LOC104765688 cDNA ORF clone, Camelina sativa(false flax)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC104765688
Entrez Gene ID	104765688
Full Name	uncharacterized LOC104765688
Gene Type	protein-coding
Organism	Camelina sativa(false flax)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010489442.1	XP_010487744.1	uncharacterized protein LOC104765688

Pathways from BioSystems
Gene Ontology

The following LOC104765688 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC104765688 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
OCa207995	XM_010489442.1 Latest version!	Camelina sativa uncharacterized LOC104765688 (LOC104765688), 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)

LOC104765688 ( XM_010489442.1 ) cDNA ORF clone, Camelina sativa(false flax) -> XP_010487744.1 Camelina sativa uncharacterized LOC104765688 (LOC104765688), mRNA.

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CloneID	OCa207995
Clone ID Related Accession (Same CDS sequence)	XM_010489442.1
Accession Version	XM_010489442.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3756bp) 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	uncharacterized protein LOC104765688
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_025703.1) 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##

ATGGCGACGC CGTTGCCAGA TTTTGAGGCG GCGAGAGGTG GCGGAGGAGT TGCGTCTTCT 
ACAACCACGG TCCTCACGAG CTCTGTTTCT TCTTCTCGTC CGTCCCCTGT GGCGAATTCC 
TTCTCCGAAG ACGCCCAAGA GATTTCGCCG ATCCTGATTT TCCTGTTCTT TCATAAAGCA 
GTATGTAGTG AGCTTGAAGC TCTTCATAGA TTGGCGCTTG AGTTTGCTAC TGGTCACCAT 
GTCGATCTCC GGCTGCTTCG TGAACGGTAC CGGTCCCTCA GATCGATCTA TAAGCATCAC 
TGCAATGCCG AAGACGAGGT GATATTTTCA GCACTTGACA TACGTGTGAA GAATGTAGCG 
CAGACGTATT CTCTTGAACA CAAGGGGGAA AGCACTCTTT TCGATCATCT CTTTGAGCTG 
TTGAATTCTG CCACGGAAAC CGATGAAAGT TACCGCAGGG AGTTGGCTCG TTGTACTGGA 
GCACTTCAGA CTTCTGTTAG CCAGCACTTG GCTAAAGAAC AGAAACAGGT CTTCCCCTTA 
CTTATTGAGA AATTCAAGTA TGAGGAGCAA GCTTACATAG TCTGGCGGTT TCTCTGCAGT 
ATTCCTGTGA ATATGCTTGC CGTGTTCCTT CCATGGATTT CTTCGTCCAT TTCAATAGAG 
GAAAGCAAGG AGATGCAAAC ATGCTTAAGG AAGATAGTTC CCGGCGAGAA GCTCCTTCAG 
CAGGTTATTT TCACATGGTT GGGAGGGAAA AGTGATACTG TGGCTTCGTG TCGCATAGAA 
GATTCTATGT TCCAGTGCTG TCTAGATTCT TCTAGCAGCA TGCTTCCTTG CAAAGCAAGC 
AGAGCACAGT GCGCATGTGA GGGGTCCAAG GTCGGGAAGA GAAAGTACCC AGAGCTTACT 
AAGTTTGATT CTTTCGATGC TCAGATGCAC CCAATTGATG AGATAAAGCT TTGGCACAAG 
TCAATCAACA AGGAGATGAA AGAAATAGCC GATGAGGCTA GGAAGATTCA GCTGTCTGGA 
GATTTTTCGG ATTTATCTGC GTTTGATGAA CGCTTACAAT ATATTGCTGA AGTGTGCATC 
TTCCATAGTC TTGCAGAGGA CAAGATCATA TTTCCAGCAG TAGATGGAGA GTTTTCATTT 
TCCGAGGAGC ACGATGAAGA AGAAAATCAG TTTAATGAAT TTCGATGCTT AATTGAAAAT 
ATAAAGAGTG CTGGAGCCTG TTCTACTTCG GCTGCTGAAT TTTACACCAA GCTGTGCTCA 
CATGCTGATC AAATAATGGA AACTATTCAA AGGCATTTCC ACAATGAGGA AATTCAGGTG 
