Voluntary movement initiation involves the modulations of large groups of neurons in the
primary motor cortex (M1). Yet similar modulations occur during movement planning when …

Voluntary movement initiation involves the engagement of large populations of motor
cortical neurons around movement onset. Despite knowledge of the temporal dynamics that …

Motor cortex is integral to generating voluntary movement commands. However, as a
dynamical system, it is unclear how motor cortical movement commands are informed by …

Natural actions can be described as chains of simple elements, whereas individual motion
elements are readily concatenated to generate countless movement sequences. Sequence …

Motor cortex (M1) exhibits a rich repertoire of neuronal activities to support the generation of
complex movements. Although recent neuronal-network models capture many qualitative …

Motor cortex neurons are activated at different times during self-initiated voluntary
movement. However, the manner in which excitatory and inhibitory neurons in distinct …

The relationship between neural activity in motor cortex and movement is highly debated.
Although many studies have examined the spatial tuning (eg, for direction) of cortical …

Successful human behavior relies on the ability to flexibly alter movements depending on
the context in which they are made. One such context-dependent modulation is proactive …

The study of the cortical control of movement experienced a conceptual shift over recent
decades, as the basic currency of understanding shifted from single-neuron tuning towards …

The primary motor cortex has been shown to coordinate movement preparation and
execution through computations in approximately orthogonal subspaces. The underlying …