Sounds very extreme doesn't it?
But is it?
Today I am dealing with renal replacement therapy in peds. While that may sound like something more related to the ICU than EMS, there is a common theme throughout that raises questions.
That is: Fluid overload increases mortality in critically ill children.
"Fluid overload of >20% at the time of CRRT initiation has significant increase in mortality, ventilator days, and length of hospital stay."
Says a study in the journal of critical care. (The PDF will not let me copy and paste the title)
In EMS, fluid resuscitation is a work in progress. Do we bolus? When? Do we permit hypotension? How much?
But generally, nobody looks at how much fluid.
We all know the numbers, 5,10,20 ml/kg. But absorbtion and depletion are never considered.
In all aspects of intensive care, slow changing, precision balances are the modality of most if not all treatments.
Which begs the question:
If slow precise treatments are the modality of intensive resuscitation, if EMS providers really are "experts at resuscitation" as is often claimed, especially when complaining about nurses, why are these EMS "experts" not embracing a treatment modality that all the other "experts" do?
"Because things aren't perfect in the field..."
This doesn't really seem like a good excuse to me. Isn't that ambulance bringing the hospital to the patient?
If not, then you don't need all that gear and protocols.
"it's different in the field..."
Really?
The position is whatever is done in the field no matter how imperfect can only help?
Sounds sort of silly actually.
Is it really impossible to try to be precise with fluid resuscitation? Because that would mean providers could not estimate or count very simple numbers.
That is really no different than supplemental O2. Most of us agree that slapping the 15LPM nonrebreater on a patient doesn't help. Many even catch on the the harmful mechanisms of it.
Why not with fluid? Anyone reading this who has spent time in an ICU should be nodding their head when I mention there is a lot of effort put into fluid balance.
It is not "all or nothing."
If I gave every soldier on the battlefield a needle and a liter of fluid and anytime somebody was bleeding or dehydrated they got the whole liter IV, would we call those providers "experts" at resuscitation?
Would they be equally expert if they never administered it?
Because that seems to be the approach of "Emergency resuscitation" experts.
Now I brought up fluid and oxygen, but isn't it true of most EMS treatments?
We are critical of "slamming narcan" but we are "pushing" D50. Despite the knowledge of gradual glycemic control, from 50-300 in seconds. (natutally being "careful" of infiltration)
Most EMS agencies will not let a provider "push" 10 mg of opioid, "because the patient might stop breathing." But 2 large bore IVs with fluids running wide open breaking up clots or causing brain edema is not "dangerous?"
For those not in the know, cell edema is the first stage of cell injury. Inducing injury (edema) doesn't sound like "do no harm."
So, which expert is going to put forth your argument? I want to hear your reasoning. At least your amazing excuse and reiteration you are still an expert.
But is it?
Today I am dealing with renal replacement therapy in peds. While that may sound like something more related to the ICU than EMS, there is a common theme throughout that raises questions.
That is: Fluid overload increases mortality in critically ill children.
"Fluid overload of >20% at the time of CRRT initiation has significant increase in mortality, ventilator days, and length of hospital stay."
Says a study in the journal of critical care. (The PDF will not let me copy and paste the title)
In EMS, fluid resuscitation is a work in progress. Do we bolus? When? Do we permit hypotension? How much?
But generally, nobody looks at how much fluid.
We all know the numbers, 5,10,20 ml/kg. But absorbtion and depletion are never considered.
In all aspects of intensive care, slow changing, precision balances are the modality of most if not all treatments.
Which begs the question:
If slow precise treatments are the modality of intensive resuscitation, if EMS providers really are "experts at resuscitation" as is often claimed, especially when complaining about nurses, why are these EMS "experts" not embracing a treatment modality that all the other "experts" do?
"Because things aren't perfect in the field..."
This doesn't really seem like a good excuse to me. Isn't that ambulance bringing the hospital to the patient?
If not, then you don't need all that gear and protocols.
"it's different in the field..."
Really?
The position is whatever is done in the field no matter how imperfect can only help?
Sounds sort of silly actually.
Is it really impossible to try to be precise with fluid resuscitation? Because that would mean providers could not estimate or count very simple numbers.
That is really no different than supplemental O2. Most of us agree that slapping the 15LPM nonrebreater on a patient doesn't help. Many even catch on the the harmful mechanisms of it.
Why not with fluid? Anyone reading this who has spent time in an ICU should be nodding their head when I mention there is a lot of effort put into fluid balance.
It is not "all or nothing."
If I gave every soldier on the battlefield a needle and a liter of fluid and anytime somebody was bleeding or dehydrated they got the whole liter IV, would we call those providers "experts" at resuscitation?
Would they be equally expert if they never administered it?
Because that seems to be the approach of "Emergency resuscitation" experts.
Now I brought up fluid and oxygen, but isn't it true of most EMS treatments?
We are critical of "slamming narcan" but we are "pushing" D50. Despite the knowledge of gradual glycemic control, from 50-300 in seconds. (natutally being "careful" of infiltration)
Most EMS agencies will not let a provider "push" 10 mg of opioid, "because the patient might stop breathing." But 2 large bore IVs with fluids running wide open breaking up clots or causing brain edema is not "dangerous?"
For those not in the know, cell edema is the first stage of cell injury. Inducing injury (edema) doesn't sound like "do no harm."
So, which expert is going to put forth your argument? I want to hear your reasoning. At least your amazing excuse and reiteration you are still an expert.
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