LOC109348166 cDNA ORF clone, Lupinus angustifolius(narrow-leaved blue lupine)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC109348166
Entrez Gene ID	109348166
Full Name	trafficking protein particle complex II-specific subunit 130 homolog
Gene Type	protein-coding
Organism	Lupinus angustifolius(narrow-leaved blue lupine)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019588433.1	XP_019443978.1	trafficking protein particle complex II-specific subunit 130 homolog isoform X2
XM_019588432.1	XP_019443977.1	trafficking protein particle complex II-specific subunit 130 homolog isoform X1

Pathways from BioSystems
Gene Ontology

The following LOC109348166 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC109348166 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
OLu33711	XM_019588432.1 Latest version!	Lupinus angustifolius trafficking protein particle complex II-specific subunit 130 homolog (LOC109348166), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OLu33712	XM_019588433.1 Latest version!	Lupinus angustifolius trafficking protein particle complex II-specific subunit 130 homolog (LOC109348166), transcript variant X2, 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)

LOC109348166 ( XM_019588432.1 ) cDNA ORF clone, Lupinus angustifolius(narrow-leaved blue lupine) -> XP_019443977.1 Lupinus angustifolius trafficking protein particle complex II-specific subunit 130 homolog (LOC109348166), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OLu33711
Clone ID Related Accession (Same CDS sequence)	XM_019588432.1
Accession Version	XM_019588432.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3750bp) 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	2016-12-15
Organism	Lupinus angustifolius(narrow-leaved blue lupine)
Product	trafficking protein particle complex II-specific subunit 130 homolog isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_032013.1) 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 :: Lupinus angustifolius Annotation Release 100 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##

