LOC110795196 cDNA ORF clone, Spinacia oleracea(spinach)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110795196
Entrez Gene ID	110795196
Full Name	uncharacterized LOC110795196
Gene Type	protein-coding
Organism	Spinacia oleracea(spinach)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022000180.1	XP_021855872.1	uncharacterized protein LOC110795196

Pathways from BioSystems
Gene Ontology

The following LOC110795196 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110795196 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
OSp82856	XM_022000180.1 Latest version!	Spinacia oleracea uncharacterized LOC110795196 (LOC110795196), 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)

LOC110795196 ( XM_022000180.1 ) cDNA ORF clone, Spinacia oleracea(spinach) -> XP_021855872.1 Spinacia oleracea uncharacterized LOC110795196 (LOC110795196), mRNA.

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CloneID	OSp82856
Clone ID Related Accession (Same CDS sequence)	XM_022000180.1
Accession Version	XM_022000180.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3501bp) 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	2017-07-31
Organism	Spinacia oleracea(spinach)
Product	uncharacterized protein LOC110795196
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018932172.1) 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 :: Spinacia oleracea Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 16% of CDS bases ##RefSeq-Attributes-END##

ATGGAATCTG CAGTAAATCA GATGAAGTTA GTAGTAGTAT TGTTGTTGAT GCAATTTATG 
GGTTCATCAT CACAAGGAAT GTGTTGGCAG AGGCTATCAA ATTGTAACAC AGAGTCGTCT 
TCTTCCTCTG ATCCAATGAT GTGCTGTAAA GTTCTAAGGA ATGATATTCA GAATGATAGA 
GACTGTTTCT GCAACGTCAA GTCTACTATT AATGGAAATT CTAGTATTGC GGATATGATG 
TCTAGGCTTC TCTTGTCTTG TGGAGTTCCA TCTTCTTATA ACACACTCTG CCCTGATATG 
GGAGAGCCTT CGCCAAGTTC AGACTTACTG TCACCGGAAA CCACCACCAC CACTTCAGAC 
ATGGGAGAGC CTTCGCCGAG TTCAGACCTA CTAACACCGG AAAGCACCAC CACTTCGGAT 
GTGCCTGCTA CACCTGAGAG TGATCGGACC ACTGCACTGG ATTCAACAAC ATCCTCAATT 
CAGAGAAAAC TCCATATAAT AATTCCTGCT GTCGTTGTTG CATTTGTGGC CGTGGCTATA 
ATCGTGACAC TCGTCGTATG TTTATGCTTT TGTAAGAAGA AACCCAAACC AGAAAAACCT 
CAACAAGTAC AAGGAAATGT GGTGGTGCAA TATGAGGTTG CTCTTCCAAC CCTGACTCCA 
TCTGTCATAG TCCCAATATC AAATGTCACA AATGATTCTA CATATGAGGA AGTGGTTTCC 
GGTGAATTGC CTCAAACTCC GGCATCAAAT AATGATCTCG TTGTGACTGC TGAATCACTG 
CAATATGATC TGAAAACTCT GCAGACGGCC ACCAACAACT TCTCTGATCA TGAGAAAATT 
GGCCGGGGTG GATTTGGTAT CGTTTACAAG GGAATCCTAG CAGATGGTAG AGAAATAGCA 
GTTAAAAGGC TTTCGAACAG CTCTAGTCAA GGTGATAAAG AATTCAAGAA TGAGGTGGTG 
TTGTTAGCAA AACTTCAACA TAGAAATCTG GTAAAGCTTG TAGGATTCTG TGTAGCAGAC 
TCTGAGAAGC TACTCGTGTA CGAATTCGTG CCCAACAAGA GCCTCGACTA CTTCCTATTT 
