Neuromotor processes are inherently noisy, which results in variability during movement
and fluctuations in motor control. Although controversial, low levels of variability are …

A disturbed, inconsistent walking pattern is a common feature of patients with Parkinson's
disease (PwPD). Such extreme variability in both temporal and spatial parameters of gait …

Fatigue impairs sensorimotor performance, reduces spinal reflexes and affects the
interaction of antagonistic muscles in complex motor tasks. Although there is literature …

Background We hypothesised that the balance of spastic chronic stroke patients is related to
myofascial problems. We performed myofascial release (MFR) with a tennis ball on the …

Real-time balance-relevant biofeedback from a wearable sensor can improve balance in
many patient populations, however, it is unknown if balance training with biofeedback has …

The purpose of the present study was to investigate how stretch reflex (SR) responses in the
ankle extensor (soleus: SOL) and flexor (tibialis anterior: TA) muscles would be modulated …

The neuromuscular mechanisms that underlie post-stroke impairment in reactive balance
control during gait are not fully understood. Previous research has described altered muscle …

The aim of this study was to analyze the persistence of exercise-induced changes in
postural stability and to verify if they last long enough to be captured by two sequential …

Objective: The effect of abdominal expansion maneuver (AEM) and abdominal draw-in
maneuver (ADIM) on postural control in an unsupported position in stroke patients. Design …

In patients suffering from a movement disorder after a damage of the central nervous system,
improvement in walking or hand function can be achieved by providing functional training …