​The poster presents the design, synthesis, and potential applications of novel phenylsulfonylurea derivatives of 2-amino-2-deoxy-D-glucopyranose. The study focuses on the development of new sulfonylurea-based compounds through optimized synthetic methodologies, highlighting their structural features and preparation routes.

The work outlines the method of preparation, emphasizing reaction conditions, chemical modifications, and efficiency of the synthesis process. The synthesized derivatives were designed to explore their potential utility in pharmaceutical and biomedical applications, particularly in the context of innovation-driven drug development.

By combining carbohydrate scaffolds with sulfonylurea functionalities, the research contributes to the advancement of novel chemical entities with promising applicability. This poster underscores the significance of inventive approaches in medicinal and synthetic chemistry and aligns with the innovation-focused objectives of IIFME 2026.

Through this poster presentation, Dr. Ghadeer's work contributes to the broader dialogue at IIFME 2026 on innovation, research impact, and the future direction of healthcare technologies, reinforcing the value of scientific research in advancing patient care and medical development.