LOC592784 cDNA ORF clone, Strongylocentrotus purpuratus(purple sea urchin)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC592784
Entrez Gene ID	592784
Full Name	copper-transporting ATPase 2
Gene Type	protein-coding
Organism	Strongylocentrotus purpuratus(purple sea urchin)

mRNA and Protein(s)

mRNA	Protein	Name
XM_030980609.1	XP_030836469.1	copper-transporting ATPase 2
XM_011662745.1	XP_011661047.1	copper-transporting ATPase 2

Pathways from BioSystems
Gene Ontology

The following LOC592784 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC592784 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
OSd27431	XM_011662745.1 Latest version!	Strongylocentrotus purpuratus copper-transporting ATPase 2 (LOC592784), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OSd46861	XM_030980609.1 Latest version!	Strongylocentrotus purpuratus copper-transporting ATPase 2 (LOC592784), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

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

LOC592784 ( XM_011662745.1 ) cDNA ORF clone, Strongylocentrotus purpuratus(purple sea urchin) -> XP_011661047.1 Strongylocentrotus purpuratus copper-transporting ATPase 2 (LOC592784), mRNA.

Price & Availability↑

CloneID	OSd27431
Clone ID Related Accession (Same CDS sequence)	XM_011662745.1
Accession Version	XM_011662745.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4647bp) 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	copper-transporting ATPase 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011996978.1) annotated using gene prediction method: Gnomon, supported by EST evidence. 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGCGACAG AGAGCAGAGG ACATCAGCTG CAGCTCGCAA TAATTGATGT GGAAGGGATG 
ACATGTAACT CCTGTGTGAG GAGTATAGAG GAACGCATGG GTGATACCAA GGGAGTCTAT 
CTTGTGAAGG TGTCGCTGTC AGAGAAAAAA GCATTCGTGA CCTTTGACCC TACAGACATT 
GACCAATCAA CATTGAAGGA TGTGATCTAT GACATGGGCT TTGACGCTTG TTTAGGAAGC 
AATGCGTGTA GTGTGGAATG TGGTGTCGTA TCCATAGCAG GAATGACATG TCAGTCTTGT 
GTGAAAAAGA TTGAAGAGAA GCTAGCAGGA CTAGACGGTG TGGAGAAAGT CAGAGTTCTT 
TTAGAACGGA ACTGTGGAGT CATCATGCTA AACAGGAATA AAATAGGTCT TCTGGATATT 
GTAGGGGAGA TCAGTGCTTT GGGATTCAAT GCTGGCATTG CAAATGGAAT GCCCTCTGAA 
GACGATGGGA AAAACAACAA AAGGGTTGTG ATTGGAATCG AAGGGATGAC GTGTGGCTCG 
TGCGTCAAGT CCATCGAGGG TCATGTAGGG TCACTTCCTG GTGTGAGCAC AATCAATGTC 
TCGCTGGCCA ACAAAGAAGG GATCCTTACC TATGATGCAA CCCTGACCAG TGCAGAGAAA 
CTCAAGGAGG CCATTTATGA CATGGGCTTT GATGCTACAC TTCCTTGTAG CACCCCACCA 
TCCCCAAACA ATGGGACACC TCTAGCCATG GTCATTGTAG GTATCGAAGG GATGACTTGC 
CAGTCTTGTG TGCGGTCAAT CGAAGACAGG ATAGGCACGA TTCAAGGAGT CACCAGCATT 
AAGGTTTCGC TAGAGGATAA GATAGCGGAT GTGAAGTACA TGTCATCTCA GATCAAAGCA 
GAGGAGATTC GCGTGGCAAT ATACGACATG GGTTTCGAAG CAACCCTACC AGAAAGCTTT 
GACGTGAGCG CCCATGACAA GAGCCAAAGG GCTACGCTCC GTGTCGAAGG AATGACTTGC 
GGTTCCTGCG TGAAAAGTAT TGAGAACACT CTGTCGGACC ATCCTGGCTT GGCATCCATA 
CAGGTATCCC TAGAGGGAAA ATCAGCAACT TTGACCTTTG ACCCCCAGGT CACGACACTA 
CTGGCTATCA GGGATGCAAT TTATGACATG GGCTTTGAGT GCTACATGCC TGATCCAGAC 
AATGAAAGAA CTGAAGCAGG AGTACTTGGC ATCCAGGGGA TGACTTGTAA TTCTTGTGTT 
AAGAGCATAG AAGGAATGCT ATCGGACAAC CCTGCTGTGA GGTCAGCCAA GGTCAGCCTG 
AAAGAAGAGA ATGCAATTGT GACCTTTGAC CCCAACACCA TCACAATGGA GCAACTAAAA 
GAGATTGTGT ATGACATGGG CTTTGACGTC ACCATAAAGG AATCCCCATT ACTAGAGATC 
AACTCACCAA ACTCATGCAC ACCATCTTAC TCAACAACTC AAGCGAGTGA ACCTTTATCC 
AAACAATCAC CCATCACTCC CCATGGCGCT TTCATGCAAG AGGTATCCCA GGATTCAGCT 
