Humans can produce “express”(∼ 100 ms) arm muscle responses that are inflexibly locked in time and space to visual target presentations, consistent with subcortical visuomotor …
RA Kozak, BD Corneil - Journal of Neurophysiology, 2021 - journals.physiology.org
Humans have a remarkable capacity to rapidly interact with the surrounding environment, often by transforming visual input into motor output on a moment-to-moment basis. But what …
When required, humans can generate very short latency reaches toward visual targets, such as catching a falling cellphone. During such rapid reaches, express arm responses are the …
Humans are able to generate target-directed visuomotor responses in less than 100 ms after stimulus onset. These “express” responses have been termed stimulus-locked responses …
To reach towards a seen object, visual information has to be transformed into motor commands. Visual information such as the object's colour, shape, and size is processed and …
LS Billen, BD Corneil, V Weerdesteyn - Neuroscience, 2023 - Elsevier
Recent work has described express visuomotor responses (EVRs) on the upper limb. EVRs are directionally-tuned bursts of muscle activity that occur within 100 ms of visual stimulus …
Human cerebral cortex can produce visuomotor responses that are modulated by contextual and task-specific constraints. However, the distributed cortical network for visuomotor …
An important aspect of motor function is our ability to rapidly generate goal-directed corrections for disturbances to the limb or behavioural goal. Primary motor cortex (M1) is a …
Surviving in natural environments requires animals to sense sudden events and swiftly adapt behaviour accordingly. The study of such Reactive Adaptive Behaviour (RAB) has …