC 
TCCTTTGACC ATCCAATGAA ACTTCTCAAC TTTGGTAACT GCTTGAAACT GAATAAAGAA 
GCAAGAGAAC TCATCATCCA GACTAGGGGA GAAGCGTTGT TACCAGGTGG AGAAGTTCCC 
AGCTACTTCA CTCACAGAGC TTCAAATGGG GGTCCATTAA CAATCAAGTT ACGTGACAAG 
CCTATTCCTA CATCCATGAG ATTTAAGGCT TGCATTTTCC TGGTTAAGGA AAGTGAAGAT 
GAGGCTAACG ATGATGAGAT AATGGTAGAC CATCTCCATG TTACGTGGCT AACAAGTACG 
CATTGGGTAT ATCCGGTTTT AACAGAGCAT CTGCACACAT TCGAGTTCGA AGAGAAGGTG 
ACTTCCAGCG AGCTTGTCTT TGAGTTCAAG CTCGAAAACC GTAACGACTG GAAGATAGGA 
AAATGCGGGC TACGCCAACT CGTAGTGGAG GTCCCTTCTT AA

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

RefSeq	XP_019083764.1
CDS	18..3599
Translation	MASSFFFIIVAVAIGFFILLRKLRFHQDNQENNSSSSSPSSSSTSSLSPSSVPSSPSLYSTWTHQVFPSFRGEDVRRDFLSHIQMEFQRMGITPFADNEIKRGESIGPELIRAIRGSKIAIILLSRNYASSKWCLDELVETMKCREELGQTVMAVFHKVDPSDVKKLTGDFGKVFRKTCAGKSKQDIGRWRQALAEVGTIAGYHSSNWDNEAVMIKEIATDISNILINSTPSRDFDGFVGMRAHLEKIEPLLCLQSDEVRMIGIWGPPGIGKTTIARVVYNQLSNSYPLSVFMENIKATYSRPTGSDDYNAKLQLQQQFMSQITNHMDIKIPHLGVAQDRLKDKKVLVVLDGVDKSVQLDAMAKETWWFGPGSRIIITTQDHRLLRAHGINHIYKVDFPATEEALQIFCMYAFGQKFPKTGFEELARKVTYLAGNLPLGLRVMGSYFKGMSKEEWKKSLPRLETSLDADIQSILKFSYDALDDEDKDLFLHIACFFNFEEIKIVEECLAKKFVEVRQRLDVLAEKSLISINHGGCIKMHSLLEKLGREMVRKQSIQGQFLHDRREICEVLTGDAEGSKSVVGINFYFQGTGEEVDISERAFEGMSNLQFLRFSCCRDTFQLSRGLNYFSRRLQILHWSHFPMTCLSFIVSLNFLVTLTMDHSKLEKLWEGIKPLPNLKKMDLSYSVNLKEIPDLSTATSLESLDLRNCSSLIKLTSSIGNVTYLKNIFLRGCSNLLELPTSIGNLINLRYLTLDGCSNLVGLPSTIGNAINLQTLFLGGCSSLVELPSSIGNAINLQDLYLHNCSSLITLPSSIGNVDNLEILYLYGCSSLVELPSSIGFLINLQKLDLSGCSSLMELPSSIGNAINLRKVDLSDCSDLEELPISIGNLQKLERLRLGGCSKLESLPTNINLESLVELDLTNCWLLKKFPEISTNVRVLRLIGTGIEEVPPSIRSWPHLNELHMPYFEDLKDFPHAFDIIASLGLIDANIQAIPPLIKCLSRLRFLVLTGCRKLVSLPQIQDSVSFINAVNCVSLERLDCSFDHPMKLLNFGNCLKLNKEARELIIQTRGEALLPGGEVPSYFTHRASNGGPLTIKLRDKPIPTSMRFKACIFLVKESEDEANDDEIMVDHLHVTWLTSTHWVYPVLTEHLHTFEFEEKVTSSELVFEFKLENRNDWKIGKCGLRQLVVEVPS

Target ORF information:

RefSeq Version	XM_019228219.1
Organism	Camelina sativa(false flax)
Definition	Camelina sativa disease resistance protein TAO1-like (LOC104709085), mRNA.

