How charities and hospitals in the region are working together to save lives
East Anglian Air Ambulance (EAAA) is now permanently able to deliver blood transfusions as a core part of its life-saving service.
Following a fundraising appeal made by EAAA in May, the air ambulance charity, which covers Norfolk, Suffolk, Cambridgeshire and Bedfordshire, is now able to carry packed red blood cells and freeze-dried plasma on every mission.
Blood transfusions ensure that the most gravely injured patients suffering a major bleed have the best chance of getting to hospital through increasing oxygen delivery and clot production.
EAAA’s Blood on Board project involved raising more than £90,000 and an essential partnership working between two of the region’s hospitals, Addenbrooke’s and the Norfolk and Norwich University Hospital (NNUH), and two volunteer-driven blood biker charities, SERV Suffolk and Cambridgeshire and Norfolk Blood Bikes.
Together, these organisations ensure EAAA has a daily supply of the red blood cells needed to help save lives, to each of its operational bases (at Cambridge airport and Norwich airport), every day of the year.
Richard Hindson, head of operations at EAAA, said:
“This entire project has been successful thanks to the generosity of the public and the fantastic partnership working between Addenbrooke’s, NNUH, SERV Suffolk and Cambridgeshire and Norfolk Blood bikes.
“I’m hugely grateful and really proud to know that going forward we will have two vital blood products available on every mission for the patients where these treatments might be the difference between life and death.
“It is a privilege to work alongside other charities and hospitals whose main aim is to save lives and achieve the very best outcomes for our patients.”
The hospitals are key in sourcing, checking and providing the red blood cells and the blood bike volunteers are essential in getting the blood cells from the respective hospitals to EAAA every evening, and returning any unused blood cells back to the hospital.
Delivering this treatment will require additional funding year-on-year to cover the annual costs incurred.
CUH blood transfusion laboratory manager, Katherine Philpott, said:
“We are delighted, thanks to the generosity of donors, to be able to prepare and package blood stocks to help EAAA save the lives of people treated at short notice and in difficult conditions.
“We wish them continued success with this service, which often results in the transportation of patients back to Addenbrooke’s for further care.”
The key steps required to get this life-saving treatment to the patient:
- O-red blood cells are prepared by the local pathology lab to each EAAA operating base, involving a lot of important checks and paperwork to ensure quality and traceability
- Once ready to go, the red blood cells are placed into temperature-controlled and insulated ‘blood boxes’ and picked up every night from the hospital by a blood bike volunteer
- The blood bike volunteer then delivers the packages straight into a secure fridge at the EAAA base, to keep the blood at the right temperature
- The blood boxes are then carefully loaded onto the helicopter and rapid response vehicles by the EAAA clinical crews the next morning, ready to be used on an emergency call-out
- The blood boxes can exist out of the fridge on the helicopter or RRV for 24 hours before they need to be replaced or returned to the lab on the next blood biker delivery
- Any blood that is not used within a 24-hour period then follows the same journey in reverse back to the lab, where it is checked and processed so that it can be used by a patient in the hospital instead
Richard Hindson said:
“To get to where we are now is the result of years of hard work and none of it would be possible without the public who have supported this project and the lab teams and blood bikers who work so hard to get us the red blood cells that we need, every day of the year.”
The red blood cells are now available on every East Anglian Air Ambulance helicopter or rapid response vehicle mission alongside freeze-dried plasma, to help treat people suffering life-threatening bleeds.