verica said:Hey, maybe Scott Allen10 can break down when they go with an epidural or spinal versus when they have to use general anesthesia? It seems like it really depends on the type of surgery being performed (and maybe even just the 'tradition' at a specific hospital?)
Man, it’s definitely not that simple. Technically, you could perform almost any procedure—even some cardiac surgeries—using a regional block (like spinal or epidural). It's pretty standard to use regional blocks for surgeries on the legs, hips, and even parts of the pelvic area. You've got the old-school, straightforward way with a spinal, or the slightly more sophisticated approach using an epidural. But honestly, there are so many moving parts. It could be anything from local hospital customs or just how the staff feels that day, to a literal shortage of meds or specific needles, or even actual medical necessity. Usually, those regional blocks are targeted around the L1 - L2 vertebrae level because if you go any higher, you're messing with the spinal cord, and honestly, not many doctors are brave enough to play experimenter with that. Plus, if you aim too high, you risk causing paraparesis, which is a nightmare nobody wants to deal with.
The big distinction between spinal and epidural is that with an epidural, you aren't actually entering the cerebrospinal fluid space. Epidurals—where they almost always place a catheter between the spine and the dura mater—are way better for the patient because you can fine-tune the level of pain relief and sedation. With a spinal, you inject the anesthetic and that's basically it. You also see more hemodynamic issues with spinals, like vasodilation causing blood pressure or pulse to drop, and respiratory depression happens more often there too. A classic example is a painless labor; using an epidural catheter allows doctors to carefully titrate the medication so the mother gets relief while still maintaining the sensation and muscle strength needed to actually finish the delivery. Lately, we've also seen much more use of epidural catheters for managing pain, usually in cancer patients, to give them a bit of a normal life through effective pain management. Another difference is speed; a spinal kicks in within a minute or two so you can get straight to work, whereas an epidural takes about 20 to 30 minutes to really start "hitting." From a hospital management perspective, that matters—you can move through more patients in a day and get them home faster, which keeps costs down.
On the flip side, general anesthesia is the go-to for abdominal, chest, or brain surgeries. It gives the anesthesiologist total control over the depth of sedation, and the patient's airway is fully managed... It all comes down to the specifics of the case. For instance, take a patient with myasthenia gravis who needs abdominal surgery—something normally done under general anesthesia. There's a massive risk of triggering a myasthenic crisis, which would turn a routine thing into a total disaster. In a case like that, doing it via a regional block is a much smarter move than going with general anesthesia. So, I’d say I agree with the initial thought: the choice of anesthesia mostly boils down to the type of surgery, the individual patient's unique medical profile, and the clinical preferences of the staff. The patient's personal preference is usually way down at the bottom of that list. 👋
Kenneth Hernandez67 said:Scott Allen10, could you maybe help me wrap my head around why I wasn't even given the option for spinal anesthesia?
It’s honestly pretty tough to say for sure since there are so many factors involved, ranging from specific medical needs to just general surgical protocols, but usually, when it comes to abdominal surgery here in the States, doctors almost always opt for general anesthesia.
Kenneth Hernandez67 said:Can someone help me make sense of this?
Everyone here keeps talking about intubation like it’s some huge, terrifying nightmare 😱 when it comes to 'standard' anesthesia.
I actually went through it last year—they just tube you once you're drifting off and pull it out before you even wake up, so ~ you honestly HAVE NO CLUE they even did it, let alone deal with any fallout from it.
So, what’s the big scary deal 😕
By the way, I specifically ASKED for a spinal or an epidural because I WANTED to be awake while they were working inside my abdomen, but they wouldn't let me.
The reason given was that I’d probably end up arguing with them during the surgery.🙂
There are really two ways to measure how "scary" intubation is. One is for the patient, and the other is for the medical staff. For patients, it’s mostly just the throat pain and discomfort you feel when you start coming around under anesthesia, or even after the tube is pulled out. If you happened to get nasal intubated, you might have some stuff going on in your nose too. As for dental issues, it's a bit of a toss-up. Honestly, these annoyances are pretty minor and don't mean much to the doctors.
The second kind—which is way more important to anesthesiologists—is when you simply can't get the tube in. See, intubation isn't done while someone is wide awake. We have to administer a barbiturate (like Thiopental) and a muscle relaxant (like Succinylcholine) intravenously. These drugs knock the person out (the barbiturate) and, more importantly, relax the muscles (the relaxant). That second drug causes total paralysis, which means the patient can't move a single muscle, including their ability to breathe. This is the CRITICAL moment. Now, THE PATIENT MUST BE INTUBATED. This is always done using a laryngoscope (which is why, in rare cases, teeth get damaged—if a clumsy anesthesiologist uses the patient's teeth as leverage for the laryngoscope blade instead of using proper technique). If we can't get that tube into the trachea after two or three tries for whatever reason... man, it turns into pure chaos. Because the person can't breathe on their own and hasn't been intubated to be mechanically ventilated... You're frantically calling for another anesthesiologist... they try... nothing... grab the mask and Ambu bag... try again... nothing... grab the fiberoptic intubator... still nothing... the patient's heart rate slows, blood pressure drops... give Atropine, give Alupent... go back to the Ambu bag and mask, trying to ventilate them manually—sometimes it works, sometimes it doesn't... you're already thinking about an emergency tracheotomy or a cricothyrotomy... try the tube one more time... finally, it's in, connect to the ventilator, 100% oxygen... pulse stabilizes, saturation looks good... whew, damn, I almost had a heart attack myself... you're standing there trying to light a cigarette with hands that are slightly shaking. All of this happens in maybe a minute or two at most. That’s the real scary part you have to be prepared for with EVERY intubation. But like I said, once the patient is out, they usually won't even remember their head was in a bag.
