LOC100894010 cDNA ORF clone, Strongylocentrotus purpuratus(purple sea urchin)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100894010
Entrez Gene ID	100894010
Full Name	transposon Ty3-I Gag-Pol polyprotein
Gene Type	protein-coding
Organism	Strongylocentrotus purpuratus(purple sea urchin)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011666228.1	XP_011664530.1	transposon Ty3-I Gag-Pol polyprotein
XM_011666227.1	XP_011664529.1	transposon Ty3-I Gag-Pol polyprotein

Pathways from BioSystems
Gene Ontology

The following LOC100894010 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100894010 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
OSd13925	XM_011666227.1 Latest version!	Strongylocentrotus purpuratus transposon Ty3-I Gag-Pol polyprotein (LOC100894010), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OSd13925	XM_011666228.1 Latest version!	Strongylocentrotus purpuratus transposon Ty3-I Gag-Pol polyprotein (LOC100894010), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

LOC100894010 ( XM_011666228.1 ) cDNA ORF clone, Strongylocentrotus purpuratus(purple sea urchin) -> XP_011664530.1 Strongylocentrotus purpuratus transposon Ty3-I Gag-Pol polyprotein (LOC100894010), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OSd13925
Clone ID Related Accession (Same CDS sequence)	XM_011666228.1 , XM_011666227.1
Accession Version	XM_011666228.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5109bp) 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	1427040000000
Organism	Strongylocentrotus purpuratus(purple sea urchin)
Product	transposon Ty3-I Gag-Pol polyprotein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011971705.1) 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 :: Strongylocentrotus purpuratus Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCAGGTG GTGTTGAAGA TGACCCAACT ACGTCGGCAG GAGCTTCAGC TCAACCTCCA 
GGCCTCGCTG AGATGGTGGC AGCCCTTACA GGGGCCTTTC AGAACTTGTC GTCCCCAAGA 
GGTCTGCCAG CTGTGAAGTT AAGTAGGTTT AGTGGATTTC CCCATAAACA AGGAGACCCG 
ACAATCAACG AATGGCTGCA GGAATTTGAT GAGTACTGCA GTTACTACAA ACTAGGAAGC 
AGAGAAGAAG CGAAGGTTCT GCTAACCCAT CTTACAGACT CAGCCAAAGA TGAAGCAAGA 
TGTTACGACT CTTCAGTCAG GGAGGATAGT AAGGCTTTAA AAAAAGCATT GAAGTCACGT 
TATGGCCTGA AGGAAACGGT ACAACCACTC AGCACAGAGT TACATGCTAG GGTGCAAAAG 
TCGGGGGAGA CCTTAGCGGA TTTCAGCAGT GGGCTTATTC GCCTTTACGA CCGTATGGAG 
TCGGCAGCAA GCGGAGATGA AAGAGCGGCC CTGACCATGT TGCGGGACAA CACCCTTAAG 
GAGCGATTTG TCACTGGAGT GAGGGACAAA CAAATCCAGA GGGAACTCCG TCGCATACTG 
TTTTCTGCTG AGGGCAAGCC CTTCATTGAC ATGCGGAAGG AAGTTCTCCA AACGTTCCAG 
GATGACGACA CAGTGACGTC AAGGCCCAGT ATCAGAGAGT GTGAGGTAGA GACAGCGAGA 
GCATCAGTGA CGGCTGAAGA CCAAACTATC AAAAGCATGA AGAGTGAGAT CACTGAGCTA 
AAGGAGACTT TGAAAGAGGT AGTTCAAGCC ATGAGAGGAA TGACCAACAA TCCTAGGCAG 
AGTTCCACAT CATTCTGCTA TAACTGCAAC AAGAAAGGGC ATCTAAAGCG AGAATGTAAT 
TCACCCACTC TCTGCTACGG ATGTAAACAG ACAGGGCATA TGAGGAGGGA TTGTCCAAGG 
GAAGTAGGGG TTCGACAATC GCCAAGCACT CCACGGATAC AAGACACAAC ATCTCAAGAG 
GACCAGATGC AAGGGAATAT AAGGAGCTTA GACGCTGGTG GGAGCAACAA AGTACCTAGC 
TTGGTGTCTA CAAGTCCCAA GTCTGTAGTA GGAATAGCAG GAGTACCCAC AGGCTGTATT 
TTAGACACCG GAGCAGAGGC TAGTTTAATT CCTGTATCCT ACTATGAAGA GCAGTTGAAG 
GAAGTTCTTG GTCCCCTTGA TGGTAGTGGG GCTGGAATCA GAGTTGTCGG CATCAATGAG 
AGCAGAGTGC CAGTGATTGG GTACATCCAC ACCTTCATCA CTTTGAATGG GCAGTCCATT 
GATGTTGGGT TCCTAGTGAT CAACGATGAA ATGCATACCA AGAAGAAGAC CGACTATCCT 
GTTCTCCTTG GATGTAATGC ACTCCGGCCA GTAATACGAA GGAGAGCTTT TAAGGATGAT 
GACGAAGATT GGAGACTTGT CGAGATGACC CTCAATCTGG CACGTGAAAA CGAGAGCACT 
GCAACTCAAG ACTCACTCTT GTCATCCAAG GAAAACAAAG TCCTTCCTCC ACTGACGGTT 
CATCGAGTGG AATGTTTGAT AAATGATGCA CCCTCCTTCA ATGAGAATAT TCTGATAAAT 
AGGCCAGATG AACAGGACAG CAGTGTAAAC CCTCTAGTGC AGAAAGGACT GGATGTCTAT 
GACACATGTA CCAGAGTTGA TGGACCAGAC TTCCAGGTTA CTGTTGTAAA CAGATCCACC 