Target ORF information:

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

XM_019228219.1

ORF Insert Sequence:

ATGGCTTCTT CGTTTTTCTT TATCATTGTT GCTGTTGCAA TAGGCTTCTT CATCCTTTTG 
AGAAAACTCA GATTCCATCA AGACAACCAA GAAAATAACT CATCTTCTTC ATCTCCTTCA 
TCATCATCTA CATCTTCTTT GTCTCCTTCA TCTGTTCCTT CTTCACCTTC TTTGTATAGC 
ACCTGGACGC ACCAAGTCTT TCCCAGCTTC CGCGGGGAAG ATGTCCGTAG AGACTTTCTC 
AGTCACATTC AGATGGAATT TCAAAGAATG GGAATCACTC CGTTCGCTGA TAATGAGATC 
AAAAGAGGGG AATCCATTGG TCCTGAGCTT ATTCGGGCTA TTAGAGGGTC TAAGATCGCT 
ATTATCTTGC TCTCTAGAAA CTACGCTTCT TCAAAATGGT GTCTTGACGA GCTTGTGGAG 
ACTATGAAGT GCAGAGAAGA GTTAGGTCAA ACTGTGATGG CCGTTTTTCA TAAAGTAGAT 
CCATCTGATG TCAAAAAGCT GACCGGAGAT TTTGGGAAAG TCTTTAGAAA AACTTGTGCC 
GGTAAATCAA AGCAGGACAT TGGAAGATGG AGACAAGCTT TGGCAGAAGT GGGCACAATC 
GCCGGTTATC ATTCAAGCAA CTGGGATAAT GAAGCAGTCA TGATCAAGGA AATTGCCACT 
GATATTTCGA ACATATTGAT TAATTCCACA CCATCAAGAG ATTTCGACGG GTTCGTTGGA 
ATGAGAGCTC ATTTGGAAAA GATTGAACCA TTGTTATGCC TACAGTCAGA TGAAGTGAGG 
ATGATTGGGA TTTGGGGTCC TCCTGGGATT GGGAAGACCA CAATTGCCAG AGTTGTATAC 
AACCAACTTT CCAACAGTTA CCCGCTGAGT GTCTTTATGG AGAACATCAA AGCAACCTAT 
TCAAGACCAA CCGGCTCCGA TGACTACAAC GCAAAGTTGC AATTACAACA ACAGTTTATG 
TCTCAAATAA CCAACCATAT GGATATCAAG ATTCCTCATT TAGGAGTTGC CCAGGATAGG 
TTGAAAGACA AGAAAGTTCT TGTCGTTCTT GATGGCGTAG ACAAGTCTGT TCAACTTGAT 
GCTATGGCGA AAGAAACTTG GTGGTTTGGT CCTGGGAGTC GTATTATCAT TACAACACAA 
GATCACAGAC TTCTCAGAGC ACATGGGATT AACCATATTT ACAAGGTGGA TTTTCCAGCA 
ACTGAAGAGG CTCTTCAAAT CTTCTGCATG TATGCTTTTG GTCAAAAGTT TCCTAAAACT 
GGTTTTGAGG AGCTTGCTAG GAAAGTTACA TACCTTGCTG GTAACCTCCC TTTGGGGCTA 
AGAGTTATGG GATCCTACTT TAAGGGAATG TCAAAGGAAG AGTGGAAAAA GTCACTACCA 
AGATTAGAAA CTAGCCTTGA CGCTGATATT CAGAGCATTT TGAAGTTCAG CTATGACGCT 
TTAGATGACG AAGATAAAGA TTTATTTCTT CATATAGCAT GTTTTTTTAA CTTTGAAGAG 
ATTAAGATAG TGGAAGAGTG TCTTGCAAAG AAGTTTGTGG AAGTGAGGCA AAGGCTTGAT 
GTCTTGGCTG AGAAATCTCT CATATCTATC AACCATGGTG GATGTATAAA GATGCATAGT 
TTGCTAGAAA AGCTAGGTAG AGAAATGGTT CGTAAACAAT CTATTCAAGG GCAGTTTTTG 
CACGATAGAA GAGAGATTTG TGAAGTACTG ACAGGAGACG CAGAAGGTAG TAAAAGTGTC 
