Health to harm: Researchers call for action against pharma pollution
- December 10, 2022
- Posted by: OptimizeIAS Team
- Category: DPN Topics
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Health to harm: Researchers call for action against pharma pollution
Subject :Environment
Context-
- The academics from the University of Exeter, United Kingdom, have joined forces with thought leaders from other universities, industry, government and non-profit organisations to call for societal-wide action on reducing pharmaceutical pollution from human healthcare.
Extent of pharmaceutical pollution-
- Almost half, or 43 per cent, of the world’s rivers are contaminated with active pharmaceutical ingredients (APIs) in concentrations that can have disastrous ramifications on health.
- In 2019, AMR accounted for more than half a million deaths in the European region and about five million globally.
Major cause of this pollution-
- Throwing away unused drugs/medicines rather than returning them to the pharmacies.
- As a consequence, drug pollution levels are rising in waterways across the UK and globally.
Pharmaceuticals led water pollution in India-
- India is one of the biggest manufacturers of pharmaceuticals worldwide.
- Varieties of pharmaceuticals have been detected on the surface, ground, and even in drinking water in many Indian cities due to the discharge of waste effluents.
- The pollutants majorly enter water bodies due to the following sources: pharmaceutical manufacturing plants, hospitals, wastewater treatment plants, etc.
- As a consequence, they cause adverse effects on land, water, food, and people’s health.
- It has been estimated that about 60000 newborns die annually in India because of multidrug-resistance infections, where pharmaceutical water pollution with antimicrobial drugs is responsible for that.
- A range of emerging contaminants pollutes the rivers near the pharma sites.
- Musi River in Hyderabad is highly contaminated with drugs from pharmaceutical companies.
- The concentrations were about 1000 times higher than rivers found in developed countries.
- When these pharmaceutical clusters come in contact with pathogenic bacteria, it causes harmful diseases in humans.