CAACAATTAG AGATCATGGA AGGTATGGTT TTGGCGTCTG CCACTGAGGT TAAGGAACAC 
CATGAGATTA TTGTGCAGGA AAAAGATGGG GTCGTTGAAG TCGATGTAAT GAAGATAATG 
ATTGAACCTG GTGCTGAGGT AGCTAGTAGT AGTACACAGA ATGACTCTCA AACTCAGACT 
CCCCAAGAAG GCATGGAGCA CACCTGTATG GATGGCGAGA GCATTGAATT GCCAGTAGGT 
GTGAAACTGG ATCATCTCTC GGGAGAAGAA GCAGACTCCA TAGCCCAACT TTTAGCTAAG 
CATCGATCAG CCTTTGCCAA GAGTGACATG GACCTCGGAA ACTGTAAGGT GATCCCACAT 
CAGATCCGAA CATCGGATGG ACCACCTATT CGCCTGCCCT ATCGTCGAAT TCCCCCTAAC 
CACATGCCAG AACTGAAAGC CCTGCTGCAA GAGATGCTAG AGAAGGGAAT CATCAAGCAA 
TCATGCAGTC CCTATGCGAG TCCGGTAGTA CCAGTGCGTA AGAAGGATGG ATCGATGAGA 
ATATGCATCG ACTACCGGCA GCTGAATGCT CGTACAGTAC GGGATTCCTT CCCCCTTCCG 
AGGATTGAGG AGACTCTGGA AGCCCTTGGA GGAGCTAAAT TCTTTAGCTC TCTTGACCTC 
GCTAACGGTT ATTTCCAAAT AGCAATGGAT GAGAACTCCA TCGACAAGAC AGCCTTCAGA 
GTTCCATGGG GTCTATTTGA GTTTTTGAGA ATGCCCCAAG GATTGGTGAA CAGCCCAAGT 
ACCTTCCAGA GGGTAATGGA GCTAGTATTA GGAGATCTCA ACCTGACCCA ATTGGTGATC 
TACCTCGACG ATATTCTTGT GTTCTCAAGT ACACTGGAGG AGCACTTGAC TCGACTGGAA 
GCAGTATTTA GACGACTAAC AGAGTATGGT CTGAAGCTGA AAGGAAAGAA GTGTCAGTTC 
CTTCAAGAAG AAGTCCACCA CCTCGGGCAT GTCGTCACTG CCTCGGGCAT ATCCGTTGAC 
CCTAAGAAGA TAGAGACTAT CAAGACATGG TCCGTACCCA AGACTACTTC TGAGTTGAGA 
TCCTTCCTTG GACTTGCGTC CTACTATCGT AGATTTGTTC CAGGATTTGC AAGCATTGCT 
ACTCCCATGC ATGCTTTGAT CGGTCATTGC CAGCCTTCCT CTAAGAAATC CAAGAAGCGA 
CACGGAAGCA CTTCTAGTCA CACAAAAGAG TTTGTTTGGA CAGAAGAGGT GGATAAGGCG 
TTTTGTACGC TGAAGGATGC TCTAACGACC ACACCAGTCC TTGGATACCC ACAGTTTGGC 
AAGAAGTTTG TGGTGGAGAT AGATGCCTCC CTCAAGGGAC TAGGTGCATG CTTATCACAA 
CACGGAGAAG ATGGGGGACT ACACCCACTT GTATACGCAA GCCGAGGACT TCGCCAGGCT 
GAGAGGAGTT ATCCCGATTA CTCAAGTTTC AAGCTAGAGC TGCTTGGTCT GAAGTGGGCG 
ATAGCTGATA AGTTCCGGGA GTACCTTATA GGAAGTCAGG TCGAAGTACT CACTGATCAT 
AACCCTCTAG CACACCTAGG AACTGCAAAG CTAGGAGCAA CAGAGCAAAG GTGGGTTGCT 
CAGTTAGCCC CATTCGACCT ACAGATCAGA TATCGACCAG GAAGAACTAA CAAGTGTGCT 
GATGCTCTCA GCCGTCGACC AGTTGAGTCA GAGCATGAAA CCATGGAGCC ATTGGTTAAG 
CAGGTTCTTC ACTGTTCAGT GATGCCAGTT GAAGTAGAAC AGAACATAAG TAATGATCAG 
CCAGTATCAG AGATGATGAC ACCTGGTGTG CTCCCATCGT ATGACCTTGA GCAATTGTCA 
ACACTCCAGC AGGATGACGG AGGGCTGAGC GTTGTGTTGA GTCTATGGAG AGCTGGATGG 
AAACCAGGGG AGTTGATACC AAATAACACA GCTGAAGTGA GAGGTTGGCT TCGAGAATGG 
ACACAAATAG TGGAGAAGCA AAAAGTGTTA TTCCGACGAG TTATGATACA AGGGGATGTT 
GTTGATCAAC TCCTTGTCCC AGTTAGTATT CGACAGACTA TCCTGCAGGC CGTGCATGAA 
GGATGGGGCC ATCAAGGTGT AACTCGGACT CTAGGCTTGT TGCGTTCAAG ATGCTTTTGG 
CCAGGTCTAC AAGGCGATGT TCGTCGACAT ATCAAGAAAT GTTTCAACTG TACAGTGGCG 
AAAGCACCTA CCCCCACAGT AAAGACACCA ATGAGGCATC TGCTCGCATT CAAACCACTA 
GAGGTCCTTG GAATTGATTT TCTCAAGATG GATCGGGGAA AAGGAGGTTA TGAAAACATA 
CTCGTCATGT CAGATGTATA CACCAAGTAC GCGCAGGCTA TCCCTTGTAG GGATCAAACG 
GCCCACACAG TAGCTCGAGT CCTCAGAGAC AGCTGGTTCG TCCACTATGG AATACCACTA 
CGGCTCCACT CAGATCAAGG GAGAGATTTC GAAGGGAACT TGATCCAGGA ACTATGCGTC 
TTGTATGGTA TTAAAAAGTC AAGGACTACG CCTTACCACC CAGAGGGAAA CGGCCAGGTG 
GAGCGTTTCA ATAGGACGTT GTGCAGCATC ATCCGATCGA TGGAGCCATC AGATAGGAGG 
AAGTGGCCCG AGACATTGTC CCATCTAGTG TTTATTTATA ACACTACACC ACATCGATCC 
ACTGGATATT CTCCATACAG ACTGATGTAT GGGAGAGAAC CATCCCTACC CATAGATCAA 
CTACTGTCTC GTACTGAGCA ATCATGGGAC GAAGACTTTG TCGAGACACA GGCAGCTGCA 
TTGAGCAGGA TGAACAAACT TGTTGAGAAG AATCTTAAGG AGATAGTGTT AGGGAATAAG 
ATCAAGCATG ACAAGCAGGT GAAATCTTCT CCCTTGGAGG TTGGGCAGCA AGTACTACTG 
AAGAGGATGG CCTTCACGAC GAGGCATAAG CTAAAGGACA AGTTTTACCG AGATCCGTAT 
GTCATTGTTG ATGTCAATAG AGAAGGTGAT GTCTATAGTA TTCGTCCAAT TCATGGCGGG 
AAGGTAAAGA CAGTAAACAG AAAACTACTG ATCCCTGACC CAAGGAGTAG TAACGCAGTA 
GTTGAACCTC CCATTCAGAT ATGGCAGTCG AATGATGAAG ATAGAAGCCA GTCCAGTGAT 
AGTGGAACTG ATGAGTCCAG CAGTGAAGAG GAAGGACATG ATATATTCCA ATTTTATCCT 
CTATCTTTAA ATGAGCAAGA AGCAGCATGT CAAGTACAGA CTCAGAATAC TCGTCGTTCA 
AATAGATTAA CAAAGGGGGT ACATGGGAAT CCTTACCATC TTCCACGGTC AACTCTTCCT 
AACAGTTGA

