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African Plant-Based Products as a Source of Potent Drugs to Overcome Cancers and their Chemoresistance: Part Two: Potent Botanicals to Overcome Cancers and their Chemoresistance offers detailed information on the best African medicinal plants that could be useful for the development of efficient herbal drugs, as well as the best phytochemicals that could be explored as potential pharmaceuticals to efficiently overcome cancers and their drug resistance. The book identifies and comments on the best cytotoxic African medicinal plants. The book also provides knowledge on ethnomedicinal uses of the identified plants, their pharmacological potency, and their phytochemistry.An overview of the relat...
African Flora to Fight Bacterial Resistance, Part Two: The Best Source of Herbal Drugs and Pharmaceuticals, Volume 107 offers detailed information on the best African medicinal plants that could be useful for the development of efficient herbal drugs, as well as the best phytochemicals that could be explored as potential pharmaceuticals to efficiently tackle bacterial drug resistance. Chapters cover Phytochemistry and antibacterial potential of the genus Allanblackia, Phytochemistry and antibacterial potential of the genus Beilschmiedia, Phytochemistry and antibacterial potential of the genus Fagara, Phytochemistry and antibacterial potential of the genus Garcinia, Harungana madagascariensis...
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A supplementary publication which provides additional locations of titles included in earlier issues of the catalog.
Synseeds is the first major book devoted to synthetic seeds. It provides an outstanding state-of-the-art treatise on somatic embryogenesis, embryo dessication, coating and encapsulation technology, synthetic seed storage, controlled release for synthetic endosperm development, mechanization of synthetic seed production, direct field planning, and the status of patents. Major problems for the commercialization of synthetic seeds are discussed, and new methods for encapsulation of somatic embryos and creation of synthetic endosperm are presented. The most advanced somatic embryogenesis and organogenesis systems for alfalfa, carrots, celery, grapes, lettuce, mangos, mulberries, orchardgrass, sandalwood, soybeans, and spruce are described in detail. Synseeds also presents the latest data from major organizations conducting synthetic seed research and development. The book will be an essential reference for all researchers and students working on somatic embryogenesis and synthetic seed development.