KEGG T01052: PFHG

Plasmodium falciparum HB3: PFHG_01018

Entry

PFHG_01018        CDS       T01052

Name

(Broad) hypothetical protein

K07178

RIO kinase 1 [EC:2.7.11.1]

Organism

pfh Plasmodium falciparum HB3

Pathway

pfh03008

Ribosome biogenesis in eukaryotes

Brite

KEGG Orthology (KO) [BR:pfh00001]
09120 Genetic Information Processing
  09122 Translation
   03008 Ribosome biogenesis in eukaryotes
    PFHG_01018
09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:pfh01001]
    PFHG_01018
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:pfh03009]
    PFHG_01018
Enzymes [BR:pfh01000]
2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     PFHG_01018
Protein kinases [BR:pfh01001]
Serine/threonine kinases: Other
  RIO family [OT]
   PFHG_01018
Ribosome biogenesis [BR:pfh03009]
Eukaryotic type
  Pre-40S particles
   Kinases
    PFHG_01018

SSDB

Motif

Pfam:

RIO1

AA seq 957 aa
MEQYENYEEIKVLSNDVQTSIIQGEKLTNKFRNRGLTRDKRATINSVLDNRTLIILRKLK
ENVYNDIYGVISSGKEAYVFNAIKYINDEELNSLKNIFIKHLEKYKNNINIKINNNENMI
YNQMENIHDQCSDVHNYMSQDSERDINNYEQSEDTHFYNNDKYYNGFFNKNKNNKGDQSG
DDTNNDIYNDIYNDIYDDLYNDIYNDIYNDDDEKQNFSKREDTVLEEKNKSNNTYEQTFD
IIKEMNDISFYDNKKSQISHIINILDKTKEKKGIALATKVYNTSILVFKKRSQYIEGEFR
FRNAYTKNTNPRKMVKQWAEKEFRNLRRILICGLRCPYPLVLRSNVIVMSMIGYIDNACP
KMKDLNFDILKWKELYIECICILRFLFFNCKLVHADFSEYNLLYFCNHIYIIDVSQSMEH
DHPYSLEFLKRDCLNITNFFKKKIGTIVQQTQPTNLYTQRNEQNVENKTNVDINRVIMLK
GYNVEGYNVEGYNVEGYNVEGYNVEGHNVEGHNVEGYNVEGYNVEGYNVEGYNVEGYNVE
GYNVEGHNVEGHNVEGHNVEGYDDTNTIDDKTSHLLPQKDFSKLLDVPDAGFYENVEILP
LKVLFDFIVSSSLPDDIVYFIENDKKKISLNPYEIIYLQIFGLIKNTTPIPKLNLKKIQK
NRIYFEKLKRATCYYVTKFTNEKKKKLEKYSKKHSQKYAHKDEVEEQVFLSSWIPSYLNE
IKDIRTIEKDLKLLKKGKSIVNNFISNQNNDHKYQNNTKEEDPKNKKKEQNKEQNKEQNK
EQKEIYNKNEVHIDSHIFYEERNQMDVNKINDTLHISNEHSFEENIKQYDHEYKETHQEE
IIIEQDKNEENEIMSNSNTLLNIIQTNSCDHLSNSVDSDTSNIDDESDSCEQNEDEENYS
SVHEQEEVKFKGIIPDGITRKEWCKLVKEQNREKRKHKIPKYQKKKKKKKTHIKKKK

