Objective: To identify the possible antiplasmodial drugs from bacteria associated with marine cspooanstg ea nSdty lsiussbaj eccatretedr if o(Sr. ecnarutmerei)r. aMtioenth aondds: iTsohlea tSi.o nca ortfe rais ssaomcipalteesd wbearcet ecroilale. cFteildt efrro smte Trihloizneddi extracts (100, 50, 25, 12.5, 6.25 and 3.125 毺g/mL) from isolated bacterial strains were screened for
aalnstoip slcarsemeondeida lf oarc tbivioitcyh aegmaiicnaslt cPolnassmtitoudeinutms. fRalecsiupaltrsu:m T w(Pe.l vfael csiapmarpulems) oafn dS .p coatretnetriia wl eexretr accotlsle wcteerde wanedre s umbajxeicmteudm fo irn e Nnuomveemrabteiorn 2 0a0n7d (i3s4olation of associated bacteria. The count of bacterial strains 暳104 CFU/g) and the average count was maximum during
the monsoon season (203暳103 CFU/g). Thirty two morphologically different bacterial strains were
aiscotliavtietyd afrgoamin sSt. Pca. rftaelrci iapnadru tmh.e Tehthey al natcipetlaatsem boadciatel raiaclt ievxittyra ocft sa w setrrea isnc rTeHeBn1e7d (fIoCr antiplasmodial 50 20.56 毺g/mL)
extract is highly comparable with the positive control chloroquine (IC50 19.59 毺g/mL) and 13
bacterial extracts which showed IC50 value of more than 100 毺g/mL. Statistical analysis reveals
athnadt , tsimigen iofifc eaxnpt oinsu vrietr. oT ahnet icphleamsmicoadli ainl jaucrtyiv tioty e (rPy