The Royal United Hospitals (RUH) Bath NHS Foundation Trust is now a participant in the Librexia study, a clinical trial investigating the potential of Milvexian, a novel anticoagulant, to lower the risk of recurrent ischaemic strokes. This study aims to determine if Milvexian can offer enhanced protection against future stroke events in patients who have recently experienced an ischaemic stroke or transient ischaemic attack (TIA).
Study Details and Patient Eligibility
The Librexia study is actively seeking volunteers who are at least 40 years old and have been admitted to the Royal United Hospitals within 48 hours of experiencing an ischaemic stroke or TIA. Ischaemic strokes occur when a blockage disrupts blood flow to the brain, leading to the death of brain cells and potentially causing speech and visual disturbances, as well as numbness or weakness in the limbs.
Kelly Spencer, head of research operations at the RUH, expressed enthusiasm about the hospital's involvement in the study, highlighting its potential to yield "a really positive outcome" for stroke patients.
Milvexian's Mechanism and Trial Design
Milvexian functions by thinning the blood, thereby reducing the likelihood of blood clots forming and causing further strokes. Participants in the study will be randomly assigned to receive either Milvexian or a placebo, in addition to the standard medications prescribed by their physicians. The trial involves regular follow-up appointments at the RUH every 13 weeks, during which patients will undergo comprehensive assessments, including blood tests and evaluations of liver and kidney function.
Significance of the Research
Ms. Spencer emphasized the RUH's dedication to research and its role in supporting crucial medical trials. She stated that studies like Librexia reflect the hospital's ongoing commitment to improving patient care through innovative treatments and research initiatives. The results of this study could significantly impact the management of stroke patients and potentially reduce the burden of recurrent strokes.