NT seq 2923 nt +upstreamnt +downstreamnt
atggaacagtatgaaaattatgaagaaataaaagttttaagtaatgacgttcagacgtct
ataattcaaggagaaaaacttacaaataaatttaggaacagaggattgacacgagataaa
cgagcaactataaattctgttttagataatagaacattaattattttaagaaaattaaaa
gaaaatgtttataatgacatatatggtgttattagttcggggaaagaagcttatgtattt
aatgctataaaatatattaatgatgaggaattaaattctttgaaaaatatatttataaaa
cacttggaaaaatataaaaataatataaatataaaaataaataataatgaaaatatgatt
tataaccaaatggaaaatatacatgatcagtgtagtgatgttcataattatatgtctcaa
gattctgaacgtgacataaataattatgaacaaagcgaagatacccatttttacaataat
gataaatattacaatggattttttaataaaaataaaaataataaaggtgatcaaagtgga
gatgatacaaataatgatatatataatgatatatataatgatatatatgatgatttatat
aacgatatatataacgatatatataatgatgatgatgaaaaacaaaactttagtaaaaga
gaagataccgtattagaagaaaaaaacaaatccaacaatacatatgaacaaacttttgat
ataataaaagaaatgaatgatataagtttttatgataataaaaaaagtcaaatatcacat
ataataaatatattagataaaacaaaagaaaaaaaaggtatagcattagcaacaaaagta
tataatacctctattttggtttttaaaaaaagatctcaatatattgaaggtgaatttaga
tttagaaatgcatatacaaaaaatacgaatccaagaaaaatggttaaacaatgggcagaa
aaagaatttagaaatttaagaagaattttaatatgtggattaagatgtccatatccatta
gtattaagaagtaatgttattgtaatgagtatgattggttatatagataatgcatgccct
aaaatgaaagatctaaattttgatatattaaaatggaaagaattatatattgaatgcata
tgtatattaagatttttattttttaattgtaaattagtacatgcagatttctcagaatat
aatttactgtacttttgtaatcatatatatataatcgatgtttctcaatccatggaacat
gaccatccatattccttggaattcttaaaaagggattgtctaaatattaccaactttttt
aaaaaaaaaattggtaccattgtgcaacaaacacaacctacgaatttgtacactcaaagg
aatgaacagaatgtggaaaataagacaaatgtggatattaacagggtacaaacaaattat
acaaatgaacatgttgaaggttataatgttgaaggttataatgttgaaaggttataatgt
tgaaggttataatgttgaaggttataatgttgaaggttataatgttgaaggttataatgt
tgaaggtcataatgttgaaggtcataatgttgaaggttataatgttgaaggttataatgt
tgaaggttataatgttgaaggttataatgttgaaggttataatgttgaaggttataatgt
tgaaggtcataatgttgaaggtcataatgttgaaggtcataatgttgaaggttatgatga
tacaaatacaatcgatgacaaaactagccaccttttaccacaaaaggacttctccaaatt
attagatgtaccagatgcaggattttatgagaatgtagaaatattgcctttaaaagtttt
atttgattttattgtatcatcatcattacctgatgatattgtatattttattgaaaatga
taaaaagaaaatttctttaaacccgtatgaaataatttacttacaaatctttggtttaat
aaaaaatacaactcctatacccaaattaaatttaaaaaaaatacaaaaaaatagaattta
ttttgaaaaattgaagagagctacatgttactatgtaaccaagtttaccaatgagaaaaa
aaaaaaattagaaaaatattcgaaaaaacattcacaaaaatatgcacataaagatgaggt
agaagaacaagtctttttgagttcctggatcccatcatatttaaatgaaataaaagatat
acgaactattgaaaaagatttaaaacttttaaaaaaaggaaaatctattgttaataattt
tatatccaatcaaaacaatgatcataaataccaaaataacacaaaagaagaagatccaaa
aaacaaaaaaaaagaacaaaacaaagaacaaaacaaagaacaaaacaaagaacaaaaaga
aatatacaataaaaacgaggtgcacattgattcacatatattttatgaagaaagaaatca
aatggatgtaaataaaataaacgataccttacatatatcaaatgaacacagttttgaaga
aaatataaaacaatatgatcatgaatataaagaaacgcaccaagaagaaataatcattga
acaagataagaatgaagaaaatgaaattatgtctaattccaatacactcttaaatattat
acaaacaaattcatgtgaccatttatcaaattcagtagattcagatacgtcaaatattga
tgatgaatctgattcatgtgaacaaaatgaggacgaagaaaactattctagcgtacatga
gcaagaagaagtaaaatttaagggtataattcctgatggtattacaagaaaagaatggtg
taaattagtaaaagaacaaaatagagaaaaaagaaaacataaaataccaaaatatcaaaa
gaaaaaaaaaaaaaaaaaaactcacataaaaaaaaaaaaataa

All links

Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   KEGG ORTHOLOGY (1)   
   OC (1)   
Protein domain (1)   
   Pfam (1)   
All databases (10)   

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