Natural products that have both plant growth regulatory properties and pharmaceutical properties are examined in this book. This is the first and most up-to-date text linking agrochemistry and pharmaceutical chemistry in an easy to read presentation for practitioners in both fields.

Due to the intense and widespread attention being given to the undesirable side-effects of commercial herbicide products such as residual contamination, resistance, ecosystem impairments, and waste generation, the discovery of new, natural herbicides that are biologically safe will prove to be significant and profitable.

Featuring over 200 tables, Biologically Active Natural Products: Agrochemicals is very useful to those in the agrochemical and pharmaceutical industries, as well as those in biochemistry, plant pathology, and natural products study and development.

Features

This volume provides an overview of the theory and practical aspects of the detersive process, detergency testing, analysis of detergents, and progress in formulating detergents. It discusses temperature effects and cold water cleaning only from the kinetic and mechanistic points of view.

Biologically Active Natural Products: Pharmaceuticals demonstrates the connections between agrochemicals and pharmaceuticals and explores the use of plants and plant products in the formulation and development of pharmaceuticals. Experts from around the world examine a multitude of topics, including evaluation of extracts from tropical plants for potential anticancer activity and cancer chemopreventive activity; use of Chinese lacquer tree sap products as pharmaceutical intermediates; and new approaches to drug discovery from the rainforest.

Biologically Active Natural Products: Pharmaceuticals demonstrates the connections between agrochemicals and pharmaceuticals and explores the use of plants and plant products in the formulation and development of pharmaceuticals. Experts from around the world examine a multitude of topics, including evaluation of extracts from tropical plants for potential anticancer activity and cancer chemopreventive activity; use of Chinese lacquer tree sap products as pharmaceutical intermediates; and new approaches to drug discovery from the rainforest.