GTAGGGATAA ATTTTTACTT CCAGGGAACT GGAGAAGAAG TAGATATAAG TGAGAGAGCC 
TTTGAAGGAA TGTCTAACCT CCAATTCTTG AGATTTTCTT GTTGTCGTGA TACATTTCAA 
TTATCGCGAG GTCTGAACTA TTTTTCTCGT AGACTTCAAA TACTGCACTG GAGTCATTTT 
CCTATGACAT GTTTGTCTTT TATTGTGAGT TTGAACTTCC TTGTTACACT AACCATGGAT 
CACAGCAAGC TTGAGAAGTT GTGGGAAGGA ATTAAACCGC TTCCAAATTT GAAAAAGATG 
GATTTGAGTT ATTCTGTAAA CTTGAAGGAG ATTCCTGATC TTTCAACAGC CACCAGTCTT 
GAAAGCTTAG ATCTTCGTAA TTGCTCAAGT CTGATCAAAC TCACCTCGTC TATTGGGAAT 
GTCACTTATC TTAAGAATAT TTTTCTTCGT GGATGCTCAA ATCTGTTGGA GCTTCCCACT 
TCTATTGGAA ACCTCATTAA TCTTCGATAT TTGACTCTTG ATGGATGCTC AAATCTGGTG 
GGACTCCCCT CCACTATTGG GAATGCCATT AATCTCCAAA CATTGTTTCT TGGTGGGTGC 
TCAAGTCTTG TAGAATTGCC TTCTTCTATA GGGAATGCCA TTAATCTTCA GGATCTATAT 
CTTCATAATT GCTCGAGTCT GATCACACTC CCTTCCTCTA TTGGGAATGT TGATAATCTT 
GAGATTTTAT ATCTTTATGG ATGCTCAAGT CTTGTGGAGC TCCCATCCTC TATTGGTTTT 
CTCATTAATC TCCAAAAACT GGATCTTAGT GGATGTTCAA GCCTGATGGA GCTCCCCTCC 
TCTATTGGGA ATGCCATTAA TCTCCGAAAA GTGGACCTTA GTGATTGCTC AGATCTGGAG 
GAACTTCCTA TTTCTATTGG AAACCTTCAG AAGTTGGAGA GGTTGAGATT AGGAGGATGC 
TCTAAGCTAG AGAGTCTTCC CACCAATATC AATTTGGAGT CTTTGGTTGA ACTTGATCTT 
ACTAATTGCT GGCTGTTGAA AAAGTTTCCT GAGATATCCA CAAACGTTCG TGTTCTCAGG 
CTCATAGGAA CCGGAATAGA AGAAGTGCCT CCCTCTATCA GGTCATGGCC TCATCTTAAT 
GAGTTGCATA TGCCATACTT TGAAGATCTC AAGGACTTCC CTCATGCTTT TGACATCATC 
GCGTCTCTGG GCTTGATCGA TGCAAATATA CAAGCGATTC CTCCATTGAT CAAGTGTTTA 
TCTCGTCTCC GTTTTCTTGT ACTTACGGGA TGCAGAAAGC TGGTATCGCT CCCACAGATT 
CAAGATTCTG TCTCTTTCAT AAACGCAGTA AACTGTGTCT CCCTGGAGAG ACTAGATTGC 
TCCTTTGACC ATCCAATGAA ACTTCTCAAC TTTGGTAACT GCTTGAAACT GAATAAAGAA 
GCAAGAGAAC TCATCATCCA GACTAGGGGA GAAGCGTTGT TACCAGGTGG AGAAGTTCCC 
AGCTACTTCA CTCACAGAGC TTCAAATGGG GGTCCATTAA CAATCAAGTT ACGTGACAAG 
CCTATTCCTA CATCCATGAG ATTTAAGGCT TGCATTTTCC TGGTTAAGGA AAGTGAAGAT 
GAGGCTAACG ATGATGAGAT AATGGTAGAC CATCTCCATG TTACGTGGCT AACAAGTACG 
CATTGGGTAT ATCCGGTTTT AACAGAGCAT CTGCACACAT TCGAGTTCGA AGAGAAGGTG 
ACTTCCAGCG AGCTTGTCTT TGAGTTCAAG CTCGAAAACC GTAACGACTG GAAGATAGGA 
AAATGCGGGC TACGCCAACT CGTAGTGGAG GTCCCTTCTT AA