Natural environment - IM
Everything resulting from human activity has a significant, often negative, impact on the environment, particularly aquatic environments. However, it is important to remember that the natural environment is closely linked to the health of both humans and animals. Therefore, it is crucial to work synergistically to ensure its good quality. The Institute of Microbiology shares this "One Health" approach aimed at improving global health and is actively involved in several monitoring projects in the region.
In line with the "One Health" vision, the Institute of Microbiology (IM) is dedicated to the development and application of methods to monitor the quality of the natural environment, with the aim of safeguarding the health of both animals and humans. The focus is particularly on the detection and identification of bacteria, viruses, and fungi that may compromise their health. In this context, the IM is active with applied research projects and services for the region.
Research on potentially harmful microorganisms in rivers, lakes, and wastewater treatment plants
Human health is closely linked to the natural environment, especially aquatic environments. Through the water reuse cycle, pathogenic bacteria and viruses could come in contact with humans. Long-term monitoring of potential sources of contamination is crucial to understand the spread of these microorganisms within the population and to take timely intervention measures.
Human health is closely linked to the natural environment, especially aquatic environments. Through the water reuse cycle, pathogenic bacteria and viruses could come in contact with humans. Long-term monitoring of potential sources of contamination is crucial to understand the spread of these microorganisms within the population and to take timely intervention measures.
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Monitoraggio della diffusione di geni che conferiscono resistenza agli antibiotici in ambienti d'acqua dolce
Sono situati in zone antropizzate cioè influenzate da attività umane di diverso tipo (es. scarichi degli impianti di depurazione urbani, ospedalieri e industriali). Lo studio prevede l'utilizzo di microrganismi "modello" e di tecniche molecolari. Il progetto è finanziato dalla CIPAIS Commissione internazionale per la protezione delle acque italo-svizzere (CIPAIS).