Little is known about the small intrinsic foot muscles and their function during walking and running. In this video, Prof Andrew Creswell of the University of Queensland talks about the results of his research in which he has utilized imaging ultrasound and intramuscular electromyography to study the role of intrinsic […]
In young people with cerebral palsy, strength training increases the forces that their muscles produce. But does that mean that strength training helps young people with cerebral palsy walk better? Professor Nicholas Taylor talks about strength training and mobility in young people with cerebral palsy.
Muscles are often referred to as ‘motors’ that drive human and animal movements. This analogy certainly captures the important role of muscles as active generators of force and movement. However, it sells the equally important passive properties of muscles short. Most of us will only appreciate the importance of passive […]
With microendoscopy, it is now possible to study the microstructure of muscles in living humans with an unprecedented level of detail. Associate Professor Glen Lichtwark from the University of Queensland explains how microendoscopy can be used to gain a deeper understanding of how muscles adapt in response to, for example, training […]
Transcranial magnetic stimulation (TMS) is a popular method among neuroscientists to study brain function, because it enables selective activation of certain areas of the brain with a magnetic coil. However, results from TMS studies published in the scientific literature can often not be reproduced. NeuRA’s Dr Martin Héroux talks about findings […]
Professor Rob Herbert at Neuroscience Research Australia (NeuRA) performs research into contractures – the stiffening of joints that often occurs after neurological lesions such as stroke, cerebral palsy or multiple sclerosis. In this video he talks about the cutting-edge techniques like ultrasound and diffusion tensor imaging that he and people […]