Polymorphisms in the K13-Propeller Gene in Artemisinin : vim

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 ,