GGACAGGAAG TGAAAGCTGA CAGCAGCAAG AAGTGCTTCC TACGGGTCAC TGGCATGACC 
TGCAGTTCCT GCGTGGCATT GATAGAAGGC AGGATGGCAA AGCGTGAAGG TATCGAGAGC 
ATTCGCATAT CCCTCATGGC CCAGAAGGCT GAAGTGAAAT ACAATGCCAA GGGCTTGTCA 
CCGTCAAAGA TTGCCAATTT GATAGACGAC CTTGGCTTTG GTGCCGAGGT CATCGACGCA 
GAAGTAGCGA ATGCTAAAGA AGGGGTCATT GAATTACATA TATCTGGCAT GACATGTTCA 
TCCTGTGTAC ATCTTATTGA GTCAGCTCTC GTTAAAAAAA CAGGGATCAA GTTAGCCGCT 
GTTGCCCTGG CGACTAGCAG AGGTCACTTT GAATATGACC CCAATCTCAC AGGACCAAGA 
GATATCATAT TGGCAATCAA GGAGGCAGGT TTTGAGGCGA GCTTGGTTTC CAGTGATAAG 
AATGTACATT CCAGCGTTGA TCATTCCCAG ACCATCAACC AATGGCGTCG GTCGTTCTTC 
ATCTCCTTAC TCTTTGGTGG ACCAGTCATT GCCATCTGGT TGTATGAAAT CATCAGTCAT 
CCTTCTCCTA AGTGTATCTT CCCTGGGGTA TCTATCCTCA ATCTCCTCCT TTCCTCCTCT 
GCACACGGTA CAGGTGCAGT ATCCCTTTGT GTTATAGGGG GCGATACTTC TACGCATTCA 
GCCCATACAA GTCCCTCAAG CTGGGGCGCG CAACATGAGA TGTCCTTATG TTCTGCAACA 
ACCATGTTCT TACACTACTC TGTCATAGTC CTCTTGATAG CCATATGCCG GGAGATCGAG 
ATGGCGCTGG AGCATTACAC CAAGGGAAAG ACTTCAGCAG CCCTAGCCAA GCTCATCTCT 
CTACAAGCAA CAGAAGCTAC CCTGGTCACT ATTGACCCCC AAGGTCAAAG GTCAGAGGAG 
CAGATCAACG TTGACCTCTT GCAGCATGGT GACCTGGTCA AGGTGCGTCC TGGTGAGAAG 
ATCCCTGTGG ACGGAACGGT GGAGGAAGGG ACGTCCATGG TGGATGAGGC TCTGATCACG 
GGGGAGTCCA TGCCCGTCAC TAAGAAGACA GGGAGTACTG TCATAGGAGG AACCATTAAT 
CAGAATGGAG TTCTACTTGT CAAGGCCGTT CATGTTGGAG CAGAAACAAC TCTAGCCAAT 
ATTGTGAAGC TGGTAGAGGA AGCACAGACA TCTAAGGCAC CCATCCAGAA GCTAGCTGAC 
CGCATCGCAG CATACTTTGT CCCTGGTATC GTTATTATCT CCTTGGTAAC ACTCATCTGT 
CACATTGCTA TGGGACTGTC TGGTAATGGC ATGGTGCATC CATCTAGCTC TGAGGCACCC 
ATCCAGAAGC TAGCTGACCG CATCGCAGCA TACTTCGTCC CTGGTATCGT TATTATCTCC 
TTGGTAACAC TCATCTGTCA CATTGCTATG GGACTGTCTG GTAATGGCAT GGTGCATCCA 
TCTAGCTCTG AGACGTTGCC TGAAAACAAG ACGATGATGA TCTGGCAATA CTCCTTCCAG 
TGTGCCATCG CAGTTCTTTG CATTGCTTGC CCCTGCGCAT TGGGACTGGC GACCCCTACG 
GCTGTAATGG TTGGGACCGG GGTCGGAGCA ACCAATGGCA TCCTCATCAA GGGAGGAGAA 
CCTCTAGAAT TAGCTCATAA GGTGAAGACT GTAGTCTTTG ACAAGACAGG AACGATCACC 
CAGGGTAGAC CTACTGTGAC CGATGTGATG GCATTCCACA GCCAGGTGGA AACCTACAAC 
ACAGACAGAC TCCTGGCGGT GGCCGGCTCA GCAGAGCTGG GAAGTGAACA TCCAGTAGGG 
GTAGCGATAG CAAAAAGAGC TAAAGAGGTC TTTGGAACCA GTGCCCTTGC CAAGTGCAGT 
GACTTCCAGG TTGTGCCTGG ATGCGGTATC AAGTGTTCCG TGGATGCCCT CTCCTTGGAA 
CTCCTCCTGC GTCGTCGTCA GCTTGGAGAC GGTTACCAGG ATACAGTCCG GGTGGAGATT 
GACAATGCCA CTGTGGATGT GGTGTCTCCG ACGACGGGAA ACAGTGGGGG GTCGGCCATC 
ATTCCATCCG AGTCCACAGG ACACTTTGCC ATGTCAAAAG GGAATAGGAC TGACCATTAT 
CTGGTTGCTA TCGGTAACCG TGAGTGGATG CATCGTAACT TTGTTCCAAT GTCTGATGGG 
GCTGATGCTG CGTTAGGAGC AAGAGAAGAG TTGGGGCAGA CGGCCGTCCT AGTGGCAATA 
AATGGTGAGC TAGTTGGTAT GATCAGTGTA GCGGATGCGG TCAAGCCTGA GGCAGCAGCA 
GCTATCTGTA CCCTCAAGAA GATGAAACTG GATGTCATGC TACTGACTGG TGACAATAAA 
AAGACTGCTC AGGTCATAGC TGGACAGGTT GGTATTGGGC ATGTCTTTGC TGAAGTTCTT 
CCTCAACACA AAGTGGATAA GATCAGAGAG CTCCAGAAGA GAGGTCATAT TGTTGCCATG 
GTAGGGGATG GGGTCAACGA CTCGCCCGCC TTGGCCCAGG CTGAGATTGG TATCGCCATA 
GGAACAGGCA CGGATGTAGC GGTAGAGGCA GCCAATGTGG TCCTGATCAG AGATGACCTA 
CAGGATGTGG TGGCGGCCAT TGATCTATCC CATAAGACCG TGCAACGGAT TCACATCAAC 
TTCATGTTTG CGCTCGTCTA TAATATTATC GCCATTCCCA TAGCTGCAGG TGCTTTGATG 
CAGTGGGGCA TTGCCCTTCA ACCCTGGATG GCTGCTGGTG CCATGGCGAT GTCAAGCGTG 
TCTGTCGTTA CATCATCACT TCTACTTAAA TTTTACAAAA AGCCAGACAT TGAAAAGGTT 
CCTCAGCACC ACCTATGGCT CTCTAAATGG CTTCCCACGG TCAATAAACA CAAACCTCTC 
TCGTCAGAGG ACATCGAGAT TGGTGTGCGG ACGACCACGA GCAAAGGGCC ATCATGGTTG 
CTAAGGACCA TAGGAAGGGA CAACAGGTCG CGGGACGGCT ACGGTATCAC CTTGCTTCGA 
GAGGAAGATG ACGAAGGTGC TCTTTGA

