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In znodern pharznacognosy chemical and physical-cheznical methods are being used znore and more for the investigation of medicinal plants. This important fact and the increasing involvement of chemistry, biocheznistry and botany in pllarmaceuti cal, znedicinal and general biological questions usher in a new epoch in the disco very of medicinal substances and the development of drugs derived from the plant kingdom. One of the guiding ideas of the first ""Syznposiuzn on Pharznacognosy and Phytocheznistry"" was to promote these developments, to provide an additional sti znulus and to establish.
Methods in Polyphenol Chemistry documents the proceedings of the Plant Phenolics Group Symposium held at the University of Oxford, on 2-4 April 1963. The symposium focused on the methods and techniques which made advances in the chemistry and biochemistry of phenolic compounds possible. The development of paper chromatographic and ultraviolet spectroscopic techniques was particularly important and largely responsible for the rapid growth in knowledge of polyphenols which has occurred during the last 10-15 years. In addition to these two methods other spectroscopic techniques were dealt with at the symposium. Particular mention should perhaps be made of nuclear magnetic resonance spectroscopy...
Recent Development in the Chemistry of Natural Phenolic Compounds covers the proceedings of the Third Plant Phenolics Group Symposium, held in April 1960. This symposium brings together important and interesting developments in the chemistry of naturally occurring phenolic compounds. This book is divided into 12 chapters that specifically concern with the biosynthesis and the determination of the structure of phenolic natural products. The first three chapters discuss the various aspects of biosynthesis and the structural and biogenetic relationships among a large number of natural products. These chapters also consider the biosynthesis of flavonoids, with particular reference to the isoflav...
The flavonoids, one of the most numerous and widespread groups of natural constituents, are important to man not only because they contribute to plant colour but also because many members (e.g. coumestrol, phloridzin, rotenone) are physiologically active. Nearly two thousand substances have been described and as a group they are universally distributed among vascular plants. Although the anthocyanins have an undisputed function as plant pigments, the raison d'etre for the more widely distributed colourless flavones and flavonols still remains a mystery. It is perhaps the challenge of discovering these yet undisc10sed functions which has caused the considerable resurgence of interest in flavo...
"Researchers, get busy!" and "caveat emptor" are the messages of this iteration (last, 1993; first, 1982) by herbalists Tyler (pharmacognosy, Purdue U.) and Foster, as they cull herbs' healing virtues from the hype. Alphabetical entries from alfalfa to yucca provide: a brief description, proper nomenclature, plant from which derived, comments on usage, accessible discussion of the chemistry/pharmacology of its active components, evaluation of probable utility, and references. A 16-page summary chart may alone be worth the price. No illustrations, though. Annotation copyrighted by Book News, Inc., Portland, OR
Advances in Carbohydrate Chemistry
Pushed by the increase in the knowledge of herbal drug constituents, their effects, and side effects, many herbal products are undergoing a transition from classic herbal teas to standardized extracts. This new edition takes the advances made in medicinal plants research and phytotherapy into account and offers reliable and essential information. It offers comprehensive discussion of the origins, constituents, effects, indications, and dosage of herbal drugs and phytopharmaceuticals. The text also includes phytopharmaceutical information such as types of extraction solvents, drug-to-extract ratios, and dosage recommendations for extracts.