ATGTCCAATT TCTTCTCTCA GTTTCAATCA ATCAAGAACA CCGCCGATCG CATTGTCATT 
TCAGTGGAGG ATGTGTGTGA CTTGTGGCCA ACTGTTAAGG ATGCTTTTGA GTCGCGATTG 
CCATTCAAAA GGGCGCCTTT GAATAATAAG ACACGGAATC TTGTCTTTGT TGAGCAATTG 
CCAGCTGAGT TCATATTAAC CACAGATTCA AGACTCCGTA GTCGGTTCCC TCAGGAGCAA 
CTGTTATTTT GGTTTCGAGA GCCGTATGCA ACTGTTGTAC TTGTTACCTG TGAGGATCTT 
GACGAGTTCA AAACCATCCT TAAACCACGC CTTAAATTAA TTGTCCAAAA TGATGAGAGA 
GAATGGTTTA TTGTATTTGT ATCTAAAGCT CATCCAGCTA ATGATCAGGC GAACAAAATG 
GCAAAGAAAG TATATGCTAA AATTGAAGTT GAGTTTAGCT CCAAAAAAAG AGAAAGATGT 
TGCAAATACG ATATGCATTT CCCTGAAGCA AACTTTTGGG AAGACCTGGA ATCAAAGATA 
ATGGAATGCA TCAGAAATAC ACTGGATAGG CGTGTACAGT TTTATGAGGA TGAGATTCGA 
AAGCTCAGTG AACAGCGTCT CATGCCAGTC TGGAACTTCT GTAATTTTTT CATTCTGAAG 
GAAAGCTTGG CATTTATGTT TGAAATGGCT CACCTTCATG AAGATGCCTT ACGAGAATAT 
GATGAACTAG AACTCTGCTA TCTTGAAACA GTTAACATGA CCGGAAAGCA AAGGAACTTC 
GGAGGTGCAG ACCATGGGGA TGATCAAGCA GCATTGCTTA ATCCAGGAAA CAAAGCATTG 
ACACAGATTG TCCAAGAGGA CTCGTTTAGG GAGTTTGAAT TTAGACAATA TCTATTTGCC 
TGTACATCAA AGCTCTTATT CAAGCTGAAT CGCCCCTTTG AGGTTGCATC ACGGGGTTAT 
TCTTTCATAA TAAGCTTTTC AAAATCTTTG GCATCACATG AGCATATTCT GCCTTTTTGT 
ATGCGTGAAG TCTGGGTGAT AACTGCTTGC TTGGCTTTAA TTGAAGCAAC AATTTCTCAT 
TACAATGAAG GACATGTGGT GCCTGACATA GAGAAGGAGT TCTTTCGTCT TCTGGGTGAC 
CTGTATTCAC TTGCTAGGGT TAAGTTCTTG AGAGTTGCGT ATTTAGTTGG GTATGGAACT 
GATATAGAAA GAAGTCCTGT TAACAGTGCT TCTCTCAGCT TACTTCCTTG GCCTAAGCCA 
GCAGTTTGGC CTTCTGTTCC TGCTGATGCA TCAGTAGAGG TGCTTGAGAA AGAGAAGCTG 
ATTCTCCAAA CAACTCCTAG AACCAAGCAC TTCGGTATCC AGAGGAAACC CCTGCCTCTT 
GAACCTACTG TACTTCTACG AGAGGCCAAC AGGCGGAGGG CTTCACTTTC AGCTGGAAAT 
GTGTTTGAAA TGTTTGACAG TCGTCAGGGT ACATTGGATG GATCATCATC ACAAAAACTA 
CATGCAAGTT CCATGATACG TACTTATTCT TCACCAGGAA ATGTCGATAG CTCAATTGAC 
CGGCCTATGA GGCTTGCTGA AATTTATATA GCCGCTGAGC ATGCTTTGAA GCAAACCATT 
TCTAATCCAG AACTGTTGAC ATCATTATCA TCGTCTGAGG AGTTTGAGCA AAAATATTTG 
GAGCTAACTA AAGGTGCTGC TGACAATTAC CATCGTTCCT GGTGGAAAAG ACATGGAGTT 
GTCCTTGATG GCGAGCTAGC AGCAGTCGCC TTTAAGCATG GACATTTTGA TCAAGCTGCA 
AAGTCATATG AGAAGGTTTG TGCACTTTAT GCTGGTGAAG GATGGCAGGA CTTGTTGGCT 
GAGGTCCTTC CAAATTTAGC TGAGTGTCAG AAGATACTCA ATGATCAAGC TGGCTACTTA 
CTATCCTGTG TGAGGTTACT TTCTCTTGAT GAAGGACTAT TTTTGACCAA GGAGCGTCAA 
GCGTTTCAGT CAGAAGTTCT ACGTCTTGCT CATAGTGAAA TGAAGGACCC TGTACCTCTT 
GATGTATCAT CATTAATTAC ATTTTCTGGC AATCCTGGGC CTCCAATGGA GTTATGTGAT 
AGGGATCCTG GTTCCCTTTC TGTAACTCTT TGGAGTGGTT TTCCAGATGA TATAACTCTT 
GATTCAATCA GTCTTACATT AACACCAACA CACAATGCTG ATGAAGGTGT AAAGGCGTTG 
AAGAGTTCTA CAGCTATTTT CTTGCATCCT GGTCGGAATA CTATTACCTT GGATCTACCA 
CCTCAGAAAC CAGGATCATA TGTTCTTGGA GTTCTTACTG GGCAGATTGG GCAGTTGAGT 
TTTAGATCTC ATAGTTTCTC AAAAGTTGGT CCTGCAGATA GTGATGATTT TATGAGTTAC 
GAAAAGCCAG CTAAACCTAT TCTGAAGGTT GCCAAACCCA GAGCCCTGGT TGATCTTGAA 
GCGGCTGTTT CATCCGCGTT GTTAATAAAT GAGCATCAAT GGGTTGGCAT TTTAGTTCGA 
CCAATAAATT ACTCTCTCAA AGCTGCTGTC TTGCATATTG ATACTGGTCC CGGATTGGAG 
ATTGAAGATT CACATATAAT TGAGATGGAA GGCTATTCCA GTGTATCACA GATTGATGAT 
GTACAGGAGC AGAAAGATGG TTCTCAAATA GGATCTTTGA ATTCTGGAAA AAAATTTGAA 
CGTTTGTCTC TTCAAGATGG TAAAATAGAG TTTCCAAATT GGGCAAGTGA GTCACCTTCT 
ACTCTTTGGG TTCTGATTCG AGCCGTCAGT GAGACGCTCA GCAGAGGATC GTCTTCAGCC 
ACAACTAGAA GTGAGAGTAT TGTAGATGGA ATGAGAACAA TAGCTCTGAA ACTTGAATTT 
GGAGCATTCC ACAATCAGAT ATTTGAAAGG ACCCTAGCAG TGCATTTTAC ATATCCTTTC 
TATGTTACAA CGTGTGTTAC TGATAAATGC AATGACGGTA CCCTGCTTCT TCAGGTTATA 
CTTCACTCTG AAGTAAAGGC TAAACTGACC ATATATGATG CTTGGCTCGA TCTTCAAGAT 
GGATTTGTAC ATAGTGGAGA AACGGAGGGT AGACCTACTT CAAGTCACTT CCCACTAGTC 
ATATCTCCCA CTTCCAAAGC AGGAATTTTG TTTAGTATCT GCCTTGGCAA GACAAATGAA 
GAAGAAGCCA GAAAGCAATC AGAAAGTATA TTAAATATCA GATATGGAAT TTCCGGCGAT 
AGAACAATTG GAGCCCACCC TCCTCTCATG AATGAGTCTA CTAGAGTTGA TGGTGCCAGA 
CAAGAGATGA TCTTCAGGAG CGTAATTACT TTGCAAAAGC CTGTGCTTGA TCCATGCCTA 
GCTGTTGGTT TTCTTCCTCT CCCTTCAGAT GGCCTAAGAG TTGGGCAACT AGTTAAGATG 
CAATGGAGGG TGGAAAGGTT AAAGGATTTG GATAAAAAAG AAATCTCTGA ACAGAATGCT 
GAGGTGCTAT ATGAAGTAAA TGCTAATTCA GGAAATTGGA TGTTAGCTGG GAGGAAAAGA 
GGACATGCAT CTCTCTCCAC GAAACAAGGT GCAAGGATCG TAATCTCAAT TTTATGCATG 
CCACTGGTGG CTGGTTATGT ACGCCCACCA ATACTTGGGC TACCGGATGT TGATGACGCC 
GATATAAGCT GTAAACCTGC CGGACCACAT CTTGTTTGTG TTTTACCCCC AGCTCTCAGC 
TCATCCTTCT GCATTCCAGT TAATTCATGA

