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There is more microplastic in our environment than there are stars in the milky way.

Unravelling the mysteries behind ROS mediated regeneration will be key in understanding stem cell functioning.

My research aids in the development of an additional alternative model for toxicity screening.

Using Schmidtea mediterranea as an entry point to understand the role of neural signaling in intestinal regeneration.

I’m working with human intestine cell models to understand the effects of micro- and nanoplastics with the objective of having better tools for...

Knowledge about the possible health effects of environmental nano- and microplastics is crucial to guide proper policymaking.

I aim to understand micro- and nanoparticle induced neurotoxicity.

Small in size, big in impact. The potential risks of micro- and nanoparticles for our health.

I provide technical support for the biodiversity and toxicology group.

I provide administrative support for the biodiversity and toxicology group.