CTACCCCTTG CACGAAAGAA CTTCAGCTTT AAAAGACAAC AAGAACTTCT CTATCAAAGT 
CTGTGTATAA TGCCATTGAG ACTAATTGAA CGAGTTTTGC CATGGTTGAC GGCATCATTA 
ACAGAAGAGG AAGCTAAGAA TTTTCTGAGG AACTTGCATG CTGGAGCACC TAAATCGGAT 
GTTGCTCTCG TTACTCTTTT CTCTGGTTGG GCATGCAAAG GACGCAAAGC CGGGGAATGC 
TTGTCTCCAA ACGGGAATGG TTTATGCCCT GCTAAAACAC TAAGCAACAT TAAAGAAGTC 
AACCTTCAGT CATGTAATGG TTGTACGTCT GCGCCATGCG CGAGTAAGAG TATACAATCG 
TGTTGCCAGC ATCAGGATGA AAGGCCTGCT AAGCGAACTG CTGTGTTGTC TTGTGAAAAA 
AAGGCCACCA CTCACTCGTC AGAAGTTGCA AATGGGTGCA AGCCATCTGA AAATGGTAGG 
TCATGCTGTG TTCCAGATCT TGGAGTCAAC AATAACTGTC TGGAACTTGG TTCTCTTCCA 
GCAGCGAAAG CTATGAGATC TTCTTCGCTA AATTCTGCTG CGCCCGCTCT TAATTCCAGC 
CTCTTTATTT GGGAAATGGA TAGCAACAGC TTTGGTACTG GACATTCCGA GCGGCCAGTT 
GCTACAATAT TCAAGTTTCA TAAGGCCATT AGCAAAGATC TGGAGTTTCT TGATGTTGAA 
TCTGGAAAGC TCATTGATTG CGATGAAACA TTTATTCGTC AATTCATTGG TCGGTTTCAC 
CTACTCTGGG GTTTCTATAA GGCACACAGT AATGCTGAAG ATGATATCCT ATTTCCAGCA 
CTGGAATCAA AGGAGACACT TCATAATGTC AGTCACTCTT ACACGCTCGA CCATAAACAG 
GAGGAGAAGT TGTTTGGAGA TATTTATAGT GTCCTTACTG AACTTTCAAT TCTTCATGAG 
AAGTTACAGA GTGATTCTAT GATGGCGGAC ATAGCTCAAA CTGACACTGT CCAGACTGAT 
ATTAATAACG GTGACTTCAA GAAGAAGTAC AATGAGCTGG CTACAAAGCT ACAAGGGATG 
TGTAAATCCA TTAAAATCAC ATTGGATCAG CACATTTTCT TGGAGGAACT GGAGCTATGG 
CCTCTATTTG ACAAACACTT CTCCATTCAA GAGCAAGACA AAATTGTGGG TCGTATAATC 
GGAACGACGG GTGCTGAAGT TCTTCAGTCT ATGTTACCAT GGGTGACGTC TGCCCTTTCT 
GAAGATGAGC AAAACAGAAT GATGGATACC TGGAAGCAGG CAACCAAGAA CACAATGTTC 
GATGAATGGC TCAATGAGTG CTGGAAAGGA TCACCCGACT CATCCTCAAC AGAAACATCC 
AAACCTAGCC CACAGAAAGA TAATGATCAT CAAGAAATCT TGGACCAAAC TGGTGAACTC 
TTTAAGCCGG GGTGGAAAGA TATTTTCCGC ATGAATCAGA ACGAACTAGA GGCTGAAATC 
AGGAAAGTTT ATCAGGATTC AACACTTGAT CCGAGGAGAA AAGATTATCT TGTCCAAAAC 
TGGAGGACCA GTCGATGGAT TGCGGCTCAG CAAAAATTAC CTAAGGAAAC AGAGACTGCA 
TTAAATGGGG ATGTTGAACT TGGATGTTCC CCGTCCTTTC GAGATCCTGA GAAGCAGATA 
TATGGATGCG AGCATTACAA GCGTAACTGC AAGCTTCGAG CTGCCTGTTG TGATCAGTTG 
TTTACTTGTA GGTTTTGCCA TGACAAAGTA AGCGACCATT CCATGGATAG AAAATTGGTG 
ACGGAAATGC TCTGCATGCG GTGCCTCAAG GTGCAACCTG TTGGCCCCAT CTGCACAACG 
CCTTCATGTG AAGGATTCCC AATGGCAAAG CATTACTGCA GTATTTGCAA ACTTTTCGAT 
GATGAAAGGG CTGTTTACCA CTGTCCATTC TGCAACCTTT GCCGGGTCGG GGAGGGACTG 
GGAATTGATT TCTTCCATTG CATGACATGT AACTGTTGCC TAGGGATGAA ATTAGTAAAC 
CACAAGTGCC TCGAGAAGAG CCTCGAGACA AATTGCCCCA TCTGCTGCGA ATTTCTTTTC 
ACATCGAGTG AAGCAGTTAG AGCCTTACCA TGTGGTCACT ACATGCACTC AGCTTGCTTC 
CAGGCTTACA CTTGCAGCCA CTACACATGT CCAATCTGTG GAAAATCATT AGGAGATATG 
GCGGTTTATT TCGGTATGCT TGATGCACTG TTAGCTGCAG AAGAACTCCC AGAAGAATAC 
AAAAATCGCT GTCAGGACAT TCTATGTAAT GACTGTGAAC GCAAAGGAAC AACACGGTTC 
CATTGGTTGT ACCATAAATG CGGCAGCTGC GGTTCTTACA ATACCCGTGT GATCAAGACC 
GAAACAACTC CCCCAGACTG CTCAACCTCA TCCTGA

