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Not an article but some advice for you:
Tape up 2 /4 / as many coils of your IV tubing as you can, and then tape hot pack on either side of them. It heats the fluid as it travels through the coils, much more efficient than trying to hear the entire bag at once.
http://www.sccgov.org/portal/site/e...0VgnVCM10000048dc4a92____&cpsextcurrchannel=1
That's not my county, but it's set up well and easy to navigate. Just don't forgot that IV fluids are room / ambulance temperature, so they're already going to be colder than your PT. A lot of people can handle that, but if you're in shock or taking on a lot of fluid, then you're going to be cooling them down rapidly. Likewise, if you're lying on a back board with most of your clothes chopped off, at night.... I think you can see what I'm getting at.
People get cold fast, and it doesn't take much to warm the fluids. Granted, you might not have time, but it won't hurt if you can do it.
Sorry to burst your bubble, but it is physically impossible to WARM a patient with IV fluids. Warmed fluids can help prevent further drops in temperature, but the volumes and flow rates required to actually raise a patient's temperature make it impossible. If you want to warm a hypothermic patient, the single best thing you can do is forced hot air warming - Bair Hugger, Level 1, etc.
but stop believing that any real treatment for hypothermia exists prehospital.
This is not entirely true. Blanket warmers along with hot packs and WARM IV fluids most certainly will raise core temp. We carry all mentioned on our unit. Our cabinets are heated, our warmers are on 24/7 and our blankets are toasty. I know first hand that we have the capability to raise core temp as much as 19 degrees.
This is not entirely true. Blanket warmers along with hot packs and WARM IV fluids most certainly will raise core temp. We carry all mentioned on our unit. Our cabinets are heated, our warmers are on 24/7 and our blankets are toasty. I know first hand that we have the capability to raise core temp as much as 19 degrees.
Cajun, this is pretty simply physics. You're wrong, and, you're also talking about two entirely different ways of rewarming. You can't warm someone that is that hypothermic with warm blankets and IV fluid.
From a physics standpoint, Mountain Res-Q is exactly right. It's not an opinion - it's scientific fact.
Specific heat is the quantity of heat required to raise the temperature of 1g of the substance by 1degC. The human body for all practical purposes is a big bag of water. It takes 1 calorie of energy to raise the temperature of 1 gram of water 1 degree Celsius. A liter (1kg) of saline dumped into a 70kg patient just isn't going to do anything, and you can't flood the patient with IV fluid to warm them up. Now - you certainly SHOULD give warm IV fluid, because giving room temp (or lower) fluid to someone who is already hypothermic doesn't exactly help them. But also remember - room temp fluid is 30degF colder than normal body temp. You can only give warmed IV fluids a few degrees warmer than normal body temp or you'll start cooking RBC's.
Warm blankets can help - but you have to keep changing the blankets because they cool off quickly. You have to keep supplying heat to warm someone - that's why forced-air warming systems are the gold standard.
Specific heat is the quantity of heat required to raise the temperature of 1g of the substance by 1degC. The human body for all practical purposes is a big bag of water. It takes 1 calorie of energy to raise the temperature of 1 gram of water 1 degree Celsius. A liter (1kg) of saline dumped into a 70kg patient just isn't going to do anything, and you can't flood the patient with IV fluid to warm them up.