PF3D7_0630300 cDNA ORF clone, Plasmodium falciparum 3D7

Gene
Clones
gRNAs

Summary

Gene Symbol	PF3D7_0630300
Entrez Gene ID	3885768
Full Name	DNA polymerase epsilon, catalytic subunit a, putative
Gene Type	protein-coding
Organism	Plasmodium falciparum 3D7

mRNA and Protein(s)

mRNA	Protein	Name
XM_961192.1	XP_966285.1	DNA polymerase epsilon catalytic subunit A,putative

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

Sequence of Plasmodium falciparum chromosomes 1, 3-9 and 13.
Hall N, Pain A, Berriman M, Churcher C, Harris B, Harris D, Mungall K, Bowman S, Atkin R, Baker S, Barron A, Brooks K, Buckee CO, Burrows C, Cherevach I, Chillingworth C, Chillingworth T, Christodoulou Z, Clark L, Clark R, Corton C, Cronin A, Davies R, Davis P, Dear P, Dearden F, Doggett J, Feltwell T, Goble A, Goodhead I, Gwilliam R, Hamlin N, Hance Z, Harper D, Hauser H, Hornsby T, Holroyd S, Horrocks P, Humphray S, Jagels K, James KD, Johnson D, Kerhornou A, Knights A, Konfortov B, Kyes S, Larke N, Lawson D, Lennard N, Line A, Maddison M, McLean J, Mooney P, Moule S, Murphy L, Oliver K, Ormond D, Price C, Quail MA, Rabbinowitsch E, Rajandream MA, Rutter S, Rutherford KM, Sanders M, Simmonds M, Seeger K, Sharp S, Smith R, Squares R, Squares S, Stevens K, Taylor K, Tivey A, Unwin L, Whitehead S, Woodward J, Sulston JE, Craig A, Newbold C, Barrell BG
Nature419(6906)527-31(2002 Oct)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following PF3D7_0630300 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PF3D7_0630300 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
OPr04814	XM_961192.1 Latest version!	Plasmodium falciparum 3D7 DNA polymerase epsilon catalytic subunit A,putative (PF3D7_0630300), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

ORF Online Only Promotion

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

PF3D7_0630300 ( XM_961192.1 ) cDNA ORF clone, Plasmodium falciparum 3D7 -> XP_966285.1 Plasmodium falciparum 3D7 DNA polymerase epsilon catalytic subunit A,putative (PF3D7_0630300), partial mRNA.

Price & Availability↑

CloneID	OPr04814
Clone ID Related Accession (Same CDS sequence)	XM_961192.1
Accession Version	XM_961192.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8724bp) 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	1522080000000
Organism	Plasmodium falciparum 3D7
Product	DNA polymerase epsilon catalytic subunit A,putative
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NC_004327). COMPLETENESS: incomplete on both ends.

