LOC104726797 cDNA ORF clone, Camelina sativa(false flax)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC104726797
Entrez Gene ID	104726797
Full Name	probable serine/threonine protein kinase IRE
Gene Type	protein-coding
Organism	Camelina sativa(false flax)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010445740.2	XP_010444042.1	probable serine/threonine protein kinase IRE

Pathways from BioSystems
Gene Ontology

The following LOC104726797 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC104726797 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
OCa166625	XM_010445740.2 Latest version!	Camelina sativa probable serine/threonine protein kinase IRE (LOC104726797), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

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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)

LOC104726797 ( XM_010445740.2 ) cDNA ORF clone, Camelina sativa(false flax) -> XP_010444042.1 Camelina sativa probable serine/threonine protein kinase IRE (LOC104726797), mRNA.

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CloneID	OCa166625
Clone ID Related Accession (Same CDS sequence)	XM_010445740.2
Accession Version	XM_010445740.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3447bp) 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	probable serine/threonine protein kinase IRE
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_025695.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Nov 29, 2016 this sequence version replaced XM_010445740.1. ##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##

ATGTCTACGA CGGAACCGTC GCCTGAGAAC GATCAGGATC CACAACCGTC CTCCACCAAC 
GCGAAACAAC TGAATAAGAT CCCTGCGATT CCTTCCCGTC ATCCGGAGGA GAAGGTTACG 
CCGGAATCAG GTTCGACGAG TCACGATTCG CCGGAGATTC TTGCTCCTTC TTCCTTAAGT 
TTGAATCATA TCAGAACGAA ATCGTCTCCG GCGCCGTCTC CTCTAAGGTT TTCCTCGGGT 
CAAGATGATA AGGACGTCGT CGTCGTCGTC ACCAAGGAGA AACCTAAGGT TGGAATTGTT 
GATGCTCGCG CTGATGCTCG TGTTAGATGG CCGATTCCTC CTCATCAACC CGATCAAGGG 
AAAAAAGTTC AGTGGAGCCA ATCAAAATCT CAACGGGTGC CTGCGAATCC CAATCCAGGC 
TTAGAGAGTT CTCATGTAGG TCTTGCTAAA GAAACACAGT CTCCACGTTT CCAAGCCATA 
TTGCGTGTGA CGAGTGGAAG GAAGAAGAAA CCTCATGACA TCAAGAGCTT CTCTCACGAA 
CTCAATTCTA AAGGTGTTCG ACCTTTTCCC GTTTGGAGAT CGCGAGCTGT TGGTCACATG 
GAGGAGGTAA TGGCGGCGAT CAGAACCAAG TTTGATAAAC AAAAGGAAGA TGTTGATGCT 
GATTTAGGAG TTTTTGCTGG CTACTTAGTG ACCACTCTAG AGAGCACTCC AGAATCTAAC 
AAAGAGTTAA GAGTTGGGTT AGAGGATCTG TTAGTTGAGG CTCGGCAATG TGCAACCATG 
CCAGCTAGTG AGTTTTGGCT TAAATGTGAA GGTATTGTTC AGAAGCTAGA TGATAAACGT 
CAGGAGCTAC CAATGGGAGG TCTTAAACAG GCTCATAACC GTCTTCTTTT TATCCTTACT 
CGTTGCAATA GGCTTGTGCA ATTTCGTAAA GAGAGTGGTT ACGTTGAAGA ACACATTTTG 
GGAATGCACC AGCTAAGTGA TCTCGGTGTT TATCCAGAAC AGATGGTAGA AATCTCGCGA 
