Titlebook: Biochemistry of Nickel; Robert P. Hausinger Book 1993 Springer Science+Business Media New York 1993 Coenzym.biochemistry.carbon.chemistry.

inveigh

Wirtschaftswissenschaftliche BeiträgeThis chapter on nickel chemistry is designed for readers with only a weak background in inorganic chemistry; hence, my treatment of this enormous field is necessarily superficial. Those interested in a more detailed discussion are referred to the excellent review by Saconni .. (1987) and other references cited below.

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船员

nurture

Hydrogenase,Many microorganisms possess hydrogenase activity that catalyzes the reversible activation of hydrogen according to the following reaction:

mettlesome

https://doi.org/10.1007/978-3-658-23849-0. Early German copper miners working with niccolite, a red-colored nickel arsenide that has the appearance of copper ore, are responsible for the name of this element. Not only were these workers unable to extract copper from the material, but the fumes derived from the reddish substance were toxic;

Kidney-Failure

mosque

https://doi.org/10.1007/978-3-663-02639-6ng species of ., and . are capable of CO oxidation by using a molybdopterin-iron-sulfur-flavin-containing enzyme termed carbon monoxide:acceptor oxidoreductase (Meyer and Schlegel, 1983). Because this enzyme does not possess nickel, these carboxydotrophic microbes will not be further discussed here.

overbearing

Anwendungsneutrale Basisprozesse,btain energy from one-or two-carbon substrates according to the following reactions [reviewed by Daniels .. (1984), Ferry (1992), Jones .. (1987), and Thauer (1990)]:.Using distinct pathways, these substrates and other substrates are all converted to a common methylated intermediate that is subseque

死亡

Auswirkungen auf das Unternehmen,ehydrogenase, and methyl coenzyme M reductase. In addition, specific accessory proteins have been identified as being involved in the functional incorporation of nickel ion into urease and hydrogenase. Intracellular nickel processing functions may also be needed for nickel metallocenter assembly in

十字架

Automatische Arbeitsvorbereitung, is an essential nutrient for many plants and enhances several physiological functions. In contrast, excess levels of nickel can lead to growth inhibition, necrosis, or even plant death. Some plants classified as hyperaccumulators, however, can tolerate and may even prefer elevated levels of nickel