Titlebook: Biology of the Fungal Cell; Dirk Hoffmeister,Markus Gressler Book 2019Latest edition Springer Nature Switzerland AG 2019 Ascomycetes.Basid

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Biomechanics of Hyphal Growthhysical components: The biomechanical nature of the fungal wall protects the cytoplasm from the external environment. The internal hydrostatic pressure (turgor) provides the driving force for physical expansion of the wall at the hyphal tip during growth. The biomechanics that govern hyphal growth are explored.

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Reiner Schmidt,Thomas Vollm?llerhe continuous enlargement of the cell membrane and the extension of the cell wall. Both are achieved through massive vesicle fusion at the tip. Vesicle transport as well as all other dynamic processes related to polar growth, such as organelle duplication and distribution, or the transport of RNA, p

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Die Organisation der Wirtschaftsverwaltungroughout the life cycle, in response to the various external and internal cues, fungi constantly make a decision between vegetative growth and (morphological and chemical) development. The basis for fungal vegetative growth is the continued and coordinated expansion of a series of fungal cell tips i

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Kompendium ?ffentliches WirtschaftsrechtThis chapter gives an overview of the signalling pathways, molecules and secreted proteins required for the ontogenesis of such a remarkable symbiosis. Moreover, it explains how rising of next-generation sequencing technology was used as an onset for functional studies. Notably, discovery of mycorrh

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Kompendium ?ffentliches WirtschaftsrechtOn the contrary, high concentrations of Ca. are immediately available for influx from outside of the cell into the cytoplasm and the intracellular Ca. stores, to transmit a variety of intracellular or extracellular cues. The Ca. channels, pumps, exchangers, and antiporters localized in the membrane

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