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Gauging the pharmaceutical burden on Sydney's environment: a preventative response

机译:减轻悉尼环境的药品负担:预防措施

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Metabolized and/or unmetabolized fractions of Pharmaceuticals upon excretion or being washed from the skin can undergo complex chemical reactions. Entering the sewerage system some may also react with other synthetic chemicals to form unfathomable brews. Unfortunately most sewerage treatment plants fail to remove a sizeable proportion of these compounds. Their impact when released to the environment as a component of treated effluent remains a matter for conjecture although some insight has, for example, derived from work done on the effects of antibiotics on insects at entry points (dung) to pasture and groundwater. There is the possibility too that effects are occurring toward the limits of detection of suspect compounds notably endocrine disruption. To draw attention to the seriousness of the local problem in a situation where no data exists, a gross estimate of the annual drug load has been made for Sydney's environment using statistics collected under the Australian Government's Prescribed Benefits and Repatriation Benefits Scheme. This amounts to 17 tonnes but allowing for hospitals and clinics as well as OTC and illicit drugs, the overall figure is probably closer to 30 tonnes per annum. A two-prong impact reduction strategy is proposed comprising suggestions for curbing the discharge of existing medications and most importantly, a longer term fix utilising both natural product Pharmaceuticals and vaccines and even gene therapy.
机译:药物的代谢和/或未代谢部分在排泄或从皮肤上洗掉后,可能会发生复杂的化学反应。进入下水道系统,有些还可能与其他合成化学物质发生反应,形成难以想象的冲泡。不幸的是,大多数污水处理厂无法去除大量的这些化合物。它们作为已处理废水的成分释放到环境中时的影响仍然是一个推测,尽管例如,一些见解源自对牧场和地下水进入点(粪便)中的抗生素对昆虫的影响。也有可能朝着可疑化合物的检测极限发生作用,特别是内分泌干扰。为了在没有数据的情况下引起人们对当地问题的严重性的关注,已使用根据澳大利亚政府规定的福利和遣返福利计划收集的统计数据,对悉尼环境的年度药物负荷进行了总体估算。这总计为17吨,但考虑到医院和诊所以及非处方药和非法药物,总体数字可能每年接近30吨。提出了两管齐下的减少影响战略,其中包括减少现有药物排放的建议,最重要的是,利用天然药物和疫苗甚至基因疗法进行长期修复。

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