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

RefSeq	XP_011661047.1
CDS	106..4752
Translation	MATESRGHQLQLAIIDVEGMTCNSCVRSIEERMGDTKGVYLVKVSLSEKKAFVTFDPTDIDQSTLKDVIYDMGFDACLGSNACSVECGVVSIAGMTCQSCVKKIEEKLAGLDGVEKVRVLLERNCGVIMLNRNKIGLLDIVGEISALGFNAGIANGMPSEDDGKNNKRVVIGIEGMTCGSCVKSIEGHVGSLPGVSTINVSLANKEGILTYDATLTSAEKLKEAIYDMGFDATLPCSTPPSPNNGTPLAMVIVGIEGMTCQSCVRSIEDRIGTIQGVTSIKVSLEDKIADVKYMSSQIKAEEIRVAIYDMGFEATLPESFDVSAHDKSQRATLRVEGMTCGSCVKSIENTLSDHPGLASIQVSLEGKSATLTFDPQVTTLLAIRDAIYDMGFECYMPDPDNERTEAGVLGIQGMTCNSCVKSIEGMLSDNPAVRSAKVSLKEENAIVTFDPNTITMEQLKEIVYDMGFDVTIKESPLLEINSPNSCTPSYSTTQASEPLSKQSPITPHGAFMQEVSQDSAGQEVKADSSKKCFLRVTGMTCSSCVALIEGRMAKREGIESIRISLMAQKAEVKYNAKGLSPSKIANLIDDLGFGAEVIDAEVANAKEGVIELHISGMTCSSCVHLIESALVKKTGIKLAAVALATSRGHFEYDPNLTGPRDIILAIKEAGFEASLVSSDKNVHSSVDHSQTINQWRRSFFISLLFGGPVIAIWLYEIISHPSPKCIFPGVSILNLLLSSSAHGTGAVSLCVIGGDTSTHSAHTSPSSWGAQHEMSLCSATTMFLHYSVIVLLIAICREIEMALEHYTKGKTSAALAKLISLQATEATLVTIDPQGQRSEEQINVDLLQHGDLVKVRPGEKIPVDGTVEEGTSMVDEALITGESMPVTKKTGSTVIGGTINQNGVLLVKAVHVGAETTLANIVKLVEEAQTSKAPIQKLADRIAAYFVPGIVIISLVTLICHIAMGLSGNGMVHPSSSEAPIQKLADRIAAYFVPGIVIISLVTLICHIAMGLSGNGMVHPSSSETLPENKTMMIWQYSFQCAIAVLCIACPCALGLATPTAVMVGTGVGATNGILIKGGEPLELAHKVKTVVFDKTGTITQGRPTVTDVMAFHSQVETYNTDRLLAVAGSAELGSEHPVGVAIAKRAKEVFGTSALAKCSDFQVVPGCGIKCSVDALSLELLLRRRQLGDGYQDTVRVEIDNATVDVVSPTTGNSGGSAIIPSESTGHFAMSKGNRTDHYLVAIGNREWMHRNFVPMSDGADAALGAREELGQTAVLVAINGELVGMISVADAVKPEAAAAICTLKKMKLDVMLLTGDNKKTAQVIAGQVGIGHVFAEVLPQHKVDKIRELQKRGHIVAMVGDGVNDSPALAQAEIGIAIGTGTDVAVEAANVVLIRDDLQDVVAAIDLSHKTVQRIHINFMFALVYNIIAIPIAAGALMQWGIALQPWMAAGAMAMSSVSVVTSSLLLKFYKKPDIEKVPQHHLWLSKWLPTVNKHKPLSSEDIEIGVRTTTSKGPSWLLRTIGRDNRSRDGYGITLLREEDDEGAL

Target ORF information:

RefSeq Version	XM_011662745.1
Organism	Strongylocentrotus purpuratus(purple sea urchin)
Definition	Strongylocentrotus purpuratus copper-transporting ATPase 2 (LOC592784), mRNA.

Target ORF information:

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

XM_011662745.1

ORF Insert Sequence:

