Birmingham-based researchers are conducting a ground-breaking new study to investigate the effectiveness of giving patients blood products immediately after a major injury – before they reach hospital.
Currently when patients have been injured and are bleeding, either clear fluids or blood products may be used to replace lost blood en-route to hospital – but the approach varies by region.
This variation occurs because the effectiveness of giving blood products, such as packed red blood cells and freeze dried plasma, pre-hospital has not yet been scientifically tested and universal provision would have significant clinical, logistical and cost implications.
Researchers at the NIHR Surgical Reconstruction and Microbiology Research Centre (SRMRC) – which specialises in trauma research – hope to provide solid evidence one way or the other with the RePHILL (REsuscitation with Pre-HospItaL bLood products) multi-centre randomised controlled trial (RCT).
The NIHR, the research arm of the NHS, has backed the project with £1.8 million funding over four years from its Efficacy and Mechanism Evaluation programme.
The Chief Investigators are Gavin Perkins, Professor of Critical Care Medicine at the University of Warwick and a consultant at Heart of England NHS Foundation Trust, and Dr Nicholas Crombie, consultant trauma anaesthetist at University Hospitals Birmingham NHS Foundation Trust and a doctor with the Midlands Air Ambulance Charity.
Professor Perkins said: “Major trauma is a major cause of death in the UK. Treatment with blood and clotting factors can be lifesaving, but blood is a scarce resource and we currently don’t know when and where the best place to administer it is.
“The RePHILL study will explore whether giving blood and clotting factors outside of a hospital is safe and more effective than giving it in the resuscitation room in hospital.
“The first trial of its kind, it will help shape the future treatments of people with major traumatic injuries treated by the NHS.”
Dr Crombie added: “In the trial, air ambulances and ambulances will be randomly stocked with or without blood products. Therefore, for eligible patients, the receipt of blood products prior to hospital admission will be determined by what the ambulance that attends to them is carrying.
“The research team will then look at a number of outcomes, including mortality as well as physical and biochemical evidence of the effectiveness of resuscitation, in order to determine whether there are any differences between those who receive blood products and those who receive clear fluids.
“We will ensure that people who may not wish to receive blood products, such as Jehovah’s Witnesses, are identified and specifically excluded from the trial in accordance with their wishes.”
Professor Karim Brohi, Professor of Trauma Sciences at Barts and the London School of Medicine and consultant in trauma and vascular surgery at the Royal London Hospital, backs the study.
“Bleeding after severe injury kills millions of people around the world each year, often within minutes to hours of injury,” he said.
“Life-saving interventions tend to be more effective when given early, and giving blood and plasma within minutes of injury is one possible way to improve outcomes in the most critically injured patients.
“However moving blood products out of hospitals and onto ambulance services is challenging and potentially costly.
“The RePHILL trial is important for the NHS and for global trauma care as it should help us to understand the benefits and challenges of delivering blood at the scene of the accident – in effect moving the hospital to the patient.
“The national major trauma system, with its integrated pre-hospital care, together with support from the NIHR, makes England the best place in the world to conduct such studies.”
The SRMRC team will be working with colleagues from the Queen Elizabeth Hospital Birmingham, University of Birmingham, University of Warwick, Midlands Air Ambulance Charity, West Midlands Ambulance Service, East Anglia Air Ambulance, Essex and Herts Air Ambulance, MAGPAS Helimedix, The Air Ambulance Service and the NHS Blood and Transplant Service. The trial will be managed by the University of Birmingham Clinical Trials Unit (BCTU), a UK Clinical Research Collaboration (UKCRC) registered trials unit with experience in co-ordinating large scale multi-centre clinical trials.
- Rajasthan State holds Open Bidding for Helicopter Procurement
- Unveiling of the First Oil and Gas AW169
- Northern HeliCopter to Work at Merkur Offshore Wind Farm
- CHC Helicopter Closes Norwegian Base
- The Toll Rescue Helicopter Service is airborne for communities of NSW
- Héli-Union and Turbomeca Announce the Signature of a Partnership Contract
- Eagle 407HP trials in Papua New Guinea produce increase across all tasked loads
- Hiratagakuen takes delivery of Airbus H135 helicopter
- Conservation Fund launches $500K helicopter crowdfunding campaign
- Era SAR Program Recognized for Excellence
- Newquay SAR Helicopter Service Celebrates One-year Milestone
- Lockheed will provide US with the Latest Electronic Warfare System
- HELP part-funds Devon Community Helipad
- Bluedrop to deliver Bell 206 Level 7 FTD to Canadian military
- HAI announces helicopter maintenance and law enforcement awardees
- EASA approves FastFin System for AB412
- Sikorsky Awarded DARPA ALIAS Phase 3 Contract to Increase Aircraft Autonomy
- FAA Issues General Aviation Medical Rule
- HAI announces Aerospace Safety and Humanitarian Service awardees
- SAE International Tasked by FAA to Develop Technical Standards for Rotorcraft Inlet Barrier Filters