Significance of Lead acetate
Lead acetate, a chemical compound, is utilized across various scientific fields. In Ayurveda, it aids in identifying compounds like tannins and phenols. Science employs it in tests for flavonoids and as a stain in electron microscopy. Health Sciences highlights its toxicity, linking it to oxidative stress and organ damage, particularly in reproductive systems and blood cells. Its presence can induce hepatotoxicity and alter auditory responses, underscoring its potential to cause adverse health effects.
Synonyms: Lead(ii) acetate
The below excerpts are indicatory and do represent direct quotations or translations. It is your responsibility to fact check each reference.
Hindu concept of 'Lead acetate'
In Hinduism, lead acetate isn't directly mentioned. However, it's a chemical reagent used to detect substances like tannins and flavonoids. This test reveals the presence of specific compounds by producing a color change, often orange to crimson, in samples.
From: Journal of Ayurveda and Integrated Medical Sciences
(1) This test uses lead acetate to detect flavonones, where the development of an orange to crimson color indicates their presence in the sample.[1] (2) This is a chemical compound used in the testing of samples to determine the presence of specific substances, such as tannins or flavonoids.[2]
From: International Research Journal of Ayurveda and Yoga
(1) This is a chemical reagent, used in the analysis of Vaasa samples, which is used to identify certain compounds like tannins and phenols.[3]
The concept of Lead acetate in scientific sources
Lead acetate is a highly toxic chemical compound used in research. It induces hepatotoxicity, oxidative stress, and genotoxicity, impacting reproductive health and causing cellular damage. It's also used in electron microscopy and chemical tests, leading to adverse effects on various biological systems.
From: International Journal of Pharmacology
(1) A toxic substance that Coenzyme Q10 demonstrated neuroprotective effects against.[4] (2) This compound was tested in vitro to observe its impact on human blood-forming cells.[5] (3) A chemical compound administered in drinking water that was found to change auditory brainstem responses, specifically affecting absolute wave latency.[6]
From: International Journal of Pharmacology
(1) Lead acetate is another stain used in electron microscopy to enhance the visibility of cellular components.[7] (2) Lead acetate can induce liver oxidative damage and genotoxicity in mice, which can be protected against by turmeric and myrrh.[8] (3) This reagent was used in a chemical test to identify flavonoids in the Cyperus rotundus extract, with a yellowish-white precipitate indicating their presence.[9]