Titlebook: Alkaloid Biology and Metabolism in Plants; George R. Waller,Edmund K. Nowacki Book 1978 Plenum Press, New York 1978 agriculture.agronomy.a

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d to most living organisms, whereas the highly specialized branches leading to alkaloid formation are found in only about 10 to 20 % of the known plants. The reason for these diversities in plant metabolism is not clear; however, it seems likely that the formation of highly individualized and specialized path978-1-4684-0774-7978-1-4684-0772-3

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Alkaloids in Chemotaxonomic Relationships,imitive procedures were available, they managed from their crude results to construct a phylogenetic tree, the content of which was partially in agreement with modern views on the relationship between classes and families of plants. For example, Mez and Gohlke obtained a precipitation reaction with

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und der , — Von der , zum Mainstreamwill increase the alkaloid production in one species and decrease it in another species. Consequently, the present discussion will be an enumeration of the available data to give an outline of the problems that have been solved and to point out those that remain unclear because of contradictory find

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Book 1978 those in the fields of agronomy, agricultural sciences, botany, biological sciences, natural products chemistry, pharmaceutical chemistry and bio- chemistry. The purpose is to inform the reader about significant advances in the biology and metabolism of alkaloids in plants. Since alkaloids are gene

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und der , — Von der , zum Mainstreamding ultimately to an entire plantlet. Some leaves or pieces of stem can readily form roots. Therefore, owing to this metabolic versatility, one might expect that alkaloids can be formed in all cells of a plant. This may be the case in some plants, such as . (castor bean), but it is not universal.