Intracerebral haemorrhage (ICH) is a type of stroke, which is caused by bleeding in the brain, ultimately leading to brain damage, disability and often death. We currently know very little about the biological changes that occur in the brain after intracerebral haemorrhage.
In stroke survivors, does the clinical effectiveness of 6 months treatment with fluoxetine depend upon its effects on synaptic plasticity in the brain? Can a drug used for depression help stroke recovery by changing connections between brain cells?
Techniques to predict - and in future prevent - brain haemorrhage in people treated with warfarin after stroke caused by atrial fibrillation
This research project aims to better understand how particular features of the CT scan can be used to make better treatment decisions for patients with ischaemic stroke, and whether we can accurately estimate the time since the stroke began.
Using genetics to understand why disease of the small blood vessels in the brain occurs.
People with stroke due to brain haemorrhage have swelling around the haemorrhage on their brain scan. More swelling worsens recovery. No treatment improves outcome after this swelling.
The programme will use biological information about cells and molecules, and information from patients, to design a study of treatment for swelling after brain haemorrhage.
Postgraduate fellowship: What is the impact of damaged thinking ability caused by a spontaneous bleed in the brain?
Up to 70% of stroke survivors complain of tiredness or fatigue, sometimes years after stroke. Unlike normal tiredness, post stroke fatigue does not always respond to rest. The cause of extreme tiredness is not known and there are no definitive treatments available.
This research is focused on assessing the relationship between the variability of the blood flow through the blood vessels supplying the brain, and the risk of stroke in patients who have already had a stroke or “mini-stroke” (TIA) in the past.
Co-funded by the Stroke Association, a new review of the research into NIBS (non-invasive brain stimulation) for the recovery of leg movement and walking suggests that although it can bring about changes in leg function, the design of existing studies are very different, making it difficult to determine its effectiveness.