Polymorphisms in the K13-Propeller Gene in Artemisinin

Polymorphisms in the K13-Propeller Gene in Artemisinin -Resistant Plasmodium in Mice. Click for more...

Related Keywords

Shiga ,Japan ,Bissau ,Guinea Bissau ,Tokyo ,Shanghai ,China ,Shenzhen ,Guangdong ,Vietnam ,Republic Of ,Laos ,Uganda ,Guangzhou ,Malawi ,Thailand ,Bandim ,Guinea Bissau General ,Kunming ,Yunnan ,Cambodia ,Guinea ,Jilin ,Bing Zhou ,Fujian ,Kusatsu ,Sichuan ,Gansu ,Cambodian ,Atpase Pf , ,National Institutes Of Health ,Regulations Of The Experimental Animal Administration ,Study Group ,Committee Of Science ,Guangzhou University Of Chinese Medicine ,Laboratory Animal Center ,Artepharm Co Ltd ,Technology Of The People Republic China ,Sichuan Tongrentai Pharmaceutical Co Ltd ,Takara Bio Inc ,Ethics Committee Of Science ,Technology Co Ltd ,Sangon Bio Inc ,Health Care Centers ,Biomarker To Predict The Resistance Development ,Plain Language ,New England Journal ,South East ,Ethics Committee ,Guangzhou University ,Chinese Medicine ,Experimental Animal Administration ,State Committee ,National Institutes ,European Nucleotide Archive ,Southern Medical University ,Exerting Drug Selection ,Piperaquine Resistance ,Day Suppressive ,Ethylenediamine Tetraacetic Acid ,Takara Bio ,Did Not Develop Severe Resistance ,Can Be Used ,Possible Biomarker ,Beach Sequence ,South East Asia ,Display Multidrug Resistance ,Reactive Oxygen Species ,Equatorial Guinea ,