ATGGCGACAG AGAGCAGAGG ACATCAGCTG CAGCTCGCAA TAATTGATGT GGAAGGGATG 
ACATGTAACT CCTGTGTGAG GAGTATAGAG GAACGCATGG GTGATACCAA GGGAGTCTAT 
CTTGTGAAGG TGTCGCTGTC AGAGAAAAAA GCATTCGTGA CCTTTGACCC TACAGACATT 
GACCAATCAA CATTGAAGGA TGTGATCTAT GACATGGGCT TTGACGCTTG TTTAGGAAGC 
AATGCGTGTA GTGTGGAATG TGGTGTCGTA TCCATAGCAG GAATGACATG TCAGTCTTGT 
GTGAAAAAGA TTGAAGAGAA GCTAGCAGGA CTAGACGGTG TGGAGAAAGT CAGAGTTCTT 
TTAGAACGGA ACTGTGGAGT CATCATGCTA AACAGGAATA AAATAGGTCT TCTGGATATT 
GTAGGGGAGA TCAGTGCTTT GGGATTCAAT GCTGGCATTG CAAATGGAAT GCCCTCTGAA 
GACGATGGGA AAAACAACAA AAGGGTTGTG ATTGGAATCG AAGGGATGAC GTGTGGCTCG 
TGCGTCAAGT CCATCGAGGG TCATGTAGGG TCACTTCCTG GTGTGAGCAC AATCAATGTC 
TCGCTGGCCA ACAAAGAAGG GATCCTTACC TATGATGCAA CCCTGACCAG TGCAGAGAAA 
CTCAAGGAGG CCATTTATGA CATGGGCTTT GATGCTACAC TTCCTTGTAG CACCCCACCA 
TCCCCAAACA ATGGGACACC TCTAGCCATG GTCATTGTAG GTATCGAAGG GATGACTTGC 
CAGTCTTGTG TGCGGTCAAT CGAAGACAGG ATAGGCACGA TTCAAGGAGT CACCAGCATT 
AAGGTTTCGC TAGAGGATAA GATAGCGGAT GTGAAGTACA TGTCATCTCA GATCAAAGCA 
GAGGAGATTC GCGTGGCAAT ATACGACATG GGTTTCGAAG CAACCCTACC AGAAAGCTTT 
GACGTGAGCG CCCATGACAA GAGCCAAAGG GCTACGCTCC GTGTCGAAGG AATGACTTGC 
GGTTCCTGCG TGAAAAGTAT TGAGAACACT CTGTCGGACC ATCCTGGCTT GGCATCCATA 
CAGGTATCCC TAGAGGGAAA ATCAGCAACT TTGACCTTTG ACCCCCAGGT CACGACACTA 
CTGGCTATCA GGGATGCAAT TTATGACATG GGCTTTGAGT GCTACATGCC TGATCCAGAC 
AATGAAAGAA CTGAAGCAGG AGTACTTGGC ATCCAGGGGA TGACTTGTAA TTCTTGTGTT 
AAGAGCATAG AAGGAATGCT ATCGGACAAC CCTGCTGTGA GGTCAGCCAA GGTCAGCCTG 
AAAGAAGAGA ATGCAATTGT GACCTTTGAC CCCAACACCA TCACAATGGA GCAACTAAAA 
GAGATTGTGT ATGACATGGG CTTTGACGTC ACCATAAAGG AATCCCCATT ACTAGAGATC 
AACTCACCAA ACTCATGCAC ACCATCTTAC TCAACAACTC AAGCGAGTGA ACCTTTATCC 
AAACAATCAC CCATCACTCC CCATGGCGCT TTCATGCAAG AGGTATCCCA GGATTCAGCT 
GGACAGGAAG TGAAAGCTGA CAGCAGCAAG AAGTGCTTCC TACGGGTCAC TGGCATGACC 
TGCAGTTCCT GCGTGGCATT GATAGAAGGC AGGATGGCAA AGCGTGAAGG TATCGAGAGC 
ATTCGCATAT CCCTCATGGC CCAGAAGGCT GAAGTGAAAT ACAATGCCAA GGGCTTGTCA 
CCGTCAAAGA TTGCCAATTT GATAGACGAC CTTGGCTTTG GTGCCGAGGT CATCGACGCA 
GAAGTAGCGA ATGCTAAAGA AGGGGTCATT GAATTACATA TATCTGGCAT GACATGTTCA 
TCCTGTGTAC ATCTTATTGA GTCAGCTCTC GTTAAAAAAA CAGGGATCAA GTTAGCCGCT 
GTTGCCCTGG CGACTAGCAG AGGTCACTTT GAATATGACC CCAATCTCAC AGGACCAAGA 
GATATCATAT TGGCAATCAA GGAGGCAGGT TTTGAGGCGA GCTTGGTTTC CAGTGATAAG 
AATGTACATT CCAGCGTTGA TCATTCCCAG ACCATCAACC AATGGCGTCG GTCGTTCTTC 
ATCTCCTTAC TCTTTGGTGG ACCAGTCATT GCCATCTGGT TGTATGAAAT CATCAGTCAT 
CCTTCTCCTA AGTGTATCTT CCCTGGGGTA TCTATCCTCA ATCTCCTCCT TTCCTCCTCT 
GCACACGGTA CAGGTGCAGT ATCCCTTTGT GTTATAGGGG GCGATACTTC TACGCATTCA 
GCCCATACAA GTCCCTCAAG CTGGGGCGCG CAACATGAGA TGTCCTTATG TTCTGCAACA 
ACCATGTTCT TACACTACTC TGTCATAGTC CTCTTGATAG CCATATGCCG GGAGATCGAG 
ATGGCGCTGG AGCATTACAC CAAGGGAAAG ACTTCAGCAG CCCTAGCCAA GCTCATCTCT 
