@edbarn
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Emerg Med @CUH_NHS @EURECA2024, PHEM @EastAngliAirAmb @EAAARAID Academic: H(EMS), trauma, airway, blood/plasma, OHCA, PGY23; INTJ. RCEM Assoc Prof. @DefProfEM.
Cambridge
Joined December 2010
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Ed Barnard retweeted
Edition 14 of our @AirMedJournal column: Top-5 #prehospitalpapers - this time critiques from Swiss Air-Rescue Rega rega.ch/en/
#FOAMed (until 12 Aug 26) Pls read / share / comment..
-> tinyurl.com/AMJ-Rega
Future editions from:
DHART
@FinnHEMS 10
Ed Barnard retweeted
Edition 13 of our @AirMedJournal column: Top-5 #prehospitalpapers - this time critiques from Michigan @SurvivalFlight
#FOAMed (until 02 Jul 26) Pls read / share / comment..
-> tinyurl.com/AMJ-SurvFlight
Future editions from:
Rega (Swiss HEMS)
Ed Barnard retweeted
New open-access paper from @EAAARAID
What is the value of HEMS?
Not just the intervention. Not just the aircraft. Not just speed. This study asks crews what HEMS actually adds at the scene.
Free full paper: tinyurl.com/RAID-BoH
New in EMJ - free open access:
Endovascular resuscitation: an expert practice review
A practical overview of REBOA, SAAP and ECPR for emergency physicians managing the sickest patients in shock or cardiac arrest.
Please read / comment / share
DOI: 10.1136/emermed-2025-215376
🤖 Made with AI
ECPR has the strongest evidence base for refractory OHCA, but only in selected patients and mature systems.
The signal is not just about ECMO - it is about rapid recognition, rapid cannulation, catheter lab access and expert post-cannulation care.
We are based in Cambridge @EastAngliAirAmb HMED88 / Anglia2. However, sometimes the closest Major Trauma Centre is in London. Popped into @HEMSRLH today - always a pleasure.
1/8
In cardiac arrest, adrenaline reliably improves ROSC - but has not consistently translated into better long-term neurological survival.
Our comment asks whether the problem is not adrenaline itself, but how and where we deliver it..
Open access: tinyurl.com/aortic-epi
7/8
This is not a call for routine practice change today.
It is a call for prospective evaluation of haemodynamically guided intra-aortic adrenaline as part of modern endovascular resuscitation pathways.
A plausible, testable adjunct between standard ALS and ECPR.