LOC110801030 cDNA ORF clone, Spinacia oleracea(spinach)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110801030
Entrez Gene ID	110801030
Full Name	splicing factor 3B subunit 1-like
Gene Type	protein-coding
Organism	Spinacia oleracea(spinach)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022006342.1	XP_021862034.1	splicing factor 3B subunit 1-like

Pathways from BioSystems
Gene Ontology

The following LOC110801030 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110801030 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
OSp87682	XM_022006342.1 Latest version!	Spinacia oleracea splicing factor 3B subunit 1-like (LOC110801030), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

LOC110801030 ( XM_022006342.1 ) cDNA ORF clone, Spinacia oleracea(spinach) -> XP_021862034.1 Spinacia oleracea splicing factor 3B subunit 1-like (LOC110801030), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OSp87682
Clone ID Related Accession (Same CDS sequence)	XM_022006342.1
Accession Version	XM_022006342.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3822bp) 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	splicing factor 3B subunit 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018932783.1) 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##

ATGGCGTCGT TAGACCCAGA GATTGCTAAG ACTCAGGAGG AGAGGAAGAA GATGGAGCAG 
GAGCTGGCCT CTCTTTCGTC TCTTAACTAT GATACCGAGC TTTATGGGAA TAATGCAAGG 
GAGGATTATG TTCAGTCGAT TCCTGTGGAT GACGATGAAG ATAATGCTGA TGTTATGGAC 
AATGAGGTGG CCCGTAAATT GGCCTCCTAT ACGGCTCCCA AGTCTCTTTT AAAGGAAATG 
CCGGGTGCTG GGGATGACTA TGATGATGGG TTGAGGAAGC CACAGAGGAT TATTGACCGT 
GAGGATGATT ACCGTCGAAG GAGGCTTGAT CGGGTCATTT CTCCTGCAAG GCATGATGCT 
TTTGCGATGG GGGATAAGAC CCCGGATGTT GGTTCAAGGA CTTATGCAGA AGTGATGAGG 
GAGGAGGCAT TGAAGAGGGA GAAGGAGGAA ACATTGAGGT TAATTGCTAA GAAGATGAAG 
GAGGAGGAGG AGCAGAAGAA GAATATGGGT GAGGAGAAAG GGGCTGGTGG TGATGTTGCT 
GCTCAAGCTC AGTCTTCACA GAAGAGGAGA AATAGGTGGG ACAAAGCACA GGATAAGGAA 
CCTGATGAGA GCATAGCAAA GAAGGCTAAA TCTTCCTCGG ATTGGGATAT GGCTGATTCT 
ACCCCTGGTA TTGGAAGGTG GGATGCCACT CCGACTCCAG GGAGACTTGG CGATGCAACA 
CCTTCTGCTC GAAGGAATAG GTGGGATGAG ACACCGACAC CTGGCCGTTC AAATGATTCT 
GATGCTACAC CAACAGCTGG TGGGGTCACT CCTGGTGCTA CTCCAGCTGG GACATGGGAT 
GCCACTCCAA AAATCACAGG TATGGCAACG CCAACACCGA AGCGACAGAG ATCAAGGTGG 
GATGAGACTC CAGCTACCAT GGAGAGTGCA ACACCCATGG CTGGGGCAAC CCCTTCTGGG 
TCTATGACCC CTGGTGTGAC ACCTGTTGGT GGGGCAGATA TGGCTACACC TACTCCTAAT 
TTGCGGGGTC CTATTACTCC TGAACAGTAT AACTTGATGA AGTGGGAGAA GGATATTGAG 
GACAGGAACA GACCTTTGAC TGATGAAGAA CTTGATTCCA TGTTCCCACC TGAAGGTTAT 
AAGATCTTGG ATCCTCCAAA TTCATATGTG CCCATTAGGA CTCCAGCTAG GAAGCTCCTT 
GCCACACCCA CTCCAATGGG GACCCCGCTT TATCAAATAC CAGTTGAAGA CAGGGGCCAG 
CAGTTTGATG TTGGGAAGGA GCCTGCTAAT GGGTTGCCAT TCATGAAACC AGAGGATTAT 
