"The crew is highly trained, and they came to the aid of their colleague right away."
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They're worse, because of the bone loss.Unrelated, but now I'm wondering how kidney stones work in space...![]()
Who says it's unrelated?Unrelated, but now I'm wondering how kidney stones work in space...![]()
About as much fun as they are on Earth?Unrelated, but now I'm wondering how kidney stones work in space...![]()
Please post your current medical conditions.I am surprised that NASA has been so closed lipped about the identity of the stricken astronaut and his condition. I understand privacy and all that but they're going to have to release the information eventually.
They don’t have to, and they’re not even allowed to without consent.I am surprised that NASA has been so closed lipped about the identity of the stricken astronaut and his condition. I understand privacy and all that but they're going to have to release the information eventually.
Bring back life form, priority one. All other priorities rescinded.One little facehugger. That's all it was...
I am surprised that NASA has been so closed lipped about the identity of the stricken astronaut and his condition. I understand privacy and all that but they're going to have to release the information eventually. It's obviously not an emergency, so let's hope they get him home safely and to a hospital as soon as possible.
then asked ground teams to turn on camera views inside the station ahead of the session
Carbonite freeze has not been invented yet."Why don't they freeze him?"
Seriously though, sounds like the smart call.
I imagine operating an ultrasound and a defibrillator wouldn't be too different in space. I wonder how IVs are administered though in microgravity? Does the IV equipment come with a pump to ensure consistent flow?Crew members are trained to perform ultrasounds, defibrillate patients, and start IVs, among other things.
Found a copy of the ISS medical checklist. IVs and injections start on page 596.I imagine operating an ultrasound and a defibrillator wouldn't be too different in space. I wonder how IVs are administered though in microgravity? Does the IV equipment come with a pump to ensure consistent flow?
IV pumps are entirely standard in medical settings. Seems very unlikely that they wouldn’t be using them in space.I imagine operating an ultrasound and a defibrillator wouldn't be too different in space. I wonder how IVs are administered though in microgravity? Does the IV equipment come with a pump to ensure consistent flow?
As someone who suffers from the dammed things (enough so that Social Security eventually admitted I was disabled due to them) my guess is they don't work much differently in space than they do on Earth. The primary reason they move inside the ureter, causing massive amounts of pain, is due to urine flow. I believe that works the same way in space, or at least I've never heard of it acting significantly different.Unrelated, but now I'm wondering how kidney stones work in space...![]()
I'm kinda curious - how do you constantly have kidney stones? I thought they only formed due to poor water intake and/or certain diet, outside of a few rare bone conditions (of which I thought they had medication for)As someone who suffers from the dammed things (enough so that Social Security eventually admitted I was disabled due to them) my guess is they don't work much differently in space than they do on Earth. The primary reason they move inside the ureter, causing massive amounts of pain, is due to urine flow. I believe that works the same way in space, or at least I've never heard of it acting significantly different.
As to forming stones in the first place, I don't know if being in space has any impact on that or not. Given how horrifically painful stones are, I'm pretty sure we'd have heard about it long ago if being in space significantly increased the risk of stone formation. Astronauts are tough, but stone pain can cripple the toughest of the tough with ease.
Not the person in question, but: As someone with constant diet stones, it's tough to specify "absolutely no spinach" as a dietary requirement to others. Essentially I have to drink a glass of milk with every meal to precipitate the oxalate in my intestines rather than my kidneys. I still typically have sediments in my renal pelvises, that I flush with a course of tamsulosin every three months to prevent them turning into problem stones. Seeing sand in the bottom of the toilet bowl is fun.I'm kinda curious - how do you constantly have kidney stones? I thought they only formed due to poor water intake and/or certain diet, outside of a few rare bone conditions (of which I thought they had medication for)
Thinking about how I would react if I were the astronaut in question, at first I figured I'd have no issue with people knowing about my medical conditions (in most cases). But then I got to thinking that being that open might put pressure on other astronauts to be similarly open, even if they weren't comfortable doing so.They don’t have to, and they’re not even allowed to without consent.
As a volunteer EMT that runs my fair share of 9-1-1 calls, you have no idea how long I've been waiting for the right situation to say that.When I read about this situation I keep picturing an irritable AI hologram popping up on the spacecraft and saying “Please state the nature of the medical emergency.”
Given the yellow‑haired parasite in charge since last year, a facehugger almost looks like an improvement to me...One little facehugger. That's all it was...
Ouch... stuff of nightmaresUnrelated, but now I'm wondering how kidney stones work in space...![]()
Yes, the Crew Health Care Systems (CHeCS) comes with an IV pump (2011 full med equipment list below):I imagine operating an ultrasound and a defibrillator wouldn't be too different in space. I wonder how IVs are administered though in microgravity? Does the IV equipment come with a pump to ensure consistent flow?