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1980•Acta hydrochimica et hydrobiologicaRequires access

Methods of Analyzing Quinones in Water and Their Application in Studying the Effects of Hydrophytes on Phenols. Part 4: Accumulation of Exogenic Phenols, Localization of Endogenic Phenols and o‐Diphenol Oxidase in Nitella Cells

Д. И. Стом, Тимофеева Светлана Семеновна, N. F. Kasina, L. J. Bielykh, S. N. Souslov, V. V. Boutokov, M. S. Apartzin

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Abstract

By using Nitella, with the aid of a technique which is described in detail the uptake of resorcinol by the cytoplasm was demonstrated and quantitatively determined under different test conditions. In contrast to the phenol oxidation products of hydroquinone and pyrocatechol, the further “fate” of the resorcinol taken up by the cell substance is not yet fully clear. The rate of resorcinol absorption has been defined with a permeability constant.

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What this paper is about

By using Nitella, with the aid of a technique which is described in detail the uptake of resorcinol by the cytoplasm was demonstrated and quantitatively determined under different test conditions. In contrast to the phenol oxidation products of hydroquinone and pyrocatechol, the further “fate” of the resorcinol taken up by the cell substance is not yet fully clear. The rate of resorcinol absorption has been defined with a permeability constant.

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Available abstract

By using Nitella, with the aid of a technique which is described in detail the uptake of resorcinol by the cytoplasm was demonstrated and quantitatively determined under different test conditions. In contrast to the phenol oxidation products of hydroquinone and pyrocatechol, the further “fate” of the resorcinol taken up by the cell substance is not yet fully clear. The rate of resorcinol absorption has been defined with a permeability constant.

Key concepts: Resorcinol, Phenols, Chemistry, Hydroquinone, Phenol, Quinone, Organic chemistry, Nuclear chemistry

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Methods of Analyzing Quinones in Water and Their Application in Studying the Effects of Hydrophytes on Phenols. Part 4: Accumulation of Exogenic Phenols, Localization of Endogenic Phenols and o‐Diphenol Oxidase in Nitella Cells — Research Paper | ScholarLens