CAGATTTTCG GGAAGTTATT GAATGAAGAA AATGAGGATG AGCTATCACC TGAGGAACAG 
AAGGAAAGAA AGATTATGAA GCTGCTACTT AAGGTGAAAA ATGGTACCCC TCCTCAGAGA 
AAGACTGCAT TACGGCAACT CACGGACAAG GCCAGAGAAT TTGGTGCTGG TCTATTGTTC 
AACCAGATTT TGCCTTTGCT TATGCAGCCA ACGTTGGAGG ACCAAGAACG GCATCTTCTA 
GTGAAAGTTA TCGACAGGGT GTTATACAAG CTTGATGAGT TGGTTCGACC TTTCGTGCAC 
AAGATTCTTG TTGTTATTGA GCCACTCTTA ATTGACGAAG ACTACTATGC TCGGGTTGAG 
GGGAGAGAAA TTATTTCAAA CTTGAGCAAA GCTGCTGGAT TGGCCACTAT GATTGCTGCC 
ATGAGACCAG ATATTGACAA TATCGATGAG TATGTGAGGA ATACGACTGC AAGGGCTTTT 
AGTGTTGTGG CTTCAGCCCT AGGTATTCCT GCCCTGCTGC CGTTTTTGAA GGCTGTGTGT 
CAAAGTAAGA AGTCATGGCA AGCCAGGCAC ACAGGTATTA AGATTGTTCA ACAGATAGCC 
ATTTTGATTG GTTGTGCCGT GCTGCCACAC TTGAGATCTT TGGTAGAAAT TATTGAACAT 
GGTCTCAATG ACGAGAATCA GAAGGTCAGA ACAATTACGG CGCTGTCTCT GGCAGCTCTA 
GCTGAGGCTT CTGCTCCATA TGGTATAGAG AGTTTTGACT CTGTGTTGAA ACCTTTGTGG 
AAAGGTATCA GATCACACCG TGGGAAGGTC TTGGCTGCGT TCCTGAAGTC CATTGGTTTT 
ATCATTCCAC TGATGGATGC TCTCTATGCT AGTTACTATA CGAAAGAAGT CATGTTCATT 
TTAATTCGAG AGTTCCAGTC ACCAGATGAA GAAATGAAAA AGATTGTTCT GAAAGTGGTT 
AAACAGTGTG TAAGCACCGA AGGTGTAGAG GCTGATTACA TTAGAAGTGA TATTCTTCCA 
GAGTTCTTTA AGAACTTCTG GGTTAGGAGA ATGGCACTGG ACAGGAGAAA CTACAAGCAG 
CTTGTGGAAA CTACGGTAGA AATTGCAAAC AAGGTCGGTG TTGCTGACAT AGTGGGTAGG 
ATAGTGGAGG ATCTGAAAGA TGAAAGTGAA CCCTATAGGC GTATGGTCAT GGAGACAATA 
GAGAAAGTGG TGACCAACTT GGGGGCATCT GATATTAATT CCCGCTTGGA AGAGCTTCTG 
ATTGATGGTA TTCTTTATGC TTTTCAAGAG CAGACAAGTG ATGATGCCAA TGTCATGCTT 
AATGGTTTTG GCGCTGTGGT TAATGCCCTC GGCCAAAGGG TCAAACCTTA TCTCCCTCAG 
ATATGTGGTA CAATTAAGTG GCGTTTGAAT AACAAGAGTG CAAAAGTAAG ACAGCAGGCT 
GCAGATCTTA TCTCCCGAAT TGCTGTGGTC ATGAAAGGGT GTGGAGAGGA GCAGCTTATG 
GGTCACCTGG GTGTGGTTTT ATATGAGTAT CTTGGGGAGG AATATCCTGA GGTGCTGGGT 
TCAATCTTAG GAGCACTCAA AGCCATTGTT AATGTCATCG GTATGACTAA GATGACTCCT 
CCAATTAAAG ATCTGCTTCC CAGGTTGACT CCAATTCTGA AGAACAGGCA TGAGAAAGTG 
CAGGAAAACT GCATTGATCT TGTGGGACGT ATTGCGGATC GTGGAGCAGA ATTTGTACCT 
GCAAGAGAAT GGATGAGGAT ATGCTTTGAG CTTCTGGAGA TGCTCAAAGC TCACAAGAAA 
GGTATTAGAA GAGCCACTGT CAACACCTTT GGGTACATTG CCAAAGCTAT TGGACCTCAA 
GATGTCTTAG CTACTCTTCT AAACAATCTC AAGGTGCAAG AGCGTCAGAA CCGTGTCTGT 
ACAACAGTCG CTATTGCAAT TGTTGCTGAG ACGTGTTCAC CTTTCACTGT TTTGCCTGCG 
CTCATGAATG AATACCGTGT TCCAGAGCTT AACGTACAGA ATGGTGTTCT GAAATCTCTC 
TCTTTCCTCT TTGAGTACAT CGGTGAAATG GGGAAGGATT ATATCTATGC TGTGACTCCT 
CTCCTTGAAG ATGCTCTTAT GGACAGGGAT CTGGTTCACC GGCAGACTGC AGCTTCTGCT 
GTGAAACACA TGGCTCTTGG TGTTGCAGGT TTAGGCTGTG AAGATGCATT GGTGCACCTT 
ATGAATTATG TGTGGCCCAA TATCTTTGAA ACTTCACCTC ACGTCATTAA CGCTGTTACA 
GAAGCCATAG AAGGGATGAG AGTTGCTCTT GGTGCTGCTG CAGTACTGAA CTACTGTCTG 
CAGGGTTTGT TCCACCCAGC AAGGAAAGTC AGAGAAGTTT ACTGGAAGAT TTACAATTCA 
CTTTATATCG GAGCACAGGA TGCTCTTGTT GCTGCTTATC CCACCCTGGA GGATGAAGGA 
GAGAATGTCT ATAGTAGACC TGAGTTGTTG ATGTTTGTGT AA