GATGCTCAAA AACAAGCGGA AATGAATTGG TCAATACGTT ACAATATTAT AAAAGGGATT 
GCTCGAGGAA TGCTTTACCT TCATGAAGAC TCCCCTGTAA GAATCATACA CCGTGATCTT 
AAAGCTGGTA ATGTGTTGTT AGATGCGGAG ATGAACCCTA AAATTGCAGA TTTTGGTATG 
GCTAGGATTT GTGCTTTTGA ACAGACACAT ATTGATACAA GTCGAGTTGT TGGTACTTAT 
GGTTATATGT CACCTGAGTA TTTACTTCAC GGACAATTCT CCACAAAATC AGATGTATAC 
AGCTTTGGTG TGCTAGTATT AGAGATTGTT AGTGGGCGAA AGGTTTGCGG TTTCATCTAT 
CAAACGGAAG GAGGAGAAAA CCTTTTGTGC TATGCCTGGA AATGCTGGTT AGAAGGAAAA 
ACATCGGAAC TCATAGATCC AACATTGAGA GATTCATGCT CAAATGAGGA AGTCATGAAA 
TGTGTAAATT TGGGTCTAAT GTGTGTACAA GAGGACGTTA CAAGGAGGCC TGCCATGGAG 
ACAATAGCTC ACATACTCAA CTCTAGCTTT TCTTCTTCTT CTTCTTCTTC TTCTTCTTCA 
AAGGCTCCTT CAATGCCTCA ACCCCCTGCA TTCTTGTATA GCAGCAGTTC GACAACAACA 
AGAAGCACCA ATATTTCATT GCCATCATCA ACAACATGGA AAAGTGACGA CTCACATTCA 
ATTCCATGTG AGAAGAAAGG GGAGATGAAA GTGAACAAGA AGAAATGTTA CATAGAAGTG 
GTGTTGATTA TGGTGTTGGG AATGATTATA ATGCCGTCAT CAGCACAGTT CATTATAGGG 
GACAAAGCAC CACCATGCTG GGATACCATA GGAAGTTGCA TAGGAGATAA TGTTAACCGG 
AGTGAATCAG AGCCAAAGCT CAACCCATCC AGTCCCAAGT TTAATTTTAG CGAATATGCA 
TGTTGTACAC TCATCCAACA GACTGCTCAA ACTCAAAAGC AATGTTTCTG TTATGTCGAC 
ACCTTTCTTC ATCAAAACCC CTCTTACCAA ACCAACATTA CAAGTGTCTT CAAGTATTGC 
AAGGTCGCTG ATTCTCTTAC TTCTCTTTAC ACCTTCTGCC AAGATCTAGA AGACTCAACT 
CCAACAGATG TTCCTGTTTC TGCAACTCCT AGTACTACAG GAAAACTCAA ACTGATTATT 
GCTGTCACTG TAACATCAGC AACCATCCTA GTTATTGCTA TTGCTATTGG TATAGGCATA 
GCCCTTAAGT GTAAGAAAGC CAAGAAGAAA CCTAAAGATG AAGCCCATTC TCAAAGTGCT 
ACAGAGGATG TGCCACCTGC ACCAGCACCT GCACCTGCAC CTGCACCTGC ACCTGTACCT 
GCAGACGATA ATATTGTTAC AGCTGATTCC TTGTTGTACG AGTGGGAAGC ACTTAAGGAT 
GCCACTAAAA GCTTCTCCAA TGATAACAAG ATTGGTCAAG GGGGGTTCGG CAGTGTCTAC 
AAGGGCACCT TAAAAAATGG ACAAGAAGTC GCCGTGAAAA GGCTATCAAG CGGCTCTTGC 
CAAGGTGACA AAGAATTTAA AAACGAGGTT GCATTGGTAG CCAAGCTTCA ACACAGAAAT 
TTAGTGAAGC TAGAAGGATT TTGCTTGACA AAAGACGAGG AAAAGTTACT CGTTTATGAG 
TTTGTGGTCA ACAAAAGTCT TGACTTCTTC CTATTTGATT CTGAAAAACA AATACTATTG 
GATTGGCCAA AGAGATATGA CATTATAAAA GGAGTGGCTC GAGGAATGCT CTACCTCCAT 
GAAGACTCTC CCATCCGAAT CATCCACCGT GATCTCAAAG CAGCCAATGT TTTGTTAGAT 
GAAGAGATGC ATCCTAAAAT TGCAGACTTT GGCATGGCTA GGATCTTTGA TGAAAAAACC 
TATTGCCATA CAAGCAGAGT TATTGGGACT TATGGTTATA TGGCTCCGGA GTATTTAATC 
CACGGACAAT TCAATGTAAA ATCAGACATA TACAGCTTTG GCGTGCTAGT TTTGGAGATT 
GTAAGTGGAA AAAGGATAAG TGCCATGACC TATCAATCCG GCGTTGCTGA AAACCTTCTA 
AGCTGTGGAT GGAAATGTTG GAAAGATGGA AGATCATGGG AGTTTATGGA TCCAACACTA 
AGTGACACTT ACTCGAAAGA TGAAATCACA AAGTGCATAC ATCTCGGATT ATTATGTGTC 
CAAGAAGACA TGAGGAGAAG GCCTAGCATG TCTGCAATAG CCCTTATGCT CAACTCTAAT 
TTTGCTGTTG GTGCATTGTC AACGCCTCAA CCACCTGCTT TCATGTATTG TGGGAATGCA 
GATCAATCAA CTATGAGTAA CACAACTTCA GTACCATGGT CTACTGGAAC ATCAACCAAT 
GAGTCCAATA CTTTATTATG A

