When we talk about stroke recovery, most people think about medications, hospital care, and physiotherapy. What many don’t realise is that there’s something remarkable happening inside the brain ...

Stroke disrupts blood flow to focal regions of the brain, leading to neuronal death and loss of motor function. In the aftermath of injury, the central nervous system exhibits neuroplasticity: ...

Strokes are a major cause of death and result in a drastic reduction in quality of life. Novel therapeutic strategies for patients suffering from stroke are thus required. Two possible strategies can ...

Explore the challenges of post-stroke aphasia and the importance of ongoing speech recovery beyond initial rehabilitation ...

Stroke induces a spectrum of neurological deficits through focal or global cerebral ischaemia, triggering cell death, inflammation and disruption of neural networks. Neuroplasticity—the capacity of ...

Imagine your brain as a bustling city with millions of interconnected highways carrying information at lightning speed. Now picture what happens when a major earthquake hits, destroying some of those ...

Stroke survivors frequently experience cognitive impairment and mental health disorders that substantially limit recovery, participation, and long-term ...

Neubond will use the funding to complete product development and conduct a pivotal study that will inform future clinical ...

A new MultiSensy platform combines immersive VR with electrical nerve stimulation to double upper limb motor recovery in chronic stroke survivors.

A new exoskeleton therapy aims to help stroke survivors rebuild natural walking abilities through active rehabilitation.

In this review, we have briefly highlighted recent progress in the development of new strategies for the treatment of damaged brains following a stroke, with a focus on neuroplasticity, endogenous ...