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

RefSeq	XP_021862034.1
CDS	222..4043
Translation	MASLDPEIAKTQEERKKMEQELASLSSLNYDTELYGNNAREDYVQSIPVDDDEDNADVMDNEVARKLASYTAPKSLLKEMPGAGDDYDDGLRKPQRIIDREDDYRRRRLDRVISPARHDAFAMGDKTPDVGSRTYAEVMREEALKREKEETLRLIAKKMKEEEEQKKNMGEEKGAGGDVAAQAQSSQKRRNRWDKAQDKEPDESIAKKAKSSSDWDMADSTPGIGRWDATPTPGRLGDATPSARRNRWDETPTPGRSNDSDATPTAGGVTPGATPAGTWDATPKITGMATPTPKRQRSRWDETPATMESATPMAGATPSGSMTPGVTPVGGADMATPTPNLRGPITPEQYNLMKWEKDIEDRNRPLTDEELDSMFPPEGYKILDPPNSYVPIRTPARKLLATPTPMGTPLYQIPVEDRGQQFDVGKEPANGLPFMKPEDYQIFGKLLNEENEDELSPEEQKERKIMKLLLKVKNGTPPQRKTALRQLTDKAREFGAGLLFNQILPLLMQPTLEDQERHLLVKVIDRVLYKLDELVRPFVHKILVVIEPLLIDEDYYARVEGREIISNLSKAAGLATMIAAMRPDIDNIDEYVRNTTARAFSVVASALGIPALLPFLKAVCQSKKSWQARHTGIKIVQQIAILIGCAVLPHLRSLVEIIEHGLNDENQKVRTITALSLAALAEASAPYGIESFDSVLKPLWKGIRSHRGKVLAAFLKSIGFIIPLMDALYASYYTKEVMFILIREFQSPDEEMKKIVLKVVKQCVSTEGVEADYIRSDILPEFFKNFWVRRMALDRRNYKQLVETTVEIANKVGVADIVGRIVEDLKDESEPYRRMVMETIEKVVTNLGASDINSRLEELLIDGILYAFQEQTSDDANVMLNGFGAVVNALGQRVKPYLPQICGTIKWRLNNKSAKVRQQAADLISRIAVVMKGCGEEQLMGHLGVVLYEYLGEEYPEVLGSILGALKAIVNVIGMTKMTPPIKDLLPRLTPILKNRHEKVQENCIDLVGRIADRGAEFVPAREWMRICFELLEMLKAHKKGIRRATVNTFGYIAKAIGPQDVLATLLNNLKVQERQNRVCTTVAIAIVAETCSPFTVLPALMNEYRVPELNVQNGVLKSLSFLFEYIGEMGKDYIYAVTPLLEDALMDRDLVHRQTAASAVKHMALGVAGLGCEDALVHLMNYVWPNIFETSPHVINAVTEAIEGMRVALGAAAVLNYCLQGLFHPARKVREVYWKIYNSLYIGAQDALVAAYPTLEDEGENVYSRPELLMFV

Target ORF information:

RefSeq Version	XM_022006342.1
Organism	Spinacia oleracea(spinach)
Definition	Spinacia oleracea splicing factor 3B subunit 1-like (LOC110801030), transcript variant X2, mRNA.

