[Study of the changes in serum enzyme activity in acute phenol poisoning]

Problemi Na Khigienata

|January 1, 1975

Abstract:

The activity of some serum enzymes is followed up under conditions of acute phenol intoxication. Analysis is made in dynamics within 2, 12 and 24 hours after toxic substance administration. An increase in the activity of the parenchyma non-specific enzymes SChE, LDH and LAP is noted. No changes are established in the activity of Al.Ph. The hyperfermentemia present is most likely attributable to disturbed cellular membrane permeability and cell destruction.

Related Experiment Videos

[Study of the changes in serum enzyme activity in acute phenol poisoning]

Related Concept Videos

[The effect of the zinc-containing preparation Oxyrich in the treatment of chronic saturnism (preliminary results)].

[The interaction between lead, cadmium and essential trace elements (an experimental study)].

[Toxicokinetic and toxicodynamic indices in persons exposed to lead and manganese].

[The health and hygiene problems of motor activity in childhood and adolescence].

[The visual perception of the elements of technical drawings among masking distractions in advanced and nonadvanced students in the building and architectural professions].

[The physical development of children living in a settlement with a high nitrate content in the drinking water].

[The memorization of new material and the probable energy processes in the short-term and long-term memories of adolescents].

[The role of nitrates in the genesis of goiter morbidity].

[Deviations in the hematological indices of women exposed to aromatic hydrocarbons].

Metabolite-targeted LC-HRMS quantification of emerging indazole-based synthetic cannabinoids in urine samples from an addiction treatment cohort.

Demonstrating the reliability of in vivo metabolomics-based chemical grouping: Part 2 - Consistency of group-specific metabolic effects.

A 16S rRNA reverse transcriptase-PCR method for rapid detection of intestinal enterococci in distributed drinking water.

Development and pre-qualification of a facile and ultra-sensitive LRRK2 LC/MS assay using high-affinity unmodified immobilization for immunocapture: meet bioanalytical challenges and search practical solutions.

Development of a multiplex PCR assay for the authentication of six commercial Pyropia species.

Pulsed 978 nm swept-source laser for high-speed multiphoton microscopy.

Related Experiment Videos

[Study of the changes in serum enzyme activity in acute phenol poisoning]

Abstract:

Related Concept Videos

Related Articles