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

RefSeq	XP_011664530.1
CDS	505..5613
Translation	MPGGVEDDPTTSAGASAQPPGLAEMVAALTGAFQNLSSPRGLPAVKLSRFSGFPHKQGDPTINEWLQEFDEYCSYYKLGSREEAKVLLTHLTDSAKDEARCYDSSVREDSKALKKALKSRYGLKETVQPLSTELHARVQKSGETLADFSSGLIRLYDRMESAASGDERAALTMLRDNTLKERFVTGVRDKQIQRELRRILFSAEGKPFIDMRKEVLQTFQDDDTVTSRPSIRECEVETARASVTAEDQTIKSMKSEITELKETLKEVVQAMRGMTNNPRQSSTSFCYNCNKKGHLKRECNSPTLCYGCKQTGHMRRDCPREVGVRQSPSTPRIQDTTSQEDQMQGNIRSLDAGGSNKVPSLVSTSPKSVVGIAGVPTGCILDTGAEASLIPVSYYEEQLKEVLGPLDGSGAGIRVVGINESRVPVIGYIHTFITLNGQSIDVGFLVINDEMHTKKKTDYPVLLGCNALRPVIRRRAFKDDDEDWRLVEMTLNLARENESTATQDSLLSSKENKVLPPLTVHRVECLINDAPSFNENILINRPDEQDSSVNPLVQKGLDVYDTCTRVDGPDFQVTVVNRSTQQLEIMEGMVLASATEVKEHHEIIVQEKDGVVEVDVMKIMIEPGAEVASSSTQNDSQTQTPQEGMEHTCMDGESIELPVGVKLDHLSGEEADSIAQLLAKHRSAFAKSDMDLGNCKVIPHQIRTSDGPPIRLPYRRIPPNHMPELKALLQEMLEKGIIKQSCSPYASPVVPVRKKDGSMRICIDYRQLNARTVRDSFPLPRIEETLEALGGAKFFSSLDLANGYFQIAMDENSIDKTAFRVPWGLFEFLRMPQGLVNSPSTFQRVMELVLGDLNLTQLVIYLDDILVFSSTLEEHLTRLEAVFRRLTEYGLKLKGKKCQFLQEEVHHLGHVVTASGISVDPKKIETIKTWSVPKTTSELRSFLGLASYYRRFVPGFASIATPMHALIGHCQPSSKKSKKRHGSTSSHTKEFVWTEEVDKAFCTLKDALTTTPVLGYPQFGKKFVVEIDASLKGLGACLSQHGEDGGLHPLVYASRGLRQAERSYPDYSSFKLELLGLKWAIADKFREYLIGSQVEVLTDHNPLAHLGTAKLGATEQRWVAQLAPFDLQIRYRPGRTNKCADALSRRPVESEHETMEPLVKQVLHCSVMPVEVEQNISNDQPVSEMMTPGVLPSYDLEQLSTLQQDDGGLSVVLSLWRAGWKPGELIPNNTAEVRGWLREWTQIVEKQKVLFRRVMIQGDVVDQLLVPVSIRQTILQAVHEGWGHQGVTRTLGLLRSRCFWPGLQGDVRRHIKKCFNCTVAKAPTPTVKTPMRHLLAFKPLEVLGIDFLKMDRGKGGYENILVMSDVYTKYAQAIPCRDQTAHTVARVLRDSWFVHYGIPLRLHSDQGRDFEGNLIQELCVLYGIKKSRTTPYHPEGNGQVERFNRTLCSIIRSMEPSDRRKWPETLSHLVFIYNTTPHRSTGYSPYRLMYGREPSLPIDQLLSRTEQSWDEDFVETQAAALSRMNKLVEKNLKEIVLGNKIKHDKQVKSSPLEVGQQVLLKRMAFTTRHKLKDKFYRDPYVIVDVNREGDVYSIRPIHGGKVKTVNRKLLIPDPRSSNAVVEPPIQIWQSNDEDRSQSSDSGTDESSSEEEGHDIFQFYPLSLNEQEAACQVQTQNTRRSNRLTKGVHGNPYHLPRSTLPNS

Target ORF information:

RefSeq Version	XM_011666228.1
Organism	Strongylocentrotus purpuratus(purple sea urchin)
Definition	Strongylocentrotus purpuratus transposon Ty3-I Gag-Pol polyprotein (LOC100894010), transcript variant X2, mRNA.

Target ORF information:

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

XM_011666228.1

ORF Insert Sequence:

