Pharmaceuticals in Water

M. M. Raja, M. K. Kathiravan
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引用次数: 2

Abstract

The surface of the earth is covered with about 71% of water. Water constitutes 50 to 70% weight of the entire plants and animals, including humans. The physical and chemical changes of water happen either due to the human activities and/or the natural factors. The increasing usage of prescribed pharmaceuticals estimates that, by end of 2020, the global need would reach 4500 billion doses. The pharmaceuticals after consumption are excreted from the human body in their parent form or as metabolites and conjugate forms. Some of the widely used drugs or active pharmaceutical ingredients (APIs) are detected in various water resources and found to affect the quality of aquatic life species. The impact of the discharge of the pharmaceuticals into aquatic streams in a definite range is unlikely to elicit acute toxicity and their existence also affects the human health as well as agriculture and marine culture. The most relevant approach to decrease the presence of pharmaceuticals in water bodies is to avoid and/or decrease their entry into the water environment. This reduction could be attained through combined preventive measures through specific regulatory bodies which includes enhanced communication to the public on rational drug use and proper disposal of pharmaceuticals.
水中的药物
地球表面覆盖着大约71%的水。水占整个植物和动物(包括人类)重量的50%到70%。水的物理和化学变化是由于人类活动和(或)自然因素而发生的。处方药使用量的增加估计,到2020年底,全球需求将达到4500亿剂。药物服用后以母体形式或代谢物和缀合物形式从人体排出。在各种水资源中检测到一些广泛使用的药物或活性药物成分(api),并发现它们会影响水生生物物种的质量。这些药物在一定范围内排放到水生溪流的影响不大可能引起急性毒性,它们的存在也影响人类健康以及农业和海洋文化。减少水体中药物存在的最相关方法是避免和/或减少它们进入水环境。这种减少可以通过具体管理机构采取联合预防措施来实现,其中包括加强与公众就合理用药和适当处置药品进行沟通。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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