Melbourne MICA
Forum Captain
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Thanks for the query Rick. I appreciate the general premise of EMS scene times vs resourcing and preventing delays to definitive care in hospital.
I'm sure you would also agree however that with the availability of more research, pre-hospital practices have become increasingly aligned to more specific clinical targets that either bring the hospital procedure into the field or compliment an in-hospital procedure e.g. RSI in the field for TBI. https://www.ncbi.nlm.nih.gov/pubmed/21107105. This doesn't mean of course there is no scene time urgency it just means EMS crews showed they had the prowess with adequate training, education and practice to do it without creating added delays at scene.
The analogy to burn care is similar. If an RSI can be done in-field in around 20-30 mins because we know it produces significant end outcome benefits why not burn first aid?
I would argue there is still derision of this idea because few would believe something so ridiculously simple as applying water could produce such extraordinary outcome improvements. At the same time the bogeyman of hypothermia has dominated thinking casting a shadow over water cooling ideas.
Now we have multiple studies that not only confirm the clinical benefits of water cooling but define the parameters of the procedure, something that has been lacking for more than 50 years. What has also been lacking is a precise methodology that modifies our approach to accommodate both cooling and warming. This requires a continuum of care that (ideally) incorporates the public.
I would have to disagree that burn first aid in the 1960's and 70's was even close to the models now being proposed. The idea of water cooling had lots of historical precedent to be sure but wasn't even suggested as a de-facto standard until 1965 when St John first suggested immersion in water and later refined the model to running water in 1969. I even have an original copy of their manual. At the time even hospitals were using tannic acid and other wild treatments. The public were, and still, are using even worse approaches hence the need for a universal standard model.
The 20 minute model of running water cooling is not arbitrary. It is clinically specific based on studies not undertaken until 2008/2009 (Bartlett, Cuttle) with many more since. It is so effective it is well worth staying at scene to complete the full 20 mins or even pause en-route to ED to find a clean water source where no water is available (which is rarely the case BTW).
My view would be that, respectfully, any supervisor who blasted a crew today for doing 20 mins of water cooling has not read the literature and his service needs to change their CPG's. I've uploaded more than 20 PDF's on this topic to EMTLIfe to try to start a conversation here that might filter back in some small way to US EMS.
Thanks for the query.
MM
I'm sure you would also agree however that with the availability of more research, pre-hospital practices have become increasingly aligned to more specific clinical targets that either bring the hospital procedure into the field or compliment an in-hospital procedure e.g. RSI in the field for TBI. https://www.ncbi.nlm.nih.gov/pubmed/21107105. This doesn't mean of course there is no scene time urgency it just means EMS crews showed they had the prowess with adequate training, education and practice to do it without creating added delays at scene.
The analogy to burn care is similar. If an RSI can be done in-field in around 20-30 mins because we know it produces significant end outcome benefits why not burn first aid?
I would argue there is still derision of this idea because few would believe something so ridiculously simple as applying water could produce such extraordinary outcome improvements. At the same time the bogeyman of hypothermia has dominated thinking casting a shadow over water cooling ideas.
Now we have multiple studies that not only confirm the clinical benefits of water cooling but define the parameters of the procedure, something that has been lacking for more than 50 years. What has also been lacking is a precise methodology that modifies our approach to accommodate both cooling and warming. This requires a continuum of care that (ideally) incorporates the public.
I would have to disagree that burn first aid in the 1960's and 70's was even close to the models now being proposed. The idea of water cooling had lots of historical precedent to be sure but wasn't even suggested as a de-facto standard until 1965 when St John first suggested immersion in water and later refined the model to running water in 1969. I even have an original copy of their manual. At the time even hospitals were using tannic acid and other wild treatments. The public were, and still, are using even worse approaches hence the need for a universal standard model.
The 20 minute model of running water cooling is not arbitrary. It is clinically specific based on studies not undertaken until 2008/2009 (Bartlett, Cuttle) with many more since. It is so effective it is well worth staying at scene to complete the full 20 mins or even pause en-route to ED to find a clean water source where no water is available (which is rarely the case BTW).
My view would be that, respectfully, any supervisor who blasted a crew today for doing 20 mins of water cooling has not read the literature and his service needs to change their CPG's. I've uploaded more than 20 PDF's on this topic to EMTLIfe to try to start a conversation here that might filter back in some small way to US EMS.
Thanks for the query.
MM