Ned Jenkinson

This study investigates how effector homology and temporal delays influence interference and facilitation between unimanual actions, revealing a time-dependent shift from interference to facilitation specific to homologous actions.

This study investigates how sequence learning affects bilateral intracortical inhibition during motor preparation, finding that it alters baseline inhibition levels rather than the acute inhibition decreases during preparation.

This study investigates whether sub-concussive head impacts from football headings alter brain excitability, finding no acute changes in corticomotor inhibition compared to a control group.

This study investigates how rewards and punishments affect motor performance by examining changes in glutamatergic facilitation and GABAA inhibition in the motor cortex during movement preparation.

This study examines SSRT changes across two sessions of the anticipatory response inhibition task and stop signal task, finding stable non-selective inhibition but changes in partial inhibition.

This study uses MRSI to show GABA changes in the cerebellum during visuomotor adaptation correlate with performance and network connectivity.

This study applies event-related TDCS during motor adaptation tasks to investigate temporal specificity, finding cerebellar stimulation enhances movement-specific learning while M1 stimulation does not.

The paper investigates how extended motor preparation time affects residual errors in visuomotor adaptation and finds that even with longer preparation, errors persist.

The paper investigates how GABA levels and functional connectivity in M1 and cerebellum relate to retention of visuomotor adaptation.

This study shows that reduced beta desynchronization in Parkinson’s disease is linked to impaired memory formation.