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

RefSeq	XP_019443977.1
CDS	121..3870
Translation	MSNFFSQFQSIKNTADRIVISVEDVCDLWPTVKDAFESRLPFKRAPLNNKTRNLVFVEQLPAEFILTTDSRLRSRFPQEQLLFWFREPYATVVLVTCEDLDEFKTILKPRLKLIVQNDEREWFIVFVSKAHPANDQANKMAKKVYAKIEVEFSSKKRERCCKYDMHFPEANFWEDLESKIMECIRNTLDRRVQFYEDEIRKLSEQRLMPVWNFCNFFILKESLAFMFEMAHLHEDALREYDELELCYLETVNMTGKQRNFGGADHGDDQAALLNPGNKALTQIVQEDSFREFEFRQYLFACTSKLLFKLNRPFEVASRGYSFIISFSKSLASHEHILPFCMREVWVITACLALIEATISHYNEGHVVPDIEKEFFRLLGDLYSLARVKFLRVAYLVGYGTDIERSPVNSASLSLLPWPKPAVWPSVPADASVEVLEKEKLILQTTPRTKHFGIQRKPLPLEPTVLLREANRRRASLSAGNVFEMFDSRQGTLDGSSSQKLHASSMIRTYSSPGNVDSSIDRPMRLAEIYIAAEHALKQTISNPELLTSLSSSEEFEQKYLELTKGAADNYHRSWWKRHGVVLDGELAAVAFKHGHFDQAAKSYEKVCALYAGEGWQDLLAEVLPNLAECQKILNDQAGYLLSCVRLLSLDEGLFLTKERQAFQSEVLRLAHSEMKDPVPLDVSSLITFSGNPGPPMELCDRDPGSLSVTLWSGFPDDITLDSISLTLTPTHNADEGVKALKSSTAIFLHPGRNTITLDLPPQKPGSYVLGVLTGQIGQLSFRSHSFSKVGPADSDDFMSYEKPAKPILKVAKPRALVDLEAAVSSALLINEHQWVGILVRPINYSLKAAVLHIDTGPGLEIEDSHIIEMEGYSSVSQIDDVQEQKDGSQIGSLNSGKKFERLSLQDGKIEFPNWASESPSTLWVLIRAVSETLSRGSSSATTRSESIVDGMRTIALKLEFGAFHNQIFERTLAVHFTYPFYVTTCVTDKCNDGTLLLQVILHSEVKAKLTIYDAWLDLQDGFVHSGETEGRPTSSHFPLVISPTSKAGILFSICLGKTNEEEARKQSESILNIRYGISGDRTIGAHPPLMNESTRVDGARQEMIFRSVITLQKPVLDPCLAVGFLPLPSDGLRVGQLVKMQWRVERLKDLDKKEISEQNAEVLYEVNANSGNWMLAGRKRGHASLSTKQGARIVISILCMPLVAGYVRPPILGLPDVDDADISCKPAGPHLVCVLPPALSSSFCIPVNS

Target ORF information:

RefSeq Version	XM_019588432.1
Organism	Lupinus angustifolius(narrow-leaved blue lupine)
Definition	Lupinus angustifolius trafficking protein particle complex II-specific subunit 130 homolog (LOC109348166), transcript variant X1, mRNA.

Target ORF information:

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

XM_019588432.1

ORF Insert Sequence:

