Salmy under influence: How Klobazam endangers her escape!

Salmy under influence: How Klobazam endangers her escape!

Dal, Schweden - The effects of petition pollution on aquatic forms of life are increasingly becoming the focus of research. A recent study by Jack Brand and his team at the University of Uveeå has shown that the drug Clobazam, which is mainly used to treat anxiety disorders, has a significant impact on the behavior of Atlantic salmon. According to the Süddeutsche Zeitung Clobazam changes the risk behavior of the fish, which raises serious concerns regarding the ecological consequences.

In particular, the researchers emphasize that the use of Clobazam should not be seen as a success report. The salmon treated with this medication showed a higher success rate in the passage of breeding grounds to the oceans and appeared as faster and risk -proof swimmers. This leads to the question of how such changes could affect the entire fish population and the ecosystem. While the study of April 10, 2025 was published in the specialist magazine Science, the problem of drug residues in waters is not a new one.

pharmaceutical substances in water

worldwide can be detectable up to 1000 different pharmacological substances in waters, many of them in concentrations that can be harmful to aquatic living beings. Psychopharmaceuticals such as antidepressants and anxiolytics in particular are relevant because they can already cause behavioral changes in animals in lowest concentrations. As the debrief were reported, over 900 pharmaceutical connections were discovered in water races Even in remote areas such as Antarctic.

The causes of this pollution are diverse. Human excretions of non -fully metabolic medication, improper disposal of medicines and industrial processes contribute significantly to the change in the chemical composition of our waters. Agricultural wastewater that contains antibiotics are also a not too negligible source. According to a study published in the magazine Environmental International, medicinal products were detected in 80 % of 258 rivers in 104 countries.

ecological and health consequences

The ecological effects of this pollution are significant. Even weak concentrations can damage aquatic forms of life by, for example, influencing the reproduction behavior of fish or leading to the development of antibiotic -resistant bacteria. The results of research illustrate an alarming connection between these medication and the behavior of animals, which could ultimately also touch people. Medicines in drinking water sources could possibly be connected to endocrine disorders and antibiotic resistance, as studies show.

The Sigma Earth emphasizes that it is currently in many heavily loaded regions in India or the cities Yangtse in China always comes to high concentrations of pharmaceutical residues. These not only endanger the ecosystem, but also the health of the people who live in these areas and rely on local water resources.