Titlebook: Developmental Microbiology; John F. Peberdy Book 1980 J.F.Peberdy 1980 Protozoa.eukaryota.eukaryote.fungi.microbiology.microorganism

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H. A. Kramers: Why a Biography? individual hypha. In recent years fungal hyphae have been the subject of broad investigation in regard to their ultra-structure, biochemistry and physiology and it is now possible to devise models relating these features to the growth process.

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Vegetative Growth of Filamentous Fungi, individual hypha. In recent years fungal hyphae have been the subject of broad investigation in regard to their ultra-structure, biochemistry and physiology and it is now possible to devise models relating these features to the growth process.

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Growth of Yeasts,and, although cell division is in fact a reproductive process, it is clear that the event is very much influenced by the growth of the cell that proceeds it. For this reason these aspects are treated together in this chapter.

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Spore Formation in Bacteria, their formation involves the differentiation of specialised spore-bearing structures but, even so, each spore is a product of a single bacterial cell. The only true spores, i. e. reproductive structures produced for dissemination and multiplication of the species, are the conidia, or arthrospores, produced by the Actinomycetes.

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Vegetative Growth of Filamentous Fungi,e structures which exhibit polarised growth and may produce branches at sub-apical sites. In effect hyphal growth involves two components, an increase in volume which results from extension of the tip and an increase in protoplasmic contents. These involve a complex interaction of biosynthesis of ma

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