Home
Strategic Programs
Brain
Developmental disorders
Improving prediction, treatment and prevention
Brain
Epilepsy
Towards better understanding and treatment
Neuromuscular disorders
Deciphering mechanisms to improve lives
Neuro-oncology
Merging clinical excellence with innovative research
Personalized psychiatry
Optimizing individual treatments
Stroke
From bench to bedside in cerebrovascular health
Cancer
Biology of cancer
What causes cancer to develop and grow
Cancer
Cancer models
What works, and in whom does it work
Cell and gene therapy
Pioneering personalized cancer treatment
High-precision surgery
Can we treat minimally invasive
Image-guided therapies
Is local treatment possible without surgery
Real-life cohorts
How do we learn from each patient
Child Health
Ante- and perinatal damage
Child Health
Congenital and hereditary disorders
Pediatrics and oncology
Severe inflammatory disorders
Circulatory Health
Atherosclerosis & Aneurysms
Abdominal, thoracic, extracranial, and cerebral vessel dilatations and ruptures
Circulatory Health
Cerebrovascular disease
Acute ischemic stroke, carotid artery disease, intracranial vasculopathy, genetics of stroke, and TIA
Heart failure
Translational research for advanced heart failure and cardiogenetics
High risk
Complex hypertension, diabetes and progressive vascular disease
Infection & Immunity
Developing immune-mediated therapy and prevention
Infection & Immunity
Elucidating host-microbe interactions
Preventing antimicrobial resistance and infectious diseases
Preventing inflammation
Regenerative Medicine & Stem Cells
Biofabrication
Regenerative Medicine & Stem Cells
Disease modeling
Advanced Therapy Medicinal Products (ATMPs)
Research Groups
All Research Groups
Brain
High-level clinical and experimental neuroscience
All Research Groups
Cancer
Innovative approaches diagnostics, treatment, care
Child Health
Child-centered interdisciplinary research
Circulatory Health
To reduce the burden of cardiovascular disease
Infection & Immunity
Unraveling pathogenic mechanisms
Regenerative Medicine & Stem Cells
Accelerating the pace of regenerative therapies
Researchers
All Researchers
Brain
High-level clinical and experimental neuroscience
All Researchers
Cancer
Innovative approaches diagnostics, treatment, care
Child Health
Child-centered interdisciplinary research
Circulatory Health
To reduce the burden of cardiovascular disease
Infection & Immunity
Unraveling pathogenic mechanisms
Regenerative Medicine & Stem Cells
Accelerating the pace of regenerative therapies
Technologies
Support
News
Events
Menu
Researchers
Davide Ribezzi
Back to Researchers
Listen
Davide Ribezzi
PHD Candidate - OIO
Strategic program(s):
Regenerative Medicine & Stem Cells
Strategic program(s):
Regenerative Medicine & Stem Cells
Contact
Pure profile
Home
Strategic Programs
Brain
Developmental disorders
Brain
Epilepsy
Neuromuscular disorders
Neuro-oncology
Personalized psychiatry
Stroke
Cancer
Biology of cancer
Cancer
Cancer models
Cell and gene therapy
High-precision surgery
Image-guided therapies
Real-life cohorts
Child Health
Ante- and perinatal damage
Child Health
Congenital and hereditary disorders
Pediatrics and oncology
Severe inflammatory disorders
Circulatory Health
Atherosclerosis & Aneurysms
Circulatory Health
Cerebrovascular disease
Heart failure
High risk
Infection & Immunity
Developing immune-mediated therapy and prevention
Infection & Immunity
Elucidating host-microbe interactions
Preventing antimicrobial resistance and infectious diseases
Preventing inflammation
Regenerative Medicine & Stem Cells
Biofabrication
Regenerative Medicine & Stem Cells
Disease modeling
Advanced Therapy Medicinal Products (ATMPs)
Research Groups
All Research Groups
Brain
All Research Groups
Cancer
Child Health
Circulatory Health
Infection & Immunity
Regenerative Medicine & Stem Cells
Researchers
All Researchers
Brain
All Researchers
Cancer
Child Health
Circulatory Health
Infection & Immunity
Regenerative Medicine & Stem Cells
Technologies
Support
News
Events
