[Quantitative evaluation of the HLM reaction distinguishing normal tissue cells from malignant using cytospectrophotometry].
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Animals↗
Biomedical subjects
T N Evreinova
Publications and source records attributed to T N Evreinova.
[Stabilization of coacervate systems by the products of abiogenic oxidation of low-molecular compounds using gamma-ray energy].
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Catechols↗
[Relation of the content and concentration of enzymatic oxidation products to the dimensions of coacervate drops].
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Acacia↗
[Effect of the enzyme polynucleotide phosphorylase in a protein-carbohydrate coacervate system].
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Acacia↗
[Coacervate drops from ferrous hydroxide].
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Colloids↗
[Nature of the cytodiagnostic HLM-reaction permitting the differentiation of normal tissue cells from cells of human and animal malignant neoplasms].
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Animals↗
[Structure of coacervate drops in the electron microscope].
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Catechol Oxidase↗
[Determination of the average dimensions and number of coacervate drops by Tyndall spectra].
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Colloids↗
[Action of enzymes in coacervate systems. Peroxidase and stabilization of coacervate drops].
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Colloids↗
[Activity of enzymes in coacervate systems. Polyphenoloxidase and coacervates].
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Catechol Oxidase↗
[Coexistence of coacervate systems of different chemical composition].
Protein--nucleic acids--carbohydrate drops stabilized at pH 6.0 by the products of oxidative enzymes (polyphenol oxidase and peroxidase) were mixed with unstabilized ones. Using light, luminescent and electron microscopic techniques, a possibility was demonstrated of co-existence of coacervate drops with different chemical composition and formation of colonies from them. Coacervate drops are considered as a primitive form of cooperation of molecules in the course of the origin of the living matter. The results obtained will be used for obtaining more complex coacervate systems by imitation of a chain of catalytic reactions.
Biological Evolution↗
Coacervate systems and origin of life.
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Acacia↗
[Characterization of coacervate systems by drop number and size].
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Acacia↗
[Effect of temperature on the nucleic acids in the thermotolerant strain Actinomyces thermocoelicolor 1625].
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Actinomyces↗
[Free nucleotides of thermophilic and mesophilic variants of Micromonospora vulgaris].
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Adenine Nucleotides↗
[Effect of temperature on nucleic acids of the thermophil and mesophil variants of Micromonospora vulgaris].
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Bacteria↗
[Stabilization and coexistence of coacervate systems of different chemical composition].
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Acacia↗