CTACAAGCAA CAGAAGCTAC CCTGGTCACT ATTGACCCCC AAGGTCAAAG GTCAGAGGAG 
CAGATCAACG TTGACCTCTT GCAGCATGGT GACCTGGTCA AGGTGCGTCC TGGTGAGAAG 
ATCCCTGTGG ACGGAACGGT GGAGGAAGGG ACGTCCATGG TGGATGAGGC TCTGATCACG 
GGGGAGTCCA TGCCCGTCAC TAAGAAGACA GGGAGTACTG TCATAGGAGG AACCATTAAT 
CAGAATGGAG TTCTACTTGT CAAGGCCGTT CATGTTGGAG CAGAAACAAC TCTAGCCAAT 
ATTGTGAAGC TGGTAGAGGA AGCACAGACA TCTAAGGCAC CCATCCAGAA GCTAGCTGAC 
CGCATCGCAG CATACTTTGT CCCTGGTATC GTTATTATCT CCTTGGTAAC ACTCATCTGT 
CACATTGCTA TGGGACTGTC TGGTAATGGC ATGGTGCATC CATCTAGCTC TGAGGCACCC 
ATCCAGAAGC TAGCTGACCG CATCGCAGCA TACTTCGTCC CTGGTATCGT TATTATCTCC 
TTGGTAACAC TCATCTGTCA CATTGCTATG GGACTGTCTG GTAATGGCAT GGTGCATCCA 
TCTAGCTCTG AGACGTTGCC TGAAAACAAG ACGATGATGA TCTGGCAATA CTCCTTCCAG 
TGTGCCATCG CAGTTCTTTG CATTGCTTGC CCCTGCGCAT TGGGACTGGC GACCCCTACG 
GCTGTAATGG TTGGGACCGG GGTCGGAGCA ACCAATGGCA TCCTCATCAA GGGAGGAGAA 
CCTCTAGAAT TAGCTCATAA GGTGAAGACT GTAGTCTTTG ACAAGACAGG AACGATCACC 
CAGGGTAGAC CTACTGTGAC CGATGTGATG GCATTCCACA GCCAGGTGGA AACCTACAAC 
ACAGACAGAC TCCTGGCGGT GGCCGGCTCA GCAGAGCTGG GAAGTGAACA TCCAGTAGGG 
GTAGCGATAG CAAAAAGAGC TAAAGAGGTC TTTGGAACCA GTGCCCTTGC CAAGTGCAGT 
GACTTCCAGG TTGTGCCTGG ATGCGGTATC AAGTGTTCCG TGGATGCCCT CTCCTTGGAA 
CTCCTCCTGC GTCGTCGTCA GCTTGGAGAC GGTTACCAGG ATACAGTCCG GGTGGAGATT 
GACAATGCCA CTGTGGATGT GGTGTCTCCG ACGACGGGAA ACAGTGGGGG GTCGGCCATC 
ATTCCATCCG AGTCCACAGG ACACTTTGCC ATGTCAAAAG GGAATAGGAC TGACCATTAT 
CTGGTTGCTA TCGGTAACCG TGAGTGGATG CATCGTAACT TTGTTCCAAT GTCTGATGGG 
GCTGATGCTG CGTTAGGAGC AAGAGAAGAG TTGGGGCAGA CGGCCGTCCT AGTGGCAATA 
AATGGTGAGC TAGTTGGTAT GATCAGTGTA GCGGATGCGG TCAAGCCTGA GGCAGCAGCA 
GCTATCTGTA CCCTCAAGAA GATGAAACTG GATGTCATGC TACTGACTGG TGACAATAAA 
AAGACTGCTC AGGTCATAGC TGGACAGGTT GGTATTGGGC ATGTCTTTGC TGAAGTTCTT 
CCTCAACACA AAGTGGATAA GATCAGAGAG CTCCAGAAGA GAGGTCATAT TGTTGCCATG 
GTAGGGGATG GGGTCAACGA CTCGCCCGCC TTGGCCCAGG CTGAGATTGG TATCGCCATA 
GGAACAGGCA CGGATGTAGC GGTAGAGGCA GCCAATGTGG TCCTGATCAG AGATGACCTA 
CAGGATGTGG TGGCGGCCAT TGATCTATCC CATAAGACCG TGCAACGGAT TCACATCAAC 
TTCATGTTTG CGCTCGTCTA TAATATTATC GCCATTCCCA TAGCTGCAGG TGCTTTGATG 
CAGTGGGGCA TTGCCCTTCA ACCCTGGATG GCTGCTGGTG CCATGGCGAT GTCAAGCGTG 
TCTGTCGTTA CATCATCACT TCTACTTAAA TTTTACAAAA AGCCAGACAT TGAAAAGGTT 
CCTCAGCACC ACCTATGGCT CTCTAAATGG CTTCCCACGG TCAATAAACA CAAACCTCTC 
TCGTCAGAGG ACATCGAGAT TGGTGTGCGG ACGACCACGA GCAAAGGGCC ATCATGGTTG 
CTAAGGACCA TAGGAAGGGA CAACAGGTCG CGGGACGGCT ACGGTATCAC CTTGCTTCGA 
GAGGAAGATG ACGAAGGTGC TCTTTGA

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

LOC592784 ( XM_030980609.1 ) cDNA ORF clone, Strongylocentrotus purpuratus(purple sea urchin) -> XP_030836469.1 Strongylocentrotus purpuratus copper-transporting ATPase 2 (LOC592784), mRNA.