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

RefSeq	XP_021855872.1
CDS	152..3652
Translation	MESAVNQMKLVVVLLLMQFMGSSSQGMCWQRLSNCNTESSSSSDPMMCCKVLRNDIQNDRDCFCNVKSTINGNSSIADMMSRLLLSCGVPSSYNTLCPDMGEPSPSSDLLSPETTTTTSDMGEPSPSSDLLTPESTTTSDVPATPESDRTTALDSTTSSIQRKLHIIIPAVVVAFVAVAIIVTLVVCLCFCKKKPKPEKPQQVQGNVVVQYEVALPTLTPSVIVPISNVTNDSTYEEVVSGELPQTPASNNDLVVTAESLQYDLKTLQTATNNFSDHEKIGRGGFGIVYKGILADGREIAVKRLSNSSSQGDKEFKNEVVLLAKLQHRNLVKLVGFCVADSEKLLVYEFVPNKSLDYFLFDAQKQAEMNWSIRYNIIKGIARGMLYLHEDSPVRIIHRDLKAGNVLLDAEMNPKIADFGMARICAFEQTHIDTSRVVGTYGYMSPEYLLHGQFSTKSDVYSFGVLVLEIVSGRKVCGFIYQTEGGENLLCYAWKCWLEGKTSELIDPTLRDSCSNEEVMKCVNLGLMCVQEDVTRRPAMETIAHILNSSFSSSSSSSSSSKAPSMPQPPAFLYSSSSTTTRSTNISLPSSTTWKSDDSHSIPCEKKGEMKVNKKKCYIEVVLIMVLGMIIMPSSAQFIIGDKAPPCWDTIGSCIGDNVNRSESEPKLNPSSPKFNFSEYACCTLIQQTAQTQKQCFCYVDTFLHQNPSYQTNITSVFKYCKVADSLTSLYTFCQDLEDSTPTDVPVSATPSTTGKLKLIIAVTVTSATILVIAIAIGIGIALKCKKAKKKPKDEAHSQSATEDVPPAPAPAPAPAPAPVPADDNIVTADSLLYEWEALKDATKSFSNDNKIGQGGFGSVYKGTLKNGQEVAVKRLSSGSCQGDKEFKNEVALVAKLQHRNLVKLEGFCLTKDEEKLLVYEFVVNKSLDFFLFDSEKQILLDWPKRYDIIKGVARGMLYLHEDSPIRIIHRDLKAANVLLDEEMHPKIADFGMARIFDEKTYCHTSRVIGTYGYMAPEYLIHGQFNVKSDIYSFGVLVLEIVSGKRISAMTYQSGVAENLLSCGWKCWKDGRSWEFMDPTLSDTYSKDEITKCIHLGLLCVQEDMRRRPSMSAIALMLNSNFAVGALSTPQPPAFMYCGNADQSTMSNTTSVPWSTGTSTNESNTLL

Target ORF information:

RefSeq Version	XM_022000180.1
Organism	Spinacia oleracea(spinach)
Definition	Spinacia oleracea uncharacterized LOC110795196 (LOC110795196), mRNA.

