Titlebook: Nitric Oxide and the Kidney; Physiology and Patho Michael S. Goligorsky,Steven S. Gross Book 1997 Springer Science+Business Media Dordrecht

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浮雕

Role of NO in Cell Locomotionand large neglected. Undoubtedly, this is due to the subtlety of these phenomena [especially when compared to the overtness of other NO-dependent processes (e.g., smooth muscle relaxation)], rather than to the lack of interest or insight into the biological significance of locomotion.

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ogy. This authoritative edited volume reviews theprogress to date and opens perspectives to novel diagnostic andtherapeutic strategies. The contributors are leading authorites, inmost cases the investigators who have pioneered the ideas explored inthe book.978-1-4613-7768-9978-1-4615-6039-5

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The Biological Chemistry of NOon of guanylyl cyclase [1-3]. Simplistically, this pathway involves diffusion of ?NO from its site of synthesis to a target enzyme in an adjacent cell or tissue. In this respect, ?NO is acting as a conventional paracrine messenger. However, the known chemistry of ?NO suggests that this journey is no

善辯

Role of NO and Nitrogen Intermediates in Regulation of Cell Functionst of microbial nitrogen metabolism [2,3] and a potent activator of the mammalian enzyme heme-containing soluble guanylate cyclase [4]. As early as 1916, evidence for a mammalian nitrogen metabolic pathway was reported with the finding that several types of animals, including humans, excreted more ur

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