Price & Availability↑

CloneID	OSd46861
Clone ID Related Accession (Same CDS sequence)	XM_030980609.1
Accession Version	XM_030980609.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4554bp) 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	1569427200000
Organism	Strongylocentrotus purpuratus(purple sea urchin)
Product	copper-transporting ATPase 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_022145596.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Strongylocentrotus purpuratus Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGACAG AGAGCGGAGG ACATCAGCTG CAGCTCGCAA TAATTGATGT GGAAGGGATG 
ACATGTAACT CCTGTGTGAG GAGTATAGAG GAACGCATGG GTGATACCAA GGGAGTCTAT 
CTTGTGAAGG TGTCGCTGTC AGAGAAAAGA GCATTCGTGA CCTTTGACCC TACAGACATT 
GACCAATCAA CATTGAAGGA TGTGATCTAT GACATGGGCT TTGACGCTTG TTTAGGAAGC 
AATGCATGTG GTGTGGAATG TGGTGTCGTA TCCATAGCAG GAATGACATG TCAGTCTTGT 
GTGAAAAAGA TTGAAGAGAA GCTATCGGGA CTAGGCGGTG TGGAGAAAGT CAGAGTTCTT 
TTAGAGCGGA ACTGTGGAGT CATTATGCTA AACAGGAATA AAATAGGTCT TCTGGATATT 
GTAGGGGAGA TCAGTGCTTT GGGATTCAAT GCTGGCATTG CAAATGGAAT GCCCTCTGAA 
GACGATGGGA AAAACAACAA AAGGGTTGTG ATTGGAATCG AAGGGATGAC GTGTGGCTCG 
TGCGTGAAGT CCATCGAGGG TCATGTAGGG TCACTTCCTG GTGTGAGCAC AATCAATGTC 
TCGCTGGCCA ACAAAGAAGG GATCCTTACC TATGATGCAA CCCTGACCAG TGCAGAGAAA 
CTCAAGGAGG CCATTTATGA CATGGGCTTT GATGCTACAC TTCCTTGTAG CACCCCACCA 
TCCCCAAACA ATGGGACACC TCTAGCCATG GTCATTGTAG GTATCGAAGG GATGACTTGC 
CAGTCTTGTG TGCGGTCAAT CGAAGACAGG ATAGGCACGA TTCAAGGAGT CACCAGCATT 
AAGGTTTCGC TAGAGGATAA GATAGCGGAT GTGAAGTACA TGTCATCTCA GATCAAAGCA 
GAGGAGATTC GCGTGGCAAT ATACGACATG GGTTTCGAAG CAACCCTACC AGAAAGCTTT 
GACGTGAGCG CCCATGACAA GAGCCAAAGG GCTACGCTCC GTGTCGAAGG AATGACTTGC 
GGTTCCTGCG TGAAAAGTAT TGAGAACACT CTGTCGGACC ATCCTGGCTT GGCATCCATA 
CAGGTATCCC TAGAGGGAAA ATCAGCAACT TTGACCTTTG ACCCCCAGGT CACGACACTA 
CTGGCTATCA GGGATGCAAT TTATGACATG GGCTTTGAGT GCTACATGCC TGATCCAGAC 
AATGAAAGAA CTGAAGCAGG AGTACTTGGC ATCCAGGGGA TGACTTGTAA TTCTTGTGTT 
AAGAGCATAG AAGGAATGCT ATCGGACAAC CCTGCTGTGA GGTCAGCCAA GGTCAGCCTG 
AAAGAAGAGA ATGCAATTGT GACCTTTGAC CCCAACACCA TCACAATGGA GCAACTAAAA 
GAGATTGTGT ATGACATGGG CTTTGACGTC ACCATAAAGG AATCCCCATT ACTAGAGATC 
AACTCACCAA ACTCATGCAC ACCATCTTAC TCAACAACTC AAGCGAGTGA ACCTTTATCC 
AAACAATCAC CCATCACTCC CCATGGCGCT TTCATGCAAG AGGTATCCCA GGATTCAGCT 
GGACAGGAAG TGAAAGCTGA CAGCAGCAAG AAGTGCTTCC TACGGGTCAC TGGCATGACC 
TGCAGTTCCT GCGTGGCATT GATAGAAGGC AGGATGGCAA AGCGTGAAGG TATCGAGAGC 
ATTCGCATAT CCCTCATGGC CCAGAAGGCT GAAGTGAAAT ACAATGCCAA GGGCTTGTCA 
CCGTCAAAGA TTGCCAATTT GATAGACGAC CTTGGCTTTG GTGCCGAGGT CATCGACGCA 
GAAGTAGCGA ATGCTAAAGA AGGGGTCATT GAATTACATA TATCTGGCAT GACATGTTCA 
TCCTGTGTAC ATCTTATTGA GTCAGCTCTC GTTAAAAAAA CAGGGATCAA GTTAGCCGCT 
GTTGCCCTGG CGACTAGCAG AGGTCACTTT GAATATGACC CCAATCTCAC AGGACCAAGA 
GATATCATAT TGGCAATCAA GGAGGCAGGT TTTGAGGCGA GCTTGGTTTC CAGTGATAAG 
AATGTACATT CCAGCGTTGA TCATTCCCAG ACCATCAACC AATGGCGTCG GTCGTTCTTC 
ATCTCCTTAC TCTTTGGTGG ACCAGTCATT GCCATCTTGT TGTATGAAAT CATCAGTCAT 
CCTTCTCCTA AGTGTATCTT CCCTGGGGTA TCTATCCTCA ATCTCCTCCT CTTCCTCCTC 
TGCACACCGG TACAGTTTAT AGCGGGGCGA TACTTCTACA TTCAGGCCTA CAAGTCCCTC 
AAGCACGGGG CAGCCAACAT GGATGTCCTC ATCGTCTTGG CAACAACCAT TTCTTACACC 
TACTCTGTCA TAGTCCTCTT GATAGCCATA TGCCGGAGAT CTGATACCAG TCCAAAGACA 
TTCTTTGATG AGCCTCCCAT GCTCTACATC TTTGTGACGT TAGGAAGATG GCTGGAGCAT 
TACACCAAGG GAAAGACTTC AGCAGCCCTA GCCAAGCTCA TCTCTCTACA GGCAACAGAG 
GCTACCCTGG TCACTATTGA CCCCCAAGGT CAAAGGTCAG AGGAGCAGAT CAACATTGAC 
CTCTTGCAGC ATGGTGACCT GGTCAAGGTG CGTCCTGGTG AGAAGATCCC TGTGGACGGA 
ACGGTGGAGG AAGGGACGTC CATGGTGGAT GAGGCTCTGA TTACGGGGGA GTCCATGCCC 
GTCACTAAGA AGACAGGGAG TACTGTCATA GGAGGAACCA TTAACCAGAA TGGGGTTCTT 
CTTGTCAAGG CTGTTCATGT TGGAGCAGAA ACAACTCTAG CCAACATTGT GAAGCTGGTA 
GAGGAAGCAC AGACATCTAA GGCACCCATC CAGAAGCTAG CTGACCGCAT CGCAGCATAC 
TTTGTCCCTG GTATCGTTAT TATCTCCTTG GTAACACTCA TCTGTCACAT TGCTATGGGA 
CTGTCTGGTA ATGGCATGGT GCATCCATCT AGCTCTGAGA CATTGCCTGA AAACAAGACG 
ATGATGATCT GGCAATACTC CTTCCAGTGT GCCATCGCAG TTCTTTGCAT TGCTTGCCCC 
TGTGCATTGG GACTGGCGAC CCCTACGGCT GTAATGGTTG GGACCGGGGT CGGAGCAACC 
AATGGCATCC TTATCAAGGG AGGAGAACCT CTAGAATTAG CTCATAAGGT GAAGACTGTA 
GTCTTTGACA AGACAGGAAC GATCACCCAG GGTAGACCTA CTGTGACCGA TGTGATGGCA 
TTCCACAGCC AGGTGGAAAC CTACAACACA GACAGACTCC TGGCGGTGGC CGGCTCAGCA 
GAGCTGGGAA GTGAACATCC AGTAGGGGTA GCGATAGCAA AAAGAGCTAA AGAGGTCTTT 
GGAACCAGTG CCCTTGCCAA GTGCAGTGAC TTCCAGGTTG TGCCTGGATG CGGTATCAAG 
TGTTCCGTGG ATGCCCTCTC CTTGGAACTC CTCCTGCGTC GTCGTCAGCT TGGAGACGGT 
TACCAGGATA CAGTCCGGGT GGAGATTGAC AATGCCACTG TGGATGTGGT GTCTCCGACG 
ACGGGAAACA GTGGGGGGTC GGCCATCATT CCATCCGAGT CCACAGGACA CTTTGCCATG 
TCAAAAGGGA ATAGGACTGA CCATTATCTG GTTGCTATCG GTAACCGTGA GTGGATGCAT 
CGTAACTTTG TTCCAATGTC TGATGGGGCT GATGCTGCGT TAGGAGCAAG AGAAGAGTTG 
GGGCAGACGG CCGTCCTAGT GGCAATAAAT GGTGAGCTAG TTGGTATGAT CAGTGTAGCG 
GATGCGGTCA AGCCTGAGGC AGCAGCAGCT ATCTGTACCC TCAAGAAGAT GAAACTGGAT 
GTCATGCTAC TGACTGGTGA CAATAAAAAG ACTGCTCAGG TCATAGCTGG ACAGGTTGGT 
ATTGGGCATG TCTTTGCTGA AGTTCTTCCT CAACACAAAG TGGATAAGAT CAGAGAGCTC 
CAGAAGAGAG GTCATATTGT TGCCATGGTA GGGGATGGGG TCAACGACTC GCCCGCCTTG 
GCCCAGGCTG AGATTGGTAT CGCCATAGGA ACAGGCACGG ATGTAGCGGT AGAGGCAGCC 
AATGTGGTCC TGATCAGAGA TGACCTACAG GATGTGGTGG CGGCCATTGA TCTATCCCAT 
AAGACCGTGC AACGGATTCA CATCAACTTC ATGTTTGCGC TCGTCTATAA TATTATCGCC 
ATTCCCATAG CTGCAGGTGC TTTGATGCAG TGGGGTATTG CCCTTCAACC CTGGATGGCT 
GCTGGTGCCA TGGCGATGTC AAGCGTGTCT GTCGTTACAT CATCACTTCT ACTTAAATTT 
TACAAAAAGC CAGACATTGA AAAGGTTCCT CAGCACCACC TATGGCTCTC TAAATGGCTT 
CCCACGGTCA ATAAACACAA ACCTCTCTCG TCAGAGGACA TCGAGATTGG TGTGCGGACG 
ACCACGAGCA AAGGGCCATC ATGGTTGCTA AGGACCATAG GAAGGGACAA CAGGTCGCGG 
GACGGCTACG GTATCACCTT GCTTCGAGAG GAAGATGACG AAGGTGCTCT TTGA