ATGTCTACAC AAACAAGGAC AAAAGGATGG GAGAAGGAAT CAAAAATTAA TCCAGATTAT 
GAATATGAGA GATTGTTAAA ATTAGAAAAT AAGTTTCATA TAAAAGCATG GATTAATAAA 
GGAGAGAAAG AAGGATATCT TTATAATATA GTTCCTACTA CTATGAATGT AGTAGCAAAA 
AATTCAAATA AATCACATAA AAAAACAGGT GTACACATGT ATTTTGTGTC AGACAATAAC 
AAGACGTGGA GATTAACTCT TTTTTATAGA CCCTACTTTT ATTTAAAAAC CAAGAATATA 
CATAATTATG AACAAGTAAC AAAATTTTTA AAAAAGGAAC TAGATAAGTA TAACGTTGAA 
ATTGATTATG TAAAAAAAGA GGATTTAAGT TTATACGATC ATTTGAATAA GAAAAGAAGT 
TATTTAAGTA ATATCTTTTT TAAATTATCC TATGATACTA TTGAAAATTT AATGAATGCT 
CGAGATTTCT TAGTCAAAAT TATTGAACGA AATAAAAAGC AAAATAAAAA TTATAATAAT 
TCAAATAATG ATAAACATAT TTTTAATAAT GAAGATTTGT CCTATAGTCA ATTAGAGTTT 
TCTTATAAAA ATGAATATTC TTATAATAAA TATGATGATC AAAAAGAAAA CACACAAAAA 
CAACAATTTA CTACAAATAT AACAGAGGAA GATGATAAAA AGAGGATATT AAATGCAAAA 
AGTAATGATA ATAATAATAA TAATAATAAT AATACACATA ATAGTAACAA TAATAATAAT 
ATATTGAATA TGAATGATAT CATAGTTACT ACAAAAAAAC AAATTTTAAG TAAAGAAGAA 
ATTATGAATG AAATAATCGA AATATATGAA TATGATGTAA AATATTTAAC TAGAATTTGT 
ATAGATAAAA ATATCAGATG TGGATTATGG TATAAAGTAA AAAGAGAAGA AGATGAACTT 
TATACTGAAT TAATTCAATT TGAAATTTTA AATAAAAAAG TATTAGCACC ATTAAATATA 
TTAGCATGGG ATATTGAATG TTATAAAGAT GAATTAAAAT TTCCAGATAA AGAGAAAGAT 
GAAATCATAT TAATATCTTA TATGTATAAT GCTCAAGGAT ATTTAATTGT TAATAGAAAT 
GTTATGAGTA AAAATATAAG AGAATTCTTA TATAAACCAA ATGAAGAATA TTCTGGTGCA 
GGTACTTTCA AAATTTTTAA TGAAAAAAAT GAATATTTTT TATTAAAACG ATTTCTTGAA 
CATATCAGAT TATTAAAAAT ACATATTTTT GTTACATATA ATGGTGACTT TTTTGATATT 
CCATATTTAT ATAGAAGATG TGAAATCAAT AATTTAAGTG TTTCCAGAGA AATAGGTTTT 
ATTATGAATA ATAAACAAGA ATGTTCATGT AATTTTATTT TAAATATCGA TGCATATAAA 
TGGGTTGAAA GAGATTCATA TCTACCAAAT GGTTCGAGAA CTTTAAAAAG TGTATGTAAA 
ATTAAATTAA AATATAATCC AACAGAAGTG GATCCTGAAC TTATGGTTCC CATTGCTAAA 
AATAATCCTC AACATTTAGC TGTTTACAGT GTATCTGATG CAGTTGCAAC TTTTTATTTA 
TATGATAAAT TTATTCATAA TTTCTTATTC GCATTATCAT CAATTATACC AATGAACCCT 
GATAATGTAT TACGACAAGG AAGTGGAACC TTATGTGAAC AATTATTAAT GGCAGAAGCC 
TACAGAAAAA ATATACTTTT TCCTAACAAA TCCAAACCTA TATATAATCA ATATTTTACA 
GATCCAGAAA ATAAAAAAAA ATATTTTATT TATGATGATT CATTTGTTGG CGGTACAGTT 
CAAAGTTTAA AATGTGGTAT TTATAGAGAT GATCTTAAAG AATTTTTCAG CTTAGATGTA 
GATACATATA AATATCTATA TAACAGTATT GATCATATTA TTGATTTCTG GATTCAAAAA 
GATTTAAATA AAAATGCAAA TATAAATGAT ACGAAATATA TTAATAAAAA TCAAATAATA 
AATTTAGATC AAATTAAACA AGATATTAAA AATAAACTAA ATTTCTTCAT AGAAAATCCA 
AATATAAATA TATGTCCTAA TATTTATCAT CTAGATGTTG CTGCTATGTA TCCTAATATT 
ATTTTATCAC ATCGTTTGCA ACCTAATGCT ATCATCACAC CAGATCATTG TTTTAATTGT 
TCTTTTTATA AACAAAGACA CTTGTGTCAA AAAAAAATGA TATGGAAACG TAAATTAGAA 
ATTTCTCCTA TAGATTATGG TCATGTCTTA TCACTAAAAC AAGATTTAAA AACTAGGCTT 
TTTTTCCCGC AAAAAAGTTT TTACAAAATG CAAAACAAGG AAGAATCTGA TAGTACTGAA 
AATGAAAACT CGATGGATAT TAACGCATCA AAAAAGAAAT CGTGGAATGA ACTCACGGAT 
AAACAACAAC ACGATGAATT AATGAAAGTC ATAAAAGATT GCTCTCAAAA GGTTTTTAAA 
AAAACCAAAG TATCGAAAGA AGTAGATGCA TCCAGTTTAG TGTGCCAACG AGAAAACCCA 
TTTTATGTTG ATGCTGTTAA AACTTTTAGA GACAGAAGAT ATGTGTATAA AAAAGGACTG 
AAAGAATGTG AACATGAAAA AAGGGAATTA TTAAAACAAT CAAAAATAGA TTATATTAAG 
ATTCAAGAAT TAGATGATAA AATATTATTA AATGATTCAT TACAACTAGC ACATAAATGT 
ATATTAAATA GTTTTTATGG ATATGTTAAA AGAAGAAGCA GTAGATGGTA TTCTGATCAA 
ATGGGTGCTA TTGTTACGTA TACAGGTTCT CAAATAATCA ATGGAGCATT TAATTTAATA 
AATAAAATTG GTATACCAAT GGAATTAGAT ACTGATGGTA TTTGGTGCAT GCTTCCAAAA 
AATTTCCCAG AAATGTATGA TGTATATATT TTGGATAAAA AAGAATTAAA TAAAAAAAAA 
GATTATGAAA CAAAAAGTGA AGAAGAATTA AAAAATGATA ACAATGTGAA AAAAGTAGAT 
TTCGAATTCC CAACGAATAT ATTAAATTTC GAAATGCATA AGAAATGGAC AAATGATCAA 
TACTTAGTGT ATAATGAACA TACTGATGAT TATGAATGTA TTAGTAAAAA TGAAATATTT 
TTTGAATTAG ATGGACCATG GCATGGTATG TTTTTACCTG CATCTGAAAA ATCCGATGAT 
TTATTAAAAA AAAGATATGT TGTTTTTAAT AATAAATATA AAATAAGTGA ACTTAAAGGT 
TTTGAAATTA AACGAAGAGG AGAATTAAGA ATTATTCAAA GATTTCAAAG TGAAATTTTT 
AATCATTTCT TAAAAGGAAA AACAAAAGAA GAATCATATT ATCATGCATC ATTAACAGCA 
AATAAATGGA AAAATTTAAT AGATACTAAA GCAATAGATA TAGATAATGA TGATGAATTA 
TTTGATTTAA TTTTAGCTAA GAAAGTTTTA AATAAATCAG TTAAAGAACA ACCAAATGCT 
AAAAGTTTTG GTATTACTAC AGCAAAAAGA TTAAGTGAAT TATTAAATAA TGCTAGCTAT 
ATTGAAGATA ATAATGTATC AACTCAGTTT ATTGTTGTAT CCAAACCTAT TGGTTCAGAT 
ATTACCTTTA GAGCTATACC TATACAAATA TTCAAAACAA ATATTGATAC TCAAATCCAT 
TATTTAAGTA AATGGTTAGG TACCAAATTT CCTCCAAACG TACCTGTTAA TGTTAGAGAT 
ATTATTGATT GGGATTATTA TAAACAAAAA TTAGAAGTTC AAATTTTAAA ATTAGTTATT 
ATTCCAGCTA TTAAACAAAA TATTAATAAT CCAATAACTT CCATATCAGT TCCTGATTGG 
TTAAAAAAAC AAATTAATAT CTCAGAAGGA AAACAGAAAA AAATCACATC CTTCTTTGTA 
AAAAAAAACA TAAAAAAAGA AGATACCACT TCACCTTTAC ATTCTGCCGA TGTTAAACTA 
GTAAATGATA TTCATGATTT TAAAGATTCA AATGAAACAA CCAACACACC ATTACATTAT 
ACACAAAAAG AAAGTATGAA AAATAAAGAA CATATATCTA ATCAATCTAT GGAAAAAAAA 
AGCCCCTTTC CAATAGAAGG AGAAAATACA ATAACAAATC CATCATCATC CATATTAACA 
CAATCAGAGG AAACATTGAA AAATAAAAAA AGAAAATTAA TAAAACAATA TCTCTTAGAT 
AATTTTATAT CCAAAAAACA AAAATTAATA ATATTATATG ATAATAATCA ATCAAATAAT 
AACAATAGTA ATATTATGTC TGGTGCTACT CCAAAAACTA GTAAACTTAT CTCATCAGTA 
