Binding and distribution of sulfanilamides in rat liver cells

G. Kivman Ya.; A. E. Gulyaev; A. K. Sariev

Binding and distribution of sulfanilamides in rat liver cells

G. Kivman Ya., A. E. Gulyaev, A. K. Sariev

Laboratory of human microbiome and longevity

Research output: Contribution to journal › Article › peer-review

1 Citation (Scopus)

Abstract

Experiments on white noninbred rats were made to study the binding by isolated organoids and distribution in liver cells of etazole, norsulfazole, sulfamonomethoxine and sulfalene. The latter drug was found to be absorbed by organoids to the greatest degree. Drug complexes with organoids were discovered to be capable of dissociating with a partial release of unbound drug. Intracellular distribution of sulfanilamides is marked by their accumulation primarily by the nuclei and to a lesser degree by the mitochondria and microsomes.

Original language	English
Pages (from-to)	71-74
Number of pages	4
Journal	Farmakologiya i Toksikologiya
Volume	47
Issue number	6
Publication status	Published - Jan 1 1984

ASJC Scopus subject areas

Toxicology
Pharmacology

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abstract = "Experiments on white noninbred rats were made to study the binding by isolated organoids and distribution in liver cells of etazole, norsulfazole, sulfamonomethoxine and sulfalene. The latter drug was found to be absorbed by organoids to the greatest degree. Drug complexes with organoids were discovered to be capable of dissociating with a partial release of unbound drug. Intracellular distribution of sulfanilamides is marked by their accumulation primarily by the nuclei and to a lesser degree by the mitochondria and microsomes.",

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year = "1984",

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N2 - Experiments on white noninbred rats were made to study the binding by isolated organoids and distribution in liver cells of etazole, norsulfazole, sulfamonomethoxine and sulfalene. The latter drug was found to be absorbed by organoids to the greatest degree. Drug complexes with organoids were discovered to be capable of dissociating with a partial release of unbound drug. Intracellular distribution of sulfanilamides is marked by their accumulation primarily by the nuclei and to a lesser degree by the mitochondria and microsomes.

AB - Experiments on white noninbred rats were made to study the binding by isolated organoids and distribution in liver cells of etazole, norsulfazole, sulfamonomethoxine and sulfalene. The latter drug was found to be absorbed by organoids to the greatest degree. Drug complexes with organoids were discovered to be capable of dissociating with a partial release of unbound drug. Intracellular distribution of sulfanilamides is marked by their accumulation primarily by the nuclei and to a lesser degree by the mitochondria and microsomes.

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