Skip to main content
  • People
  • Esse3
  • Webmail
  • Sitemap
  • Pin
  • Know
  • Live
  • Discover
    • Job Guidance
    • Academic calendar
    • Research
    • Visit us
Logo Unitn
Quick links
  • Italiano
MyUnitn
  • Italiano
MyUnitn
Quick links
UNIVERSITY CENTRE
CIMeC - Center for Mind/Brain Sciences
  • The Center
    • Organization
    • Development Plan
    • Open Science
    • Strategic Projects
    • Partnership
  • Research
    • Research Areas
    • Research Groups
    • Grants
    • Internship at the CIMeC
  • Laboratories
    • Neuroimaging Labs (LNiF)
    • Experimental Psychology Labs (EPL)
    • Animal Cognition and Neuroscience Laboratory (ACN Lab)
    • Language, Interaction and Computation Laboratory (CLIC)
    • Center for Neurocognitive Rehabilitation (CeRiN)
    • Laboratories in collaboration
  • CeRiN
    • Clinical Service
    • Research
    • CeRiN staff
    • Training
  • People
    • The Director
    • Principal Investigators (PIs)
    • Research Fellows
    • Ph.D. Students
    • Admin and Technical Staff
    • Visiting professors
  • Locations
 
CIMeC - Center for Mind/Brain Sciences
  • Condividi questa pagina
  • Printer-friendly version
Facebook Google Plus LinkedIn Twitter Mail Whatsapp 
Home | The Center | Strategic Projects | TRAIN Trentino Autism Iniziative

TRAIN Trentino Autism Iniziative

  • Organization
  • Development Plan
  • Open Science
  • Strategic Projects
    • Advancement of brain cancer diagnosis and treatment
    • Healthy ageing - RARE Net
    • Parkinson’s Disease
    • Pathological ageing and dementia
    • Resting state and connectivity
    • TRAIN Trentino Autism Iniziative
  • Partnership

General objectives - The overall goal of the project is to create a highly competitive network of researchers studying autism in a multidisciplinary way, ultimately aiming to implement innovative research programs and diagnostic tools for autism research.

Overall vision - A multidisciplinary approach will be used to implement research programs aimed at unraveling the biological bases of autism and to develop novel diagnostic and therapeutic strategies:

  • identification of novel genetic variants associated to autism;
  • development of novel behavioral and pharmacological therapies through clinical and animal model studies;
  • identification of early diagnostic markers through behavioral genetic studies on patients and animal models. 

Project contact person: Yuri Bozzi

Web: project webpage