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One of the myths of treatment for CHF/ADHF (Congestive Heart Failure/Acute Decompensated Heart Failure) is that the patients are fluid overloaded. We MUST make the patient pee.
If you want to live, you have to pee!
Pee or die!
This has been studied. all the way back in 1978 –
The normal patients had 22% more total plasma volume.
The normal patients had 21% more total blood volume.
The need to remove fluids is based on what?
It is interesting that this study was of patients treated with oxygen, morphine, and furosemide. Only oxygen is still important in the acute treatment of CHF/ADHF.
There were no significant differences in the parameters measured or calculated between nine patients with prior history of acute pulmonary edema and the 12 patients in whom pulmonary edema occurred for the first time. There were also no significant differences in these parameters between the 11 patients who had been previously treated with diuretics and the remaining ten patients.[1]
We give have been trained to give furosemide (Lasix – frusemide in Commonwealth countries) because CHF = Too much fluid.
How long do we need to hold on to our myths?
How long can we perpetuate dangerous traditions?
Afterward, these patients need to receive fluid, because we have made them even more dehydrated – for no benefit.
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Correction – These appear to be ICU (Intensive Care Unit) patients. I had mistakenly assumed these were ED (Emergency Department) patients. This also weakens the conclusions I was drawing from the study. I had been misreading the Center for the Critically Ill as a fancy name for the ED (A&E in Commonwealth countries).
Read Doesn’t that study prove Lasix works? for a more in depth explanation.
Footnotes:
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[1] Blood volume prior to and following treatment of acute cardiogenic pulmonary edema.
Figueras J, Weil MH.
Circulation. 1978 Feb;57(2):349-55.
PMID: 618625 [PubMed – indexed for MEDLINE]
Free Full Text Download from Circulation in PDF format
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Figueras J, & Weil MH (1978). Blood volume prior to and following treatment of acute cardiogenic pulmonary edema. Circulation, 57 (2), 349-55 PMID: 618625
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Edited 12-27-2018 to add the necessary paragraph explaining that this is not an ED study and the link to where I provide more detail.
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can you post a link to your other posts or to studies dealing with CHF and Lasix.
nm. just the the post before this
peter,
Here are some of my posts about Lasix and CHF –
Drug Shortages Affect Those Still in the Dark Ages – Furosemide
Furosemide and Drug Shortages 2
More on Lasix in EMS
The Benefits of Lasix in CHF
I will be writing more about this – and more about the treatments we should be using aggressively – CPAP and high-dose IV nitrates.
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Edited 12-27-2018 to correct the broken links to blogspot.
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Thanks. It would be cool if you had links that categorized your topics. I always have trouble going back to try to find certain posts on topics. Like when i’m looking for your posts about spinal immobilization. – you often just use those words in a post. so the search is huge and i cant find your referenced articles about the problems with it
peter,
I apologize for my lack of organization. I am trying to work on some pages, maybe some tabs to resources, that would help with finding research on different topics. Do not expect anything any time soon, but feel free to remind me. It is something that I want to do and need to do.
If I were any more disorganized, they would make me a chief.
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Rogue,
Could you elaborate a little bit on why you included this study? Was it just to point out that Lasix does not work the way many in EMS think it does? Or rather, that in EMS we are taught an incorrect mechanism for lasix..
I understand why Lasix has largely fallen out of favor for the treatment of acute CHF, but reading through the actual study it seems like this supports the use of lasix.
Thanks for the clarification!
P,
My reply is at – Doesn’t that study prove Lasix works?
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Edited 12-27-2018 to correct broken link to blogspot.
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