GCTTACAAAA AAATAAATTC ATTTGAAAAC TACGGAGAAA ATAATAATAA TATTATTATT 
ATTGATCATG AAAAAATCAA TATCAGTAAT TTAAAATATA AAGATTTACA TAATTTATTT 
CATTCAAATT TTAAAAATTG GATGCTTATT AATAATAAAA TATGGAAAAA TAATAGAACA 
CAAATTAAAA AAATACGTAT TGAAGATAAA AAACAAAAAA AAAAAAATAG CATATCATTT 
AAAGAACAAG AAGATGAAGA AACTAATAAG GAAAAAAAGA ATTATGAGAA AATATCTAAT 
TTAGATTCTA AATATTTACA TACTATTCAA AATTCAATGG ATATTGTATA TATATATAAA 
AAAATTAAAA AGAAAAAGAA AAATCATAAA AAAAAAAATG CAAATATCCA ATTAAATAAT 
TTAAAAAATG ATAAACAAAC CTTATTAAAA CCATATTTAA AATATTTTAA ACATGAAGCA 
AATTCAGATT CAGATTCAAA TTCAGATGAT TCATCTAGTC ATAAGAAAGA ATCTAGAAAT 
GAAAATTATC ATATCAATGA AAAGGTTGAT AATAATGATT ATTATAATGA TGATGATGAT 
GATGATGATG ATGATGGAAT TTATTATGCA TTAGTTTCAT TAAAGAATAT GAATAAATTT 
TATAAAATTA AAATACAAGT ATATAGACAT ATATATATTA ATAATTATGA TCAATTAAAT 
ATTAAAAGTA ATAGTAAAAT AACTATAAAA TTAATTAGTT CAAATAATGA TGATAATGGT 
GTATTTAAAT CAAAGGCATA TGCTAATTGT TTTCTTCCAA GAAATATTAA AGTTTTTAAT 
TTATATGAAT TTATAATGAC AGAAAAATAT TTTAATCAAT ATATTATTAA TACTCTAAAT 
GCAAATTATC ATGAAAGTAT TATATCTGTA TATGAAACAA AAATACCATT ATATTTTGAT 
TTCTTAAGTA GATATGGAAA TTCTGTTGAA ATTGATTCAA ATGATTATAA TTATATATTT 
GATGAAAACA AATGTTTTAA ATCTCATTGT TTTAGTAAAG TAGAAAATAA TAGTAAAAGT 
ACTAAAAATG TATCAGCCAA TTATTTGGAT GATGTACATA TTGTTTATAT ACATATATTT 
CATACGCTTA TAGATAACAT TTGTAATCGT ATTTTTATTA ATGTATATGA TCAATTTGAT 
GAACATAATC AGGATCATCT ACTTGGGAAT AAAATAATGT TTAGTGGTAT TGGACAAAAG 
GATAATAATT TTGATCCTTA TGATACTTTT ATAAAATTCT TACAAATGGA TAAGTATTGT 
AATGATAATA CATTAAACGA AACAAATAAA AATATAAATA TGAATATAAA TTCTACACAT 
GATGGGCAAA ATAAAAATAT ACTTAATATA AATCATATAC ATAATACATT TGATAATAAT 
AATAATAATA ATAATGATGT GGAATATTTA AACAATATTG AAAAAGAAAA AATAAAAAAA 
GATATGTTAT TAAAAAATTT ATTTAATAAA GAATTTTTTA TAAATAGTGT TGAAAAAGAT 
CTATTATTTT TATATCATTA TAGAAAATTT GATGTTTATT ATGAAGATAA TACAAATGTA 
TATAAAGTAT TAGAATATCT TGATCTATAC TTAAATAAAT ATCGTACTAA TATGATAACA 
GGAAAACAAA AATATATCTT TTATGTATCA TCAACTATTG ATAAAAAAAA ATTAGGTTGG 
TGGGCTACCA ATAAATATTT CCCATGTTAT TTTTATAAAT TTGATAATAC AAATAAATAT 
CAAAATGTTC CAAGATTAAA TTATCAAAAT GACATTTTTA ATTTATCTCT AAATCTATTT 
TTTGAAAATT ATCATAGAGT AGAAGAAGAT TTGAATTTTT CACGAATATC AAATATACCA 
TTATTTAATT TATTCAATGT TCAAAACAAA AATCAAAAAC ATAAATTTAT ATATGATATC 
TTATATGCAT CTTTTATTAA AAAATATAAA GGAATATTAT GGTTATCATA TTTTGGTAAT 
TATGATCTAG GAATCCCATG TTTAAATATT AATAATTTCT GTGATTATGA TTTAGCTAAA 
AAAAATAATG ATATAATAAA TCAAGGAATA TATAGAGGAT ATATTGTCCA TCTATTTTTT 
AATGAATCAT TAATATTTAA TAGTGTACGC CTTTTTACAA AATATTCAAA TCTTGACAAA 
AACACAAATG AATATAATAA TACCATAACC AATACAAATA CAAACATAAA TAATTATCAC 
AATAATAATA TTATTAATCG TAATAATGAA CATACTACTT TTATGCAAAA CAAAAAAAAA 
AATGTCAAGA GAACCCTGGA AAATAATACA AACCATATGA ATAAATTAAA CAATAAAAGT 
AATCATATAA ATAAAAACGA CTCAATAGAT CAAAAGGAAC AGTTGAATGA TGAAGATATA 
TCAACAGCTG ACGAAAATAA TAATATGAAT AGCAACAATA ATAATAATAA CAACAATAAT 
AATAACAACA ATAATAATAA CAACAATAAT AATAATAATA ACAACAATAA TAATAATAAT 
AATAATAATA GTGTGAATGT AAATTTTTCT TCCAATAATG ATAACGTCAT CATACAATCA 
TCAGCTGAAT TAAATCAAAA AAAAAACCTC ATACAAAATA AATATGATAT CAATTCAATT 
GTTGAAAGAA ATGCTCATGT TTCCCAATTT AGTAATTTTG CCTTTAAACT ATTAGGTCAA 
TCGTTAGAAT ATTTAATATC TAAGATTTCC TCTTTATCTA TGCTAATTAC AAATAAAACA 
TTTGAAAGCA TATCAGATAT ATTTACATCC TTCTATTCAT GGATTTCTAA TAATTCTAGT 
TTATTATATG ATGTTGCATT ATATAATAAA GTTTTAGAAT GTTCTGAAAT TTATCAAAAT 
AATTTAATAA ATATTATGAA GAAGAAATTT AATGCTAATA TTATTTTTGC TGACTTAAGA 
AATCTTGTTA TATCATTCAA TGAGTATTCT ATTATATCAG GAAGAAATAT ATTAAAGAAT 
TTAATAAAAT ATTTTTCACA CAGTGATTCA ATATATGCAA ATGTACCCTT CTATATTAAA 
AATGAATATA TTGCAGCATG TCAATTTGAT AAATATAATT TTATAAGATA TAAAAAATAT 
TCAGATCCAA ATGAAGAAAA TACAGATGAA AATCTAAAAA TTATTGAATA CTTACCTCCT 
ATATGTGAAT CTTTCTTGAG ATATGTTCTT GATATTATAA TATTGAATCC ATTACATGAT 
ATTATACTTT CATATGATAA TAATAAACAA AACGGTATAA ATCCATATCA ATCAGATGAT 
CAAAAGATAA ATCATATAAA TGATATATCT ACATGTGAAA AAAATTATTA TAATGTTATA 
TTAAAAAATG ATAAATTAAC AGATAAAATT AATTTAGCAC AAAAAGCCAA ATTAAAATAT 
ATATTTGATA AATCATTTGA TGATCTTGAA GAAGTCTGTG AATCATTCTC CTTAATCAAT 
GAAAATGTAG ATGTACTAGC TTATAAAATT GAAGAGAAAT TAAAGGATTT ATGGTTTATG 
CCGGGAATTA TTTATAAAAA AGTGAAAAAA GCAATCAAAT ATAAAAAATA TCTAATAGAA 
AATTATTGGC CATATGAAGA TGATGAAATC GGTGAAAATA ATATTAATTA TGCACCATTC 
TTATTTCCTC AAACATTAGG AAATCTAGCT AAAAGAGATA ATAATTGGAG ACTAGAAATT 
GTTAAATTCT GTATCTTCTT AATGCAAAAT GATAAATTAT TAAATTTAGA AAATGAAAAC 
TCAAATGAAG CCTTTCATGA AAAAAGACAT GAACTATATG AAATTGTAGG AGATAGTGAA 
TATAATAAAA AAAATTCATT ATGGAAAAGC CCATGTCATG AATTAATTTT AAAAGATATC 
TTTTGCGATC ATTGTTCATC GGTATATCAT ATGAACGTAG TAACAAGTTT AGTTGAAGCA 
GAGATAAGTG GAAAACCATC TTTTATTTGG TTATGCAAAA ATTGTAACTT TAAATTTGAT 
AATGAATTTA TTGAATTAAA AATATTATCT TTATTGCAGG AAACATTCGA CGCATACAAT 
GCTCAAGATT TGGTATGTAA TAATTGTAAT GCAATAAAAT CTTTCCACAG AAGACCCATA 
TGTAAATGTG GTCAAATATT TACACCTCGT CTAGAAATTA ATAACTGGAT GCAAACATTA 
GAAATTGTAG AAAATTTAGC TAGCATGCTA AACATGCCAT TATTAACAGA TGTGTTGACA 
TCCATGAAAA CCCATCTTAT ATAA