CAACAAGACC TTCTTCGAGA GAAAGAAATC CAAAAGATAA ATGAAAAGCA AACTCTAGCT 
GGCAAAGAAG ATAATCTTGA TCAGAACTCT AGCAGCGGAG CTGATGGGGT GGAAGTAAAT 
ACTGCTAGGA GTACTGATTC AGCTTCGAGT AATTTCCGGA TGTCATCTTG GAAGAAGCTT 
CCATCAGCTG CTGAGAAAAA TCGTAGTGCT AATAACACTC CCAAGGCTAA GGGGGAGAGC 
AAAATCCAAC CAAAAGTTTA TGGTGATGAA AACGCTGAAA ACTTGCATAG CCCGTCAGGC 
CAGCCTGCAT CTGCAGACAG AAGTGCTTTG TGGGGTATCT GGGCGGACCA TCAATGTGTG 
ACATACGATA ATTCCATGAT TTGTCGTATC TGTGAAGTTG AAATACCAGT CGTACATGTA 
GAAGAGCACT CTCGAATATG CACAATCGCT GATAGATGTG ACTTGAAGGG AATTAATGTA 
AACTTAAGAC TTGAAAGAGT AGCTGAAAGT CTTGAGAAAA TATTGGAGTC ATGGACGCCG 
AAGAACAGCA TAACTCCAAG AGCAGTTGCC GATTGTGCGA AATTATCAAC ATCCATTAGA 
CATGAAGATC TGGATGAAAT AACTCAGAGA TGTTCAGTTG ATATGCTTGA TTGCGTTCCT 
CGTTCGGAGA ATACATTTTC TTTGGATGAA CTGACTATCT TGAATGAAGC TTCTGTAGCC 
AATGGAACAA AGGACTCGTC ATCAGGAAGC TTGACACCAC CATCACCAGC AACACCGAGG 
ACAAGCCAAG TCGATTTACT ACTAAGTGGT CGAAAAACAA TATCAGAGCT TGAAAATTAT 
CAGCAGATAA ACAAGTTGCT AGAGATTGCT CGCTCTGTGG CAAATGTGAA TGTATGTGGA 
TACAGTTCAT TGGACTTCAT GATTGAGCAG TTGGATGAGC TAAAGTACGT CATTCAGGAT 
AGGAAGGCAG ATGCCCTCGT GGTAGAAACG TTTGGAAGAC GCATTGAGAA GCTACTGCAG 
GAAAAGTACA TTGAACTTTG TGGGTTGATA GATGATGAAA AAGTAGATTC GTCTAATGCC 
GTGGCGGATG AAGAAAGCTC AGCAGATGAG GATACAGTAC GAAGCTTACG GGCAAGCCCA 
CTTAATCCGC GTGCTAAAGA TCGAACATCA ATAGAAGACT TTGAAATTAT AAAACCAATT 
AGCCGTGGTG CATTTGGAAG AGTATTTCTT GCCAAAAAGA GAGCCACCGG TGATTTGTTC 
GCCATAAAGG TTTTAAAGAA GGCTGATATG ATCCGTAAGA ATGCTGTTGA GAGTATCCTA 
GCTGAGCGTA ACATCCTTAT ATCAGTTCGT AATCCATTCG TGGTTCGGTT TTTCTATTCG 
TTCACATGCC GGGAGAATCT TTATTTGGTT ATGGAGTACT TGAATGGTGG AGATCTCTTC 
TCCTTGTTGA GAAATCTTGG CTGCTTGGAT GAAGACATGG CCCGCATTTA TATTGCAGAA 
GTTGTTCTTG CTCTGGAGTA TTTGCATTCT GTAAATATCA TTCACAGAGA CCTAAAGCCA 
GACAATTTGT TGATCAATCA GGATGGTCAC ATCAAGTTGA CAGATTTCGG GCTTTCCAAG 
GTTGGTCTTA TCAACAGCAC AGATGACTTG TCAGGTGATG CATCACTGGG AAACAGTGGA 
TTTTTTGCAG AAGATGGAAC AAAAGCTCAA CATTCACAAG GAAAAGATAG TCGTAAGAAA 
CATGCAGTTG TTGGAACTCC TGATTATCTT GCACCTGAAA TACTTCTTGG AATGGGTCAT 
GGTAAAACCG CTGATTGGTG GTCAGTCGGT GTTATTCTTT TTGAGCTTCT CGTGGGTATT 
CCTCCTTTCA ATGCAGAAAC CCCACAGCAA ATTTTTGAAA ATATAATCAA CAGAGACATA 
CCATGGCCTA ATGTGCCAGA GGAGATATCT TATGAAGCAC ATGATCTAAT CAACAAGCTG 
TTAACTGAAA ATCCTGTTCA AAGGCTAGGG GCAACGGGAG CTGGAGAGGT GAAACAACAT 
CATTTTTTCA AAGATATTAA CTGGGACACG CTTGCCCGGC AAAAGGCTAT GTTTGTGCCA 
GCAGCTGAAC CACAAGACAC TAGTTACTTC ATGAGCCGGT ATATATGGAA CCCGGAAGAT 
GAAAATGTCC ATGGAGGTAG TGATTTTGAT GACCTTACAG ACACATGCAG CAGTAGCTCT 
TTCAACACAC AGGACGAAGA TGGTGATGAG TGTAGTAGCT TAGCAGAATT TGGAAATGGA 
CCAAACCTTG CTGTGAAGTA TTCCTTCAGC AATTTTTCGT TCAAGAACCT CTCACAACTC 
GCTTCGATCA ACTACGATCT TGTTTTAAAG AACGCGAAGG AATCAACAGA AGCTTCGAAC 
CAATCAGCCC ATCGACCCGA AACATGA