Another slightly less intense issue is when a patient struggles to clear secretions after surgery involving a tube. There are several reasons for that, but it's definitely less dramatic.
Casey Palmer5 said:If they could just skip the teeth part, it would be perfect...
I'm right there with you on that. Honestly, intubation is one of those high-stakes moments where even the most seasoned anesthesiologist in the ER starts feeling the pressure. It’s a good thing we hit patients with barbiturates and muscle relaxants beforehand so they can just drift off peacefully through the whole process. Most people I talk to who have gone under general anesthesia mostly complain about a sore throat or their voice acting wonky afterward.
And look, if someone actually ends up with chipped teeth—which is incredibly rare—they can totally lose it on their anesthesiologist, because that’s strictly on them for being careless or incompetent. 😁
Jose Miller3 said:I figured this would be a pretty good spot to ask if anyone could help me wrap my head around the actual difference between spinal and epidural anesthesia... thanks a ton!
So, both of these are basically what you’d call central blocks, where the whole idea is that by injecting anesthesia right around the spinal cord, you're essentially cutting off those pain signals before they ever hit the brain—and even blocking any instructions traveling from the brain down to the rest of the body. It’s pretty wild because you aren't just numbing the pain; you're completely losing all movement from the injection site down, which I remember being such a surreal feeling the first time I saw it done. Depending on exactly where the needle goes in, you're looking at either a spinal or an epidural block.
So, when we're talking about spinal anesthesia, you’re basically injecting a mix of local anesthetics—think Lidocaine or Marcaine—along with something like Fentanyl right into that spinal space where the cerebrospinal fluid lives. We aim for the lower back because, honestly, that's the safest spot to avoid any real risk to the spinal cord itself. Depending on how much stuff we use and exactly where we hit, we can control just how high up the numbness goes. But since that little "cocktail" gets mixed into the fluid, it tends to drift upward, which is why patients usually end up feeling a bit groggy or drifting in and out of consciousness. You really have to be careful with the dosage, though, because if you overdo it, you can run into breathing issues that lead straight to needing a breathing tube. It’s pretty much our go-to move for almost anything involving the legs, hips, or even some pelvic and lower abdominal procedures.
So, I was reading up on epidurals earlier—it’s basically that technique where they inject the anesthetic right into the space between your spine and the membrane surrounding your spinal cord. It’s pretty wild because you can numb out a specific area of your body to kill the pain while everything else stays totally normal, though sometimes they use a lighter dose just to block the pain signals while letting you keep your muscle strength, which is exactly how they handle those painless deliveries at hospitals like Mayo Clinic. So, if they slide one of those thin little plastic tubes—you know, an epidural catheter—into the epidural space, it basically opens the door to continuous anesthesia, which is such a lifesaver when you need that pain relief to just keep flowing for a while. You know, I was chatting with my doctor about it the other day, and it turns out epidurals aren't just for when you're having a baby; they’re actually used for all sorts of stuff like surgeries on your legs, hips, lower belly, or even around the chest and lungs. It's also a pretty huge lifesaver for folks dealing with chronic pain from cancer, since it can provide that steady, ongoing relief when things get really tough.
Most anesthesiologists aren't exactly huge fans of doing epidurals because you have to be right there hovering over the patient to constantly tweak the dosage, whereas a spinal is just way more straightforward and easier to manage.
The anesthesia usually wears off after about two to four hours, and then you just start feeling everything again and getting your movement back bit by bit.
If things don't go exactly to plan with this kind of anesthesia, it’s no biggie—we just pop a tube in him and switch over to general anesthesia, so he stays totally out and comfortable.
