Drainage of Spontaneous Intracerebral Haematoma

What is spontaneous intracerebral haematoma?

Spontaneous intracerebral haemorrhage (sICH) is referred to as bleeding of the brain inside the brain parenchyma, which is more likely to occur just as equally as subarachnoid haemorrhage but is much more serious. When spontaneous intracerebral haemorrhage (sICH) is suspected, a computed tomography scan is a standard diagnostic test carried out.

Intracerebral haematomahaematoma (ICH) is also referred to as haemorrhagic stroke, which arises when blood accumulates within the brain tissue. As a result, this can lead to nausea or vomiting, numbness in the extremities and face, confusion, and headaches.

Intracerebral haematoma can occur due to several reasons, such as a traumatic head injury, elevated blood pressure levels, burst aneurysms, the presence of tumours, bleeding disorders or other related health concerns. ICH is considered a fatal type of stroke that can be challenging to fully recuperate from, which is why timeous assessment and intervention are required.

Advanced magnetic resonance neuroimaging techniques also assist in the diagnosis, which is why blood pressure management and supportive care are key in managing the condition and aiding in the outlook of the condition.

Treatment aims to minimise the risk of haemorrhage expansion, closely supervising high intracranial pressure and managing associated medical and neurological complications.

When is surgical drainage required?

When the haematoma is considered expansive and so large, it may increase pressure on the brain, so surgical drainage is required. Surgery involves creating a hole in the skull to surgically drain the blood in order to alleviate pressure on the brain. Surgical intervention is done to minimise the risk of bleeding recurrence, which is closely followed by admission into the intensive care unit, where your condition is monitored and your vital signs, including blood pressure, are tightly stabilised.

Rehabilitation and a full recovery help lead to a better prognosis and improve the clinical outcome of the procedure.