Exoskeletons can enhance human mobility, but we still know little about why they are
effective. For example, we do not know the relative importance of training, how much is …

Interval timing is a fundamental component of action and is susceptible to motor-related
temporal distortions. Previous studies have shown that concurrent movement biases …

Our subjective sense of time is intertwined with a plethora of perceptual, cognitive and motor
functions, and likewise, the brain is equipped to expertly filter, weight and combine these …

The intent of this review article is to serve as an overview of current research regarding the
neural characteristics of motor learning in Alzheimer disease (AD) as well as prodromal …

Humans and other animals adapt motor commands to predictable disturbances within tens
of trials in laboratory conditions. A central question is how does the nervous system adapt to …

Sensorimotor adaptation enables the nervous system to modify actions for different
conditions and environments. Many studies have investigated factors that influence …

Accurate movements of the upper limb require the integration of various forms of sensory
feedback (eg, visual and postural information). The influence of these different sensory …

Safe and successful motor performance relies on the ability to adapt to physiological and
environmental change and retain what is learned. An open question is what factors …

We recently showed that subjects can learn motion state-dependent changes to motor
output (temporal force patterns) based on explicit visual feedback of the equivalent force …

Humans and other animals can readily learn to compensate for destabilizing dynamics, such
as balancing an object or riding a bicycle. How does the nervous system learn to …