[Oxidation-reduction processes in the intestine in infants in various forms of nutrition].
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Humans↗
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Results for “OXIDATION REDUCTION”
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[Oxidation-reduction potential changes in leave homogenates (so-called green suspension) during illumination].
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Light↗
[OXIDATION-REDUCTION OF PSEUDOMONAS FLUORESCENS PIGMENTS IN VIVO AND IN VITRO].
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Biological Products↗
The change in the oxidation-reduction potential of Staphylococcus aureus on the action of penicillin; a preliminary report.
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Micrococcus↗
[Oxidation-reduction processes, acute adrenaline-induced pulmonary edema and nitrogen mustard].
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Epinephrine↗
[THE OXIDATION-REDUCTION SYSTEM; ASCORBIC ACID, DEHYDROASCORBIC ACID UNDER NORMAL CONDITIONS AND AFTER IRRADIATION].
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Ascorbic Acid↗
MECHANISM OF RHODANESE CATALYSIS OF THIOSULFATE-LIPOATE OXIDATION-REDUCTION.
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Animals↗
[Measurement of the oxidation-reduction potential of liquid microbe cultures and use of this test for the study of germ adjustment to its medium].
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Adaptation, Psychological↗
[Change in various circulatory indices of oxidation-reduction processes during the use of the artificial blood circulation apparatus].
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Blood↗
[Mechanism of oxidation-reduction of niacin dehydrases. I. Comparison of the polarographic behavior of N-methyl-nicotinic acid chloride and nicotinic acid].
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Methyl Chloride↗
A kinetic theory of enzymatic oxidation-reduction reactions based on a postulate of electron conduction in a macromolecular enzyme with an application to active transport of small ions across biological membranes.
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Biological Transport, Active↗
Ascorbic-dehydroascorbic acid as an oxidation-reduction system, in the maintenance of the metabolism of lens cultured in vitro. I. Weight and cation equilibrium.
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Ascorbic Acid↗
Oxidation-reduction processes in cultures of bacteria. II. Anaerobic growth of Bact. lactis aerogenes.
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Bacterial Load↗
[Study on the cellular oxidation-reduction processes in experimental traumatic shock: action of subcutaneous oxygen therapy and of thyroid hormone].
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Hormones↗
[Effect of oxidation-reduction of the culture medium on fixation of mellucular nitrogen in Clostridium pasteurianum].
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Clostridium↗
The measurement of oxidation-reduction potentials, pH, and oxygen tension in tumours.
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Blood Gas Analysis↗
MECHANISM OF ACTION OF TETRACYCLINE ANTIBIOTICS. 7. EFFECT OF SUBSTANCES INFLUENCING THE OXIDATION-REDUCTION POTENTIAL OF THE MEDIUM ON THE ANTIBACTERIAL ACTIVITY OF OXYTETRACYCLINE.
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Anti-Bacterial Agents↗
Coupled Fe(II)-Fe(III) electron and atom exchange as a mechanism for Fe isotope fractionation during dissimilatory iron oxide reduction.
Microbial dissimilatory iron reduction (DIR) is an important pathway for carbon oxidation in anoxic sediments, and iron isotopes may distinguish between iron produced by DIR and other sources of aqueous Fe(II). Previous studies have shown that aqueous Fe(II) produced during the earliest stages of DIR has delta56Fe values that are 0.5-2.0%o lowerthan the initial Fe(III) substrate. The new experiments reported here suggest that this fractionation is controlled by coupled electron and Fe atom exchange between Fe(II) and Fe(III) at iron oxide surfaces. In hematite and goethite reduction experiments with Geobacter sulfurreducens, the 56Fe/54Fe isotopic fractionation between aqueous Fe(II) and the outermost layers of Fe(III) on the oxide surface is approximately -3%o and can be explained by equilibrium Fe isotope partitioning between reactive Fe(II) and Fe(III) pools that coexist during DIR. The results indicate that sorption of Fe(II) to Fe(III) substrates cannot account for production of low-delta56Fe values for aqueous Fe(II) during DIR.
Adsorption↗