过氧化物酶体增殖物激活受体(PPARs)异构体治疗肥胖的民族药理学观点:综合综述

Pub Date : 2022-07-04 DOI:10.1080/22311866.2022.2025901
Anjali Kumari Atal, M. Choudhary, V. Budhwar
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引用次数: 0

摘要

摘要肥胖是人类最普遍的营养疾病,自然导致代谢综合征,导致异位脂质积聚不当。肥胖的主要来源是高能量饮食的消耗,这些多余的能量储存在脂肪细胞中,导致质量和体积的增加。本研究试图概述传统植物来源对肥胖治疗的发现及其与PPARs亚型的相关性。本研究通过收集标准教科书、各种评论和研究论文的数据,并咨询全球公认的在线数据库(如Scopus、b谷歌Scholar、Science Direct和Pub Med),从2000年到2021年对本研究进行了审查。介绍了PPARs的生物来源、成分、提取物、活性成分、实验方法和植物毒性研究。收录了用于肥胖的50科植物78种。本研究筛选的主要科属豆科、桃金桃科、蓼科、菊科、锦葵科、Vitaceae、sapinaceae、Araliaceae,数量较少。本研究为初步筛选潜在的天然PPARs代谢物在肥胖治疗中的作用提供了有利条件,同时也为进一步开展实验研究,从未开发的植物中发现具有传统肥胖调节作用的新型潜在活性化合物/提取物提供了有利条件。进一步的毒性分析可能有助于研究人员开发有效的ppar调节抗肥胖药物。图形抽象
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Ethno Pharmacological Perspectives of Peroxisome Proliferators Activated Receptors (PPARs) Isoform in the Treatment of Obesity: A Comprehensive Review
Abstract Obesity is the most prevalent nutritional disease that naturally leads human beings to metabolic syndrome resulting in improper accumulation of ectopic lipids. The predominant source of obesity is the consumption of a high-energy diet and this excess energy is stored in adipocytes and leads to an increase in mass and volume. This study attempted to include an overview of the findings on traditional botanical sources for obesity treatment and their correlation with PPARs isoforms. The present study was reviewed by collecting data from standard textbooks, various reviews and research papers and consulting globally accepted online databases i.e. Scopus, Google Scholar, Science Direct, and Pub Med from 2000 to 2021. The profile presented includes the information on the biological source, their parts, extracts, active constituents, and experimental method and toxicity studies of plants via PPARs isoforms individually. 78 plant species, belonging to 50 families used for obesity are compiled. Major families screened in our study were belonging to Leguminosae, Myrtaceae, Polygonaceae, Compositae, Malvaceae, Vitaceae, Sapindaceae, and Araliaceae along with some others in a lesser amount. The study could be beneficial for preliminary screening of potential natural PPARs metabolites in obesity treatment and high time to increase experimental studies to find out novel potential active compounds/extracts from unexploited plants having a traditional role in obesity regulation. Further toxicity profiles might be beneficial for researchers to develop potent PPARs modulating anti-obesity agents. GRAPHICAL ABSTRACT
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