A Study of the Influence of 96 Compounds From Different Pharmacological Groups on the Acetylation of Aromatic Amines in Vitro

Authors

  • Bogdan Bošković
  • Željko Fuks
  • Pavao Štern

DOI:

https://doi.org/10.5644/Radovi.59

Abstract

Taking the action of a compound on the CoA-dependent enzymic acetylation of sulfanilamide as a test tor the ability to interfere with other CoA-dependent processes a screening of a variety of substances from various pharmacological groups has been carried out by the method of Kaplan and Lipmann (14). Especially neuro — and psychophairmaca, as well as a number of poisons acting indirectly on the nervous system, have been tested in view of the fact that the biosynthesis of acetylcholine in nervous tissues is also a CoA-dependent process. A series of aromatic derivatives of acetic and acetohydroxamic acids have been included because such substances have already been reported to inhibit the acetylation of sulphanilamide and choline (8,9,3). AH substances of this type have been found to act as inhibitors (Tab. 3). A great number of the substances tested were devoid of any activity (Tab. 1), but several have shown definite inhibitory action, with one exception, where the action was potentiating (Tab. 2). It is pointed out as striking that there are several pairs of closely related substances, the first of which is inactive, the other an inhibitor, with: adrenaline—noradrenaline, adrenoxyl—adrenochrome, LSD—BOL and SKF-525A—diphenylpropylacetic acid. The only substance found to potentiate the acetylation reaction, 4-hydroxycoumarine, also has a closely related inactive partner, dicoumarol. 4-Hydroxycoumarine has been shown earlier to possess analgetic activity.

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Published

15.08.1961

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Section

Works

How to Cite

A Study of the Influence of 96 Compounds From Different Pharmacological Groups on the Acetylation of Aromatic Amines in Vitro. (1961). Acta Medica Academica, 8, 83-91. https://doi.org/10.5644/Radovi.59

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