Titlebook: Osmoregulation in Estuarine and Marine Animals; Proceedings of the I A. Pequeux,R. Gilles,L. Bolis Conference proceedings 1984 Springer-Ver

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ADAGE

遗产

鞠躬

Regulatory Functions of Na++K+-ATPase in Marine and Estuarine Animalsluding cell volume regulation and generation of Na. gradients capable of driving Na.-coupled transport systems, may obscure its role in transepithelial Na. movement. The recent demonstration of ATP-dependent Na. transport by basolateral membrane vesicles from crustacean gills may allow an improved e

theta-waves

Ultrastructural Localization of Na++K+-ATPase in Specialized Membranes of Salt Transporting Cells inthese cells is mirrored in the underlying similarity of their cytoarchitectural design. The most salient features shared by these epithelial cells are an extensive elaboration of basolateral plasma membranes and an abundant supply of mitochondria, the mitochondria generally in close proximity to the

carbohydrate

Models of Salt and Water Flow Across Epithelia: An Evaluation by Electron Probe X-Ray Microanalysisd Leaf (1978), Harvey (1982) and Civan (1983). This experimental work has resulted in a phenomenological description of ions and water transport in epithelia which is summarised in Fig. 1 and in a plethora of reductionistic (Diamond, 1982), macroscopic (Maddox, 1983) or thermodynamic ‘black box’ mod

Perigee

Homeostatic Function of Integuments and Nephridia in Annelidsronment- annelids need behavioural and physiological mechanisms to minimize changes of their body volume and osmotic concentration. This field has been reviewed comprehensively by Oglesby, 1978. The review, presented here, deals especially with recent studies of the physiological mechanisms of salt

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