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

RefSeq	XP_966285.1
CDS	1..8724
Translation	MSTQTRTKGWEKESKINPDYEYERLLKLENKFHIKAWINKGEKEGYLYNIVPTTMNVVAKNSNKSHKKTGVHMYFVSDNNKTWRLTLFYRPYFYLKTKNIHNYEQVTKFLKKELDKYNVEIDYVKKEDLSLYDHLNKKRSYLSNIFFKLSYDTIENLMNARDFLVKIIERNKKQNKNYNNSNNDKHIFNNEDLSYSQLEFSYKNEYSYNKYDDQKENTQKQQFTTNITEEDDKKRILNAKSNDNNNNNNNNTHNSNNNNNILNMNDIIVTTKKQILSKEEIMNEIIEIYEYDVKYLTRICIDKNIRCGLWYKVKREEDELYTELIQFEILNKKVLAPLNILAWDIECYKDELKFPDKEKDEIILISYMYNAQGYLIVNRNVMSKNIREFLYKPNEEYSGAGTFKIFNEKNEYFLLKRFLEHIRLLKIHIFVTYNGDFFDIPYLYRRCEINNLSVSREIGFIMNNKQECSCNFILNIDAYKWVERDSYLPNGSRTLKSVCKIKLKYNPTEVDPELMVPIAKNNPQHLAVYSVSDAVATFYLYDKFIHNFLFALSSIIPMNPDNVLRQGSGTLCEQLLMAEAYRKNILFPNKSKPIYNQYFTDPENKKKYFIYDDSFVGGTVQSLKCGIYRDDLKEFFSLDVDTYKYLYNSIDHIIDFWIQKDLNKNANINDTKYINKNQIINLDQIKQDIKNKLNFFIENPNINICPNIYHLDVAAMYPNIILSHRLQPNAIITPDHCFNCSFYKQRHLCQKKMIWKRKLEISPIDYGHVLSLKQDLKTRLFFPQKSFYKMQNKEESDSTENENSMDINASKKKSWNELTDKQQHDELMKVIKDCSQKVFKKTKVSKEVDASSLVCQRENPFYVDAVKTFRDRRYVYKKGLKECEHEKRELLKQSKIDYIKIQELDDKILLNDSLQLAHKCILNSFYGYVKRRSSRWYSDQMGAIVTYTGSQIINGAFNLINKIGIPMELDTDGIWCMLPKNFPEMYDVYILDKKELNKKKDYETKSEEELKNDNNVKKVDFEFPTNILNFEMHKKWTNDQYLVYNEHTDDYECISKNEIFFELDGPWHGMFLPASEKSDDLLKKRYVVFNNKYKISELKGFEIKRRGELRIIQRFQSEIFNHFLKGKTKEESYYHASLTANKWKNLIDTKAIDIDNDDELFDLILAKKVLNKSVKEQPNAKSFGITTAKRLSELLNNASYIEDNNVSTQFIVVSKPIGSDITFRAIPIQIFKTNIDTQIHYLSKWLGTKFPPNVPVNVRDIIDWDYYKQKLEVQILKLVIIPAIKQNINNPITSISVPDWLKKQINISEGKQKKITSFFVKKNIKKEDTTSPLHSADVKLVNDIHDFKDSNETTNTPLHYTQKESMKNKEHISNQSMEKKSPFPIEGENTITNPSSSILTQSEETLKNKKRKLIKQYLLDNFISKKQKLIILYDNNQSNNNNSNIMSGATPKTSKLISSVAYKKINSFENYGENNNNIIIIDHEKINISNLKYKDLHNLFHSNFKNWMLINNKIWKNNRTQIKKIRIEDKKQKKKNSISFKEQEDEETNKEKKNYEKISNLDSKYLHTIQNSMDIVYIYKKIKKKKKNHKKKNANIQLNNLKNDKQTLLKPYLKYFKHEANSDSDSNSDDSSSHKKESRNENYHINEKVDNNDYYNDDDDDDDDDGIYYALVSLKNMNKFYKIKIQVYRHIYINNYDQLNIKSNSKITIKLISSNNDDNGVFKSKAYANCFLPRNIKVFNLYEFIMTEKYFNQYIINTLNANYHESIISVYETKIPLYFDFLSRYGNSVEIDSNDYNYIFDENKCFKSHCFSKVENNSKSTKNVSANYLDDVHIVYIHIFHTLIDNICNRIFINVYDQFDEHNQDHLLGNKIMFSGIGQKDNNFDPYDTFIKFLQMDKYCNDNTLNETNKNINMNINSTHDGQNKNILNINHIHNTFDNNNNNNNDVEYLNNIEKEKIKKDMLLKNLFNKEFFINSVEKDLLFLYHYRKFDVYYEDNTNVYKVLEYLDLYLNKYRTNMITGKQKYIFYVSSTIDKKKLGWWATNKYFPCYFYKFDNTNKYQNVPRLNYQNDIFNLSLNLFFENYHRVEEDLNFSRISNIPLFNLFNVQNKNQKHKFIYDILYASFIKKYKGILWLSYFGNYDLGIPCLNINNFCDYDLAKKNNDIINQGIYRGYIVHLFFNESLIFNSVRLFTKYSNLDKNTNEYNNTITNTNTNINNYHNNNIINRNNEHTTFMQNKKKNVKRTLENNTNHMNKLNNKSNHINKNDSIDQKEQLNDEDISTADENNNMNSNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNSVNVNFSSNNDNVIIQSSAELNQKKNLIQNKYDINSIVERNAHVSQFSNFAFKLLGQSLEYLISKISSLSMLITNKTFESISDIFTSFYSWISNNSSLLYDVALYNKVLECSEIYQNNLINIMKKKFNANIIFADLRNLVISFNEYSIISGRNILKNLIKYFSHSDSIYANVPFYIKNEYIAACQFDKYNFIRYKKYSDPNEENTDENLKIIEYLPPICESFLRYVLDIIILNPLHDIILSYDNNKQNGINPYQSDDQKINHINDISTCEKNYYNVILKNDKLTDKINLAQKAKLKYIFDKSFDDLEEVCESFSLINENVDVLAYKIEEKLKDLWFMPGIIYKKVKKAIKYKKYLIENYWPYEDDEIGENNINYAPFLFPQTLGNLAKRDNNWRLEIVKFCIFLMQNDKLLNLENENSNEAFHEKRHELYEIVGDSEYNKKNSLWKSPCHELILKDIFCDHCSSVYHMNVVTSLVEAEISGKPSFIWLCKNCNFKFDNEFIELKILSLLQETFDAYNAQDLVCNNCNAIKSFHRRPICKCGQIFTPRLEINNWMQTLEIVENLASMLNMPLLTDVLTSMKTHLI

Target ORF information:

RefSeq Version	XM_961192.1
Organism	Plasmodium falciparum 3D7
Definition	Plasmodium falciparum 3D7 DNA polymerase epsilon catalytic subunit A,putative (PF3D7_0630300), partial mRNA.

Target ORF information:

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

XM_961192.1

ORF Insert Sequence:

ATGTCTACAC AAACAAGGAC AAAAGGATGG GAGAAGGAAT CAAAAATTAA TCCAGATTAT 
GAATATGAGA GATTGTTAAA ATTAGAAAAT AAGTTTCATA TAAAAGCATG GATTAATAAA 
GGAGAGAAAG AAGGATATCT TTATAATATA GTTCCTACTA CTATGAATGT AGTAGCAAAA 
AATTCAAATA AATCACATAA AAAAACAGGT GTACACATGT ATTTTGTGTC AGACAATAAC 
AAGACGTGGA GATTAACTCT TTTTTATAGA CCCTACTTTT ATTTAAAAAC CAAGAATATA 
CATAATTATG AACAAGTAAC AAAATTTTTA AAAAAGGAAC TAGATAAGTA TAACGTTGAA 
ATTGATTATG TAAAAAAAGA GGATTTAAGT TTATACGATC ATTTGAATAA GAAAAGAAGT 
TATTTAAGTA ATATCTTTTT TAAATTATCC TATGATACTA TTGAAAATTT AATGAATGCT 
CGAGATTTCT TAGTCAAAAT TATTGAACGA AATAAAAAGC AAAATAAAAA TTATAATAAT 
TCAAATAATG ATAAACATAT TTTTAATAAT GAAGATTTGT CCTATAGTCA ATTAGAGTTT 
TCTTATAAAA ATGAATATTC TTATAATAAA TATGATGATC AAAAAGAAAA CACACAAAAA 
CAACAATTTA CTACAAATAT AACAGAGGAA GATGATAAAA AGAGGATATT AAATGCAAAA 
AGTAATGATA ATAATAATAA TAATAATAAT AATACACATA ATAGTAACAA TAATAATAAT 
ATATTGAATA TGAATGATAT CATAGTTACT ACAAAAAAAC AAATTTTAAG TAAAGAAGAA 
ATTATGAATG AAATAATCGA AATATATGAA TATGATGTAA AATATTTAAC TAGAATTTGT 
ATAGATAAAA ATATCAGATG TGGATTATGG TATAAAGTAA AAAGAGAAGA AGATGAACTT 
TATACTGAAT TAATTCAATT TGAAATTTTA AATAAAAAAG TATTAGCACC ATTAAATATA 
TTAGCATGGG ATATTGAATG TTATAAAGAT GAATTAAAAT TTCCAGATAA AGAGAAAGAT 
GAAATCATAT TAATATCTTA TATGTATAAT GCTCAAGGAT ATTTAATTGT TAATAGAAAT 
GTTATGAGTA AAAATATAAG AGAATTCTTA TATAAACCAA ATGAAGAATA TTCTGGTGCA 
GGTACTTTCA AAATTTTTAA TGAAAAAAAT GAATATTTTT TATTAAAACG ATTTCTTGAA 
CATATCAGAT TATTAAAAAT ACATATTTTT GTTACATATA ATGGTGACTT TTTTGATATT 
CCATATTTAT ATAGAAGATG TGAAATCAAT AATTTAAGTG TTTCCAGAGA AATAGGTTTT 
ATTATGAATA ATAAACAAGA ATGTTCATGT AATTTTATTT TAAATATCGA TGCATATAAA 
TGGGTTGAAA GAGATTCATA TCTACCAAAT GGTTCGAGAA CTTTAAAAAG TGTATGTAAA 
ATTAAATTAA AATATAATCC AACAGAAGTG GATCCTGAAC TTATGGTTCC CATTGCTAAA 
AATAATCCTC AACATTTAGC TGTTTACAGT GTATCTGATG CAGTTGCAAC TTTTTATTTA 
TATGATAAAT TTATTCATAA TTTCTTATTC GCATTATCAT CAATTATACC AATGAACCCT 
GATAATGTAT TACGACAAGG AAGTGGAACC TTATGTGAAC AATTATTAAT GGCAGAAGCC 
TACAGAAAAA ATATACTTTT TCCTAACAAA TCCAAACCTA TATATAATCA ATATTTTACA 
GATCCAGAAA ATAAAAAAAA ATATTTTATT TATGATGATT CATTTGTTGG CGGTACAGTT 
CAAAGTTTAA AATGTGGTAT TTATAGAGAT GATCTTAAAG AATTTTTCAG CTTAGATGTA 
GATACATATA AATATCTATA TAACAGTATT GATCATATTA TTGATTTCTG GATTCAAAAA 
GATTTAAATA AAAATGCAAA TATAAATGAT ACGAAATATA TTAATAAAAA TCAAATAATA 
AATTTAGATC AAATTAAACA AGATATTAAA AATAAACTAA ATTTCTTCAT AGAAAATCCA 
AATATAAATA TATGTCCTAA TATTTATCAT CTAGATGTTG CTGCTATGTA TCCTAATATT 
ATTTTATCAC ATCGTTTGCA ACCTAATGCT ATCATCACAC CAGATCATTG TTTTAATTGT 
TCTTTTTATA AACAAAGACA CTTGTGTCAA AAAAAAATGA TATGGAAACG TAAATTAGAA 
ATTTCTCCTA TAGATTATGG TCATGTCTTA TCACTAAAAC AAGATTTAAA AACTAGGCTT 
TTTTTCCCGC AAAAAAGTTT TTACAAAATG CAAAACAAGG AAGAATCTGA TAGTACTGAA 
AATGAAAACT CGATGGATAT TAACGCATCA AAAAAGAAAT CGTGGAATGA ACTCACGGAT 
AAACAACAAC ACGATGAATT AATGAAAGTC ATAAAAGATT GCTCTCAAAA GGTTTTTAAA 
AAAACCAAAG TATCGAAAGA AGTAGATGCA TCCAGTTTAG TGTGCCAACG AGAAAACCCA 
TTTTATGTTG ATGCTGTTAA AACTTTTAGA GACAGAAGAT ATGTGTATAA AAAAGGACTG 
AAAGAATGTG AACATGAAAA AAGGGAATTA TTAAAACAAT CAAAAATAGA TTATATTAAG 
ATTCAAGAAT TAGATGATAA AATATTATTA AATGATTCAT TACAACTAGC ACATAAATGT 
ATATTAAATA GTTTTTATGG ATATGTTAAA AGAAGAAGCA GTAGATGGTA TTCTGATCAA 
ATGGGTGCTA TTGTTACGTA TACAGGTTCT CAAATAATCA ATGGAGCATT TAATTTAATA 