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

RefSeq	XP_010487744.1
CDS	264..4019
Translation	MATPLPDFEAARGGGGVASSTTTVLTSSVSSSRPSPVANSFSEDAQEISPILIFLFFHKAVCSELEALHRLALEFATGHHVDLRLLRERYRSLRSIYKHHCNAEDEVIFSALDIRVKNVAQTYSLEHKGESTLFDHLFELLNSATETDESYRRELARCTGALQTSVSQHLAKEQKQVFPLLIEKFKYEEQAYIVWRFLCSIPVNMLAVFLPWISSSISIEESKEMQTCLRKIVPGEKLLQQVIFTWLGGKSDTVASCRIEDSMFQCCLDSSSSMLPCKASRAQCACEGSKVGKRKYPELTKFDSFDAQMHPIDEIKLWHKSINKEMKEIADEARKIQLSGDFSDLSAFDERLQYIAEVCIFHSLAEDKIIFPAVDGEFSFSEEHDEEENQFNEFRCLIENIKSAGACSTSAAEFYTKLCSHADQIMETIQRHFHNEEIQVLPLARKNFSFKRQQELLYQSLCIMPLRLIERVLPWLTASLTEEEAKNFLRNLHAGAPKSDVALVTLFSGWACKGRKAGECLSPNGNGLCPAKTLSNIKEVNLQSCNGCTSAPCASKSIQSCCQHQDERPAKRTAVLSCEKKATTHSSEVANGCKPSENGRSCCVPDLGVNNNCLELGSLPAAKAMRSSSLNSAAPALNSSLFIWEMDSNSFGTGHSERPVATIFKFHKAISKDLEFLDVESGKLIDCDETFIRQFIGRFHLLWGFYKAHSNAEDDILFPALESKETLHNVSHSYTLDHKQEEKLFGDIYSVLTELSILHEKLQSDSMMADIAQTDTVQTDINNGDFKKKYNELATKLQGMCKSIKITLDQHIFLEELELWPLFDKHFSIQEQDKIVGRIIGTTGAEVLQSMLPWVTSALSEDEQNRMMDTWKQATKNTMFDEWLNECWKGSPDSSSTETSKPSPQKDNDHQEILDQTGELFKPGWKDIFRMNQNELEAEIRKVYQDSTLDPRRKDYLVQNWRTSRWIAAQQKLPKETETALNGDVELGCSPSFRDPEKQIYGCEHYKRNCKLRAACCDQLFTCRFCHDKVSDHSMDRKLVTEMLCMRCLKVQPVGPICTTPSCEGFPMAKHYCSICKLFDDERAVYHCPFCNLCRVGEGLGIDFFHCMTCNCCLGMKLVNHKCLEKSLETNCPICCEFLFTSSEAVRALPCGHYMHSACFQAYTCSHYTCPICGKSLGDMAVYFGMLDALLAAEELPEEYKNRCQDILCNDCERKGTTRFHWLYHKCGSCGSYNTRVIKTETTPPDCSTSS

Target ORF information:

RefSeq Version	XM_010489442.1
Organism	Camelina sativa(false flax)
Definition	Camelina sativa uncharacterized LOC104765688 (LOC104765688), mRNA.

