Inflammation Clinical Trial
Official title:
A Randomised Controlled Trial of Aspirin Versus no Treatment to Reduce Aneurysm Wall Inflammation in Unruptured Intracranial Aneurysms.
Does Aspirin reduce inflammation in the walls of unruptured brain aneurysms?
Brain aneurysms are balloon-like outpouchings of a blood vessel resulting from a weakness in
the vessel wall. They generally cause no symptoms, but can burst and cause a bleed in the
brain, resulting in death or disability. Aneurysms occur in 1 in 30 people, but rarely burst,
with 1 in 10,000 people having a brain bleed.
Ideally, aneurysms would be treated before they burst to prevent bleeding in the brain. The
two ways of treating aneurysms currently are both risky and invasive, and no medications have
been shown to reduce the risk of aneurysms bursting.
Aspirin is one of the most common medications, used worldwide to treat pain, fever and
inflammation, and for the prevention of strokes and heart attacks. Its anti-inflammatory
properties may be beneficial for patients with aneurysms. We know that the walls of burst
aneurysms and aneurysms that are about to burst, are more inflamed than those that do not
burst. Therefore, a drug that reduces inflammation may reduce the risk of an aneurysm
bursting.
We have designed this study to test whether there is a measurable reduction in inflammation
in walls of brain aneurysms.
In this study, participants known to have an aneurysm that is not planned for treatment and
has not yet burst, take aspirin daily for three months, and have an MRI scan before and after
to look for a reduction in inflammation.
If this study is successful it would be the first step towards developing the first
medication to help treat patients with aneurysms, representing a huge advance for the 2.1
million people in the UK with this condition.
The Unruptured Intracranial Aneurysm Aspirin Trial (UIAAT) is a single centre, randomised,
single blind, open label trial of 300mg aspirin daily versus no treatment for 3 months. 58
patients with an intracranial aneurysm diagnosed on imaging will be recruited - potential
participants will be approached by their consultant neurosurgeon or a member of their direct
clinical care team.
Patient interviews will take place at Wessex Neurological Centre to coincide wherever
possible with standard appointments. Participants will be screened for eligibility and
consented during this interview. Following consent, baseline data will be taken to include
participants' baseline characteristics, other medications, and comorbidities.
The patients will then undergo a baseline MRI including VWI imaging, and then be randomised
to either the 'aspirin 300mg daily' or 'no treatment' arms.
All participants will then be called by a member of the trial team between days 7 and 21
after being commenced in either arm of the trial, to review any issues with taking the
medication if they are on that arm, whether they are using their drug diary, and to check for
any adverse reactions or events.
Following three months of their allocated treatment, patients will undergo a second,
identical MRI scan, to assess whether there is any reduction in the inflammation in the
vessel walls of the aneurysms. Patients will be reviewed at this time with their drug dairy,
for drug reconciliation and recording of any adverse events. This will be the end of their
participation in the trial.
The study topic and design was discussed at a meeting to set research priorities advertised
via the Wessex Subarachnoid Haemorrhage group that was convened by a consultant neurosurgeon
and a subarachnoid haemorrhage specialist nurse with patients with unruptured and ruptured
aneurysms and their carers. At this meeting the investigators clearly identified that it
would be beneficial for more research into medical treatments for unruptured aneurysms and
felt that with the evidence that the group would be happy to undergo the main two items
required for participation in the study - treatment with aspirin and increased scanning
frequency and were very supportive of the study design. Indeed the group saw the additional
scanning as a strong attraction to participating in the study.
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