Annalisa Pinsino

Nanotoxicology- Ecological immunology- Comparative immunology- Innate immunity- Cell Biology – Developmental Biology- Molecular Biology- Proxy for human models- Environmental Risk

Experience in molecular and cellular studies, with a focus on cell regulation, signaling, and differentiation mechanisms influencing development, life maintenance, and immune response.

Current research focuses on the understanding of the biosafety of nanoparticles in an emergent proxy for a human non-mammalian model for in vitro basic and translational immunology: the sea urchin Paracentrotus lividus.

Progetti principali e partners

PANDORA- EU H2020 research and innovation program under the Marie Skłodowska-Curie grant agreement [No 671881] (subproject: In vitro short-term cultures of sea urchin immune cells: characterization of the innate/inflammatory responses to NP). Consortium Member: CNR-IBBC, CNR-IRIB; PLUS; UNIGE; IMIC; EKUT; UNILJ; CU; NERC; ACS; AN.

Eco-SUN- Ecodesign of Sunscreen Using titanium dioxide Nanoparticles- Labex Serenade funding. Task 3.4: Impact on the sea urchin biological model. Consortium Member: CEREGE/CNRS; UJF/Isterre; CEA/LEMIRE; INERIS/Ardevie; CEA/LITEN; Novancia Business School; INRA/BIA; EPHE/CNRS/UPVD/CRIOBE, CNR/IRIB, COSMED; COSMEBIO.

NanoScreen- DOC2AMU doctoral programme, EU H2020 research and innovation program under the Marie Skłodowska-Curie grant agreement [No 713750]. Consortium Member: CEREGE/CNRS; Institut Fresnel; CNR-IRIB; Industrial Companies