Significance of Lead acetate
Lead acetate is a harmful chemical compound linked to numerous toxic effects on biological systems. When given at a dose of 20ppm in drinking water, it resulted in decreased red blood cell counts and produced oxidative stress, particularly affecting reproductive health in male and female rats. Known for its potential to cause severe renal and hepatic toxicity, lead acetate is also used in experiments to assess its minimum inhibitory concentration and to induce hepatotoxicity, generating reactive oxygen species that contribute to cellular damage.
Synonyms: Lead(ii) acetate
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The concept of Lead acetate in scientific sources
Lead acetate is a toxic heavy metal compound that induces oxidative stress, increases free radicals, and results in cellular damage. It adversely affects health by decreasing red blood cell counts and causing renal and hepatic toxicity.
From: World Journal of Pharmaceutical Research
(1) A chemical compound tested for its minimum inhibitory concentration against the isolates in the study.[1] (2) A chemical used in tests that forms colored precipitates with certain compounds.[2] (3) A toxic compound used to induce oxidative stress in experimental models, particularly affecting reproductive health in female rats.[3] (4) A toxic compound that, when administered to male rats, leads to negative effects on reproductive health and sperm quality.[4] (5) Lead acetate is a heavy metal compound that can induce oxidative stress by generating reactive oxygen species, leading to potential damage in various biological systems.[5]
From: Ancient Science of Life
(1) A chemical compound used to induce hepatotoxicity in rats, characterized as a white crystalline substance that is highly toxic.[6]