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

RefSeq	XP_010444042.1
CDS	201..3647
Translation	MSTTEPSPENDQDPQPSSTNAKQLNKIPAIPSRHPEEKVTPESGSTSHDSPEILAPSSLSLNHIRTKSSPAPSPLRFSSGQDDKDVVVVVTKEKPKVGIVDARADARVRWPIPPHQPDQGKKVQWSQSKSQRVPANPNPGLESSHVGLAKETQSPRFQAILRVTSGRKKKPHDIKSFSHELNSKGVRPFPVWRSRAVGHMEEVMAAIRTKFDKQKEDVDADLGVFAGYLVTTLESTPESNKELRVGLEDLLVEARQCATMPASEFWLKCEGIVQKLDDKRQELPMGGLKQAHNRLLFILTRCNRLVQFRKESGYVEEHILGMHQLSDLGVYPEQMVEISRQQDLLREKEIQKINEKQTLAGKEDNLDQNSSSGADGVEVNTARSTDSASSNFRMSSWKKLPSAAEKNRSANNTPKAKGESKIQPKVYGDENAENLHSPSGQPASADRSALWGIWADHQCVTYDNSMICRICEVEIPVVHVEEHSRICTIADRCDLKGINVNLRLERVAESLEKILESWTPKNSITPRAVADCAKLSTSIRHEDLDEITQRCSVDMLDCVPRSENTFSLDELTILNEASVANGTKDSSSGSLTPPSPATPRTSQVDLLLSGRKTISELENYQQINKLLEIARSVANVNVCGYSSLDFMIEQLDELKYVIQDRKADALVVETFGRRIEKLLQEKYIELCGLIDDEKVDSSNAVADEESSADEDTVRSLRASPLNPRAKDRTSIEDFEIIKPISRGAFGRVFLAKKRATGDLFAIKVLKKADMIRKNAVESILAERNILISVRNPFVVRFFYSFTCRENLYLVMEYLNGGDLFSLLRNLGCLDEDMARIYIAEVVLALEYLHSVNIIHRDLKPDNLLINQDGHIKLTDFGLSKVGLINSTDDLSGDASLGNSGFFAEDGTKAQHSQGKDSRKKHAVVGTPDYLAPEILLGMGHGKTADWWSVGVILFELLVGIPPFNAETPQQIFENIINRDIPWPNVPEEISYEAHDLINKLLTENPVQRLGATGAGEVKQHHFFKDINWDTLARQKAMFVPAAEPQDTSYFMSRYIWNPEDENVHGGSDFDDLTDTCSSSSFNTQDEDGDECSSLAEFGNGPNLAVKYSFSNFSFKNLSQLASINYDLVLKNAKESTEASNQSAHRPET

Target ORF information:

RefSeq Version	XM_010445740.2
Organism	Camelina sativa(false flax)
Definition	Camelina sativa probable serine/threonine protein kinase IRE (LOC104726797), mRNA.