Target ORF information:

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

XM_022000180.1

ORF Insert Sequence:

ATGGAATCTG CAGTAAATCA GATGAAGTTA GTAGTAGTAT TGTTGTTGAT GCAATTTATG 
GGTTCATCAT CACAAGGAAT GTGTTGGCAG AGGCTATCAA ATTGTAACAC AGAGTCGTCT 
TCTTCCTCTG ATCCAATGAT GTGCTGTAAA GTTCTAAGGA ATGATATTCA GAATGATAGA 
GACTGTTTCT GCAACGTCAA GTCTACTATT AATGGAAATT CTAGTATTGC GGATATGATG 
TCTAGGCTTC TCTTGTCTTG TGGAGTTCCA TCTTCTTATA ACACACTCTG CCCTGATATG 
GGAGAGCCTT CGCCAAGTTC AGACTTACTG TCACCGGAAA CCACCACCAC CACTTCAGAC 
ATGGGAGAGC CTTCGCCGAG TTCAGACCTA CTAACACCGG AAAGCACCAC CACTTCGGAT 
GTGCCTGCTA CACCTGAGAG TGATCGGACC ACTGCACTGG ATTCAACAAC ATCCTCAATT 
CAGAGAAAAC TCCATATAAT AATTCCTGCT GTCGTTGTTG CATTTGTGGC CGTGGCTATA 
ATCGTGACAC TCGTCGTATG TTTATGCTTT TGTAAGAAGA AACCCAAACC AGAAAAACCT 
CAACAAGTAC AAGGAAATGT GGTGGTGCAA TATGAGGTTG CTCTTCCAAC CCTGACTCCA 
TCTGTCATAG TCCCAATATC AAATGTCACA AATGATTCTA CATATGAGGA AGTGGTTTCC 
GGTGAATTGC CTCAAACTCC GGCATCAAAT AATGATCTCG TTGTGACTGC TGAATCACTG 
CAATATGATC TGAAAACTCT GCAGACGGCC ACCAACAACT TCTCTGATCA TGAGAAAATT 
GGCCGGGGTG GATTTGGTAT CGTTTACAAG GGAATCCTAG CAGATGGTAG AGAAATAGCA 
GTTAAAAGGC TTTCGAACAG CTCTAGTCAA GGTGATAAAG AATTCAAGAA TGAGGTGGTG 
TTGTTAGCAA AACTTCAACA TAGAAATCTG GTAAAGCTTG TAGGATTCTG TGTAGCAGAC 
TCTGAGAAGC TACTCGTGTA CGAATTCGTG CCCAACAAGA GCCTCGACTA CTTCCTATTT 
GATGCTCAAA AACAAGCGGA AATGAATTGG TCAATACGTT ACAATATTAT AAAAGGGATT 
GCTCGAGGAA TGCTTTACCT TCATGAAGAC TCCCCTGTAA GAATCATACA CCGTGATCTT 
AAAGCTGGTA ATGTGTTGTT AGATGCGGAG ATGAACCCTA AAATTGCAGA TTTTGGTATG 
GCTAGGATTT GTGCTTTTGA ACAGACACAT ATTGATACAA GTCGAGTTGT TGGTACTTAT 
GGTTATATGT CACCTGAGTA TTTACTTCAC GGACAATTCT CCACAAAATC AGATGTATAC 
AGCTTTGGTG TGCTAGTATT AGAGATTGTT AGTGGGCGAA AGGTTTGCGG TTTCATCTAT 
CAAACGGAAG GAGGAGAAAA CCTTTTGTGC TATGCCTGGA AATGCTGGTT AGAAGGAAAA 
ACATCGGAAC TCATAGATCC AACATTGAGA GATTCATGCT CAAATGAGGA AGTCATGAAA 
TGTGTAAATT TGGGTCTAAT GTGTGTACAA GAGGACGTTA CAAGGAGGCC TGCCATGGAG 
ACAATAGCTC ACATACTCAA CTCTAGCTTT TCTTCTTCTT CTTCTTCTTC TTCTTCTTCA 