AATAAAATTG GTATACCAAT GGAATTAGAT ACTGATGGTA TTTGGTGCAT GCTTCCAAAA 
AATTTCCCAG AAATGTATGA TGTATATATT TTGGATAAAA AAGAATTAAA TAAAAAAAAA 
GATTATGAAA CAAAAAGTGA AGAAGAATTA AAAAATGATA ACAATGTGAA AAAAGTAGAT 
TTCGAATTCC CAACGAATAT ATTAAATTTC GAAATGCATA AGAAATGGAC AAATGATCAA 
TACTTAGTGT ATAATGAACA TACTGATGAT TATGAATGTA TTAGTAAAAA TGAAATATTT 
TTTGAATTAG ATGGACCATG GCATGGTATG TTTTTACCTG CATCTGAAAA ATCCGATGAT 
TTATTAAAAA AAAGATATGT TGTTTTTAAT AATAAATATA AAATAAGTGA ACTTAAAGGT 
TTTGAAATTA AACGAAGAGG AGAATTAAGA ATTATTCAAA GATTTCAAAG TGAAATTTTT 
AATCATTTCT TAAAAGGAAA AACAAAAGAA GAATCATATT ATCATGCATC ATTAACAGCA 
AATAAATGGA AAAATTTAAT AGATACTAAA GCAATAGATA TAGATAATGA TGATGAATTA 
TTTGATTTAA TTTTAGCTAA GAAAGTTTTA AATAAATCAG TTAAAGAACA ACCAAATGCT 
AAAAGTTTTG GTATTACTAC AGCAAAAAGA TTAAGTGAAT TATTAAATAA TGCTAGCTAT 
ATTGAAGATA ATAATGTATC AACTCAGTTT ATTGTTGTAT CCAAACCTAT TGGTTCAGAT 
ATTACCTTTA GAGCTATACC TATACAAATA TTCAAAACAA ATATTGATAC TCAAATCCAT 
TATTTAAGTA AATGGTTAGG TACCAAATTT CCTCCAAACG TACCTGTTAA TGTTAGAGAT 
ATTATTGATT GGGATTATTA TAAACAAAAA TTAGAAGTTC AAATTTTAAA ATTAGTTATT 
ATTCCAGCTA TTAAACAAAA TATTAATAAT CCAATAACTT CCATATCAGT TCCTGATTGG 
TTAAAAAAAC AAATTAATAT CTCAGAAGGA AAACAGAAAA AAATCACATC CTTCTTTGTA 
AAAAAAAACA TAAAAAAAGA AGATACCACT TCACCTTTAC ATTCTGCCGA TGTTAAACTA 
GTAAATGATA TTCATGATTT TAAAGATTCA AATGAAACAA CCAACACACC ATTACATTAT 
ACACAAAAAG AAAGTATGAA AAATAAAGAA CATATATCTA ATCAATCTAT GGAAAAAAAA 
AGCCCCTTTC CAATAGAAGG AGAAAATACA ATAACAAATC CATCATCATC CATATTAACA 
CAATCAGAGG AAACATTGAA AAATAAAAAA AGAAAATTAA TAAAACAATA TCTCTTAGAT 
AATTTTATAT CCAAAAAACA AAAATTAATA ATATTATATG ATAATAATCA ATCAAATAAT 
AACAATAGTA ATATTATGTC TGGTGCTACT CCAAAAACTA GTAAACTTAT CTCATCAGTA 
GCTTACAAAA AAATAAATTC ATTTGAAAAC TACGGAGAAA ATAATAATAA TATTATTATT 
ATTGATCATG AAAAAATCAA TATCAGTAAT TTAAAATATA AAGATTTACA TAATTTATTT 
CATTCAAATT TTAAAAATTG GATGCTTATT AATAATAAAA TATGGAAAAA TAATAGAACA 
CAAATTAAAA AAATACGTAT TGAAGATAAA AAACAAAAAA AAAAAAATAG CATATCATTT 
AAAGAACAAG AAGATGAAGA AACTAATAAG GAAAAAAAGA ATTATGAGAA AATATCTAAT 
TTAGATTCTA AATATTTACA TACTATTCAA AATTCAATGG ATATTGTATA TATATATAAA 
AAAATTAAAA AGAAAAAGAA AAATCATAAA AAAAAAAATG CAAATATCCA ATTAAATAAT 
TTAAAAAATG ATAAACAAAC CTTATTAAAA CCATATTTAA AATATTTTAA ACATGAAGCA 
AATTCAGATT CAGATTCAAA TTCAGATGAT TCATCTAGTC ATAAGAAAGA ATCTAGAAAT 
GAAAATTATC ATATCAATGA AAAGGTTGAT AATAATGATT ATTATAATGA TGATGATGAT 
GATGATGATG ATGATGGAAT TTATTATGCA TTAGTTTCAT TAAAGAATAT GAATAAATTT 
TATAAAATTA AAATACAAGT ATATAGACAT ATATATATTA ATAATTATGA TCAATTAAAT 
ATTAAAAGTA ATAGTAAAAT AACTATAAAA TTAATTAGTT CAAATAATGA TGATAATGGT 
GTATTTAAAT CAAAGGCATA TGCTAATTGT TTTCTTCCAA GAAATATTAA AGTTTTTAAT 
TTATATGAAT TTATAATGAC AGAAAAATAT TTTAATCAAT ATATTATTAA TACTCTAAAT 
GCAAATTATC ATGAAAGTAT TATATCTGTA TATGAAACAA AAATACCATT ATATTTTGAT 
TTCTTAAGTA GATATGGAAA TTCTGTTGAA ATTGATTCAA ATGATTATAA TTATATATTT 
GATGAAAACA AATGTTTTAA ATCTCATTGT TTTAGTAAAG TAGAAAATAA TAGTAAAAGT 
ACTAAAAATG TATCAGCCAA TTATTTGGAT GATGTACATA TTGTTTATAT ACATATATTT 
CATACGCTTA TAGATAACAT TTGTAATCGT ATTTTTATTA ATGTATATGA TCAATTTGAT 
GAACATAATC AGGATCATCT ACTTGGGAAT AAAATAATGT TTAGTGGTAT TGGACAAAAG 
GATAATAATT TTGATCCTTA TGATACTTTT ATAAAATTCT TACAAATGGA TAAGTATTGT 
AATGATAATA CATTAAACGA AACAAATAAA AATATAAATA TGAATATAAA TTCTACACAT 
GATGGGCAAA ATAAAAATAT ACTTAATATA AATCATATAC ATAATACATT TGATAATAAT 