ATGCCAGGTG GTGTTGAAGA TGACCCAACT ACGTCGGCAG GAGCTTCAGC TCAACCTCCA 
GGCCTCGCTG AGATGGTGGC AGCCCTTACA GGGGCCTTTC AGAACTTGTC GTCCCCAAGA 
GGTCTGCCAG CTGTGAAGTT AAGTAGGTTT AGTGGATTTC CCCATAAACA AGGAGACCCG 
ACAATCAACG AATGGCTGCA GGAATTTGAT GAGTACTGCA GTTACTACAA ACTAGGAAGC 
AGAGAAGAAG CGAAGGTTCT GCTAACCCAT CTTACAGACT CAGCCAAAGA TGAAGCAAGA 
TGTTACGACT CTTCAGTCAG GGAGGATAGT AAGGCTTTAA AAAAAGCATT GAAGTCACGT 
TATGGCCTGA AGGAAACGGT ACAACCACTC AGCACAGAGT TACATGCTAG GGTGCAAAAG 
TCGGGGGAGA CCTTAGCGGA TTTCAGCAGT GGGCTTATTC GCCTTTACGA CCGTATGGAG 
TCGGCAGCAA GCGGAGATGA AAGAGCGGCC CTGACCATGT TGCGGGACAA CACCCTTAAG 
GAGCGATTTG TCACTGGAGT GAGGGACAAA CAAATCCAGA GGGAACTCCG TCGCATACTG 
TTTTCTGCTG AGGGCAAGCC CTTCATTGAC ATGCGGAAGG AAGTTCTCCA AACGTTCCAG 
GATGACGACA CAGTGACGTC AAGGCCCAGT ATCAGAGAGT GTGAGGTAGA GACAGCGAGA 
GCATCAGTGA CGGCTGAAGA CCAAACTATC AAAAGCATGA AGAGTGAGAT CACTGAGCTA 
AAGGAGACTT TGAAAGAGGT AGTTCAAGCC ATGAGAGGAA TGACCAACAA TCCTAGGCAG 
AGTTCCACAT CATTCTGCTA TAACTGCAAC AAGAAAGGGC ATCTAAAGCG AGAATGTAAT 
TCACCCACTC TCTGCTACGG ATGTAAACAG ACAGGGCATA TGAGGAGGGA TTGTCCAAGG 
GAAGTAGGGG TTCGACAATC GCCAAGCACT CCACGGATAC AAGACACAAC ATCTCAAGAG 
GACCAGATGC AAGGGAATAT AAGGAGCTTA GACGCTGGTG GGAGCAACAA AGTACCTAGC 
TTGGTGTCTA CAAGTCCCAA GTCTGTAGTA GGAATAGCAG GAGTACCCAC AGGCTGTATT 
TTAGACACCG GAGCAGAGGC TAGTTTAATT CCTGTATCCT ACTATGAAGA GCAGTTGAAG 
GAAGTTCTTG GTCCCCTTGA TGGTAGTGGG GCTGGAATCA GAGTTGTCGG CATCAATGAG 
AGCAGAGTGC CAGTGATTGG GTACATCCAC ACCTTCATCA CTTTGAATGG GCAGTCCATT 
GATGTTGGGT TCCTAGTGAT CAACGATGAA ATGCATACCA AGAAGAAGAC CGACTATCCT 
GTTCTCCTTG GATGTAATGC ACTCCGGCCA GTAATACGAA GGAGAGCTTT TAAGGATGAT 
GACGAAGATT GGAGACTTGT CGAGATGACC CTCAATCTGG CACGTGAAAA CGAGAGCACT 
GCAACTCAAG ACTCACTCTT GTCATCCAAG GAAAACAAAG TCCTTCCTCC ACTGACGGTT 
CATCGAGTGG AATGTTTGAT AAATGATGCA CCCTCCTTCA ATGAGAATAT TCTGATAAAT 
AGGCCAGATG AACAGGACAG CAGTGTAAAC CCTCTAGTGC AGAAAGGACT GGATGTCTAT 
GACACATGTA CCAGAGTTGA TGGACCAGAC TTCCAGGTTA CTGTTGTAAA CAGATCCACC 
CAACAATTAG AGATCATGGA AGGTATGGTT TTGGCGTCTG CCACTGAGGT TAAGGAACAC 
CATGAGATTA TTGTGCAGGA AAAAGATGGG GTCGTTGAAG TCGATGTAAT GAAGATAATG 
ATTGAACCTG GTGCTGAGGT AGCTAGTAGT AGTACACAGA ATGACTCTCA AACTCAGACT 
CCCCAAGAAG GCATGGAGCA CACCTGTATG GATGGCGAGA GCATTGAATT GCCAGTAGGT 
GTGAAACTGG ATCATCTCTC GGGAGAAGAA GCAGACTCCA TAGCCCAACT TTTAGCTAAG 
CATCGATCAG CCTTTGCCAA GAGTGACATG GACCTCGGAA ACTGTAAGGT GATCCCACAT 
CAGATCCGAA CATCGGATGG ACCACCTATT CGCCTGCCCT ATCGTCGAAT TCCCCCTAAC 
CACATGCCAG AACTGAAAGC CCTGCTGCAA GAGATGCTAG AGAAGGGAAT CATCAAGCAA 
TCATGCAGTC CCTATGCGAG TCCGGTAGTA CCAGTGCGTA AGAAGGATGG ATCGATGAGA 
ATATGCATCG ACTACCGGCA GCTGAATGCT CGTACAGTAC GGGATTCCTT CCCCCTTCCG 
AGGATTGAGG AGACTCTGGA AGCCCTTGGA GGAGCTAAAT TCTTTAGCTC TCTTGACCTC 
GCTAACGGTT ATTTCCAAAT AGCAATGGAT GAGAACTCCA TCGACAAGAC AGCCTTCAGA 
GTTCCATGGG GTCTATTTGA GTTTTTGAGA ATGCCCCAAG GATTGGTGAA CAGCCCAAGT 
ACCTTCCAGA GGGTAATGGA GCTAGTATTA GGAGATCTCA ACCTGACCCA ATTGGTGATC 
TACCTCGACG ATATTCTTGT GTTCTCAAGT ACACTGGAGG AGCACTTGAC TCGACTGGAA 
GCAGTATTTA GACGACTAAC AGAGTATGGT CTGAAGCTGA AAGGAAAGAA GTGTCAGTTC 
CTTCAAGAAG AAGTCCACCA CCTCGGGCAT GTCGTCACTG CCTCGGGCAT ATCCGTTGAC 
CCTAAGAAGA TAGAGACTAT CAAGACATGG TCCGTACCCA AGACTACTTC TGAGTTGAGA 
TCCTTCCTTG GACTTGCGTC CTACTATCGT AGATTTGTTC CAGGATTTGC AAGCATTGCT 
ACTCCCATGC ATGCTTTGAT CGGTCATTGC CAGCCTTCCT CTAAGAAATC CAAGAAGCGA 
CACGGAAGCA CTTCTAGTCA CACAAAAGAG TTTGTTTGGA CAGAAGAGGT GGATAAGGCG 
TTTTGTACGC TGAAGGATGC TCTAACGACC ACACCAGTCC TTGGATACCC ACAGTTTGGC 
AAGAAGTTTG TGGTGGAGAT AGATGCCTCC CTCAAGGGAC TAGGTGCATG CTTATCACAA 
CACGGAGAAG ATGGGGGACT ACACCCACTT GTATACGCAA GCCGAGGACT TCGCCAGGCT 
GAGAGGAGTT ATCCCGATTA CTCAAGTTTC AAGCTAGAGC TGCTTGGTCT GAAGTGGGCG 
ATAGCTGATA AGTTCCGGGA GTACCTTATA GGAAGTCAGG TCGAAGTACT CACTGATCAT 
AACCCTCTAG CACACCTAGG AACTGCAAAG CTAGGAGCAA CAGAGCAAAG GTGGGTTGCT 
CAGTTAGCCC CATTCGACCT ACAGATCAGA TATCGACCAG GAAGAACTAA CAAGTGTGCT 
GATGCTCTCA GCCGTCGACC AGTTGAGTCA GAGCATGAAA CCATGGAGCC ATTGGTTAAG 
CAGGTTCTTC ACTGTTCAGT GATGCCAGTT GAAGTAGAAC AGAACATAAG TAATGATCAG 
CCAGTATCAG AGATGATGAC ACCTGGTGTG CTCCCATCGT ATGACCTTGA GCAATTGTCA 
ACACTCCAGC AGGATGACGG AGGGCTGAGC GTTGTGTTGA GTCTATGGAG AGCTGGATGG 
AAACCAGGGG AGTTGATACC AAATAACACA GCTGAAGTGA GAGGTTGGCT TCGAGAATGG 
ACACAAATAG TGGAGAAGCA AAAAGTGTTA TTCCGACGAG TTATGATACA AGGGGATGTT 
GTTGATCAAC TCCTTGTCCC AGTTAGTATT CGACAGACTA TCCTGCAGGC CGTGCATGAA 
GGATGGGGCC ATCAAGGTGT AACTCGGACT CTAGGCTTGT TGCGTTCAAG ATGCTTTTGG 
CCAGGTCTAC AAGGCGATGT TCGTCGACAT ATCAAGAAAT GTTTCAACTG TACAGTGGCG 
AAAGCACCTA CCCCCACAGT AAAGACACCA ATGAGGCATC TGCTCGCATT CAAACCACTA 
GAGGTCCTTG GAATTGATTT TCTCAAGATG GATCGGGGAA AAGGAGGTTA TGAAAACATA 
CTCGTCATGT CAGATGTATA CACCAAGTAC GCGCAGGCTA TCCCTTGTAG GGATCAAACG 
GCCCACACAG TAGCTCGAGT CCTCAGAGAC AGCTGGTTCG TCCACTATGG AATACCACTA 
CGGCTCCACT CAGATCAAGG GAGAGATTTC GAAGGGAACT TGATCCAGGA ACTATGCGTC 
TTGTATGGTA TTAAAAAGTC AAGGACTACG CCTTACCACC CAGAGGGAAA CGGCCAGGTG 
GAGCGTTTCA ATAGGACGTT GTGCAGCATC ATCCGATCGA TGGAGCCATC AGATAGGAGG 
AAGTGGCCCG AGACATTGTC CCATCTAGTG TTTATTTATA ACACTACACC ACATCGATCC 
ACTGGATATT CTCCATACAG ACTGATGTAT GGGAGAGAAC CATCCCTACC CATAGATCAA 
CTACTGTCTC GTACTGAGCA ATCATGGGAC GAAGACTTTG TCGAGACACA GGCAGCTGCA 
TTGAGCAGGA TGAACAAACT TGTTGAGAAG AATCTTAAGG AGATAGTGTT AGGGAATAAG 
ATCAAGCATG ACAAGCAGGT GAAATCTTCT CCCTTGGAGG TTGGGCAGCA AGTACTACTG 
AAGAGGATGG CCTTCACGAC GAGGCATAAG CTAAAGGACA AGTTTTACCG AGATCCGTAT 
GTCATTGTTG ATGTCAATAG AGAAGGTGAT GTCTATAGTA TTCGTCCAAT TCATGGCGGG 
AAGGTAAAGA CAGTAAACAG AAAACTACTG ATCCCTGACC CAAGGAGTAG TAACGCAGTA 
GTTGAACCTC CCATTCAGAT ATGGCAGTCG AATGATGAAG ATAGAAGCCA GTCCAGTGAT 
AGTGGAACTG ATGAGTCCAG CAGTGAAGAG GAAGGACATG ATATATTCCA ATTTTATCCT 
CTATCTTTAA ATGAGCAAGA AGCAGCATGT CAAGTACAGA CTCAGAATAC TCGTCGTTCA 
AATAGATTAA CAAAGGGGGT ACATGGGAAT CCTTACCATC TTCCACGGTC AACTCTTCCT 
AACAGTTGA