Target ORF information:

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

XM_010489442.1

ORF Insert Sequence:

ATGGCGACGC CGTTGCCAGA TTTTGAGGCG GCGAGAGGTG GCGGAGGAGT TGCGTCTTCT 
ACAACCACGG TCCTCACGAG CTCTGTTTCT TCTTCTCGTC CGTCCCCTGT GGCGAATTCC 
TTCTCCGAAG ACGCCCAAGA GATTTCGCCG ATCCTGATTT TCCTGTTCTT TCATAAAGCA 
GTATGTAGTG AGCTTGAAGC TCTTCATAGA TTGGCGCTTG AGTTTGCTAC TGGTCACCAT 
GTCGATCTCC GGCTGCTTCG TGAACGGTAC CGGTCCCTCA GATCGATCTA TAAGCATCAC 
TGCAATGCCG AAGACGAGGT GATATTTTCA GCACTTGACA TACGTGTGAA GAATGTAGCG 
CAGACGTATT CTCTTGAACA CAAGGGGGAA AGCACTCTTT TCGATCATCT CTTTGAGCTG 
TTGAATTCTG CCACGGAAAC CGATGAAAGT TACCGCAGGG AGTTGGCTCG TTGTACTGGA 
GCACTTCAGA CTTCTGTTAG CCAGCACTTG GCTAAAGAAC AGAAACAGGT CTTCCCCTTA 
CTTATTGAGA AATTCAAGTA TGAGGAGCAA GCTTACATAG TCTGGCGGTT TCTCTGCAGT 
ATTCCTGTGA ATATGCTTGC CGTGTTCCTT CCATGGATTT CTTCGTCCAT TTCAATAGAG 
GAAAGCAAGG AGATGCAAAC ATGCTTAAGG AAGATAGTTC CCGGCGAGAA GCTCCTTCAG 
CAGGTTATTT TCACATGGTT GGGAGGGAAA AGTGATACTG TGGCTTCGTG TCGCATAGAA 
GATTCTATGT TCCAGTGCTG TCTAGATTCT TCTAGCAGCA TGCTTCCTTG CAAAGCAAGC 
AGAGCACAGT GCGCATGTGA GGGGTCCAAG GTCGGGAAGA GAAAGTACCC AGAGCTTACT 
AAGTTTGATT CTTTCGATGC TCAGATGCAC CCAATTGATG AGATAAAGCT TTGGCACAAG 
TCAATCAACA AGGAGATGAA AGAAATAGCC GATGAGGCTA GGAAGATTCA GCTGTCTGGA 
GATTTTTCGG ATTTATCTGC GTTTGATGAA CGCTTACAAT ATATTGCTGA AGTGTGCATC 
TTCCATAGTC TTGCAGAGGA CAAGATCATA TTTCCAGCAG TAGATGGAGA GTTTTCATTT 
TCCGAGGAGC ACGATGAAGA AGAAAATCAG TTTAATGAAT TTCGATGCTT AATTGAAAAT 
ATAAAGAGTG CTGGAGCCTG TTCTACTTCG GCTGCTGAAT TTTACACCAA GCTGTGCTCA 
CATGCTGATC AAATAATGGA AACTATTCAA AGGCATTTCC ACAATGAGGA AATTCAGGTG 
CTACCCCTTG CACGAAAGAA CTTCAGCTTT AAAAGACAAC AAGAACTTCT CTATCAAAGT 
CTGTGTATAA TGCCATTGAG ACTAATTGAA CGAGTTTTGC CATGGTTGAC GGCATCATTA 
ACAGAAGAGG AAGCTAAGAA TTTTCTGAGG AACTTGCATG CTGGAGCACC TAAATCGGAT 
GTTGCTCTCG TTACTCTTTT CTCTGGTTGG GCATGCAAAG GACGCAAAGC CGGGGAATGC 
TTGTCTCCAA ACGGGAATGG TTTATGCCCT GCTAAAACAC TAAGCAACAT TAAAGAAGTC 
AACCTTCAGT CATGTAATGG TTGTACGTCT GCGCCATGCG CGAGTAAGAG TATACAATCG 
TGTTGCCAGC ATCAGGATGA AAGGCCTGCT AAGCGAACTG CTGTGTTGTC TTGTGAAAAA 
AAGGCCACCA CTCACTCGTC AGAAGTTGCA AATGGGTGCA AGCCATCTGA AAATGGTAGG 
