KEGG   Plasmodium falciparum 3D7: PF3D7_0305800
Entry
PF3D7_0305800     CDS       T00095                                 
Name
(RefSeq) P-loop containing nucleoside triphosphate hydrolase, putative
Organism
pfa  Plasmodium falciparum 3D7
SSDB
Motif
Pfam: Dpy-30 AAA AAA_22 AAA_5 RuvB_N AAA_19 AAA_16
Other DBs
NCBI-GeneID: 814376
NCBI-ProteinID: XP_001351134
PlasmoDB: PF3D7_0305800
UniProt: O97242
Position
3:281916..285260
AA seq 1114 aa
MMKIFINNVNTYSGSCFCKTFDEIKNEKTTIYGTVDDHNLSKEDCIFYNYDNVKKIISKI
PKDNIVKYILKCKLVIYDLHNTDLEEIEYVIRKLKYEKIKHNMTIILISSIMTWSKTKRK
FIKKIVEENKEITKNQSNNITHKSGETNNNLEKKENQNIETKNEKTSKKKDKKKNENYNK
NNKIVDHGVHNKQANIIKNEDAKSNIQEIHIEEIKKKEKILYIPQIFNEKDYLKRISSTH
FDEYKSVETLMLSLNSMKNIKTHVVVSGLLYGNGENVFFSIFKNAWLSKDNHIIDKGDNY
IPVIHIRGLCEYIKQLYISESKKKYLIAVDNQYITQKEIIHTIASHISGNMNFMHVSPHE
SIFYEHSEKLCVNLRFQCTNIYDDNQVDEQEKKKKLNKKNKNKNKNDEGDISDHHKEDNH
SETDNNDSEKKESNTEDDNIDSEQNSSINMNNSNDDSQNSSNSESNNNDDNDSNNSNEKK
KGKKENNNLKEKKNKSKNKNKKKNLITFHCQDGFINNISIIAKEFCEFRNLKNLKVLIIG
QPGVGKTFIAKKICDHYNLIMCSINMLIDEYKKKTDYTFPKYYQEYINELDNEKKKNVPP
KKLTLSDLCSLFYSKLENNECKFRGFVLDFFPRNYEEAKYFFDNYKMDVPEKEKEMKNGK
RDEDDTNRKGNNKSKKKIKKKKNERNDKEEDDNDKDEDDNDKDEDDNDKEEDENDKDEDD
NDKEEDENDKDEDNEDNENDKDEDDKDEDDKDEDDKDEDDKDEDDKDEDDKDEDDKDEDD
EDDNDKDEDDNDKEEDDNDNDNDIEENDNTEDSDYREDNDDEKISGNSENTNMMTHSDEE
SQSVKQMSNKKKKKKKKKKILENINKYIIMPEFVIILKSTEELCKKRMMNLPENEIIKGH
NDEMGFERRHKKYINENCRNDYFEFDQKQSIEDYFIEHDIEVYTLNINENTLLEHILTNI
YIFIEKNVKFNNFLPSTDEMLKNKLQEEQQILMDEKQKIKDIEDKVVLEEIKQNDDLIKA
EKKRQQLLIKHQQQYIHNQSVPLRFYLIKNILPILTDALIYICKTKPKNPCLHIAQYLLE
NAHKYNIEEPNLENLQPEKEDEDNQLGEKPKDEK
NT seq 3345 nt   +upstreamnt  +downstreamnt
atgatgaaaattttcatcaataatgtgaatacatacagcggtagctgcttttgtaaaaca
tttgatgaaataaaaaatgaaaaaactacaatatatggaactgtagacgatcataattta
tctaaggaagactgtatattttataattatgataatgtaaaaaaaataatatcgaaaata
cctaaagataatatcgtaaaatatattttgaaatgtaaacttgtcatatatgatctacac
aatacagatttagaagaaatagaatatgtcattagaaagcttaaatatgaaaaaataaaa
cataatatgactatcattcttatctcttctattatgacctggagtaaaaccaaaagaaaa
ttcataaaaaaaattgtagaagaaaacaaagaaataacaaaaaatcaatctaataatatt
acacacaaatcaggtgaaacaaataataatttagaaaagaaagaaaatcaaaatattgaa
acaaaaaatgaaaaaacaagtaaaaaaaaagataagaaaaagaatgaaaattataataaa
aataataaaattgtagatcatggcgtacataataaacaagcaaatattataaaaaatgaa
gatgctaaatcaaatattcaagaaattcatattgaggaaattaagaaaaaagaaaaaatt
ttatatattcctcaaatattcaatgaaaaagattatttaaaaagaatatcatctactcat
tttgatgaatataaaagtgtcgaaacgcttatgttatcacttaattctatgaaaaatata
aaaacacatgttgtagtatcagggttgctatatggtaatggagaaaatgtttttttctct
atattcaaaaatgcttggttaagtaaagacaatcatattattgacaaaggagataattat
attcctgtcatacatattagaggtttatgtgaatatattaaacaattatatattagtgaa