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

LOC100894010 ( XM_011666227.1 ) cDNA ORF clone, Strongylocentrotus purpuratus(purple sea urchin) -> XP_011664529.1 Strongylocentrotus purpuratus transposon Ty3-I Gag-Pol polyprotein (LOC100894010), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OSd13925
Clone ID Related Accession (Same CDS sequence)	XM_011666228.1 , XM_011666227.1
Accession Version	XM_011666227.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5109bp) 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	1427040000000
Organism	Strongylocentrotus purpuratus(purple sea urchin)
Product	transposon Ty3-I Gag-Pol polyprotein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011971705.1) 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 :: Strongylocentrotus purpuratus Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCAGGTG GTGTTGAAGA TGACCCAACT ACGTCGGCAG GAGCTTCAGC TCAACCTCCA 
GGCCTCGCTG AGATGGTGGC AGCCCTTACA GGGGCCTTTC AGAACTTGTC GTCCCCAAGA 
GGTCTGCCAG CTGTGAAGTT AAGTAGGTTT AGTGGATTTC CCCATAAACA AGGAGACCCG 
ACAATCAACG AATGGCTGCA GGAATTTGAT GAGTACTGCA GTTACTACAA ACTAGGAAGC 
AGAGAAGAAG CGAAGGTTCT GCTAACCCAT CTTACAGACT CAGCCAAAGA TGAAGCAAGA 
TGTTACGACT CTTCAGTCAG GGAGGATAGT AAGGCTTTAA AAAAAGCATT GAAGTCACGT 
TATGGCCTGA AGGAAACGGT ACAACCACTC AGCACAGAGT TACATGCTAG GGTGCAAAAG 
TCGGGGGAGA CCTTAGCGGA TTTCAGCAGT GGGCTTATTC GCCTTTACGA CCGTATGGAG 
TCGGCAGCAA GCGGAGATGA AAGAGCGGCC CTGACCATGT TGCGGGACAA CACCCTTAAG 
GAGCGATTTG TCACTGGAGT GAGGGACAAA CAAATCCAGA GGGAACTCCG TCGCATACTG 
TTTTCTGCTG AGGGCAAGCC CTTCATTGAC ATGCGGAAGG AAGTTCTCCA AACGTTCCAG 
GATGACGACA CAGTGACGTC AAGGCCCAGT ATCAGAGAGT GTGAGGTAGA GACAGCGAGA 
GCATCAGTGA CGGCTGAAGA CCAAACTATC AAAAGCATGA AGAGTGAGAT CACTGAGCTA 
AAGGAGACTT TGAAAGAGGT AGTTCAAGCC ATGAGAGGAA TGACCAACAA TCCTAGGCAG 
AGTTCCACAT CATTCTGCTA TAACTGCAAC AAGAAAGGGC ATCTAAAGCG AGAATGTAAT 
TCACCCACTC TCTGCTACGG ATGTAAACAG ACAGGGCATA TGAGGAGGGA TTGTCCAAGG 
GAAGTAGGGG TTCGACAATC GCCAAGCACT CCACGGATAC AAGACACAAC ATCTCAAGAG 
GACCAGATGC AAGGGAATAT AAGGAGCTTA GACGCTGGTG GGAGCAACAA AGTACCTAGC 
TTGGTGTCTA CAAGTCCCAA GTCTGTAGTA GGAATAGCAG GAGTACCCAC AGGCTGTATT 
TTAGACACCG GAGCAGAGGC TAGTTTAATT CCTGTATCCT ACTATGAAGA GCAGTTGAAG 
GAAGTTCTTG GTCCCCTTGA TGGTAGTGGG GCTGGAATCA GAGTTGTCGG CATCAATGAG 
AGCAGAGTGC CAGTGATTGG GTACATCCAC ACCTTCATCA CTTTGAATGG GCAGTCCATT 
GATGTTGGGT TCCTAGTGAT CAACGATGAA ATGCATACCA AGAAGAAGAC CGACTATCCT 
GTTCTCCTTG GATGTAATGC ACTCCGGCCA GTAATACGAA GGAGAGCTTT TAAGGATGAT 
GACGAAGATT GGAGACTTGT CGAGATGACC CTCAATCTGG CACGTGAAAA CGAGAGCACT 
GCAACTCAAG ACTCACTCTT GTCATCCAAG GAAAACAAAG TCCTTCCTCC ACTGACGGTT 
CATCGAGTGG AATGTTTGAT AAATGATGCA CCCTCCTTCA ATGAGAATAT TCTGATAAAT 
AGGCCAGATG AACAGGACAG CAGTGTAAAC CCTCTAGTGC AGAAAGGACT GGATGTCTAT 
GACACATGTA CCAGAGTTGA TGGACCAGAC TTCCAGGTTA CTGTTGTAAA CAGATCCACC 
CAACAATTAG AGATCATGGA AGGTATGGTT TTGGCGTCTG CCACTGAGGT TAAGGAACAC 
CATGAGATTA TTGTGCAGGA AAAAGATGGG GTCGTTGAAG TCGATGTAAT GAAGATAATG 
ATTGAACCTG GTGCTGAGGT AGCTAGTAGT AGTACACAGA ATGACTCTCA AACTCAGACT 
CCCCAAGAAG GCATGGAGCA CACCTGTATG GATGGCGAGA GCATTGAATT GCCAGTAGGT 
GTGAAACTGG ATCATCTCTC GGGAGAAGAA GCAGACTCCA TAGCCCAACT TTTAGCTAAG 
CATCGATCAG CCTTTGCCAA GAGTGACATG GACCTCGGAA ACTGTAAGGT GATCCCACAT 
CAGATCCGAA CATCGGATGG ACCACCTATT CGCCTGCCCT ATCGTCGAAT TCCCCCTAAC 
