经实验证实的抗氟药用植物及其成分研究进展。

Sanjib Bhattacharya
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引用次数: 1

摘要

主要由受污染的地下水产生的氟化物毒性被视为一项重大的全球公共健康风险,因为对于慢性氟化物毒性,即导致几种严重健康并发症的氟中毒,没有特别和经证实的治疗方法。科学文献表明,几种药用植物和天然产物可减轻实验诱导的氟化物毒性。本文对药用植物及植物源性天然产物中具有氟毒性改善作用的实验研究进行了综述。通过使用在线书目数据库进行文献审查,并考虑了过去15年的研究。矿物和天然产物的半合成或合成类似物被排除在外。文献研究表明,25种药用植物和17种天然产物在实验动物模型即临床前研究中表现出显著的氟毒性保护作用。文献中还发现两项药用植物的临床研究显示了有益但相关性较差的结果。这一领域的相关研究可能导致开发一种潜在有用的药物,用于治疗人类氟化物中毒。
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A Review on Experimentally Proven Medicinal Plants and Their Constituents against Fluoride Toxicity.

Fluoride toxicity, principally by polluted groundwater, is regarded as a momentous global public health risk, as there is no particular and proven treatment for chronic fluoride toxicity i.e., fluorosis which leads to several serious health complications. Scientific literature reveals several medicinal plants and natural products alleviate experimentally induced fluoride toxicity. The present review attempts to collate those experimental studies on medicinal plants and plant derived natural products with fluoride toxicity ameliorative effects. Literature scrutiny was performed by using online bibliographic databases and the studies for the last 15 years were considered. Minerals and semi-synthetic or synthetic analogs of natural products were excluded. Literature study revealed that 25 medicinal plants and 17 natural products exhibited significant protection from fluoride toxicity in experimental animal models i.e., preclinical studies. Two clinical studies on medicinal plants were also found in literature showing beneficial yet poorly correlated outcome. Relevant research in this field could lead to development of a potentially useful agent in therapeutic management of fluoride toxicity in humans.

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来源期刊
CiteScore
3.80
自引率
0.00%
发文量
20
审稿时长
>12 weeks
期刊介绍: The Journal of Environmental Pathology, Toxicology and Oncology publishes original research and reviews of factors and conditions that affect human and animal carcinogensis. Scientists in various fields of biological research, such as toxicologists, chemists, immunologists, pharmacologists, oncologists, pneumologists, and industrial technologists, will find this journal useful in their research on the interface between the environment, humans, and animals.
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