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Effect of Cadmium at Cellular and Sub-Cellular Level and its Remedies by Amla and Lycopodium

机译:镉对细胞和亚细胞水平的影响及其对Amla和石蒜的补救措施

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摘要

The cadmium toxicity at different cellular and sub cellular level is due to its accumulation in different organs through food and drink from the environment. Its removal is not possible by most chelating agents as they are unable to 'pass through membrane. These accumulations cause severe damage at cellular and sub-cellular levels. This study is to observe the remedial effects of amla and Lycopodium on cadmium induced toxicity. To conduct this study, Swiss albino mice were given chronic exposure of cadmium chloride with the following treatment series. Mice were divided into different sets; one set without any treatment and with normal food and water, one set with cadmium followed by Amla extracts, one set with cadmium followed by extracts of Lycopodium and another set provided with cadmium followed by extracts of Amla and Lycopodium both. To observe the changes tests for micronuclei detection and sperm head anomalies were performed. Result showed that toxicity caused by cadmium was reduced to some extent by the treatment series, but the drugs were more effective when applied additively.
机译:镉在不同细胞和亚细胞水平的毒性是由于其通过环境中的食物和饮料在不同器官中的积累。大多数螯合剂无法通过膜将其去除,因为它们无法通过膜。这些积累会在细胞和亚细胞水平上造成严重损害。本研究旨在观察amla和石蒜对镉诱导的毒性的修复作用。为了进行这项研究,瑞士白化病小鼠接受了以下治疗系列的慢性氯化镉暴露。将小鼠分为不同的组。一组未经任何处理且用正常食品和水处理,一组先含镉,其次是Amla提取物,一组先含镉,其次是石蒜提取物,另一组先加镉,再再提供Amla和石蒜的提取物。为了观察变化,进行了微核检测和精子头异常的测试。结果表明,通过一系列的处理,镉引起的毒性有所降低,但加用这些药物更有效。

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