Abstract

The global burden of malaria, especially from Plasmodium falciparum, underscores the urgent need for 
effective, affordable, and accessible treatments. Traditional medicinal plants have long served as a primary 
health resource in malaria-endemic regions, offering bioactive compounds with significant therapeutic 
potential. This study investigates the pharmacological mechanisms of antimalarial plants, emphasizing 
the isolation, characterization, and biological action of plant-derived compounds. Drawing upon both 
ethno botanical knowledge and modern pharmacological methodologies, it explores how these natural 
agents affect the parasite's lifecycle by targeting heme detoxification, protein kinases, mitochondrial 
electron transport, and biosynthetic pathways. Phytochemical analyses and in vitro/in vivo assays are 
reviewed to highlight their efficacy and safety profiles. Additionally, the paper discusses synergistic 
interactions with existing antimalarial drugs, isolation techniques, and the translational challenges from 
bench to bedside. By bridging traditional medicine and modern drug discovery, this research provides a 
foundation for the development of novel, plant-based antimalarial therapeutics with multi-target efficacy.