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

RefSeq	XP_030836469.1
CDS	109..4662
Translation	MATESGGHQLQLAIIDVEGMTCNSCVRSIEERMGDTKGVYLVKVSLSEKRAFVTFDPTDIDQSTLKDVIYDMGFDACLGSNACGVECGVVSIAGMTCQSCVKKIEEKLSGLGGVEKVRVLLERNCGVIMLNRNKIGLLDIVGEISALGFNAGIANGMPSEDDGKNNKRVVIGIEGMTCGSCVKSIEGHVGSLPGVSTINVSLANKEGILTYDATLTSAEKLKEAIYDMGFDATLPCSTPPSPNNGTPLAMVIVGIEGMTCQSCVRSIEDRIGTIQGVTSIKVSLEDKIADVKYMSSQIKAEEIRVAIYDMGFEATLPESFDVSAHDKSQRATLRVEGMTCGSCVKSIENTLSDHPGLASIQVSLEGKSATLTFDPQVTTLLAIRDAIYDMGFECYMPDPDNERTEAGVLGIQGMTCNSCVKSIEGMLSDNPAVRSAKVSLKEENAIVTFDPNTITMEQLKEIVYDMGFDVTIKESPLLEINSPNSCTPSYSTTQASEPLSKQSPITPHGAFMQEVSQDSAGQEVKADSSKKCFLRVTGMTCSSCVALIEGRMAKREGIESIRISLMAQKAEVKYNAKGLSPSKIANLIDDLGFGAEVIDAEVANAKEGVIELHISGMTCSSCVHLIESALVKKTGIKLAAVALATSRGHFEYDPNLTGPRDIILAIKEAGFEASLVSSDKNVHSSVDHSQTINQWRRSFFISLLFGGPVIAILLYEIISHPSPKCIFPGVSILNLLLFLLCTPVQFIAGRYFYIQAYKSLKHGAANMDVLIVLATTISYTYSVIVLLIAICRRSDTSPKTFFDEPPMLYIFVTLGRWLEHYTKGKTSAALAKLISLQATEATLVTIDPQGQRSEEQINIDLLQHGDLVKVRPGEKIPVDGTVEEGTSMVDEALITGESMPVTKKTGSTVIGGTINQNGVLLVKAVHVGAETTLANIVKLVEEAQTSKAPIQKLADRIAAYFVPGIVIISLVTLICHIAMGLSGNGMVHPSSSETLPENKTMMIWQYSFQCAIAVLCIACPCALGLATPTAVMVGTGVGATNGILIKGGEPLELAHKVKTVVFDKTGTITQGRPTVTDVMAFHSQVETYNTDRLLAVAGSAELGSEHPVGVAIAKRAKEVFGTSALAKCSDFQVVPGCGIKCSVDALSLELLLRRRQLGDGYQDTVRVEIDNATVDVVSPTTGNSGGSAIIPSESTGHFAMSKGNRTDHYLVAIGNREWMHRNFVPMSDGADAALGAREELGQTAVLVAINGELVGMISVADAVKPEAAAAICTLKKMKLDVMLLTGDNKKTAQVIAGQVGIGHVFAEVLPQHKVDKIRELQKRGHIVAMVGDGVNDSPALAQAEIGIAIGTGTDVAVEAANVVLIRDDLQDVVAAIDLSHKTVQRIHINFMFALVYNIIAIPIAAGALMQWGIALQPWMAAGAMAMSSVSVVTSSLLLKFYKKPDIEKVPQHHLWLSKWLPTVNKHKPLSSEDIEIGVRTTTSKGPSWLLRTIGRDNRSRDGYGITLLREEDDEGAL

Target ORF information:

RefSeq Version	XM_030980609.1
Organism	Strongylocentrotus purpuratus(purple sea urchin)
Definition	Strongylocentrotus purpuratus copper-transporting ATPase 2 (LOC592784), mRNA.

Target ORF information:

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

XM_030980609.1

ORF Insert Sequence:

