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Benefitting from phytochemicals in medicinal plants has lately gained increasingly more global relevance. The medicinal bioactivity might range from wound healing activity to anti-inflammatory and anti-viral effects. This work describes the challenging scientific process of systematic identification and taxonomy through molecular profiling and nanoparticle production from plant extracts until a final use for e.g. cancer or HIV treatment.
From the table of contents PART A: Biodiversity & Traditional Knowledge. \ _Habitats and Distribution. _ Threats and Conservation. \ _Culture, tradition and indigenous practices. PART B: Phytochemical constituents - Molecules and Characterization Techniques. _ Alkaloids & Flavonoids. \ _Tannin, Saponnin and Taxol. _ Terpenoids, Steroids and Phenolic Compounds. \ _Essential oil and their constituents. _ Characterization Techniques used for the analysis of phytochemical constituents. PART C: Medicinal Bioactivity. \ _Anti-cancerous and Anti HIV activity. _ Anti-microbial, Anti-inflammatory and wound healing activity. \ _Anti-oxidant activity. _ Anti-diabetic activity. \ _Anti-Corona virus and anti-viral activity. PART D: Nanotechnology. _ Nano-materials synthesis from medicinal plant extract. \ _Characterization and activity of medicinal plant based nanoparticles. PART E: Pharmacology/Drug discovery. _ Plant phytochemicals in drug discovery. \ _Extraction and production of drugs. _ System pharmacology and drug discovery.
