Progetti di ricerca
- Directing the immune response through designed nanomaterials
- PRIN 2022: Mapping the development of the neural control and functional structure of muscles in very preterm and full-term neonates: new tools for understanding motor ontogenesis and early diagnosis of neuromotor diseases - Cod. 20229KE3T5
- PRIN 2022: Behavioural, molecular and neuroanatomical characterization of two models of autism in domestic chicks and zebrafish - Cod. 2022LJZRBY
- PRIN 2022: Attenuating the stress of the endoplasmic reticulum as a strategy to cure the multi-minicore disease - Cod. 2022NW44H5
- PRIN 2022: Exploiting miCrogliAl exosome biogenesis and release: roles of cholesterol and oRGanelle cOntact sites - Cod. 2022XKAAZ7
- PRIN 2022: The interplay between Nucleus Associated Mitochondria (NAM) and Mitophagy in neuronal homeostasis: a cell biology study - Cod. 202252ZLSX
- PRIN 2022: Motoneuron plasticity throughout human life: non-invasive studies - Cod. 2022T9YJXT
- PRIN 2022: A zebrafish xenograft platform to identify specific vulnerabilities in the metastatic cascade - Cod. 2022YJPMMT
- PRIN 2022: Revealing determinants Of Alzheimer’s Disease via Multilevel Analysis of Potentiated Synapses - Cod. 2022MTR4M8
- PRIN 2022: Functional Role of Protein Folding Intermediates: A Cross-Disciplinary Study Integrating Molecular Simulations with Biophysical and Biochemical Experiments - Cod. 2022TWRXAW