Target ORF information:

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

XM_010445740.2

ORF Insert Sequence:

ATGTCTACGA CGGAACCGTC GCCTGAGAAC GATCAGGATC CACAACCGTC CTCCACCAAC 
GCGAAACAAC TGAATAAGAT CCCTGCGATT CCTTCCCGTC ATCCGGAGGA GAAGGTTACG 
CCGGAATCAG GTTCGACGAG TCACGATTCG CCGGAGATTC TTGCTCCTTC TTCCTTAAGT 
TTGAATCATA TCAGAACGAA ATCGTCTCCG GCGCCGTCTC CTCTAAGGTT TTCCTCGGGT 
CAAGATGATA AGGACGTCGT CGTCGTCGTC ACCAAGGAGA AACCTAAGGT TGGAATTGTT 
GATGCTCGCG CTGATGCTCG TGTTAGATGG CCGATTCCTC CTCATCAACC CGATCAAGGG 
AAAAAAGTTC AGTGGAGCCA ATCAAAATCT CAACGGGTGC CTGCGAATCC CAATCCAGGC 
TTAGAGAGTT CTCATGTAGG TCTTGCTAAA GAAACACAGT CTCCACGTTT CCAAGCCATA 
TTGCGTGTGA CGAGTGGAAG GAAGAAGAAA CCTCATGACA TCAAGAGCTT CTCTCACGAA 
CTCAATTCTA AAGGTGTTCG ACCTTTTCCC GTTTGGAGAT CGCGAGCTGT TGGTCACATG 
GAGGAGGTAA TGGCGGCGAT CAGAACCAAG TTTGATAAAC AAAAGGAAGA TGTTGATGCT 
GATTTAGGAG TTTTTGCTGG CTACTTAGTG ACCACTCTAG AGAGCACTCC AGAATCTAAC 
AAAGAGTTAA GAGTTGGGTT AGAGGATCTG TTAGTTGAGG CTCGGCAATG TGCAACCATG 
CCAGCTAGTG AGTTTTGGCT TAAATGTGAA GGTATTGTTC AGAAGCTAGA TGATAAACGT 
CAGGAGCTAC CAATGGGAGG TCTTAAACAG GCTCATAACC GTCTTCTTTT TATCCTTACT 
CGTTGCAATA GGCTTGTGCA ATTTCGTAAA GAGAGTGGTT ACGTTGAAGA ACACATTTTG 
GGAATGCACC AGCTAAGTGA TCTCGGTGTT TATCCAGAAC AGATGGTAGA AATCTCGCGA 
CAACAAGACC TTCTTCGAGA GAAAGAAATC CAAAAGATAA ATGAAAAGCA AACTCTAGCT 
GGCAAAGAAG ATAATCTTGA TCAGAACTCT AGCAGCGGAG CTGATGGGGT GGAAGTAAAT 
ACTGCTAGGA GTACTGATTC AGCTTCGAGT AATTTCCGGA TGTCATCTTG GAAGAAGCTT 
CCATCAGCTG CTGAGAAAAA TCGTAGTGCT AATAACACTC CCAAGGCTAA GGGGGAGAGC 
AAAATCCAAC CAAAAGTTTA TGGTGATGAA AACGCTGAAA ACTTGCATAG CCCGTCAGGC 
CAGCCTGCAT CTGCAGACAG AAGTGCTTTG TGGGGTATCT GGGCGGACCA TCAATGTGTG 
ACATACGATA ATTCCATGAT TTGTCGTATC TGTGAAGTTG AAATACCAGT CGTACATGTA 
GAAGAGCACT CTCGAATATG CACAATCGCT GATAGATGTG ACTTGAAGGG AATTAATGTA 
AACTTAAGAC TTGAAAGAGT AGCTGAAAGT CTTGAGAAAA TATTGGAGTC ATGGACGCCG 
AAGAACAGCA TAACTCCAAG AGCAGTTGCC GATTGTGCGA AATTATCAAC ATCCATTAGA 
CATGAAGATC TGGATGAAAT AACTCAGAGA TGTTCAGTTG ATATGCTTGA TTGCGTTCCT 