AATAATAATA ATAATGATGT GGAATATTTA AACAATATTG AAAAAGAAAA AATAAAAAAA 
GATATGTTAT TAAAAAATTT ATTTAATAAA GAATTTTTTA TAAATAGTGT TGAAAAAGAT 
CTATTATTTT TATATCATTA TAGAAAATTT GATGTTTATT ATGAAGATAA TACAAATGTA 
TATAAAGTAT TAGAATATCT TGATCTATAC TTAAATAAAT ATCGTACTAA TATGATAACA 
GGAAAACAAA AATATATCTT TTATGTATCA TCAACTATTG ATAAAAAAAA ATTAGGTTGG 
TGGGCTACCA ATAAATATTT CCCATGTTAT TTTTATAAAT TTGATAATAC AAATAAATAT 
CAAAATGTTC CAAGATTAAA TTATCAAAAT GACATTTTTA ATTTATCTCT AAATCTATTT 
TTTGAAAATT ATCATAGAGT AGAAGAAGAT TTGAATTTTT CACGAATATC AAATATACCA 
TTATTTAATT TATTCAATGT TCAAAACAAA AATCAAAAAC ATAAATTTAT ATATGATATC 
TTATATGCAT CTTTTATTAA AAAATATAAA GGAATATTAT GGTTATCATA TTTTGGTAAT 
TATGATCTAG GAATCCCATG TTTAAATATT AATAATTTCT GTGATTATGA TTTAGCTAAA 
AAAAATAATG ATATAATAAA TCAAGGAATA TATAGAGGAT ATATTGTCCA TCTATTTTTT 
AATGAATCAT TAATATTTAA TAGTGTACGC CTTTTTACAA AATATTCAAA TCTTGACAAA 
AACACAAATG AATATAATAA TACCATAACC AATACAAATA CAAACATAAA TAATTATCAC 
AATAATAATA TTATTAATCG TAATAATGAA CATACTACTT TTATGCAAAA CAAAAAAAAA 
AATGTCAAGA GAACCCTGGA AAATAATACA AACCATATGA ATAAATTAAA CAATAAAAGT 
AATCATATAA ATAAAAACGA CTCAATAGAT CAAAAGGAAC AGTTGAATGA TGAAGATATA 
TCAACAGCTG ACGAAAATAA TAATATGAAT AGCAACAATA ATAATAATAA CAACAATAAT 
AATAACAACA ATAATAATAA CAACAATAAT AATAATAATA ACAACAATAA TAATAATAAT 
AATAATAATA GTGTGAATGT AAATTTTTCT TCCAATAATG ATAACGTCAT CATACAATCA 
TCAGCTGAAT TAAATCAAAA AAAAAACCTC ATACAAAATA AATATGATAT CAATTCAATT 
GTTGAAAGAA ATGCTCATGT TTCCCAATTT AGTAATTTTG CCTTTAAACT ATTAGGTCAA 
TCGTTAGAAT ATTTAATATC TAAGATTTCC TCTTTATCTA TGCTAATTAC AAATAAAACA 
TTTGAAAGCA TATCAGATAT ATTTACATCC TTCTATTCAT GGATTTCTAA TAATTCTAGT 
TTATTATATG ATGTTGCATT ATATAATAAA GTTTTAGAAT GTTCTGAAAT TTATCAAAAT 
AATTTAATAA ATATTATGAA GAAGAAATTT AATGCTAATA TTATTTTTGC TGACTTAAGA 
AATCTTGTTA TATCATTCAA TGAGTATTCT ATTATATCAG GAAGAAATAT ATTAAAGAAT 
TTAATAAAAT ATTTTTCACA CAGTGATTCA ATATATGCAA ATGTACCCTT CTATATTAAA 
AATGAATATA TTGCAGCATG TCAATTTGAT AAATATAATT TTATAAGATA TAAAAAATAT 
TCAGATCCAA ATGAAGAAAA TACAGATGAA AATCTAAAAA TTATTGAATA CTTACCTCCT 
ATATGTGAAT CTTTCTTGAG ATATGTTCTT GATATTATAA TATTGAATCC ATTACATGAT 
ATTATACTTT CATATGATAA TAATAAACAA AACGGTATAA ATCCATATCA ATCAGATGAT 
CAAAAGATAA ATCATATAAA TGATATATCT ACATGTGAAA AAAATTATTA TAATGTTATA 
TTAAAAAATG ATAAATTAAC AGATAAAATT AATTTAGCAC AAAAAGCCAA ATTAAAATAT 
ATATTTGATA AATCATTTGA TGATCTTGAA GAAGTCTGTG AATCATTCTC CTTAATCAAT 
GAAAATGTAG ATGTACTAGC TTATAAAATT GAAGAGAAAT TAAAGGATTT ATGGTTTATG 
CCGGGAATTA TTTATAAAAA AGTGAAAAAA GCAATCAAAT ATAAAAAATA TCTAATAGAA 
AATTATTGGC CATATGAAGA TGATGAAATC GGTGAAAATA ATATTAATTA TGCACCATTC 
TTATTTCCTC AAACATTAGG AAATCTAGCT AAAAGAGATA ATAATTGGAG ACTAGAAATT 
GTTAAATTCT GTATCTTCTT AATGCAAAAT GATAAATTAT TAAATTTAGA AAATGAAAAC 
TCAAATGAAG CCTTTCATGA AAAAAGACAT GAACTATATG AAATTGTAGG AGATAGTGAA 
TATAATAAAA AAAATTCATT ATGGAAAAGC CCATGTCATG AATTAATTTT AAAAGATATC 
TTTTGCGATC ATTGTTCATC GGTATATCAT ATGAACGTAG TAACAAGTTT AGTTGAAGCA 
GAGATAAGTG GAAAACCATC TTTTATTTGG TTATGCAAAA ATTGTAACTT TAAATTTGAT 
AATGAATTTA TTGAATTAAA AATATTATCT TTATTGCAGG AAACATTCGA CGCATACAAT 
GCTCAAGATT TGGTATGTAA TAATTGTAAT GCAATAAAAT CTTTCCACAG AAGACCCATA 
TGTAAATGTG GTCAAATATT TACACCTCGT CTAGAAATTA ATAACTGGAT GCAAACATTA 
GAAATTGTAG AAAATTTAGC TAGCATGCTA AACATGCCAT TATTAACAGA TGTGTTGACA 
TCCATGAAAA CCCATCTTAT ATAA

