Sensorimotor adaptation benefits from consolidation
during wake and sleep | NCM 2024 | Solano A. et al. |
| Time course of structural neuroplasticity induced by procedural motor learning: DTI vs SANDI | ISMRM 2024 | Griffa G. et al. |
| Unveiling the contribution of the hippocampus to motor learning | OHBM 2022 | Griffa G. et al. |
| Unveiling the contribution of the human hippocampus to procedural motor learning | SAN 2022 | Griffa G. et al. |
| Tracking the functional connectivity dynamics of the hippocampus during motor sequence learning: a high-temporal resolution analysis | SAN 2022 | Deleglise A. et al. |
| Consolidation of adaptation memories depends both on the passage of time and sleep | SfN 2022 | Solano A. et al. |
Motor sequence learning rapidly drives a transient state of
increased network segregation and decreased
hippocampal-somatomotor interactions in resting-state
connectivity | SfN 2021 | Deleglise A. et al. |
| Anterograde interference develops from a transient reduction in error sensitivity | SfN 2019 | Albert S., Lerner G. et al. |
| Sleep Consolidation of Visuomotor Adaptation: Differential effects on Memory Retention and Persistence | SfN 2019 | Solano A .et al. |
| Tracking the time course of structural plasticity in motor learning using DWI: skill learning vs adaptation | OHBM 2019 | Jacobacci F. et al. |
| Improving current normalization approaches to detect longitudinal changes in gray and white matter using DTI | OHBM 2018 | Jacobacci F. et al. |
| Visuomotor adaptation increases the number of spindles associated with slow oscillation during NREM sleep | SfN 2018 | Solano A. et al. |
| Time course of structural plasticity induced by different types of motor learning | SfN 2018 | Jacobacci F. et al. |