Show Notes
This episode is an absolute cracker! And we can say that as we've got outsider help... We've all been involved with patients where securing the airway with a prehospital anaesthetic feels intuitively right; the patient with a severe head injury after a fall from height, the unrestrained driver in a high-speed collision with devastating chest injuries, or the patient with significant maxillofacial trauma following assault. In these situations, advanced airway management appears clearly beneficial. What remains a bit ambiguous is the effect of that intervention. Does it play out into a mortality benefit and if so how should we redesign systems to meet a 24 hour need for this (with many prehospital critical care services not being available fully around the clock), bearing in mind competing financial priorities for optimum health care. Maybe it's okay that for some patients the anaesthetic is delayed to the Emergency Department? Worldwide, trauma accounts for an estimated 4.4 million deaths annually and carries a substantial economic burden. Despite decades of improvements in trauma systems, medications such as tranexamic acid, and the development of prehospital critical care teams, some key aspects of trauma care remain really difficult to study well. Prehospital emergency anaesthesia is a prime example. It is time-critical, ethically complex, highly operator dependent and almost impossible to study using conventional randomised trial designs. As a result, clinicians have largely been forced to rely on observational studies, despite the well-recognised problems of bias and confounding that accompany them. In this episode, we explore the existing evidence base and then focus on a landmark new study published in The Lancet Respiratory Medicine. This paper applies machine-learning techniques to a large UK trauma dataset to address the question; does prehospital intubation improve survival in patients who are predicted to need early airway intervention? We walk through how the authors developed a predictive model to identify high-risk patients, how doubly robust estimation was used to move beyond simple association, and how survival and health-economic outcomes were assessed. The results suggest a clinically meaningful reduction in 30-day mortality for selected high-risk trauma patients who receive prehospital intubation. And we're then joined by two of the study's authors, Amy Nelson and Julian Thompson. Together, we explore what these findings may mean for the future of prehospital emergency anaesthesia, how we should think about evidence in complex emergency care environments, and whether this type of analytical approach could reshape trauma research more broadly. Once again we'd love to hear any thoughts or feedback either on the website or via X @TheResusRoom! Simon & Rob
More from The Resus Room
In this Roadside to Resus, we take the 2026 Fifth Universal Definition of Myocardial Infarction back to the patients we see in the ED and pre-hospital setting. We start with the key question, when does myocardial injury become an infarction? From there, we work through the new primary, secondary and procedure-related MI categories—and why finding the cause matters more than attaching a number to the event. We also get into the troponin decisions that cause debate on shift. Does a percentage rise mean more than the absolute change? And how should sex-specific thresholds and rapid rule-out pathways fit together? Then we look beyond classical STEMI criteria for an occluded artery: posterior changes, de Winter's T waves, Wellens, and Sgarbossa in patients with known LBBB or ventricular pacing. We finish with MINOCA, unrecognised MI and a question that still divides clinicians: what should we do with suspected unstable angina when high-sensitivity troponins are negative? Once again we'd love to hear any thoughts or feedback either on the website or via X @TheResusRoom! Simon, Rob & James
This month we have three really clinically relevant papers that take us from a very common ED presentation, through an everyday diagnostic dilemma, and then right into a high-risk paediatric airway. We start with abdominal pain in older adults and ask whether the history and examination are giving us as much reassurance as we think. The paper looks at how CT use, diagnostic yield, admission and surgery change with age - and whether we should think of geriatric abdominal pain as a distinct high-risk presentation. Then move on to unexplained syncope and a large UK randomised trial of immediate 14-day ambulatory ECG monitoring. The didn't reduce recurrent syncope at one year, but it found substantially more clinically significant arrhythmias, found them earlier and led to more treatment. That leaves us with a really interesting question about the difference between diagnosing more disease and improving the outcome the patient actually experiences. What will it mean for our strategies moving forwards? Finally, we look at paediatric emergency intubation through recorded video laryngoscopy. Which technical errors occur most often, which ones cluster around failure, and what can the airway coach spot early enough to change the attempt? As ever, we will take you through what the teams did, what they found, and whether any of it should change practice on your next shift. Once again we'd love to hear any thoughts or feedback either on the website or via X @TheResusRoom! Simon & Rob
We assess the pupils in almost every significantly unwell or injured patient - but how much are they really telling us? It is easy to document 'pupils equal and reactive' and move on, yet a changing pupil may be one of the earliest outward signs of a developing intracranial catastrophe. Equally, anisocoria in a completely well patient may be longstanding and entirely benign. In this Roadside to Resus episode, we work through the anatomy and physiology of the pupillary light reflex before applying it to three important clinical situations: the blown pupil following a significant head injury, unequal or irregular pupils in a patient with a GCS of 15, and bilaterally fixed and dilated pupils in and following cardiac arrest, along with a deep dive into the evidence base. We discuss how to decide which pupil is abnormal, the warning signs of third nerve palsy and Horner's syndrome, ocular and drug-related causes, and why serial change matters more than an isolated measurement. We also explore automated pupillometry, what the NPi can add, and why fixed pupils should never be used alone to determine futility or neurological prognosis. Once again we'd love to hear any thoughts or feedback either on the website or via X @TheResusRoom! Simon. Rob & James
Welcome back to September 2026's Papers of the Month, and this month we've got three papers that are really focused on the practical end of emergency and prehospital care. First up, we're looking at what happens after we've performed a prehospital RSI. We put a huge amount of emphasis on getting the induction right, but what about maintaining adequate anaesthesia afterwards? This paper looks at intermittent bolus sedation following prehospital emergency anaesthesia, the variation in dosing between patients, and whether we might actually be running the risk of under-sedating some of them and compromising their care. Then we're staying prehospital and asking a really simple question in trauma: how good are the physiological numbers we use to identify the sick patient? We've all used shock index, but could NEWS actually do a better job of predicting mortality, transfusion requirements and subsequent resource utilisation? And finally, we're back to RSI and rocuronium. A variety of dosing strategies can be seen in practice but could going higher improve first-pass success? And importantly, does that relationship still hold in patients with obesity or hypoperfusion? Three clinically relevant papers, plenty to challenge our current practice, and as always, lots to get into. Once again we'd love to hear any thoughts or feedback either on the website or via social media @TheResusRoom! Simon & Rob
This month we've got another really varied mix of papers that all have the potential to influence everyday emergency and prehospital practice. We start by asking a question that's becoming increasingly relevant as prehospital critical care teams develop ever more advanced capabilities: are all those extra interventions costing us precious scene time, and if so, how much? We then move into post-cardiac arrest care with one of the biggest oxygen trials we've seen to date, looking at whether aiming for conservative oxygen targets actually improves neurological outcomes after ROSC. Finally, we tackle one of emergency medicine's diagnostic challenges, necrotising soft tissue infection. We'll look at what the latest evidence tells us about physical examination, imaging and the much-debated LRINEC score, and whether any of them are good enough to confidently rule this devastating disease in or out. As always, we'll pull apart the methodology, discuss what these studies mean for our own practice and, perhaps most importantly, ask whether they should actually change what we do tomorrow. Once again we'd love to hear any thoughts or feedback either on the website or via X @TheResusRoom! Simon & Rob