Results 111 to 120 of about 3,864 (164)

Evolution of Allelochemics in Angiospermae

1982
Primitive angiosperms may owe their woody habit to a gymnosperm-type ancestry. Gymnosperms, in which, significantly, alkaloids are rare, possess the metabolic pathway sugar → shikimic acid → chorismic acid → phenylalanine → cinnamic acid → cinnamyl alcohol (Fig.
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An Updated Classification of the Class Magnoliopsida (“Angiospermae”)

The Botanical Review, 2007
The present classification of extant flowering plants (Magnoliopsida) updates and revises those presented previously by bringing together the vast majority of new information published since 1999. The extant members of Magnoliopsida are subdivided into 12 subclasses, 35 superorders, 87 orders, 40 suborders, 472 families, and 400 subfamilies. The number
Robert F. Thorne, James L. Reveal
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Some Realignments in the Angiospermae

1977
The system of classification that I have developed since 1950 to indicate the phylogenetic relationships of the higher taxa of the flowering plants has for the most part been published only in synoptical form. Since some of my more iconoclastic alignments have not been fully explained in print, this paper attempts to explain my reasons for some of the ...
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Does trehalose occur in angiospermae?

Phytochemistry, 1972
Abstract Two previous reports on the identification of trehalose in Angiospermae could not be corroborated.
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Ecdysteroids of flowering plants (Angiospermae)

Chemistry of Natural Compounds, 1981
A review is given of the ecdysone-like substances found in recent years in flowering plants. The structures of new compounds are presented. The role of molting hormones in the ecological interrelationships between plants and insects is discussed.
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A Phylogenetic Classification of the Angiospermae

1976
The synopsis of my classification of the Angiospermae that was published in Aliso (Thorne, 1968) has been much modified in recent years. Increased knowledge about many of the families has resulted in a realignment of some of them and reorganization or deletion of some of the higher categories.
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2014
Izoprenoid regulation of ontogenesis of organisms, demographic processes in structure of populations and also evolution and adaptation of species are considered. Theoretical substantiations of its practical use for management of population growth in rare species conservation and in plant pathogene control are attempted based on analysis of birth and ...
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Angiospermae dicotyledonae

Phytochemistry, 1973
A.K. Batta, S. Rangaswami
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Angiospermae

2023
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ANGIOSPERMAE

2003
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