Pharmaceuticals as Pollutants in the Aquatic Ecosystem – Antibiotics, Anti-inflammatory and Anti-psychotic Drugs

Srimathi Radha, Anjana Gopi Valsaladevi, M. Krishnan
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Abstract

Antibiotics came into existence with its discovery in 1929 by Alexander Fleming. With the advancement of science and the progress of drug discovery process led to the introduction of 160 novel antibiotics from synthetic and semi-synthetic origin during the period 1940-1970. The consumption had seen a steady rise of about 42.3 billion daily defined doses (DDD) between the years 2000 and 2015. In spite of antibiotic resistance still antibiotics consumption are found to increase on  a higher scale of about 67% by  2030. Thus,  the largest selling proposition of antibiotics makes  it easily available for detection in sewage,  wastewater  treatment  plants (WWTP), terrestrial, freshwater and marine environments. Globally, 10% of antibiotics usage occurs from hospitals and 80% occurs from community usage.
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水生生态系统中作为污染物的药物——抗生素、抗炎药和抗精神病药
抗生素是由亚历山大·弗莱明于1929年发现的。随着科学的进步和药物发现过程的进展,在1940-1970年期间,从合成和半合成来源引入了160种新型抗生素。2000年至2015年期间,消费量稳步增长,约为423亿每日限定剂量(DDD)。尽管存在抗生素耐药性,但到2030年,抗生素消费量仍将以更高的规模增长约67%。因此,抗生素的最大卖点是在污水、废水处理厂(WWTP)、陆地、淡水和海洋环境中容易检测到抗生素。在全球范围内,10%的抗生素使用来自医院,80%来自社区。
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Factors Affecting the Quality of Water Hydrology: The Basics Pharmaceuticals as Pollutants in the Aquatic Ecosystem – Cardiovascular, Anti-diabetic, Steroids and Related Drugs Control Measures and Risk Management Effect of Pharmaceuticals in Environment and Human Health
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