Romain W. Sala
@romain-w-sala.bsky.social
PhD in Neurosciences
Postdoctoral fellow in the Carey Lab at Champalimaud Foundation. Lisbon, Portugal
Postdoctoral fellow in the Carey Lab at Champalimaud Foundation. Lisbon, Portugal
5/5
Together, these findings show that cerebellar communication with the forebrain continues beyond active behavior, shaping how motor skills are stabilized and adapted.
Together, these findings show that cerebellar communication with the forebrain continues beyond active behavior, shaping how motor skills are stabilized and adapted.
December 12, 2025 at 5:40 PM
5/5
Together, these findings show that cerebellar communication with the forebrain continues beyond active behavior, shaping how motor skills are stabilized and adapted.
Together, these findings show that cerebellar communication with the forebrain continues beyond active behavior, shaping how motor skills are stabilized and adapted.
4/5
While brain-wide strategy-specific replays of activity predicted trial-to-trial changes in motor strategy, cerebellar sleep spindle-like activity was associated with an efficient consolidation of these changes across sessions.
While brain-wide strategy-specific replays of activity predicted trial-to-trial changes in motor strategy, cerebellar sleep spindle-like activity was associated with an efficient consolidation of these changes across sessions.
December 12, 2025 at 5:40 PM
4/5
While brain-wide strategy-specific replays of activity predicted trial-to-trial changes in motor strategy, cerebellar sleep spindle-like activity was associated with an efficient consolidation of these changes across sessions.
While brain-wide strategy-specific replays of activity predicted trial-to-trial changes in motor strategy, cerebellar sleep spindle-like activity was associated with an efficient consolidation of these changes across sessions.
3/5
These assemblies reactivate in two distinct offline states: during cerebellar sleep spindle-like events associated with consolidation, and inter-trial activations that predict shifts in motor strategy on upcoming trials.
These assemblies reactivate in two distinct offline states: during cerebellar sleep spindle-like events associated with consolidation, and inter-trial activations that predict shifts in motor strategy on upcoming trials.
December 12, 2025 at 5:40 PM
3/5
These assemblies reactivate in two distinct offline states: during cerebellar sleep spindle-like events associated with consolidation, and inter-trial activations that predict shifts in motor strategy on upcoming trials.
These assemblies reactivate in two distinct offline states: during cerebellar sleep spindle-like events associated with consolidation, and inter-trial activations that predict shifts in motor strategy on upcoming trials.
2/5
Combining neurophysiology and optogenetics in the rotarod task, we demonstrate that motor-skill learning engages distributed neural assemblies encompassing the cerebellum, motor cortex, and striatum.
Combining neurophysiology and optogenetics in the rotarod task, we demonstrate that motor-skill learning engages distributed neural assemblies encompassing the cerebellum, motor cortex, and striatum.
December 12, 2025 at 5:40 PM
2/5
Combining neurophysiology and optogenetics in the rotarod task, we demonstrate that motor-skill learning engages distributed neural assemblies encompassing the cerebellum, motor cortex, and striatum.
Combining neurophysiology and optogenetics in the rotarod task, we demonstrate that motor-skill learning engages distributed neural assemblies encompassing the cerebellum, motor cortex, and striatum.