ATGGCGACAG AGAGCGGAGG ACATCAGCTG CAGCTCGCAA TAATTGATGT GGAAGGGATG 
ACATGTAACT CCTGTGTGAG GAGTATAGAG GAACGCATGG GTGATACCAA GGGAGTCTAT 
CTTGTGAAGG TGTCGCTGTC AGAGAAAAGA GCATTCGTGA CCTTTGACCC TACAGACATT 
GACCAATCAA CATTGAAGGA TGTGATCTAT GACATGGGCT TTGACGCTTG TTTAGGAAGC 
AATGCATGTG GTGTGGAATG TGGTGTCGTA TCCATAGCAG GAATGACATG TCAGTCTTGT 
GTGAAAAAGA TTGAAGAGAA GCTATCGGGA CTAGGCGGTG TGGAGAAAGT CAGAGTTCTT 
TTAGAGCGGA ACTGTGGAGT CATTATGCTA AACAGGAATA AAATAGGTCT TCTGGATATT 
GTAGGGGAGA TCAGTGCTTT GGGATTCAAT GCTGGCATTG CAAATGGAAT GCCCTCTGAA 
GACGATGGGA AAAACAACAA AAGGGTTGTG ATTGGAATCG AAGGGATGAC GTGTGGCTCG 
TGCGTGAAGT CCATCGAGGG TCATGTAGGG TCACTTCCTG GTGTGAGCAC AATCAATGTC 
TCGCTGGCCA ACAAAGAAGG GATCCTTACC TATGATGCAA CCCTGACCAG TGCAGAGAAA 
CTCAAGGAGG CCATTTATGA CATGGGCTTT GATGCTACAC TTCCTTGTAG CACCCCACCA 
TCCCCAAACA ATGGGACACC TCTAGCCATG GTCATTGTAG GTATCGAAGG GATGACTTGC 
CAGTCTTGTG TGCGGTCAAT CGAAGACAGG ATAGGCACGA TTCAAGGAGT CACCAGCATT 
AAGGTTTCGC TAGAGGATAA GATAGCGGAT GTGAAGTACA TGTCATCTCA GATCAAAGCA 
GAGGAGATTC GCGTGGCAAT ATACGACATG GGTTTCGAAG CAACCCTACC AGAAAGCTTT 
GACGTGAGCG CCCATGACAA GAGCCAAAGG GCTACGCTCC GTGTCGAAGG AATGACTTGC 
GGTTCCTGCG TGAAAAGTAT TGAGAACACT CTGTCGGACC ATCCTGGCTT GGCATCCATA 
CAGGTATCCC TAGAGGGAAA ATCAGCAACT TTGACCTTTG ACCCCCAGGT CACGACACTA 
CTGGCTATCA GGGATGCAAT TTATGACATG GGCTTTGAGT GCTACATGCC TGATCCAGAC 
AATGAAAGAA CTGAAGCAGG AGTACTTGGC ATCCAGGGGA TGACTTGTAA TTCTTGTGTT 
AAGAGCATAG AAGGAATGCT ATCGGACAAC CCTGCTGTGA GGTCAGCCAA GGTCAGCCTG 
AAAGAAGAGA ATGCAATTGT GACCTTTGAC CCCAACACCA TCACAATGGA GCAACTAAAA 
GAGATTGTGT ATGACATGGG CTTTGACGTC ACCATAAAGG AATCCCCATT ACTAGAGATC 
AACTCACCAA ACTCATGCAC ACCATCTTAC TCAACAACTC AAGCGAGTGA ACCTTTATCC 
AAACAATCAC CCATCACTCC CCATGGCGCT TTCATGCAAG AGGTATCCCA GGATTCAGCT 
GGACAGGAAG TGAAAGCTGA CAGCAGCAAG AAGTGCTTCC TACGGGTCAC TGGCATGACC 
TGCAGTTCCT GCGTGGCATT GATAGAAGGC AGGATGGCAA AGCGTGAAGG TATCGAGAGC 
ATTCGCATAT CCCTCATGGC CCAGAAGGCT GAAGTGAAAT ACAATGCCAA GGGCTTGTCA 
CCGTCAAAGA TTGCCAATTT GATAGACGAC CTTGGCTTTG GTGCCGAGGT CATCGACGCA 
GAAGTAGCGA ATGCTAAAGA AGGGGTCATT GAATTACATA TATCTGGCAT GACATGTTCA 
TCCTGTGTAC ATCTTATTGA GTCAGCTCTC GTTAAAAAAA CAGGGATCAA GTTAGCCGCT 
GTTGCCCTGG CGACTAGCAG AGGTCACTTT GAATATGACC CCAATCTCAC AGGACCAAGA 
GATATCATAT TGGCAATCAA GGAGGCAGGT TTTGAGGCGA GCTTGGTTTC CAGTGATAAG 
AATGTACATT CCAGCGTTGA TCATTCCCAG ACCATCAACC AATGGCGTCG GTCGTTCTTC 
ATCTCCTTAC TCTTTGGTGG ACCAGTCATT GCCATCTTGT TGTATGAAAT CATCAGTCAT 
CCTTCTCCTA AGTGTATCTT CCCTGGGGTA TCTATCCTCA ATCTCCTCCT CTTCCTCCTC 
TGCACACCGG TACAGTTTAT AGCGGGGCGA TACTTCTACA TTCAGGCCTA CAAGTCCCTC 
AAGCACGGGG CAGCCAACAT GGATGTCCTC ATCGTCTTGG CAACAACCAT TTCTTACACC 
TACTCTGTCA TAGTCCTCTT GATAGCCATA TGCCGGAGAT CTGATACCAG TCCAAAGACA 
TTCTTTGATG AGCCTCCCAT GCTCTACATC TTTGTGACGT TAGGAAGATG GCTGGAGCAT 
TACACCAAGG GAAAGACTTC AGCAGCCCTA GCCAAGCTCA TCTCTCTACA GGCAACAGAG 
GCTACCCTGG TCACTATTGA CCCCCAAGGT CAAAGGTCAG AGGAGCAGAT CAACATTGAC 
CTCTTGCAGC ATGGTGACCT GGTCAAGGTG CGTCCTGGTG AGAAGATCCC TGTGGACGGA 
ACGGTGGAGG AAGGGACGTC CATGGTGGAT GAGGCTCTGA TTACGGGGGA GTCCATGCCC 
GTCACTAAGA AGACAGGGAG TACTGTCATA GGAGGAACCA TTAACCAGAA TGGGGTTCTT 
CTTGTCAAGG CTGTTCATGT TGGAGCAGAA ACAACTCTAG CCAACATTGT GAAGCTGGTA 
GAGGAAGCAC AGACATCTAA GGCACCCATC CAGAAGCTAG CTGACCGCAT CGCAGCATAC 
TTTGTCCCTG GTATCGTTAT TATCTCCTTG GTAACACTCA TCTGTCACAT TGCTATGGGA 
CTGTCTGGTA ATGGCATGGT GCATCCATCT AGCTCTGAGA CATTGCCTGA AAACAAGACG 
ATGATGATCT GGCAATACTC CTTCCAGTGT GCCATCGCAG TTCTTTGCAT TGCTTGCCCC 
TGTGCATTGG GACTGGCGAC CCCTACGGCT GTAATGGTTG GGACCGGGGT CGGAGCAACC 
AATGGCATCC TTATCAAGGG AGGAGAACCT CTAGAATTAG CTCATAAGGT GAAGACTGTA 
GTCTTTGACA AGACAGGAAC GATCACCCAG GGTAGACCTA CTGTGACCGA TGTGATGGCA 
TTCCACAGCC AGGTGGAAAC CTACAACACA GACAGACTCC TGGCGGTGGC CGGCTCAGCA 
GAGCTGGGAA GTGAACATCC AGTAGGGGTA GCGATAGCAA AAAGAGCTAA AGAGGTCTTT 
GGAACCAGTG CCCTTGCCAA GTGCAGTGAC TTCCAGGTTG TGCCTGGATG CGGTATCAAG 
TGTTCCGTGG ATGCCCTCTC CTTGGAACTC CTCCTGCGTC GTCGTCAGCT TGGAGACGGT 
TACCAGGATA CAGTCCGGGT GGAGATTGAC AATGCCACTG TGGATGTGGT GTCTCCGACG 
ACGGGAAACA GTGGGGGGTC GGCCATCATT CCATCCGAGT CCACAGGACA CTTTGCCATG 
TCAAAAGGGA ATAGGACTGA CCATTATCTG GTTGCTATCG GTAACCGTGA GTGGATGCAT 
CGTAACTTTG TTCCAATGTC TGATGGGGCT GATGCTGCGT TAGGAGCAAG AGAAGAGTTG 
GGGCAGACGG CCGTCCTAGT GGCAATAAAT GGTGAGCTAG TTGGTATGAT CAGTGTAGCG 
GATGCGGTCA AGCCTGAGGC AGCAGCAGCT ATCTGTACCC TCAAGAAGAT GAAACTGGAT 
GTCATGCTAC TGACTGGTGA CAATAAAAAG ACTGCTCAGG TCATAGCTGG ACAGGTTGGT 
ATTGGGCATG TCTTTGCTGA AGTTCTTCCT CAACACAAAG TGGATAAGAT CAGAGAGCTC 
CAGAAGAGAG GTCATATTGT TGCCATGGTA GGGGATGGGG TCAACGACTC GCCCGCCTTG 
GCCCAGGCTG AGATTGGTAT CGCCATAGGA ACAGGCACGG ATGTAGCGGT AGAGGCAGCC 
AATGTGGTCC TGATCAGAGA TGACCTACAG GATGTGGTGG CGGCCATTGA TCTATCCCAT 
AAGACCGTGC AACGGATTCA CATCAACTTC ATGTTTGCGC TCGTCTATAA TATTATCGCC 
ATTCCCATAG CTGCAGGTGC TTTGATGCAG TGGGGTATTG CCCTTCAACC CTGGATGGCT 
GCTGGTGCCA TGGCGATGTC AAGCGTGTCT GTCGTTACAT CATCACTTCT ACTTAAATTT 
TACAAAAAGC CAGACATTGA AAAGGTTCCT CAGCACCACC TATGGCTCTC TAAATGGCTT 
CCCACGGTCA ATAAACACAA ACCTCTCTCG TCAGAGGACA TCGAGATTGG TGTGCGGACG 
ACCACGAGCA AAGGGCCATC ATGGTTGCTA AGGACCATAG GAAGGGACAA CAGGTCGCGG 
GACGGCTACG GTATCACCTT GCTTCGAGAG GAAGATGACG AAGGTGCTCT TTGA

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

PubMed

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LOC592784 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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