CGTTCGGAGA ATACATTTTC TTTGGATGAA CTGACTATCT TGAATGAAGC TTCTGTAGCC 
AATGGAACAA AGGACTCGTC ATCAGGAAGC TTGACACCAC CATCACCAGC AACACCGAGG 
ACAAGCCAAG TCGATTTACT ACTAAGTGGT CGAAAAACAA TATCAGAGCT TGAAAATTAT 
CAGCAGATAA ACAAGTTGCT AGAGATTGCT CGCTCTGTGG CAAATGTGAA TGTATGTGGA 
TACAGTTCAT TGGACTTCAT GATTGAGCAG TTGGATGAGC TAAAGTACGT CATTCAGGAT 
AGGAAGGCAG ATGCCCTCGT GGTAGAAACG TTTGGAAGAC GCATTGAGAA GCTACTGCAG 
GAAAAGTACA TTGAACTTTG TGGGTTGATA GATGATGAAA AAGTAGATTC GTCTAATGCC 
GTGGCGGATG AAGAAAGCTC AGCAGATGAG GATACAGTAC GAAGCTTACG GGCAAGCCCA 
CTTAATCCGC GTGCTAAAGA TCGAACATCA ATAGAAGACT TTGAAATTAT AAAACCAATT 
AGCCGTGGTG CATTTGGAAG AGTATTTCTT GCCAAAAAGA GAGCCACCGG TGATTTGTTC 
GCCATAAAGG TTTTAAAGAA GGCTGATATG ATCCGTAAGA ATGCTGTTGA GAGTATCCTA 
GCTGAGCGTA ACATCCTTAT ATCAGTTCGT AATCCATTCG TGGTTCGGTT TTTCTATTCG 
TTCACATGCC GGGAGAATCT TTATTTGGTT ATGGAGTACT TGAATGGTGG AGATCTCTTC 
TCCTTGTTGA GAAATCTTGG CTGCTTGGAT GAAGACATGG CCCGCATTTA TATTGCAGAA 
GTTGTTCTTG CTCTGGAGTA TTTGCATTCT GTAAATATCA TTCACAGAGA CCTAAAGCCA 
GACAATTTGT TGATCAATCA GGATGGTCAC ATCAAGTTGA CAGATTTCGG GCTTTCCAAG 
GTTGGTCTTA TCAACAGCAC AGATGACTTG TCAGGTGATG CATCACTGGG AAACAGTGGA 
TTTTTTGCAG AAGATGGAAC AAAAGCTCAA CATTCACAAG GAAAAGATAG TCGTAAGAAA 
CATGCAGTTG TTGGAACTCC TGATTATCTT GCACCTGAAA TACTTCTTGG AATGGGTCAT 
GGTAAAACCG CTGATTGGTG GTCAGTCGGT GTTATTCTTT TTGAGCTTCT CGTGGGTATT 
CCTCCTTTCA ATGCAGAAAC CCCACAGCAA ATTTTTGAAA ATATAATCAA CAGAGACATA 
CCATGGCCTA ATGTGCCAGA GGAGATATCT TATGAAGCAC ATGATCTAAT CAACAAGCTG 
TTAACTGAAA ATCCTGTTCA AAGGCTAGGG GCAACGGGAG CTGGAGAGGT GAAACAACAT 
CATTTTTTCA AAGATATTAA CTGGGACACG CTTGCCCGGC AAAAGGCTAT GTTTGTGCCA 
GCAGCTGAAC CACAAGACAC TAGTTACTTC ATGAGCCGGT ATATATGGAA CCCGGAAGAT 
GAAAATGTCC ATGGAGGTAG TGATTTTGAT GACCTTACAG ACACATGCAG CAGTAGCTCT 
TTCAACACAC AGGACGAAGA TGGTGATGAG TGTAGTAGCT TAGCAGAATT TGGAAATGGA 
CCAAACCTTG CTGTGAAGTA TTCCTTCAGC AATTTTTCGT TCAAGAACCT CTCACAACTC 
GCTTCGATCA ACTACGATCT TGTTTTAAAG AACGCGAAGG AATCAACAGA AGCTTCGAAC 
CAATCAGCCC ATCGACCCGA AACATGA