Dataset Browser

Nature provides a vast array of solutions for human health problems, with plants, fungi, and other organisms offering invaluable contributions. Through their unique bioactive compounds and biological processes, these natural sources form the foundation for traditional remedies, modern pharmaceutical development, and innovative therapeutic approaches to combat various diseases and promote well-being.

Explore the cutting-edge research in marine natural products with Volume V, detailing the isolation, characterization, and biological activities of compounds derived from ocean sources. This essential resource covers the latest advancements in marine bioactive compounds, highlighting their potential for drug discovery and other therapeutic applications, making it invaluable for researchers and scientists.

Explore the significant progress in the chemistry of organic natural products, a field vital for discovering novel compounds and understanding complex biological systems. This area encompasses the latest advancements in organic chemistry, focusing on the isolation, synthesis, and characterization of natural substances with diverse applications, from pharmaceuticals to materials science.

This comprehensive overview explores the fascinating world of aminophosphonic and aminophosphinic acids, delving into their intricate chemistry, synthesis, and reactions. It further investigates their diverse biological activity, highlighting their significant roles as bioactive compounds in medicinal chemistry and other scientific applications.

Explore the fascinating field of biotechnology focusing on bioactive compounds, detailing their diverse natural and engineered sources. This includes a comprehensive look at their wide-ranging applications, from pharmaceutical development and functional foods to agricultural enhancements and industrial processes, highlighting their significant impact.

Explore advanced strategies and bioprocesses in metabolic engineering, specifically focusing on the enhanced production of valuable bioactive compounds. This field leverages sophisticated genetic and biochemical modifications to optimize microbial cell factories, enabling efficient biosynthesis and the development of novel therapeutic or industrial applications.