ATGTCCAATT TCTTCTCTCA GTTTCAATCA ATCAAGAACA CCGCCGATCG CATTGTCATT 
TCAGTGGAGG ATGTGTGTGA CTTGTGGCCA ACTGTTAAGG ATGCTTTTGA GTCGCGATTG 
CCATTCAAAA GGGCGCCTTT GAATAATAAG ACACGGAATC TTGTCTTTGT TGAGCAATTG 
CCAGCTGAGT TCATATTAAC CACAGATTCA AGACTCCGTA GTCGGTTCCC TCAGGAGCAA 
CTGTTATTTT GGTTTCGAGA GCCGTATGCA ACTGTTGTAC TTGTTACCTG TGAGGATCTT 
GACGAGTTCA AAACCATCCT TAAACCACGC CTTAAATTAA TTGTCCAAAA TGATGAGAGA 
GAATGGTTTA TTGTATTTGT ATCTAAAGCT CATCCAGCTA ATGATCAGGC GAACAAAATG 
GCAAAGAAAG TATATGCTAA AATTGAAGTT GAGTTTAGCT CCAAAAAAAG AGAAAGATGT 
TGCAAATACG ATATGCATTT CCCTGAAGCA AACTTTTGGG AAGACCTGGA ATCAAAGATA 
ATGGAATGCA TCAGAAATAC ACTGGATAGG CGTGTACAGT TTTATGAGGA TGAGATTCGA 
AAGCTCAGTG AACAGCGTCT CATGCCAGTC TGGAACTTCT GTAATTTTTT CATTCTGAAG 
GAAAGCTTGG CATTTATGTT TGAAATGGCT CACCTTCATG AAGATGCCTT ACGAGAATAT 
GATGAACTAG AACTCTGCTA TCTTGAAACA GTTAACATGA CCGGAAAGCA AAGGAACTTC 
GGAGGTGCAG ACCATGGGGA TGATCAAGCA GCATTGCTTA ATCCAGGAAA CAAAGCATTG 
ACACAGATTG TCCAAGAGGA CTCGTTTAGG GAGTTTGAAT TTAGACAATA TCTATTTGCC 
TGTACATCAA AGCTCTTATT CAAGCTGAAT CGCCCCTTTG AGGTTGCATC ACGGGGTTAT 
TCTTTCATAA TAAGCTTTTC AAAATCTTTG GCATCACATG AGCATATTCT GCCTTTTTGT 
ATGCGTGAAG TCTGGGTGAT AACTGCTTGC TTGGCTTTAA TTGAAGCAAC AATTTCTCAT 
TACAATGAAG GACATGTGGT GCCTGACATA GAGAAGGAGT TCTTTCGTCT TCTGGGTGAC 
CTGTATTCAC TTGCTAGGGT TAAGTTCTTG AGAGTTGCGT ATTTAGTTGG GTATGGAACT 
GATATAGAAA GAAGTCCTGT TAACAGTGCT TCTCTCAGCT TACTTCCTTG GCCTAAGCCA 
GCAGTTTGGC CTTCTGTTCC TGCTGATGCA TCAGTAGAGG TGCTTGAGAA AGAGAAGCTG 
ATTCTCCAAA CAACTCCTAG AACCAAGCAC TTCGGTATCC AGAGGAAACC CCTGCCTCTT 
GAACCTACTG TACTTCTACG AGAGGCCAAC AGGCGGAGGG CTTCACTTTC AGCTGGAAAT 
GTGTTTGAAA TGTTTGACAG TCGTCAGGGT ACATTGGATG GATCATCATC ACAAAAACTA 
CATGCAAGTT CCATGATACG TACTTATTCT TCACCAGGAA ATGTCGATAG CTCAATTGAC 
CGGCCTATGA GGCTTGCTGA AATTTATATA GCCGCTGAGC ATGCTTTGAA GCAAACCATT 
TCTAATCCAG AACTGTTGAC ATCATTATCA TCGTCTGAGG AGTTTGAGCA AAAATATTTG 
GAGCTAACTA AAGGTGCTGC TGACAATTAC CATCGTTCCT GGTGGAAAAG ACATGGAGTT 
GTCCTTGATG GCGAGCTAGC AGCAGTCGCC TTTAAGCATG GACATTTTGA TCAAGCTGCA 
AAGTCATATG AGAAGGTTTG TGCACTTTAT GCTGGTGAAG GATGGCAGGA CTTGTTGGCT 
GAGGTCCTTC CAAATTTAGC TGAGTGTCAG AAGATACTCA ATGATCAAGC TGGCTACTTA 
CTATCCTGTG TGAGGTTACT TTCTCTTGAT GAAGGACTAT TTTTGACCAA GGAGCGTCAA 
GCGTTTCAGT CAGAAGTTCT ACGTCTTGCT CATAGTGAAA TGAAGGACCC TGTACCTCTT 
GATGTATCAT CATTAATTAC ATTTTCTGGC AATCCTGGGC CTCCAATGGA GTTATGTGAT 
AGGGATCCTG GTTCCCTTTC TGTAACTCTT TGGAGTGGTT TTCCAGATGA TATAACTCTT 
GATTCAATCA GTCTTACATT AACACCAACA CACAATGCTG ATGAAGGTGT AAAGGCGTTG 
AAGAGTTCTA CAGCTATTTT CTTGCATCCT GGTCGGAATA CTATTACCTT GGATCTACCA 
CCTCAGAAAC CAGGATCATA TGTTCTTGGA GTTCTTACTG GGCAGATTGG GCAGTTGAGT 
TTTAGATCTC ATAGTTTCTC AAAAGTTGGT CCTGCAGATA GTGATGATTT TATGAGTTAC 
GAAAAGCCAG CTAAACCTAT TCTGAAGGTT GCCAAACCCA GAGCCCTGGT TGATCTTGAA 
GCGGCTGTTT CATCCGCGTT GTTAATAAAT GAGCATCAAT GGGTTGGCAT TTTAGTTCGA 
CCAATAAATT ACTCTCTCAA AGCTGCTGTC TTGCATATTG ATACTGGTCC CGGATTGGAG 
ATTGAAGATT CACATATAAT TGAGATGGAA GGCTATTCCA GTGTATCACA GATTGATGAT 
GTACAGGAGC AGAAAGATGG TTCTCAAATA GGATCTTTGA ATTCTGGAAA AAAATTTGAA 
CGTTTGTCTC TTCAAGATGG TAAAATAGAG TTTCCAAATT GGGCAAGTGA GTCACCTTCT 
ACTCTTTGGG TTCTGATTCG AGCCGTCAGT GAGACGCTCA GCAGAGGATC GTCTTCAGCC 
ACAACTAGAA GTGAGAGTAT TGTAGATGGA ATGAGAACAA TAGCTCTGAA ACTTGAATTT 
GGAGCATTCC ACAATCAGAT ATTTGAAAGG ACCCTAGCAG TGCATTTTAC ATATCCTTTC 
TATGTTACAA CGTGTGTTAC TGATAAATGC AATGACGGTA CCCTGCTTCT TCAGGTTATA 
CTTCACTCTG AAGTAAAGGC TAAACTGACC ATATATGATG CTTGGCTCGA TCTTCAAGAT 
GGATTTGTAC ATAGTGGAGA AACGGAGGGT AGACCTACTT CAAGTCACTT CCCACTAGTC 
ATATCTCCCA CTTCCAAAGC AGGAATTTTG TTTAGTATCT GCCTTGGCAA GACAAATGAA 
GAAGAAGCCA GAAAGCAATC AGAAAGTATA TTAAATATCA GATATGGAAT TTCCGGCGAT 
AGAACAATTG GAGCCCACCC TCCTCTCATG AATGAGTCTA CTAGAGTTGA TGGTGCCAGA 
CAAGAGATGA TCTTCAGGAG CGTAATTACT TTGCAAAAGC CTGTGCTTGA TCCATGCCTA 
GCTGTTGGTT TTCTTCCTCT CCCTTCAGAT GGCCTAAGAG TTGGGCAACT AGTTAAGATG 
CAATGGAGGG TGGAAAGGTT AAAGGATTTG GATAAAAAAG AAATCTCTGA ACAGAATGCT 
GAGGTGCTAT ATGAAGTAAA TGCTAATTCA GGAAATTGGA TGTTAGCTGG GAGGAAAAGA 
GGACATGCAT CTCTCTCCAC GAAACAAGGT GCAAGGATCG TAATCTCAAT TTTATGCATG 
CCACTGGTGG CTGGTTATGT ACGCCCACCA ATACTTGGGC TACCGGATGT TGATGACGCC 
GATATAAGCT GTAAACCTGC CGGACCACAT CTTGTTTGTG TTTTACCCCC AGCTCTCAGC 
TCATCCTTCT GCATTCCAGT TAATTCATGA

