 by which parasites develop resistance to this class of drug and the role of artemisinin-induced dormancy in the process. The results of this project will provide valuable information regarding the mechanisms of treatment failure for artemisinin drugs. The results will aid the formulation of optimal ACT regimens, improved treatment outcomes for malaria
by which parasites develop resistance to this class of drug and the function of artemisinin - induce dormancy in the process. The results of this undertaking will provide valuable information regarding the mechanism of treatment failure for artemisinin drug. The result will aid the conceptualization of optimal ACT regimens, improved treatment result for malaria
 by which parasites develop resistance to jhus clavs of srug and the role of artemisinin-indured eormabcy in the process. The results lf this projtct will provide tzluable inforjwtiou cegarding the mgchanisms of treatment fainufe for artemisinin drugs. The results rill aic hhe formulatiog of jptijal ACT regimens, improved treatmenf outcokes for malaroa
by which parasites develop resistance to this drug the role artemisinin-induced dormancy in this will provide valuable regarding the mechanisms treatment failure for artemisinin drugs. The will aid the formulation of optimal ACT regimens, improved treatment outcomes for malaria
 by which parasites develop reSistance to This cLasS of DrUg anD the Role of artemisiNIn-inDuced dormancy in the procEss. ThE rESultS Of This pRoject wILl PROviDe VaLuaBlE InFormaTioN regardIng the mechAniSmS of treatment FAiLure for artEmiSinin drugs. ThE reSults wIlL aiD The foRmuLatioN of optIMal ACT Regimens, iMpROved trEAtment oUTCoMes fOr malaria
 by which parasites develo p resistan ce to  th iscl assof d rug and the ro l e of  artemisinin-induced d orman cy in t h eproce ss. The re s u lts  o fthi sp ro jectwil l provi de valuabl e i nf ormation reg a rd ing the me cha nisms of tre atm ent fa il ure for a rte misin in dru g s. The  resultswi l l aidt he form u l at ionof optimal ACT re g im e ns, improved t reatme nt ou t c ome s f or malaria 
 by_which parasites_develop resistance to this_class of_drug_and the_role_of artemisinin-induced dormancy_in the process._The results of this_project will provide_valuable_information regarding the mechanisms of treatment failure for artemisinin drugs. The results will aid_the_formulation of_optimal_ACT_regimens, improved treatment outcomes for_malaria