Completed Heart, Stroke & Blood Digestion, Kidneys & Other Organs

Biosensor for the Precision Treatment of Trauma Patients with Severe Haemorrhage

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AI plain-English summary

A new bedside device will read a trauma patient’s clotting status in minutes, telling clinicians exactly which treatment to give for uncontrolled bleeding. Traumatic injury is the leading cause of death among young people worldwide. When patients lose large amounts of blood, their natural clotting mechanisms break down—a condition called coagulopathy—which can lead to fatal haemorrhage. Clinicians in fast-moving emergency settings currently lack a rapid, precise way to measure clotting function at the bedside, so they often rely on broad transfusion protocols that may not match the patient’s specific needs. If the biosensor succeeds, it will bring clotting test results to the bedside within minutes, allowing doctors to select the best treatment for each patient immediately. This could reduce the number of blood transfusions needed in all but the most severely injured patients, saving blood products and cutting costs in resource-intensive trauma care. The device is being developed by Highland Biosciences Limited, the NIHR Diagnostic Evidence Co-operative London, and Imperial College Healthcare NHS Trust.

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Traumatic injuries are a major unmet clinical need and the leading cause of death and disability among young people around the world. Trauma treatment and management is very complex, costly and resource-intense. It is a fast-moving environment where clinicians constantly seek the best treatment to manage and stabilise very sick patients. In these patients, blood loss causes usual levels of clotting factors to be deranged leading to coagulopathy. This defective clotting processes results in continued uncontrolled bleeding which has a high risk of mortality. This collaborative research project – with Highland Biosciences Limited (HBL), the NIHR Diagnostic Evidence Co-operative (DEC) London and Imperial College Healthcare NHS Trust - will develop new biosensor product technology. The new device will guide the selection of the best treatment and management regime for trauma patients by bringing results of a patient’s clotting status to the patient’s bedside within a few minutes and reduce the need for and number of blood transfusions in all but the most severely affected patients.

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Related Research

Grants with similar aims, by meaning.

Resilience Fund: Strand 2 to support Health and Lifesciences II Project -103944
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The role of the endothelium in traumatic coagulopathy.
Traumatic Coagulopathy and Massive Transfusion: Improving Outcomes and Saving Blood
Dysregulation of the fibrinolytic pathway during trauma induced coagulopathy

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