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

LOC109348166 ( XM_019588433.1 ) cDNA ORF clone, Lupinus angustifolius(narrow-leaved blue lupine) -> XP_019443978.1 Lupinus angustifolius trafficking protein particle complex II-specific subunit 130 homolog (LOC109348166), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OLu33712
Clone ID Related Accession (Same CDS sequence)	XM_019588433.1
Accession Version	XM_019588433.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3750bp) 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	2016-12-15
Organism	Lupinus angustifolius(narrow-leaved blue lupine)
Product	trafficking protein particle complex II-specific subunit 130 homolog isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_032013.1) 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 :: Lupinus angustifolius Annotation Release 100 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##

ATGTCCAATT TCTTCTCTCA GTTTCAATCA ATCAAGAACA CCGCCGATCG CATTGTCATT 
TCAGTGGAGG ATGTGTGTGA CTTGTGGCCA ACTGTTAAGG ATGCTTTTGA GTCGCGATTG 
CCATTCAAAA GGGCGCCTTT GAATAATAAG ACACGGAATC TTGTCTTTGT TGAGCAATTG 
CCAGCTGAGT TCATATTAAC CACAGATTCA AGACTCCGTA GTCGGTTCCC TCAGGAGCAA 
CTGTTATTTT GGTTTCGAGA GCCGTATGCA ACTGTTGTAC TTGTTACCTG TGAGGATCTT 
GACGAGTTCA AAACCATCCT TAAACCACGC CTTAAATTAA TTGTCCAAAA TGATGAGAGA 
GAATGGTTTA TTGTATTTGT ATCTAAAGCT CATCCAGCTA ATGATCAGGC GAACAAAATG 
GCAAAGAAAG TATATGCTAA AATTGAAGTT GAGTTTAGCT CCAAAAAAAG AGAAAGATGT 
TGCAAATACG ATATGCATTT CCCTGAAGCA AACTTTTGGG AAGACCTGGA ATCAAAGATA 
ATGGAATGCA TCAGAAATAC ACTGGATAGG CGTGTACAGT TTTATGAGGA TGAGATTCGA 
AAGCTCAGTG AACAGCGTCT CATGCCAGTC TGGAACTTCT GTAATTTTTT CATTCTGAAG 
GAAAGCTTGG CATTTATGTT TGAAATGGCT CACCTTCATG AAGATGCCTT ACGAGAATAT 
GATGAACTAG AACTCTGCTA TCTTGAAACA GTTAACATGA CCGGAAAGCA AAGGAACTTC 
GGAGGTGCAG ACCATGGGGA TGATCAAGCA GCATTGCTTA ATCCAGGAAA CAAAGCATTG 
ACACAGATTG TCCAAGAGGA CTCGTTTAGG GAGTTTGAAT TTAGACAATA TCTATTTGCC 
TGTACATCAA AGCTCTTATT CAAGCTGAAT CGCCCCTTTG AGGTTGCATC ACGGGGTTAT 
TCTTTCATAA TAAGCTTTTC AAAATCTTTG GCATCACATG AGCATATTCT GCCTTTTTGT 
ATGCGTGAAG TCTGGGTGAT AACTGCTTGC TTGGCTTTAA TTGAAGCAAC AATTTCTCAT 
TACAATGAAG GACATGTGGT GCCTGACATA GAGAAGGAGT TCTTTCGTCT TCTGGGTGAC 
CTGTATTCAC TTGCTAGGGT TAAGTTCTTG AGAGTTGCGT ATTTAGTTGG GTATGGAACT 
GATATAGAAA GAAGTCCTGT TAACAGTGCT TCTCTCAGCT TACTTCCTTG GCCTAAGCCA 
GCAGTTTGGC CTTCTGTTCC TGCTGATGCA TCAGTAGAGG TGCTTGAGAA AGAGAAGCTG 
ATTCTCCAAA CAACTCCTAG AACCAAGCAC TTCGGTATCC AGAGGAAACC CCTGCCTCTT 
GAACCTACTG TACTTCTACG AGAGGCCAAC AGGCGGAGGG CTTCACTTTC AGCTGGAAAT 
