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Funded research projects  

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Total results: 38
Select the number of results to show per page: 10 20
Type Title Principal Investigators Status Year
PRIN2022 - PRIN bando 2022
Characterization of pharmacological approaches to counteract the neuropathological, morphological and behavioral alterations induced by anti-GluA3 IgG in Frontotemporal Dementia
  • FABRIZIO GARDONI loading
Ongoing 2023
PRIN2022 - PRIN bando 2022
Early social adversity and risk for psychiatric disorders: shedding light on the therapeutic potential of psilocybin
  • FABIO FUMAGALLI loading
Ongoing 2023
PRIN2022 - PRIN bando 2022
The crosstalk between brain and periphery in maladaptive feeding behaviors: Role of the transcriptional repressors histone deacetylases and their therapeutic opportunities
  • MATTEO AUDANO loading
Ongoing 2023
PRIN2022 - PRIN bando 2022
Attenuating the stress of the endoplasmic reticulum as a strategy to cure the multi-minicore disease
  • CRISTIANA PERROTTA loading
Ongoing 2023
PRIN2022 - PRIN bando 2022
Targeting hepatitis B virus with PROTAC capsid degraders (TarPaB)
  • RAFFAELE DE FRANCESCO loading
Ongoing 2023
PRIN2022 - PRIN bando 2022
Immunoregulatory paths of metabolic disease: unveil molecular mechanisms of impaired immuno-vascular response to target visceral inflammation by rewiring regulatory T cell energetic circuits
  • FABRIZIA BONACINA loading
Ongoing 2023
PRIN2022 - PRIN bando 2022
EXTRAcellular Vesicles to Unravel Heart Failure Molecular and Clinical Phenotypes (EXTRAHF)
  • MASSIMILIANO RUSCICA loading
Ongoing 2023
PSR_LINEA2_ / Piano di sviluppo di ricerca - Dotazioni dipartimentali - Linea 2
Piano di Sostegno alla Ricerca 2015-2017 - Linea 2 "Dotazione annuale per attività istituzionali" (anno 2022)
  • MONICA MARIA GRAZIA DILUCA loading
Ongoing 2023
PRIN2022 - PRIN bando 2022
An integrated human-in vitro approach to explore the role of miRNAs in the allergic asthma
  • VALENTINA GALBIATI loading
Ongoing 2023
PRIN2022 - PRIN bando 2022
Exploring the role of SEMA6A in the formation of hypothalamic and cerebellar circuits to unravel new molecular mechanisms underlying reproductive and feeding behaviours.
  • ANNA MARIA CARIBONI loading
Ongoing 2023
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