CACATGCCAG AACTGAAAGC CCTGCTGCAA GAGATGCTAG AGAAGGGAAT CATCAAGCAA 
TCATGCAGTC CCTATGCGAG TCCGGTAGTA CCAGTGCGTA AGAAGGATGG ATCGATGAGA 
ATATGCATCG ACTACCGGCA GCTGAATGCT CGTACAGTAC GGGATTCCTT CCCCCTTCCG 
AGGATTGAGG AGACTCTGGA AGCCCTTGGA GGAGCTAAAT TCTTTAGCTC TCTTGACCTC 
GCTAACGGTT ATTTCCAAAT AGCAATGGAT GAGAACTCCA TCGACAAGAC AGCCTTCAGA 
GTTCCATGGG GTCTATTTGA GTTTTTGAGA ATGCCCCAAG GATTGGTGAA CAGCCCAAGT 
ACCTTCCAGA GGGTAATGGA GCTAGTATTA GGAGATCTCA ACCTGACCCA ATTGGTGATC 
TACCTCGACG ATATTCTTGT GTTCTCAAGT ACACTGGAGG AGCACTTGAC TCGACTGGAA 
GCAGTATTTA GACGACTAAC AGAGTATGGT CTGAAGCTGA AAGGAAAGAA GTGTCAGTTC 
CTTCAAGAAG AAGTCCACCA CCTCGGGCAT GTCGTCACTG CCTCGGGCAT ATCCGTTGAC 
CCTAAGAAGA TAGAGACTAT CAAGACATGG TCCGTACCCA AGACTACTTC TGAGTTGAGA 
TCCTTCCTTG GACTTGCGTC CTACTATCGT AGATTTGTTC CAGGATTTGC AAGCATTGCT 
ACTCCCATGC ATGCTTTGAT CGGTCATTGC CAGCCTTCCT CTAAGAAATC CAAGAAGCGA 
CACGGAAGCA CTTCTAGTCA CACAAAAGAG TTTGTTTGGA CAGAAGAGGT GGATAAGGCG 
TTTTGTACGC TGAAGGATGC TCTAACGACC ACACCAGTCC TTGGATACCC ACAGTTTGGC 
AAGAAGTTTG TGGTGGAGAT AGATGCCTCC CTCAAGGGAC TAGGTGCATG CTTATCACAA 
CACGGAGAAG ATGGGGGACT ACACCCACTT GTATACGCAA GCCGAGGACT TCGCCAGGCT 
GAGAGGAGTT ATCCCGATTA CTCAAGTTTC AAGCTAGAGC TGCTTGGTCT GAAGTGGGCG 
ATAGCTGATA AGTTCCGGGA GTACCTTATA GGAAGTCAGG TCGAAGTACT CACTGATCAT 
AACCCTCTAG CACACCTAGG AACTGCAAAG CTAGGAGCAA CAGAGCAAAG GTGGGTTGCT 
CAGTTAGCCC CATTCGACCT ACAGATCAGA TATCGACCAG GAAGAACTAA CAAGTGTGCT 
GATGCTCTCA GCCGTCGACC AGTTGAGTCA GAGCATGAAA CCATGGAGCC ATTGGTTAAG 
CAGGTTCTTC ACTGTTCAGT GATGCCAGTT GAAGTAGAAC AGAACATAAG TAATGATCAG 
CCAGTATCAG AGATGATGAC ACCTGGTGTG CTCCCATCGT ATGACCTTGA GCAATTGTCA 
ACACTCCAGC AGGATGACGG AGGGCTGAGC GTTGTGTTGA GTCTATGGAG AGCTGGATGG 
AAACCAGGGG AGTTGATACC AAATAACACA GCTGAAGTGA GAGGTTGGCT TCGAGAATGG 
ACACAAATAG TGGAGAAGCA AAAAGTGTTA TTCCGACGAG TTATGATACA AGGGGATGTT 
GTTGATCAAC TCCTTGTCCC AGTTAGTATT CGACAGACTA TCCTGCAGGC CGTGCATGAA 
GGATGGGGCC ATCAAGGTGT AACTCGGACT CTAGGCTTGT TGCGTTCAAG ATGCTTTTGG 
CCAGGTCTAC AAGGCGATGT TCGTCGACAT ATCAAGAAAT GTTTCAACTG TACAGTGGCG 
AAAGCACCTA CCCCCACAGT AAAGACACCA ATGAGGCATC TGCTCGCATT CAAACCACTA 
GAGGTCCTTG GAATTGATTT TCTCAAGATG GATCGGGGAA AAGGAGGTTA TGAAAACATA 
CTCGTCATGT CAGATGTATA CACCAAGTAC GCGCAGGCTA TCCCTTGTAG GGATCAAACG 
GCCCACACAG TAGCTCGAGT CCTCAGAGAC AGCTGGTTCG TCCACTATGG AATACCACTA 
CGGCTCCACT CAGATCAAGG GAGAGATTTC GAAGGGAACT TGATCCAGGA ACTATGCGTC 
TTGTATGGTA TTAAAAAGTC AAGGACTACG CCTTACCACC CAGAGGGAAA CGGCCAGGTG 
GAGCGTTTCA ATAGGACGTT GTGCAGCATC ATCCGATCGA TGGAGCCATC AGATAGGAGG 
AAGTGGCCCG AGACATTGTC CCATCTAGTG TTTATTTATA ACACTACACC ACATCGATCC 
ACTGGATATT CTCCATACAG ACTGATGTAT GGGAGAGAAC CATCCCTACC CATAGATCAA 
CTACTGTCTC GTACTGAGCA ATCATGGGAC GAAGACTTTG TCGAGACACA GGCAGCTGCA 
TTGAGCAGGA TGAACAAACT TGTTGAGAAG AATCTTAAGG AGATAGTGTT AGGGAATAAG 
ATCAAGCATG ACAAGCAGGT GAAATCTTCT CCCTTGGAGG TTGGGCAGCA AGTACTACTG 
AAGAGGATGG CCTTCACGAC GAGGCATAAG CTAAAGGACA AGTTTTACCG AGATCCGTAT 
GTCATTGTTG ATGTCAATAG AGAAGGTGAT GTCTATAGTA TTCGTCCAAT TCATGGCGGG 
AAGGTAAAGA CAGTAAACAG AAAACTACTG ATCCCTGACC CAAGGAGTAG TAACGCAGTA 
GTTGAACCTC CCATTCAGAT ATGGCAGTCG AATGATGAAG ATAGAAGCCA GTCCAGTGAT 
AGTGGAACTG ATGAGTCCAG CAGTGAAGAG GAAGGACATG ATATATTCCA ATTTTATCCT 
CTATCTTTAA ATGAGCAAGA AGCAGCATGT CAAGTACAGA CTCAGAATAC TCGTCGTTCA 
AATAGATTAA CAAAGGGGGT ACATGGGAAT CCTTACCATC TTCCACGGTC AACTCTTCCT 
AACAGTTGA