TCATGCTGTG TTCCAGATCT TGGAGTCAAC AATAACTGTC TGGAACTTGG TTCTCTTCCA 
GCAGCGAAAG CTATGAGATC TTCTTCGCTA AATTCTGCTG CGCCCGCTCT TAATTCCAGC 
CTCTTTATTT GGGAAATGGA TAGCAACAGC TTTGGTACTG GACATTCCGA GCGGCCAGTT 
GCTACAATAT TCAAGTTTCA TAAGGCCATT AGCAAAGATC TGGAGTTTCT TGATGTTGAA 
TCTGGAAAGC TCATTGATTG CGATGAAACA TTTATTCGTC AATTCATTGG TCGGTTTCAC 
CTACTCTGGG GTTTCTATAA GGCACACAGT AATGCTGAAG ATGATATCCT ATTTCCAGCA 
CTGGAATCAA AGGAGACACT TCATAATGTC AGTCACTCTT ACACGCTCGA CCATAAACAG 
GAGGAGAAGT TGTTTGGAGA TATTTATAGT GTCCTTACTG AACTTTCAAT TCTTCATGAG 
AAGTTACAGA GTGATTCTAT GATGGCGGAC ATAGCTCAAA CTGACACTGT CCAGACTGAT 
ATTAATAACG GTGACTTCAA GAAGAAGTAC AATGAGCTGG CTACAAAGCT ACAAGGGATG 
TGTAAATCCA TTAAAATCAC ATTGGATCAG CACATTTTCT TGGAGGAACT GGAGCTATGG 
CCTCTATTTG ACAAACACTT CTCCATTCAA GAGCAAGACA AAATTGTGGG TCGTATAATC 
GGAACGACGG GTGCTGAAGT TCTTCAGTCT ATGTTACCAT GGGTGACGTC TGCCCTTTCT 
GAAGATGAGC AAAACAGAAT GATGGATACC TGGAAGCAGG CAACCAAGAA CACAATGTTC 
GATGAATGGC TCAATGAGTG CTGGAAAGGA TCACCCGACT CATCCTCAAC AGAAACATCC 
AAACCTAGCC CACAGAAAGA TAATGATCAT CAAGAAATCT TGGACCAAAC TGGTGAACTC 
TTTAAGCCGG GGTGGAAAGA TATTTTCCGC ATGAATCAGA ACGAACTAGA GGCTGAAATC 
AGGAAAGTTT ATCAGGATTC AACACTTGAT CCGAGGAGAA AAGATTATCT TGTCCAAAAC 
TGGAGGACCA GTCGATGGAT TGCGGCTCAG CAAAAATTAC CTAAGGAAAC AGAGACTGCA 
TTAAATGGGG ATGTTGAACT TGGATGTTCC CCGTCCTTTC GAGATCCTGA GAAGCAGATA 
TATGGATGCG AGCATTACAA GCGTAACTGC AAGCTTCGAG CTGCCTGTTG TGATCAGTTG 
TTTACTTGTA GGTTTTGCCA TGACAAAGTA AGCGACCATT CCATGGATAG AAAATTGGTG 
ACGGAAATGC TCTGCATGCG GTGCCTCAAG GTGCAACCTG TTGGCCCCAT CTGCACAACG 
CCTTCATGTG AAGGATTCCC AATGGCAAAG CATTACTGCA GTATTTGCAA ACTTTTCGAT 
GATGAAAGGG CTGTTTACCA CTGTCCATTC TGCAACCTTT GCCGGGTCGG GGAGGGACTG 
GGAATTGATT TCTTCCATTG CATGACATGT AACTGTTGCC TAGGGATGAA ATTAGTAAAC 
CACAAGTGCC TCGAGAAGAG CCTCGAGACA AATTGCCCCA TCTGCTGCGA ATTTCTTTTC 
ACATCGAGTG AAGCAGTTAG AGCCTTACCA TGTGGTCACT ACATGCACTC AGCTTGCTTC 
CAGGCTTACA CTTGCAGCCA CTACACATGT CCAATCTGTG GAAAATCATT AGGAGATATG 
GCGGTTTATT TCGGTATGCT TGATGCACTG TTAGCTGCAG AAGAACTCCC AGAAGAATAC 
AAAAATCGCT GTCAGGACAT TCTATGTAAT GACTGTGAAC GCAAAGGAAC AACACGGTTC 
CATTGGTTGT ACCATAAATG CGGCAGCTGC GGTTCTTACA ATACCCGTGT GATCAAGACC 
GAAACAACTC CCCCAGACTG CTCAACCTCA TCCTGA