AAGGCTCCTT CAATGCCTCA ACCCCCTGCA TTCTTGTATA GCAGCAGTTC GACAACAACA 
AGAAGCACCA ATATTTCATT GCCATCATCA ACAACATGGA AAAGTGACGA CTCACATTCA 
ATTCCATGTG AGAAGAAAGG GGAGATGAAA GTGAACAAGA AGAAATGTTA CATAGAAGTG 
GTGTTGATTA TGGTGTTGGG AATGATTATA ATGCCGTCAT CAGCACAGTT CATTATAGGG 
GACAAAGCAC CACCATGCTG GGATACCATA GGAAGTTGCA TAGGAGATAA TGTTAACCGG 
AGTGAATCAG AGCCAAAGCT CAACCCATCC AGTCCCAAGT TTAATTTTAG CGAATATGCA 
TGTTGTACAC TCATCCAACA GACTGCTCAA ACTCAAAAGC AATGTTTCTG TTATGTCGAC 
ACCTTTCTTC ATCAAAACCC CTCTTACCAA ACCAACATTA CAAGTGTCTT CAAGTATTGC 
AAGGTCGCTG ATTCTCTTAC TTCTCTTTAC ACCTTCTGCC AAGATCTAGA AGACTCAACT 
CCAACAGATG TTCCTGTTTC TGCAACTCCT AGTACTACAG GAAAACTCAA ACTGATTATT 
GCTGTCACTG TAACATCAGC AACCATCCTA GTTATTGCTA TTGCTATTGG TATAGGCATA 
GCCCTTAAGT GTAAGAAAGC CAAGAAGAAA CCTAAAGATG AAGCCCATTC TCAAAGTGCT 
ACAGAGGATG TGCCACCTGC ACCAGCACCT GCACCTGCAC CTGCACCTGC ACCTGTACCT 
GCAGACGATA ATATTGTTAC AGCTGATTCC TTGTTGTACG AGTGGGAAGC ACTTAAGGAT 
GCCACTAAAA GCTTCTCCAA TGATAACAAG ATTGGTCAAG GGGGGTTCGG CAGTGTCTAC 
AAGGGCACCT TAAAAAATGG ACAAGAAGTC GCCGTGAAAA GGCTATCAAG CGGCTCTTGC 
CAAGGTGACA AAGAATTTAA AAACGAGGTT GCATTGGTAG CCAAGCTTCA ACACAGAAAT 
TTAGTGAAGC TAGAAGGATT TTGCTTGACA AAAGACGAGG AAAAGTTACT CGTTTATGAG 
TTTGTGGTCA ACAAAAGTCT TGACTTCTTC CTATTTGATT CTGAAAAACA AATACTATTG 
GATTGGCCAA AGAGATATGA CATTATAAAA GGAGTGGCTC GAGGAATGCT CTACCTCCAT 
GAAGACTCTC CCATCCGAAT CATCCACCGT GATCTCAAAG CAGCCAATGT TTTGTTAGAT 
GAAGAGATGC ATCCTAAAAT TGCAGACTTT GGCATGGCTA GGATCTTTGA TGAAAAAACC 
TATTGCCATA CAAGCAGAGT TATTGGGACT TATGGTTATA TGGCTCCGGA GTATTTAATC 
CACGGACAAT TCAATGTAAA ATCAGACATA TACAGCTTTG GCGTGCTAGT TTTGGAGATT 
GTAAGTGGAA AAAGGATAAG TGCCATGACC TATCAATCCG GCGTTGCTGA AAACCTTCTA 
AGCTGTGGAT GGAAATGTTG GAAAGATGGA AGATCATGGG AGTTTATGGA TCCAACACTA 
AGTGACACTT ACTCGAAAGA TGAAATCACA AAGTGCATAC ATCTCGGATT ATTATGTGTC 
CAAGAAGACA TGAGGAGAAG GCCTAGCATG TCTGCAATAG CCCTTATGCT CAACTCTAAT 
TTTGCTGTTG GTGCATTGTC AACGCCTCAA CCACCTGCTT TCATGTATTG TGGGAATGCA 
GATCAATCAA CTATGAGTAA CACAACTTCA GTACCATGGT CTACTGGAAC ATCAACCAAT 
GAGTCCAATA CTTTATTATG A