Target ORF information:

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

XM_022006342.1

ORF Insert Sequence:

ATGGCGTCGT TAGACCCAGA GATTGCTAAG ACTCAGGAGG AGAGGAAGAA GATGGAGCAG 
GAGCTGGCCT CTCTTTCGTC TCTTAACTAT GATACCGAGC TTTATGGGAA TAATGCAAGG 
GAGGATTATG TTCAGTCGAT TCCTGTGGAT GACGATGAAG ATAATGCTGA TGTTATGGAC 
AATGAGGTGG CCCGTAAATT GGCCTCCTAT ACGGCTCCCA AGTCTCTTTT AAAGGAAATG 
CCGGGTGCTG GGGATGACTA TGATGATGGG TTGAGGAAGC CACAGAGGAT TATTGACCGT 
GAGGATGATT ACCGTCGAAG GAGGCTTGAT CGGGTCATTT CTCCTGCAAG GCATGATGCT 
TTTGCGATGG GGGATAAGAC CCCGGATGTT GGTTCAAGGA CTTATGCAGA AGTGATGAGG 
GAGGAGGCAT TGAAGAGGGA GAAGGAGGAA ACATTGAGGT TAATTGCTAA GAAGATGAAG 
GAGGAGGAGG AGCAGAAGAA GAATATGGGT GAGGAGAAAG GGGCTGGTGG TGATGTTGCT 
GCTCAAGCTC AGTCTTCACA GAAGAGGAGA AATAGGTGGG ACAAAGCACA GGATAAGGAA 
CCTGATGAGA GCATAGCAAA GAAGGCTAAA TCTTCCTCGG ATTGGGATAT GGCTGATTCT 
ACCCCTGGTA TTGGAAGGTG GGATGCCACT CCGACTCCAG GGAGACTTGG CGATGCAACA 
CCTTCTGCTC GAAGGAATAG GTGGGATGAG ACACCGACAC CTGGCCGTTC AAATGATTCT 
GATGCTACAC CAACAGCTGG TGGGGTCACT CCTGGTGCTA CTCCAGCTGG GACATGGGAT 
GCCACTCCAA AAATCACAGG TATGGCAACG CCAACACCGA AGCGACAGAG ATCAAGGTGG 
GATGAGACTC CAGCTACCAT GGAGAGTGCA ACACCCATGG CTGGGGCAAC CCCTTCTGGG 
TCTATGACCC CTGGTGTGAC ACCTGTTGGT GGGGCAGATA TGGCTACACC TACTCCTAAT 
TTGCGGGGTC CTATTACTCC TGAACAGTAT AACTTGATGA AGTGGGAGAA GGATATTGAG 
GACAGGAACA GACCTTTGAC TGATGAAGAA CTTGATTCCA TGTTCCCACC TGAAGGTTAT 
AAGATCTTGG ATCCTCCAAA TTCATATGTG CCCATTAGGA CTCCAGCTAG GAAGCTCCTT 
GCCACACCCA CTCCAATGGG GACCCCGCTT TATCAAATAC CAGTTGAAGA CAGGGGCCAG 
CAGTTTGATG TTGGGAAGGA GCCTGCTAAT GGGTTGCCAT TCATGAAACC AGAGGATTAT 
CAGATTTTCG GGAAGTTATT GAATGAAGAA AATGAGGATG AGCTATCACC TGAGGAACAG 
AAGGAAAGAA AGATTATGAA GCTGCTACTT AAGGTGAAAA ATGGTACCCC TCCTCAGAGA 
AAGACTGCAT TACGGCAACT CACGGACAAG GCCAGAGAAT TTGGTGCTGG TCTATTGTTC 
AACCAGATTT TGCCTTTGCT TATGCAGCCA ACGTTGGAGG ACCAAGAACG GCATCTTCTA 
GTGAAAGTTA TCGACAGGGT GTTATACAAG CTTGATGAGT TGGTTCGACC TTTCGTGCAC 
AAGATTCTTG TTGTTATTGA GCCACTCTTA ATTGACGAAG ACTACTATGC TCGGGTTGAG 
GGGAGAGAAA TTATTTCAAA CTTGAGCAAA GCTGCTGGAT TGGCCACTAT GATTGCTGCC 
ATGAGACCAG ATATTGACAA TATCGATGAG TATGTGAGGA ATACGACTGC AAGGGCTTTT 
AGTGTTGTGG CTTCAGCCCT AGGTATTCCT GCCCTGCTGC CGTTTTTGAA GGCTGTGTGT 
