Their investigations into Galanthus krasnovii , Galanthus gracilis , and Galanthus peshmenii have yielded dozens of different alkaloids, uncovering their potential as natural sources for pharmaceutical applications.
Recent studies (e.g., 2025) have addressed the gap in knowledge regarding microplastic ingestion in top-level marine predators in the southeastern Black Sea. gozler
Beyond phytochemical isolation, work linked to Ahmet Mutlu Gozler has extended into environmental toxicology, specifically investigating the impact of microplastics (MPs) in the Black Sea. has identified numerous biologically active compounds
Their analysis has included the identification of galanthamine , an effective acetylcholinesterase inhibitor used in the treatment of Alzheimer’s disease. and pharmaceutical applications.
The legacy of the Gozler team remains crucial to the ongoing phytochemical research in Turkey. By identifying novel alkaloids and profiling their biological potential, they continue to aid in the discovery of natural alternatives for antibiofilm, anticancer, and pharmaceutical applications.
The research has investigated how pollutants like microplastics are accumulated by benthic species, including studies on bivalves (mussels) to assess ecological health. Impact on Natural Product Chemistry
Their work, which often blends traditional botanical knowledge with advanced chromatographic and spectroscopic techniques, has identified numerous biologically active compounds, providing vital data for pharmaceutical research. The Gozler Group and Papaveraceae Research