The College of Pharmacy at the University of Basrah meticulously discussed a Master's thesis titled "A Study on the Biological Activity and DNA Damage Protection of Certain Isolated Flavonoid Compounds from the Ruta chalepensis Plant." The intensive study, comprehensively presented by the student Ali Mohammed Zaki Abdul Latif Al-Jabri, explicitly investigated the prominent potential health benefits securely derived from the natural properties of the Ruta chalepensis plant.
The initial procedural step of the study comprehensively involved the strategic removal of lipids systematically from the plant material using specialized diethyl ether and hexane. Subsequently, prominent and critical flavonoid compounds strictly including Rutin, Hesperidin, and Quercetin were distinctly extracted utilizing various specific reliable solvents and analytical methodologies, where the definitive presence of these vital flavonoids was confidently established and verified through a series of exact analytical tests.
Furthermore, the core functional focus of the study was primarily directed towards the active substance Rutin, distinctly emphasizing its precise isolation strictly utilizing advanced High-Performance Liquid Chromatography (HPLC) analysis. Finally, the diverse biological activities specifically of the compound Rutin were comprehensively evaluated, dynamically documenting its potent and intrinsic antioxidant properties, distinct DNA protective capabilities, effectively alongside its notably pronounced antifungal, anti-inflammatory, and specific antidiabetic characteristics.
Structurally, the study aimed essentially to meticulously extract and accurately isolate the crucial flavonoid substances—Rutin, Hesperidin, and Quercetin—utilizing structurally different methodological approaches and highly specialized solvents. Additionally, it systematically explored the inherent critical biological activities directly structurally associated specifically with Rutin alone, explicitly verifying its established fundamental antioxidant functionality, exceptional DNA protective nature, and its exceptionally robust antifungal, anti-inflammatory, alongside antidiabetic therapeutic properties.
