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5- biological oxidation

Identification, isolation, and removal of (polyhydroxy)benzenes from the environment have received increased attention throughout the 1980s and 1990s. The biochemical activity of the benzenepolyols is at least in part based on thek oxidation—reduction potential. Many biochemical studies of these compounds have been made, eg, of enzymic glycoside formation, enzymic hydroxylation and oxidation, biological interactions with biochemically important compounds such as the catecholamines, and humic acid formation. The range of biochemical function of these compounds and thek derivatives is not yet fully understood. [Pg.375]

Kleinert H, Boissel J-P, Schwarz PM et al (2000) Regulation of the expression of nitric oxide synthases. In Ignarro LJ (ed) Nitric oxide, biology and pathobiology. Academic Press, San Diego, CA, pp 105-128... [Pg.867]

Gravity separation Centrifugal separation Filtration Membrane filtration Coalescence Centrifugal separation Flotation Wet oxidation Thermal oxidation Biological oxidation (aerobic, anaerobic, reed beds) Chemical oxidation Activated carbon Wet oxidation Thermal oxidation... [Pg.592]

Treat the effluent using thermal oxidation, biological digestion, and so on, to a form suitable for discharge to the environment, the so-called end-of-pipe treatment. [Pg.635]

Volume 301. Nitric Oxide Biological and Antioxidant Activities (Part C) Edited by Lester Packer... [Pg.30]

Keywords Advanced oxidation-biological processes, Anaerobic-aerobic bacterial process, Azo dyes, Biodegradation, Bioreactor, Decolorization, Integrated processes, Textile wastewater... [Pg.133]

Nitric Oxide Biology and Pathobiology Eds. Ignarro, L. J.2000. Academic Press San Diego, 2000. [Pg.250]

McMahon, T. J., Gow, A., Stamler, J. A. Nitric Oxide Biology and Pathobiology, Chapter 15 Ed. Ignarro, L.J. Academic Press San Diego, 2000, and references therein. [Pg.256]

To protect them against ROS and other radicals, all cells contain antioxidants. These are reducing agents that react easily with oxidative substances and thus protect more important molecules from oxidation. Biological... [Pg.284]

Concentrations of H2S typically are maintained low by a variety of reactions including oxidation, precipitation with iron, and interactions with organic matter. Sulfide may be oxidized biologically or abiotically. Elemental S reacts readily with H2S to form polysulfides (175) and is oxidized and reduced by a variety of bacteria. In radiotracer experiments, S0 was in... [Pg.342]

Ignarro LJ. Nitric Oxide Biology andPathobiology. Academic Press, San Diego, CA, 2000. [Pg.265]

Miranda KM, Espey MG, Jourd heuil D, Grisham MB, Fukuto J, Freehsch M, Wink DA. Nitric Oxide Biology and Pathology, Academic Press, San Diego, CA, 2000, pp. 41-56. [Pg.265]

The capacity to oxidize biological substrates is a common characteristic of a large group of substances (Table I), which are defined as reactive species (RS). [Pg.212]

Microbiological oxidation. Biological oxidation using whole cells has employed mainly fungi, and strains in the oxidation of sulfides to sulfoxides. [Pg.64]

Protein Thiols susceptible for oxidation Biological effect References... [Pg.190]


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Advanced oxidation-biological processes

Alcohols biological oxidation

Alkylbenzene, biological oxidation

Alkylbenzene, biological oxidation from aryl alkyl ketones

Alkylbenzene, biological oxidation reaction with NBS

Alkylbenzene, biological oxidation side-chain bromination

Amines biological oxidation

Arenes biological oxidation

Benzene, biological oxidation

Benzene, biological oxidation metabolism

Biologic oxidation

Biological Effects of Protein Oxidation

Biological Oxidation of Alcohols

Biological Oxidation-Elimination-Addition and Related Sequences

Biological activities anti-oxidant

Biological activity oxidation

Biological enzymes and catalytic oxidation

Biological methane oxidation

Biological nitrogen oxides

Biological oxidation as a method for mitigation of LFG emission

Biological oxidation mechanisms

Biological oxidation methods

Biological oxidation of carbohydrates

Biological oxidation of hydrocarbons

Biological oxidation of methane

Biological oxidation, hydrocarbons

Biological oxidation, hydrocarbons cytochrome

Biological oxidation, theory

Biological processes lipoprotein oxidation

Biological processes nitric oxide

Biological reaction, alcohol oxidation

Biological redox proteins, oxidation-reduction

Biological redox proteins, oxidation-reduction potentials

Biological species, oxidation

Biological systems nicotinamide adenine dinucleotide oxidation

Biological systems oxidation reduction

Biological systems oxidation-reduction reactions

Biological systems oxidative processes

Carbohydrates biological oxidation

Chemical Composition of Sherry Wines During the Biological and Oxidative Aging

Cholesterol oxides biological activities

Coenzymes in Biologically Important Oxidation-Reduction Reactions

Copper cuprous, biological oxidation

Epoxides carcinogens and biological oxidation

Ethanol biological oxidation

Ethylene oxide biological activity

Glycogen biological oxidation

Hydroxyl radical biological system oxidation

Lactic acid biological oxidation

Lipids biological oxidation

Mechanisms of Biological Oxidation and Implications for Multi-Enzyme Biocatalysis

Nicotinamide adenine dinucleotide biological oxidations with

Nitric oxide , chemical biology

Nitric oxide , chemical biology metal complexes

Nitric oxide biological actions

Nitric oxide biological effects

Nitric oxide biological functions

Nitric oxide biological half-life

Nitric oxide biological roles

Nitric oxide biological systems, direct

Nitric oxide biological targets

Nitric oxide in biological systems

Nitric oxide synthase chemical biology

Nitric oxide, biological storage

Nitric oxide, biological transport

Nitric oxide, reaction mechanisms with biologically relevant metal center

Nitrous oxide biological effects

Nitrous oxide biological emissions

Oxidation biological processes

Oxidation thermal, biological properties

Oxidation-reduction potential, biological compounds

Oxidative degradation Peroxidation, biological

Oxidized lipids, biological effects

Phosphate biological oxidation

Protein oxidation biological functions

Radicals biological system oxidation

Reactive oxygen species , nitric oxide chemical biology

Saturated hydrocarbons biological oxidations

Side-chain oxidation, biological

Special Topic Biological Oxidation

Styrene biological oxidation

Sulfate from biological oxidation

Sulfide oxidation, biological

Sulfur compounds biological oxidation

Toluene, biological oxidation

Vanadium Compounds on Biological Systems Cellular Growth, Oxidation-Reduction Pathways, and Enzymes

Xanthine, biological oxidation

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