GTGTTTGAAA TGTTTGACAG TCGTCAGGGT ACATTGGATG GATCATCATC ACAAAAACTA 
CATGCAAGTT CCATGATACG TACTTATTCT TCACCAGGAA ATGTCGATAG CTCAATTGAC 
CGGCCTATGA GGCTTGCTGA AATTTATATA GCCGCTGAGC ATGCTTTGAA GCAAACCATT 
TCTAATCCAG AACTGTTGAC ATCATTATCA TCGTCTGAGG AGTTTGAGCA AAAATATTTG 
GAGCTAACTA AAGGTGCTGC TGACAATTAC CATCGTTCCT GGTGGAAAAG ACATGGAGTT 
GTCCTTGATG GCGAGCTAGC AGCAGTCGCC TTTAAGCATG GACATTTTGA TCAAGCTGCA 
AAGTCATATG AGAAGGTTTG TGCACTTTAT GCTGGTGAAG GATGGCAGGA CTTGTTGGCT 
GAGGTCCTTC CAAATTTAGC TGAGTGTCAG AAGATACTCA ATGATCAGGC TGGCTACTTA 
TTGTCCTGTG TGAGGTTACT TTCTCTTGAT GAAGGACTAT TTTTGACCAA GGAGCGTCAA 
GCGTTTCAGT CAGAAGTTCT ACGTCTTGCT CATAGTGAAA TGAAGGACCC TGTACCTCTT 
GATGTATCAT CATTAATTAC ATTTTCTGGC AATCCTGGGC CTCCAATGGA GTTATGTGAT 
AGGGATCCTG GTTCCCTTTC TGTAACTCTT TGGAGTGGTT TTCCAGATGA TATAACTCTT 
GATTCAATCA GTCTTACATT AACACCAACA CACAATGCTG ATGAAGGTGT AAAGGCGTTG 
AAGAGTTCTA CAGCTATTTT CTTGCATCCT GGTCGGAATA CTATTACCTT GGATCTACCA 
CCTCAGAAAC CAGGATCATA TGTTCTTGGA GTTCTTACTG GGCAGATTGG GCAGTTGAGT 
TTTAGATCTC ATAGTTTCTC AAAAGTTGGT CCTGCAGATA GTGATGATTT TATGAGTTAC 
GAAAAGCCAG CTAAACCTAT TCTGAAGGTT GCCAAACCCA GAGCCCTGGT TGATCTTGAA 
GCGGCTGTTT CATCCGCGTT GTTAATAAAT GAGCATCAAT GGGTTGGCAT TTTAGTTCGA 
CCAATAAATT ACTCTCTCAA AGCTGCTGTC TTGCATATTG ATACTGGTCC CGGATTGGAG 
ATTGAAGATT CACATATAAT TGAGATGGAA GGCTATTCCA GTGTATCACA GATTGATGAT 
GTACAGGAGC AGAAAGATGG TTCTCAAATA GGATCTTTGA ATTCTGGAAA AAAATTTGAA 
CGTTTGTCTC TTCAAGATGG TAAAATAGAG TTTCCAAATT GGGCAAGTGA GTCACCTTCT 
ACTCTTTGGG TTCTGATTCG AGCCGTCAGT GAGACGCTCA GCAGAGGATC GTCTTCAGCC 
ACAACTAGAA GTGAGAGTAT TGTAGATGGA ATGAGAACAA TAGCTCTGAA ACTTGAATTT 
GGAGCATTCC ACAATCAGAT ATTTGAAAGG ACCCTAGCAG TGCATTTTAC ATATCCTTTC 
TATGTTACAA CGTGTGTTAC TGATAAATGC AATGACGGTA CCCTGCTTCT TCAGGTTATA 
CTTCACTCTG AAGTAAAGGC TAAACTGACC ATATATGATG CTTGGCTCGA TCTTCAAGAT 
GGATTTGTAC ATAGTGGAGA AACGGAGGGT AGACCTACTT CAAGTCACTT CCCACTAGTC 
ATATCTCCCA CTTCCAAAGC AGGAATTTTG TTTAGTATCT GCCTTGGCAA GACAAATGAA 
GAAGAAGCCA GAAAGCAATC AGAAAGTATA TTAAATATCA GATATGGAAT TTCCGGCGAT 
AGAACAATTG GAGCCCACCC TCCTCTCATG AATGAGTCTA CTAGAGTTGA TGGTGCCAGA 
CAAGAGATGA TCTTCAGGAG CGTAATTACT TTGCAAAAGC CTGTGCTTGA TCCATGCCTA 
GCTGTTGGTT TTCTTCCTCT CCCTTCAGAT GGCCTAAGAG TTGGGCAACT AGTTAAGATG 
CAATGGAGGG TGGAAAGGTT AAAGGATTTG GATAAAAAAG AAATCTCTGA ACAGAATGCT 
GAGGTGCTAT ATGAAGTAAA TGCTAATTCA GGAAATTGGA TGTTAGCTGG GAGGAAAAGA 
GGACATGCAT CTCTCTCCAC GAAACAAGGT GCAAGGATCG TAATCTCAAT TTTATGCATG 
CCACTGGTGG CTGGTTATGT ACGCCCACCA ATACTTGGGC TACCGGATGT TGATGACGCC 
GATATAAGCT GTAAACCTGC CGGACCACAT CTTGTTTGTG TTTTACCCCC AGCTCTCAGC 
TCATCCTTCT GCATTCCAGT TAATTCATGA

