And eat lots of RICE. Brown or white?![]()
Rice?
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And eat lots of RICE. Brown or white?![]()
Bingo.Rest Ice Compression Elevation
I think compression helps stop bleeding and third-spacing of fluids locally.
For your patients that aren't athletes, and you're seeing them within a few minutes of injury, take an extra 5 minutes and teach then what they need to do to wrap the injury and use ice. In effect, teach them RICE. If you're not seeing them that quickly post injury, RICE may still work, but it won't be as effective. It's not a difficult concept and it does work... add in meds for pain control, ace wrap for compression and elevation for drainage of edema... and things should be OK. The really important thing is to teach them RICE and to get on to doing this as soon as possible post injury. It makes a huge difference in post injury recovery time and how long it takes them to return to a functional status.Thanks, this is good info.
I think it is specific to athletes though.
The patients and volume I have seen over the years, that amount of time and detail is just not practical.
If I spent a couple of hours dealing with swelling as you initially posted here, somebody would have my head.
On the average person, if the injury is less than 48 hours old, they get a single dose of steriods, some NSAIDS, a splint or wrap, and bounced back into life with the instructions heat/cool, elevate as they can, come back in 7 days for follow up.
Maybe some heavier pain meds for after work if they tell me they will be using the extremity.
True. It is because of this that sporting bodies have become a LOT more strict about when an athlete can return to practice, let alone play, after a concussion. The problem with those new rules is that being removed from competition is a strong motivator to NOT report concussion symptoms...Not to create too much of a tangent, but we even forget that even concussions can leave physical soft-tissue damage that isn't apparent with traditional imaging...they too can have lasting effects.
True. It is because of this that sporting bodies have become a LOT more strict about when an athlete can return to practice, let alone play, after a concussion. The problem with those new rules is that being removed from competition is a strong motivator to NOT report concussion symptoms...
Now back to our regularly scheduled program...<_<
The problem with "amateur" sports is that the athlete really want to play and they know they stand a good chance of being pulled out for half or the entire season if they're concussed. Therefore, they have an incentive to NOT report symptoms of concussion. Their teammates also want to keep the team together, and if one of them gets pulled out because of a concussion, that can't happen, so they also work together to hide symptoms of concussion if they see it in a teammate. This does happen quite a bit... unfortunately, and is difficult to detect/root out.For professional athletes I would think the risk/consequences of concussion are work related hazards.
I would imagine it is a far larger problem in "amateur" sports or youth sports.
Sports/entertainment medicine, patient and provider, is worth its own forum. Include rugbyites, jockeys, motocross, circus...I am excluding explicit combat exhibitions here because the point is to cause or simulate bodily harm.
Today I silenced the room
However, a rather well respected neuro clinician was defending his practice of using it with the argument that patients relate feeling better when it is used, so by some unknown mechanism not accounted for in the research it must work.
We keep dexamethasone in stock, and use a LOT of it on our cows.
So, there's a lot of validity to what you are saying.
While sports/competition stuff does almost deserve it's own forum, the applications from that field can help out here too. Granted some of the stuff is a bit time consuming if you have more patients to attend to, but you may see some improvement in patient outcome by simply doing certain things or initiating some things in the field before the patient arrives in the ED for further evaluation.
Using the knowledge from that background while evaluating patients and devising treatment plans as a medic has yet to serve me wrong... as long as I remember the limitations as to what I can do and work within that.Dex is used fairly extensively at my sports medicine gig via iontophoresis and it does wonders for reducing pain and improving ROM in a lot of muscoskeletal injuries.
I could not agree more, the two years I've spent working for an ice hockey program have made me a much better provider on the ambulance, even if it never quite changes my treatment plan. Just to have the knowledge of what's going on is helpful enough.
Using the knowledge from that background while evaluating patients and devising treatment plans as a medic has yet to serve me wrong... as long as I remember the limitations as to what I can do and work within that.
It's the nursing stuff that has me all discombobulated simply because I have to remember what my scope is while in clinicals vs. what I know how (and why) to do things that are above that authorized scope. Fortunately, I haven't exceeded that... I have zero desire to get bounced out of the program.:blink:
And Dex does work pretty well from what I've seen (way back when) and iontophoreses does get it where it needs to go... though I seem to remember also delivering it via a combo iontophoresis and ultrasound...
I do (and did) find that the education I got was extremely useful in my career as an EMT and Paramedic. In particular, outside of learning how to use the BVM, Oral Airways, and Oxygen administration, I learned absolutely NOTHING new. I could have learned those three things and passed the written and skills exams nearly blindfolded. I still needed to work on some organizational stuff as it related to EMS, but the knowledge was easily way beyond EMT. If I'd learned ACLS, PHTLS, PALS... that kind of stuff, I probably could have passed the NREMTP exam upon graduation from College.I'm sure as a medic you find the additional education to be much more useful. The sad thing about being a basic is that there is so little room to go above and beyond. I'll happily do a knee exam on someone that fell and felt something go pop, but there's not much I can do with those findings and I can forget about telling the ER that I suspect a meniscus tear or something like that. Oh well, one more reason to get more formalized education.
I'm also not an ATC, I intern at a school that can't even offer an AT degree, so much of what I learn is done OTJ. What I would do for all the education that ATCs get as opposed to the piecemeal strategy that I currently have going...
My gut tells me that steroids can suppress inflammation too much, and NSAIDS, in too big of a dose can do the same thing. IMHO, some inflammation is necessary for the body to conduct it's repair processes, but too much can slow that process down, and if you suppress inflammation too much, the same result happens too.I repeatedly wonder what effect on the "normal" course of recovery there is of steroids or NSAIDS.
My gut tells me that steroids can suppress inflammation too much, and NSAIDS, in too big of a dose can do the same thing. IMHO, some inflammation is necessary for the body to conduct it's repair processes, but too much can slow that process down, and if you suppress inflammation too much, the same result happens too.
I think a lot of the repair effects with some suppression of inflammation comes from a lot of physical therapy and whatnot...
Kind of esoteric and such, but it's just... some observations I made a few years ago but haven't been able to really follow up on this in any sort of a meaningful way.