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

RefSeq	XP_011664529.1
CDS	510..5618
Translation	MPGGVEDDPTTSAGASAQPPGLAEMVAALTGAFQNLSSPRGLPAVKLSRFSGFPHKQGDPTINEWLQEFDEYCSYYKLGSREEAKVLLTHLTDSAKDEARCYDSSVREDSKALKKALKSRYGLKETVQPLSTELHARVQKSGETLADFSSGLIRLYDRMESAASGDERAALTMLRDNTLKERFVTGVRDKQIQRELRRILFSAEGKPFIDMRKEVLQTFQDDDTVTSRPSIRECEVETARASVTAEDQTIKSMKSEITELKETLKEVVQAMRGMTNNPRQSSTSFCYNCNKKGHLKRECNSPTLCYGCKQTGHMRRDCPREVGVRQSPSTPRIQDTTSQEDQMQGNIRSLDAGGSNKVPSLVSTSPKSVVGIAGVPTGCILDTGAEASLIPVSYYEEQLKEVLGPLDGSGAGIRVVGINESRVPVIGYIHTFITLNGQSIDVGFLVINDEMHTKKKTDYPVLLGCNALRPVIRRRAFKDDDEDWRLVEMTLNLARENESTATQDSLLSSKENKVLPPLTVHRVECLINDAPSFNENILINRPDEQDSSVNPLVQKGLDVYDTCTRVDGPDFQVTVVNRSTQQLEIMEGMVLASATEVKEHHEIIVQEKDGVVEVDVMKIMIEPGAEVASSSTQNDSQTQTPQEGMEHTCMDGESIELPVGVKLDHLSGEEADSIAQLLAKHRSAFAKSDMDLGNCKVIPHQIRTSDGPPIRLPYRRIPPNHMPELKALLQEMLEKGIIKQSCSPYASPVVPVRKKDGSMRICIDYRQLNARTVRDSFPLPRIEETLEALGGAKFFSSLDLANGYFQIAMDENSIDKTAFRVPWGLFEFLRMPQGLVNSPSTFQRVMELVLGDLNLTQLVIYLDDILVFSSTLEEHLTRLEAVFRRLTEYGLKLKGKKCQFLQEEVHHLGHVVTASGISVDPKKIETIKTWSVPKTTSELRSFLGLASYYRRFVPGFASIATPMHALIGHCQPSSKKSKKRHGSTSSHTKEFVWTEEVDKAFCTLKDALTTTPVLGYPQFGKKFVVEIDASLKGLGACLSQHGEDGGLHPLVYASRGLRQAERSYPDYSSFKLELLGLKWAIADKFREYLIGSQVEVLTDHNPLAHLGTAKLGATEQRWVAQLAPFDLQIRYRPGRTNKCADALSRRPVESEHETMEPLVKQVLHCSVMPVEVEQNISNDQPVSEMMTPGVLPSYDLEQLSTLQQDDGGLSVVLSLWRAGWKPGELIPNNTAEVRGWLREWTQIVEKQKVLFRRVMIQGDVVDQLLVPVSIRQTILQAVHEGWGHQGVTRTLGLLRSRCFWPGLQGDVRRHIKKCFNCTVAKAPTPTVKTPMRHLLAFKPLEVLGIDFLKMDRGKGGYENILVMSDVYTKYAQAIPCRDQTAHTVARVLRDSWFVHYGIPLRLHSDQGRDFEGNLIQELCVLYGIKKSRTTPYHPEGNGQVERFNRTLCSIIRSMEPSDRRKWPETLSHLVFIYNTTPHRSTGYSPYRLMYGREPSLPIDQLLSRTEQSWDEDFVETQAAALSRMNKLVEKNLKEIVLGNKIKHDKQVKSSPLEVGQQVLLKRMAFTTRHKLKDKFYRDPYVIVDVNREGDVYSIRPIHGGKVKTVNRKLLIPDPRSSNAVVEPPIQIWQSNDEDRSQSSDSGTDESSSEEEGHDIFQFYPLSLNEQEAACQVQTQNTRRSNRLTKGVHGNPYHLPRSTLPNS

Target ORF information:

RefSeq Version	XM_011666227.1
Organism	Strongylocentrotus purpuratus(purple sea urchin)
Definition	Strongylocentrotus purpuratus transposon Ty3-I Gag-Pol polyprotein (LOC100894010), transcript variant X1, mRNA.

Target ORF information:

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

XM_011666227.1

ORF Insert Sequence:

ATGCCAGGTG GTGTTGAAGA TGACCCAACT ACGTCGGCAG GAGCTTCAGC TCAACCTCCA 
GGCCTCGCTG AGATGGTGGC AGCCCTTACA GGGGCCTTTC AGAACTTGTC GTCCCCAAGA 
GGTCTGCCAG CTGTGAAGTT AAGTAGGTTT AGTGGATTTC CCCATAAACA AGGAGACCCG 
ACAATCAACG AATGGCTGCA GGAATTTGAT GAGTACTGCA GTTACTACAA ACTAGGAAGC 
AGAGAAGAAG CGAAGGTTCT GCTAACCCAT CTTACAGACT CAGCCAAAGA TGAAGCAAGA 
TGTTACGACT CTTCAGTCAG GGAGGATAGT AAGGCTTTAA AAAAAGCATT GAAGTCACGT 
TATGGCCTGA AGGAAACGGT ACAACCACTC AGCACAGAGT TACATGCTAG GGTGCAAAAG 
TCGGGGGAGA CCTTAGCGGA TTTCAGCAGT GGGCTTATTC GCCTTTACGA CCGTATGGAG 
TCGGCAGCAA GCGGAGATGA AAGAGCGGCC CTGACCATGT TGCGGGACAA CACCCTTAAG 
GAGCGATTTG TCACTGGAGT GAGGGACAAA CAAATCCAGA GGGAACTCCG TCGCATACTG 
TTTTCTGCTG AGGGCAAGCC CTTCATTGAC ATGCGGAAGG AAGTTCTCCA AACGTTCCAG 
GATGACGACA CAGTGACGTC AAGGCCCAGT ATCAGAGAGT GTGAGGTAGA GACAGCGAGA 
GCATCAGTGA CGGCTGAAGA CCAAACTATC AAAAGCATGA AGAGTGAGAT CACTGAGCTA 
AAGGAGACTT TGAAAGAGGT AGTTCAAGCC ATGAGAGGAA TGACCAACAA TCCTAGGCAG 
AGTTCCACAT CATTCTGCTA TAACTGCAAC AAGAAAGGGC ATCTAAAGCG AGAATGTAAT 
TCACCCACTC TCTGCTACGG ATGTAAACAG ACAGGGCATA TGAGGAGGGA TTGTCCAAGG 
GAAGTAGGGG TTCGACAATC GCCAAGCACT CCACGGATAC AAGACACAAC ATCTCAAGAG 
GACCAGATGC AAGGGAATAT AAGGAGCTTA GACGCTGGTG GGAGCAACAA AGTACCTAGC 
TTGGTGTCTA CAAGTCCCAA GTCTGTAGTA GGAATAGCAG GAGTACCCAC AGGCTGTATT 
TTAGACACCG GAGCAGAGGC TAGTTTAATT CCTGTATCCT ACTATGAAGA GCAGTTGAAG 
GAAGTTCTTG GTCCCCTTGA TGGTAGTGGG GCTGGAATCA GAGTTGTCGG CATCAATGAG 
AGCAGAGTGC CAGTGATTGG GTACATCCAC ACCTTCATCA CTTTGAATGG GCAGTCCATT 
GATGTTGGGT TCCTAGTGAT CAACGATGAA ATGCATACCA AGAAGAAGAC CGACTATCCT 
GTTCTCCTTG GATGTAATGC ACTCCGGCCA GTAATACGAA GGAGAGCTTT TAAGGATGAT 
GACGAAGATT GGAGACTTGT CGAGATGACC CTCAATCTGG CACGTGAAAA CGAGAGCACT 
GCAACTCAAG ACTCACTCTT GTCATCCAAG GAAAACAAAG TCCTTCCTCC ACTGACGGTT 
CATCGAGTGG AATGTTTGAT AAATGATGCA CCCTCCTTCA ATGAGAATAT TCTGATAAAT 
AGGCCAGATG AACAGGACAG CAGTGTAAAC CCTCTAGTGC AGAAAGGACT GGATGTCTAT 
GACACATGTA CCAGAGTTGA TGGACCAGAC TTCCAGGTTA CTGTTGTAAA CAGATCCACC 
CAACAATTAG AGATCATGGA AGGTATGGTT TTGGCGTCTG CCACTGAGGT TAAGGAACAC 
CATGAGATTA TTGTGCAGGA AAAAGATGGG GTCGTTGAAG TCGATGTAAT GAAGATAATG 
ATTGAACCTG GTGCTGAGGT AGCTAGTAGT AGTACACAGA ATGACTCTCA AACTCAGACT 
CCCCAAGAAG GCATGGAGCA CACCTGTATG GATGGCGAGA GCATTGAATT GCCAGTAGGT 
GTGAAACTGG ATCATCTCTC GGGAGAAGAA GCAGACTCCA TAGCCCAACT TTTAGCTAAG 
CATCGATCAG CCTTTGCCAA GAGTGACATG GACCTCGGAA ACTGTAAGGT GATCCCACAT 
CAGATCCGAA CATCGGATGG ACCACCTATT CGCCTGCCCT ATCGTCGAAT TCCCCCTAAC 
CACATGCCAG AACTGAAAGC CCTGCTGCAA GAGATGCTAG AGAAGGGAAT CATCAAGCAA 
TCATGCAGTC CCTATGCGAG TCCGGTAGTA CCAGTGCGTA AGAAGGATGG ATCGATGAGA 
ATATGCATCG ACTACCGGCA GCTGAATGCT CGTACAGTAC GGGATTCCTT CCCCCTTCCG 
AGGATTGAGG AGACTCTGGA AGCCCTTGGA GGAGCTAAAT TCTTTAGCTC TCTTGACCTC 
GCTAACGGTT ATTTCCAAAT AGCAATGGAT GAGAACTCCA TCGACAAGAC AGCCTTCAGA 
GTTCCATGGG GTCTATTTGA GTTTTTGAGA ATGCCCCAAG GATTGGTGAA CAGCCCAAGT 
ACCTTCCAGA GGGTAATGGA GCTAGTATTA GGAGATCTCA ACCTGACCCA ATTGGTGATC 
TACCTCGACG ATATTCTTGT GTTCTCAAGT ACACTGGAGG AGCACTTGAC TCGACTGGAA 
GCAGTATTTA GACGACTAAC AGAGTATGGT CTGAAGCTGA AAGGAAAGAA GTGTCAGTTC 
CTTCAAGAAG AAGTCCACCA CCTCGGGCAT GTCGTCACTG CCTCGGGCAT ATCCGTTGAC 
CCTAAGAAGA TAGAGACTAT CAAGACATGG TCCGTACCCA AGACTACTTC TGAGTTGAGA 
TCCTTCCTTG GACTTGCGTC CTACTATCGT AGATTTGTTC CAGGATTTGC AAGCATTGCT 
ACTCCCATGC ATGCTTTGAT CGGTCATTGC CAGCCTTCCT CTAAGAAATC CAAGAAGCGA 
CACGGAAGCA CTTCTAGTCA CACAAAAGAG TTTGTTTGGA CAGAAGAGGT GGATAAGGCG 
TTTTGTACGC TGAAGGATGC TCTAACGACC ACACCAGTCC TTGGATACCC ACAGTTTGGC 
AAGAAGTTTG TGGTGGAGAT AGATGCCTCC CTCAAGGGAC TAGGTGCATG CTTATCACAA 
CACGGAGAAG ATGGGGGACT ACACCCACTT GTATACGCAA GCCGAGGACT TCGCCAGGCT 
GAGAGGAGTT ATCCCGATTA CTCAAGTTTC AAGCTAGAGC TGCTTGGTCT GAAGTGGGCG 
ATAGCTGATA AGTTCCGGGA GTACCTTATA GGAAGTCAGG TCGAAGTACT CACTGATCAT 
AACCCTCTAG CACACCTAGG AACTGCAAAG CTAGGAGCAA CAGAGCAAAG GTGGGTTGCT 
CAGTTAGCCC CATTCGACCT ACAGATCAGA TATCGACCAG GAAGAACTAA CAAGTGTGCT 
GATGCTCTCA GCCGTCGACC AGTTGAGTCA GAGCATGAAA CCATGGAGCC ATTGGTTAAG 
CAGGTTCTTC ACTGTTCAGT GATGCCAGTT GAAGTAGAAC AGAACATAAG TAATGATCAG 
CCAGTATCAG AGATGATGAC ACCTGGTGTG CTCCCATCGT ATGACCTTGA GCAATTGTCA 
ACACTCCAGC AGGATGACGG AGGGCTGAGC GTTGTGTTGA GTCTATGGAG AGCTGGATGG 
AAACCAGGGG AGTTGATACC AAATAACACA GCTGAAGTGA GAGGTTGGCT TCGAGAATGG 
ACACAAATAG TGGAGAAGCA AAAAGTGTTA TTCCGACGAG TTATGATACA AGGGGATGTT 
GTTGATCAAC TCCTTGTCCC AGTTAGTATT CGACAGACTA TCCTGCAGGC CGTGCATGAA 
GGATGGGGCC ATCAAGGTGT AACTCGGACT CTAGGCTTGT TGCGTTCAAG ATGCTTTTGG 
CCAGGTCTAC AAGGCGATGT TCGTCGACAT ATCAAGAAAT GTTTCAACTG TACAGTGGCG 
AAAGCACCTA CCCCCACAGT AAAGACACCA ATGAGGCATC TGCTCGCATT CAAACCACTA 
GAGGTCCTTG GAATTGATTT TCTCAAGATG GATCGGGGAA AAGGAGGTTA TGAAAACATA 
CTCGTCATGT CAGATGTATA CACCAAGTAC GCGCAGGCTA TCCCTTGTAG GGATCAAACG 
GCCCACACAG TAGCTCGAGT CCTCAGAGAC AGCTGGTTCG TCCACTATGG AATACCACTA 
CGGCTCCACT CAGATCAAGG GAGAGATTTC GAAGGGAACT TGATCCAGGA ACTATGCGTC 
TTGTATGGTA TTAAAAAGTC AAGGACTACG CCTTACCACC CAGAGGGAAA CGGCCAGGTG 
GAGCGTTTCA ATAGGACGTT GTGCAGCATC ATCCGATCGA TGGAGCCATC AGATAGGAGG 
AAGTGGCCCG AGACATTGTC CCATCTAGTG TTTATTTATA ACACTACACC ACATCGATCC 
ACTGGATATT CTCCATACAG ACTGATGTAT GGGAGAGAAC CATCCCTACC CATAGATCAA 
CTACTGTCTC GTACTGAGCA ATCATGGGAC GAAGACTTTG TCGAGACACA GGCAGCTGCA 
TTGAGCAGGA TGAACAAACT TGTTGAGAAG AATCTTAAGG AGATAGTGTT AGGGAATAAG 
ATCAAGCATG ACAAGCAGGT GAAATCTTCT CCCTTGGAGG TTGGGCAGCA AGTACTACTG 
AAGAGGATGG CCTTCACGAC GAGGCATAAG CTAAAGGACA AGTTTTACCG AGATCCGTAT 
GTCATTGTTG ATGTCAATAG AGAAGGTGAT GTCTATAGTA TTCGTCCAAT TCATGGCGGG 
AAGGTAAAGA CAGTAAACAG AAAACTACTG ATCCCTGACC CAAGGAGTAG TAACGCAGTA 
GTTGAACCTC CCATTCAGAT ATGGCAGTCG AATGATGAAG ATAGAAGCCA GTCCAGTGAT 
AGTGGAACTG ATGAGTCCAG CAGTGAAGAG GAAGGACATG ATATATTCCA ATTTTATCCT 
CTATCTTTAA ATGAGCAAGA AGCAGCATGT CAAGTACAGA CTCAGAATAC TCGTCGTTCA 
AATAGATTAA CAAAGGGGGT ACATGGGAAT CCTTACCATC TTCCACGGTC AACTCTTCCT 
AACAGTTGA

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

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LOC100894010 cDNA ORF clone, Strongylocentrotus purpuratus(purple sea urchin)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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