The overall purpose of the Workshop is to highlight the brain plasticity and its capacity to adapt to normal and perturbed developmental conditions. Within this framework, the workshop will explore more recent scientific discoveries on brain mechanisms supporting the interactive, motor and social processes of infant development. In particular, the knowledge of the active role of the motor system in supporting social and cognitive functions has fostered research in the field of early motor and social experience and its clinical implications. The risk factors and short/long-term effects of specific sensorimotor and social experiences will be evaluated in order to understand the potentials and limits of brain plasticity and by means of human and animal models. The presence of sensitive periods in development, but also of the brain plasticity potential in early development is key for our understanding of the appropriate type of interventions and neurorehabilitative tools required to overcome the adverse effects of neonatal brain lesions, perturbed early social experiences or genetic vulnerability. The workshop is highly integrative and interdisciplinary. The presentations will be appropriate for a broad audience consisting of scholars from multiple disciplines, representing different levels of seniority (e.g., graduate students, post-doctoral fellows, junior and senior researchers). Issues covered by the Workshop will include:
Measuring neurocognitive development in Gambian infants from 0 - 24 months
The links between mimicry & reward: Insights for and from Autism
Early detection of autism spectrum disorders: insights from animal models
Interplay between genetic and environmental factors in animal models of developmental disorders
Neonatal pain in very preterm infants: epigenetics and socio-emotional outcomes
Developing language in a developing body: interactions and cascading effects
Plasticty of motor and perceptual functions in infants with neurodevelopmental disorders
Activity and interactivity in the early rehabilitation of newborns and infants with brain damage
Elucidation of the functional architecture of early social communication through research on infant cleft lip, and implications for intervention
Action-observation therapy in patients with stroke
Visualization of the preterm brain and its function
The cortical motor system in primates. Implications for brain plasticity and neurorehabilitation
Interactions between genes and environment in monkey development