tccaaaaaaaagtatcttatagctgttgataatcaatatattactcaaaaagagattatt
catactatagctagccatatttcagggaacatgaattttatgcatgtgtcacctcatgaa
tccattttttatgaacattcagagaaattatgtgttaacttgagatttcagtgtactaac
atttatgatgataaccaagtggatgaacaagaaaaaaagaaaaagttaaataaaaagaac
aaaaataaaaataaaaatgatgagggggatataagtgatcatcataaagaagataatcat
agcgagacggacaataatgattctgagaagaaagaaagcaacaccgaagatgataatatt
gacagtgaacaaaatagtagtattaatatgaataatagtaatgatgatagccaaaatagt
agtaatagtgagagtaacaataatgatgataacgattcaaataatagtaatgagaaaaaa
aaaggaaaaaaggaaaataataatctcaaagaaaagaaaaacaaaagtaaaaataaaaat
aaaaagaaaaatcttattacatttcattgccaagacggattcattaataacatctccatt
atagcaaaggaattttgcgaatttcgaaatttgaaaaatttaaaagttcttattataggg
caaccaggtgtcggaaaaacatttatagctaaaaaaatatgtgatcattataatttaatt
atgtgttctattaatatgttaattgatgaatataaaaagaaaacagattatacatttccc
aaatattatcaagaatatataaatgaattagataatgaaaaaaagaaaaatgtaccccca
aaaaagttaactttatcagatctttgttcattattttattcaaaattggaaaataacgag
tgtaaatttaggggatttgttttggactttttcccaaggaattatgaggaagcgaaatat
tttttcgacaactacaaaatggacgtgcctgaaaaggagaaggagatgaaaaatggtaaa
agggatgaagacgacacgaatcgaaaaggaaataataaaagtaaaaaaaagataaagaaa
aagaagaatgagaggaatgataaagaggaagatgataatgataaagatgaagatgacaat
gataaggatgaagatgataatgataaggaggaagatgaaaatgataaggatgaagatgat
aatgataaggaggaagatgaaaatgataaggatgaagataatgaagataatgaaaatgat
aaggatgaagatgataaggatgaagatgataaggatgaagatgataaggatgaagatgat
aaggatgaagatgataaggatgaagatgataaggatgaagatgataaggatgaagatgat
gaagatgataatgataaggacgaagacgataatgataaagaggaagatgataacgataac
gataacgatatcgaagaaaatgacaatactgaagatagtgattatagagaagataatgat
gatgaaaaaatctcaggaaattcagaaaatacaaatatgatgacacatagcgatgaagaa
tcacaaagtgttaaacaaatgtcaaataaaaaaaagaagaaaaagaaaaaaaaaaaaatt
ctggaaaatataaataaatatattattatgcccgaatttgttattattttaaaatctacc
gaagaattatgtaaaaagagaatgatgaatttgccagaaaatgaaataataaaaggacat
aatgatgaaatgggtttcgaaagaagacataaaaaatatattaatgaaaattgtagaaat
gattattttgaatttgatcagaaacaaagtattgaagattattttatagaacatgatatt
gaagtatatacacttaatataaatgaaaataccttattagaacacatattaacaaatatt
tatatatttattgaaaaaaatgtcaaatttaataatttcttaccatccacagatgaaatg
ttaaaaaacaaattgcaagaagaacaacaaatattaatggatgaaaaacaaaaaattaaa
gatatagaagataaggtagttctagaagaaattaaacaaaatgatgatttaataaaagct
gagaaaaaaagacaacaattattaattaaacatcaacaacaatatattcataatcaatct
gtacctttaagattttatttaatcaaaaatattttaccaatattaacagatgctttaata
tatatatgtaaaactaagccaaaaaatccatgtttgcatatagcacaatatttattagaa
aatgctcacaagtataatatcgaggagcctaaccttgaaaacttgcagcctgaaaaggaa
gacgaggataaccaactaggtgaaaaaccaaaggatgaaaaatga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PLASMODB (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (15)   

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