UG researchers join European call for sustainable drug discovery
After signing a consortium agreement on reducing medicine waste in water in 2019, Professor Eelko Hak and Professor Gerrit Poelarends from the University of Groningen (UG) have now joined a European pharmacy research collaboration to point to the global increase in the use of medicines and its long-term impact on the ecosystem and our health. They propose ten principles of sustainability to be applied in drug discovery. Sustainability should play an important role in the approval of new drugs, and universities should integrate sustainability into their (drug discovery) educational programs, they say.
Due to the expanding and ageing world population, the importance and use of medicines is expected to increase. This will lead to a greater impact on the ecosystem and our health in the long term.
The concept of sustainability is slowly gaining traction and is currently still fragmented in the pharmaceutical field. The researchers therefore advocate a global, systematic approach and place the emphasis on sustainability already in early stages of drug development, i.e. drug discovery.
Read the official press release
Read the article in the journal 'Medicine in Drug Discovery'

Last modified: | 06 April 2023 2.34 p.m. |
More news
-
12 June 2025
Those most affected by modern agriculture
Farmers only grow a limited number of crops these days, which has significant consequences for the animals that live there. Raymond Klaassen researches what adjustments farmers could make to improve the conditions for the species most affected by...
-
06 June 2025
India-Netherlands Hydrogen Valley Fellowship Programme announced
To coincide with World Environment Day, 5 June 2025, the Indian Department of Science and Technology and the University of Groningen yesterday announced a Hydrogen Valley Fellowship Programme Partnership, allowing talented Indian scholars working on...
-
05 June 2025
The self-reliant plant
Kira Tiedge investigates the chemical substances that plants use to communicate with their environment, to select robust varieties that can better withstand challenging circumstances such as diseases or drought.