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

PubMed

Sequence of Plasmodium falciparum chromosomes 1, 3-9 and 13.
Nature419(6906)527-31(2002 Oct)
Hall N,Pain A,Berriman M,Churcher C,Harris B,Harris D,Mungall K,Bowman S,Atkin R,Baker S,Barron A,Brooks K,Buckee CO,Burrows C,Cherevach I,Chillingworth C,Chillingworth T,Christodoulou Z,Clark L,Clark R,Corton C,Cronin A,Davies R,Davis P,Dear P,Dearden F,Doggett J,Feltwell T,Goble A,Goodhead I,Gwilliam R,Hamlin N,Hance Z,Harper D,Hauser H,Hornsby T,Holroyd S,Horrocks P,Humphray S,Jagels K,James KD,Johnson D,Kerhornou A,Knights A,Konfortov B,Kyes S,Larke N,Lawson D,Lennard N,Line A,Maddison M,McLean J,Mooney P,Moule S,Murphy L,Oliver K,Ormond D,Price C,Quail MA,Rabbinowitsch E,Rajandream MA,Rutter S,Rutherford KM,Sanders M,Simmonds M,Seeger K,Sharp S,Smith R,Squares R,Squares S,Stevens K,Taylor K,Tivey A,Unwin L,Whitehead S,Woodward J,Sulston JE,Craig A,Newbold C,Barrell BG

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PF3D7_0630300 cDNA ORF clone, Plasmodium falciparum 3D7

Gene

Clones

gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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