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

RefSeq	XP_019443978.1
CDS	121..3870
Translation	MSNFFSQFQSIKNTADRIVISVEDVCDLWPTVKDAFESRLPFKRAPLNNKTRNLVFVEQLPAEFILTTDSRLRSRFPQEQLLFWFREPYATVVLVTCEDLDEFKTILKPRLKLIVQNDEREWFIVFVSKAHPANDQANKMAKKVYAKIEVEFSSKKRERCCKYDMHFPEANFWEDLESKIMECIRNTLDRRVQFYEDEIRKLSEQRLMPVWNFCNFFILKESLAFMFEMAHLHEDALREYDELELCYLETVNMTGKQRNFGGADHGDDQAALLNPGNKALTQIVQEDSFREFEFRQYLFACTSKLLFKLNRPFEVASRGYSFIISFSKSLASHEHILPFCMREVWVITACLALIEATISHYNEGHVVPDIEKEFFRLLGDLYSLARVKFLRVAYLVGYGTDIERSPVNSASLSLLPWPKPAVWPSVPADASVEVLEKEKLILQTTPRTKHFGIQRKPLPLEPTVLLREANRRRASLSAGNVFEMFDSRQGTLDGSSSQKLHASSMIRTYSSPGNVDSSIDRPMRLAEIYIAAEHALKQTISNPELLTSLSSSEEFEQKYLELTKGAADNYHRSWWKRHGVVLDGELAAVAFKHGHFDQAAKSYEKVCALYAGEGWQDLLAEVLPNLAECQKILNDQAGYLLSCVRLLSLDEGLFLTKERQAFQSEVLRLAHSEMKDPVPLDVSSLITFSGNPGPPMELCDRDPGSLSVTLWSGFPDDITLDSISLTLTPTHNADEGVKALKSSTAIFLHPGRNTITLDLPPQKPGSYVLGVLTGQIGQLSFRSHSFSKVGPADSDDFMSYEKPAKPILKVAKPRALVDLEAAVSSALLINEHQWVGILVRPINYSLKAAVLHIDTGPGLEIEDSHIIEMEGYSSVSQIDDVQEQKDGSQIGSLNSGKKFERLSLQDGKIEFPNWASESPSTLWVLIRAVSETLSRGSSSATTRSESIVDGMRTIALKLEFGAFHNQIFERTLAVHFTYPFYVTTCVTDKCNDGTLLLQVILHSEVKAKLTIYDAWLDLQDGFVHSGETEGRPTSSHFPLVISPTSKAGILFSICLGKTNEEEARKQSESILNIRYGISGDRTIGAHPPLMNESTRVDGARQEMIFRSVITLQKPVLDPCLAVGFLPLPSDGLRVGQLVKMQWRVERLKDLDKKEISEQNAEVLYEVNANSGNWMLAGRKRGHASLSTKQGARIVISILCMPLVAGYVRPPILGLPDVDDADISCKPAGPHLVCVLPPALSSSFCIPVNS

Target ORF information:

RefSeq Version	XM_019588433.1
Organism	Lupinus angustifolius(narrow-leaved blue lupine)
Definition	Lupinus angustifolius trafficking protein particle complex II-specific subunit 130 homolog (LOC109348166), transcript variant X2, mRNA.

Target ORF information:

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

XM_019588433.1

ORF Insert Sequence:

ATGTCCAATT TCTTCTCTCA GTTTCAATCA ATCAAGAACA CCGCCGATCG CATTGTCATT 
TCAGTGGAGG ATGTGTGTGA CTTGTGGCCA ACTGTTAAGG ATGCTTTTGA GTCGCGATTG 
CCATTCAAAA GGGCGCCTTT GAATAATAAG ACACGGAATC TTGTCTTTGT TGAGCAATTG 
CCAGCTGAGT TCATATTAAC CACAGATTCA AGACTCCGTA GTCGGTTCCC TCAGGAGCAA 
CTGTTATTTT GGTTTCGAGA GCCGTATGCA ACTGTTGTAC TTGTTACCTG TGAGGATCTT 
GACGAGTTCA AAACCATCCT TAAACCACGC CTTAAATTAA TTGTCCAAAA TGATGAGAGA 
GAATGGTTTA TTGTATTTGT ATCTAAAGCT CATCCAGCTA ATGATCAGGC GAACAAAATG 
GCAAAGAAAG TATATGCTAA AATTGAAGTT GAGTTTAGCT CCAAAAAAAG AGAAAGATGT 
TGCAAATACG ATATGCATTT CCCTGAAGCA AACTTTTGGG AAGACCTGGA ATCAAAGATA 
ATGGAATGCA TCAGAAATAC ACTGGATAGG CGTGTACAGT TTTATGAGGA TGAGATTCGA 
AAGCTCAGTG AACAGCGTCT CATGCCAGTC TGGAACTTCT GTAATTTTTT CATTCTGAAG 
GAAAGCTTGG CATTTATGTT TGAAATGGCT CACCTTCATG AAGATGCCTT ACGAGAATAT 
GATGAACTAG AACTCTGCTA TCTTGAAACA GTTAACATGA CCGGAAAGCA AAGGAACTTC 
GGAGGTGCAG ACCATGGGGA TGATCAAGCA GCATTGCTTA ATCCAGGAAA CAAAGCATTG 
ACACAGATTG TCCAAGAGGA CTCGTTTAGG GAGTTTGAAT TTAGACAATA TCTATTTGCC 
TGTACATCAA AGCTCTTATT CAAGCTGAAT CGCCCCTTTG AGGTTGCATC ACGGGGTTAT 
TCTTTCATAA TAAGCTTTTC AAAATCTTTG GCATCACATG AGCATATTCT GCCTTTTTGT 
ATGCGTGAAG TCTGGGTGAT AACTGCTTGC TTGGCTTTAA TTGAAGCAAC AATTTCTCAT 
TACAATGAAG GACATGTGGT GCCTGACATA GAGAAGGAGT TCTTTCGTCT TCTGGGTGAC 
CTGTATTCAC TTGCTAGGGT TAAGTTCTTG AGAGTTGCGT ATTTAGTTGG GTATGGAACT 
GATATAGAAA GAAGTCCTGT TAACAGTGCT TCTCTCAGCT TACTTCCTTG GCCTAAGCCA 
GCAGTTTGGC CTTCTGTTCC TGCTGATGCA TCAGTAGAGG TGCTTGAGAA AGAGAAGCTG 
ATTCTCCAAA CAACTCCTAG AACCAAGCAC TTCGGTATCC AGAGGAAACC CCTGCCTCTT 
GAACCTACTG TACTTCTACG AGAGGCCAAC AGGCGGAGGG CTTCACTTTC AGCTGGAAAT 
GTGTTTGAAA TGTTTGACAG TCGTCAGGGT ACATTGGATG GATCATCATC ACAAAAACTA 
CATGCAAGTT CCATGATACG TACTTATTCT TCACCAGGAA ATGTCGATAG CTCAATTGAC 
CGGCCTATGA GGCTTGCTGA AATTTATATA GCCGCTGAGC ATGCTTTGAA GCAAACCATT 
TCTAATCCAG AACTGTTGAC ATCATTATCA TCGTCTGAGG AGTTTGAGCA AAAATATTTG 
GAGCTAACTA AAGGTGCTGC TGACAATTAC CATCGTTCCT GGTGGAAAAG ACATGGAGTT 
GTCCTTGATG GCGAGCTAGC AGCAGTCGCC TTTAAGCATG GACATTTTGA TCAAGCTGCA 
AAGTCATATG AGAAGGTTTG TGCACTTTAT GCTGGTGAAG GATGGCAGGA CTTGTTGGCT 
GAGGTCCTTC CAAATTTAGC TGAGTGTCAG AAGATACTCA ATGATCAGGC TGGCTACTTA 
TTGTCCTGTG TGAGGTTACT TTCTCTTGAT GAAGGACTAT TTTTGACCAA GGAGCGTCAA 
GCGTTTCAGT CAGAAGTTCT ACGTCTTGCT CATAGTGAAA TGAAGGACCC TGTACCTCTT 
GATGTATCAT CATTAATTAC ATTTTCTGGC AATCCTGGGC CTCCAATGGA GTTATGTGAT 
AGGGATCCTG GTTCCCTTTC TGTAACTCTT TGGAGTGGTT TTCCAGATGA TATAACTCTT 
GATTCAATCA GTCTTACATT AACACCAACA CACAATGCTG ATGAAGGTGT AAAGGCGTTG 
AAGAGTTCTA CAGCTATTTT CTTGCATCCT GGTCGGAATA CTATTACCTT GGATCTACCA 
CCTCAGAAAC CAGGATCATA TGTTCTTGGA GTTCTTACTG GGCAGATTGG GCAGTTGAGT 
TTTAGATCTC ATAGTTTCTC AAAAGTTGGT CCTGCAGATA GTGATGATTT TATGAGTTAC 
GAAAAGCCAG CTAAACCTAT TCTGAAGGTT GCCAAACCCA GAGCCCTGGT TGATCTTGAA 
GCGGCTGTTT CATCCGCGTT GTTAATAAAT GAGCATCAAT GGGTTGGCAT TTTAGTTCGA 
CCAATAAATT ACTCTCTCAA AGCTGCTGTC TTGCATATTG ATACTGGTCC CGGATTGGAG 
ATTGAAGATT CACATATAAT TGAGATGGAA GGCTATTCCA GTGTATCACA GATTGATGAT 
GTACAGGAGC AGAAAGATGG TTCTCAAATA GGATCTTTGA ATTCTGGAAA AAAATTTGAA 
CGTTTGTCTC TTCAAGATGG TAAAATAGAG TTTCCAAATT GGGCAAGTGA GTCACCTTCT 
ACTCTTTGGG TTCTGATTCG AGCCGTCAGT GAGACGCTCA GCAGAGGATC GTCTTCAGCC 
ACAACTAGAA GTGAGAGTAT TGTAGATGGA ATGAGAACAA TAGCTCTGAA ACTTGAATTT 
GGAGCATTCC ACAATCAGAT ATTTGAAAGG ACCCTAGCAG TGCATTTTAC ATATCCTTTC 
TATGTTACAA CGTGTGTTAC TGATAAATGC AATGACGGTA CCCTGCTTCT TCAGGTTATA 
CTTCACTCTG AAGTAAAGGC TAAACTGACC ATATATGATG CTTGGCTCGA TCTTCAAGAT 
GGATTTGTAC ATAGTGGAGA AACGGAGGGT AGACCTACTT CAAGTCACTT CCCACTAGTC 
ATATCTCCCA CTTCCAAAGC AGGAATTTTG TTTAGTATCT GCCTTGGCAA GACAAATGAA 
GAAGAAGCCA GAAAGCAATC AGAAAGTATA TTAAATATCA GATATGGAAT TTCCGGCGAT 
AGAACAATTG GAGCCCACCC TCCTCTCATG AATGAGTCTA CTAGAGTTGA TGGTGCCAGA 
CAAGAGATGA TCTTCAGGAG CGTAATTACT TTGCAAAAGC CTGTGCTTGA TCCATGCCTA 
GCTGTTGGTT TTCTTCCTCT CCCTTCAGAT GGCCTAAGAG TTGGGCAACT AGTTAAGATG 
CAATGGAGGG TGGAAAGGTT AAAGGATTTG GATAAAAAAG AAATCTCTGA ACAGAATGCT 
GAGGTGCTAT ATGAAGTAAA TGCTAATTCA GGAAATTGGA TGTTAGCTGG GAGGAAAAGA 
GGACATGCAT CTCTCTCCAC GAAACAAGGT GCAAGGATCG TAATCTCAAT TTTATGCATG 
CCACTGGTGG CTGGTTATGT ACGCCCACCA ATACTTGGGC TACCGGATGT TGATGACGCC 
GATATAAGCT GTAAACCTGC CGGACCACAT CTTGTTTGTG TTTTACCCCC AGCTCTCAGC 
TCATCCTTCT GCATTCCAGT TAATTCATGA