CAAAGTAAGA AGTCATGGCA AGCCAGGCAC ACAGGTATTA AGATTGTTCA ACAGATAGCC 
ATTTTGATTG GTTGTGCCGT GCTGCCACAC TTGAGATCTT TGGTAGAAAT TATTGAACAT 
GGTCTCAATG ACGAGAATCA GAAGGTCAGA ACAATTACGG CGCTGTCTCT GGCAGCTCTA 
GCTGAGGCTT CTGCTCCATA TGGTATAGAG AGTTTTGACT CTGTGTTGAA ACCTTTGTGG 
AAAGGTATCA GATCACACCG TGGGAAGGTC TTGGCTGCGT TCCTGAAGTC CATTGGTTTT 
ATCATTCCAC TGATGGATGC TCTCTATGCT AGTTACTATA CGAAAGAAGT CATGTTCATT 
TTAATTCGAG AGTTCCAGTC ACCAGATGAA GAAATGAAAA AGATTGTTCT GAAAGTGGTT 
AAACAGTGTG TAAGCACCGA AGGTGTAGAG GCTGATTACA TTAGAAGTGA TATTCTTCCA 
GAGTTCTTTA AGAACTTCTG GGTTAGGAGA ATGGCACTGG ACAGGAGAAA CTACAAGCAG 
CTTGTGGAAA CTACGGTAGA AATTGCAAAC AAGGTCGGTG TTGCTGACAT AGTGGGTAGG 
ATAGTGGAGG ATCTGAAAGA TGAAAGTGAA CCCTATAGGC GTATGGTCAT GGAGACAATA 
GAGAAAGTGG TGACCAACTT GGGGGCATCT GATATTAATT CCCGCTTGGA AGAGCTTCTG 
ATTGATGGTA TTCTTTATGC TTTTCAAGAG CAGACAAGTG ATGATGCCAA TGTCATGCTT 
AATGGTTTTG GCGCTGTGGT TAATGCCCTC GGCCAAAGGG TCAAACCTTA TCTCCCTCAG 
ATATGTGGTA CAATTAAGTG GCGTTTGAAT AACAAGAGTG CAAAAGTAAG ACAGCAGGCT 
GCAGATCTTA TCTCCCGAAT TGCTGTGGTC ATGAAAGGGT GTGGAGAGGA GCAGCTTATG 
GGTCACCTGG GTGTGGTTTT ATATGAGTAT CTTGGGGAGG AATATCCTGA GGTGCTGGGT 
TCAATCTTAG GAGCACTCAA AGCCATTGTT AATGTCATCG GTATGACTAA GATGACTCCT 
CCAATTAAAG ATCTGCTTCC CAGGTTGACT CCAATTCTGA AGAACAGGCA TGAGAAAGTG 
CAGGAAAACT GCATTGATCT TGTGGGACGT ATTGCGGATC GTGGAGCAGA ATTTGTACCT 
GCAAGAGAAT GGATGAGGAT ATGCTTTGAG CTTCTGGAGA TGCTCAAAGC TCACAAGAAA 
GGTATTAGAA GAGCCACTGT CAACACCTTT GGGTACATTG CCAAAGCTAT TGGACCTCAA 
GATGTCTTAG CTACTCTTCT AAACAATCTC AAGGTGCAAG AGCGTCAGAA CCGTGTCTGT 
ACAACAGTCG CTATTGCAAT TGTTGCTGAG ACGTGTTCAC CTTTCACTGT TTTGCCTGCG 
CTCATGAATG AATACCGTGT TCCAGAGCTT AACGTACAGA ATGGTGTTCT GAAATCTCTC 
TCTTTCCTCT TTGAGTACAT CGGTGAAATG GGGAAGGATT ATATCTATGC TGTGACTCCT 
CTCCTTGAAG ATGCTCTTAT GGACAGGGAT CTGGTTCACC GGCAGACTGC AGCTTCTGCT 
GTGAAACACA TGGCTCTTGG TGTTGCAGGT TTAGGCTGTG AAGATGCATT GGTGCACCTT 
ATGAATTATG TGTGGCCCAA TATCTTTGAA ACTTCACCTC ACGTCATTAA CGCTGTTACA 
GAAGCCATAG AAGGGATGAG AGTTGCTCTT GGTGCTGCTG CAGTACTGAA CTACTGTCTG 
CAGGGTTTGT TCCACCCAGC AAGGAAAGTC AGAGAAGTTT ACTGGAAGAT TTACAATTCA 
CTTTATATCG GAGCACAGGA TGCTCTTGTT GCTGCTTATC CCACCCTGGA GGATGAAGGA 
GAGAATGTCT ATAGTAGACC TGAGTTGTTG ATGTTTGTGT AA