You actually missed a pretty huge detail here, which is what kind of surgery we're even talking about. I mean, at the end of the day, the anesthesiologist is the one calling the shots on how you'll be put under, so it’s not always a simple choice. Like, you could totally have general anesthesia without being intubated if they just use a laryngeal mask, but if the procedure is longer or involves abdominal work, they're definitely going to go with full general anesthesia, intubation, and muscle relaxants. Then there's the whole "needle in the spine" thing people always bring up—most folks think they're getting an epidural, but in actual practice, those aren't even that common compared to spinal anesthesia, and honestly, an epidural isn't the same thing at all. And look, you really can't let the surgeon dictate the anesthesia plan; surgeons and the fine details of sedation don't really overlap much. If you're heading into surgery, you're going to have a pre-op consultation at the anesthesia clinic anyway, so just take that chance to ask every single question on your mind. 👋
I heard it usually clears up right after you have your next kid.😁 😁
But for real though, I don't think there should be any lasting fallout from it. If those headaches just won't quit, though, I’d say go see one of those pain management clinics—you can find them attached to basically every major hospital in Chicago. You'll definitely get the best care there because since the anesthesiologists are the ones who "caused" the mess, they’re usually the pros at actually fixing it. 👋
So, here’s the deal... you know how doctors always say when they're totally wiped out that "two plus two never equals four" in medicine? Honestly, it's pretty much true.
The general consensus is that those nasty headaches you get after spinal anesthesia are basically caused by some of the spinal fluid leaking out of the space around your spine. If they used a slightly larger needle during the procedure, there's just a higher chance that more fluid leaks out, which leads right to that pounding headache. That's actually why they tell you to stay absolutely still after getting spinal anesthesia—they want to make sure you aren't accidentally triggering more leakage through the puncture site in your back by moving around too much. It’s almost always the culprit, but I guess you just had the "bad luck" of dealing with it. Dealing with these kinds of intense, stubborn headaches usually requires heavy-duty painkillers and staying super hydrated with IV fluids. If things get really bad, they might try a "blood patch." They take a little bit of your blood from a vein and inject it right back into the spinal space. Since spinal fluid doesn't have platelets to seal up the puncture site, the idea is to let the platelets in your blood do the heavy lifting and plug the leak.
Man, I’m telling you, those headaches you get after spinal anesthesia are absolutely brutal—I've seen patients practically losing their minds because the pain is just that intense. The real culprit in almost every situation is when people just don't stay put after surgery. You seriously HAVE to stay flat and totally immobile for at least two or three days following the procedure; honestly, even sitting up too soon can mess things up. Standard painkillers usually won't touch it, either. The only way to really kill that pain is if they inject a specific analgesic directly into the spinal space, though that obviously means poking the spine again. From what I’ve gathered, there aren't really any permanent issues where the headaches just stick with you forever.
Walter Garcia6 said:Does anyone know if there are any appetite suppressant pills out there—you know, stuff that actually targets the brain instead of just trying to crank up your metabolism?
thanks 🙂
I remember hearing through the grapevine that some of those meds exist, but apparently they can trigger sciatica or something, leaving you totally sidelined from work for days on end, so I was wondering if anyone actually knows the deal with that.😉
Honestly, I don't think you’re looking at any major danger if you're just handling things with your bare hands. As long as that wound is closed up tight, you should be fine. The main thing is just making sure you scrub up and disinfect after you're done working. A super easy way to handle both washing and sanitizing on the fly is to just keep a little travel pack of Purell hand sanitizer in your pocket. Just give your hands a quick spray, rub it in, and you're good to go! Carry on!
I'd say you probably need to be wearing a mask over your nose or maybe a cap while you're doing all that work in the lab. You want the mask because some of those bacterial colonies can kick up aerosols when you're messing with them, and you really don't want to be breathing that stuff in. And definitely grab a cap, too—we all have that habit of unconsciously running our hands through our hair, and hair can basically become a breeding ground for whatever you're working with, which you could then accidentally spread around the lab or even take home with you.
When you're looking at an amputation like this, there are really only two ways it goes down—either the medical care was genuinely subpar (which happens more than we'd like to admit), or the break itself was so nasty, maybe with some serious vascular damage to the lower leg, that they had no choice but to go through with it, even while being treated right there in Houston. At the end of the day, regardless of why it happened, you're facing the reality of losing a limb, and that’s a heavy pill to swallow for anyone, especially if they've still got a lot of life ahead of them. Once the surgery is over, the immediate priority is managing any local infection and just letting that wound heal up properly.
While that healing process is still underway—especially once they get discharged from the surgical ward—it’s time to jump straight into physical therapy. You’ve definitely got to see a physiatrist who can check things out and set the pace for rehab. I'd imagine they might spend some time at a specialized rehab center or maybe even a recovery resort where the PTs can really work their magic. At the same time, I bet right after that first specialist appointment, they'll start taking measurements to get a prosthesis fitted. Once that prosthetic is ready, it's back to the physical therapists to teach the person how to actually move with it. It's all about learning how to function normally again, despite the loss.
I don't think the process should be too complicated, but honestly, it wouldn't hurt to double-check what's covered by insurance versus what's out-of-pocket, from the rehab sessions all the way to the custom prosthesis, just so there aren't any nasty surprises when the bills start rolling in.
And lastly, you can't overlook the mental side of recovering, particularly for younger folks; sitting down with a psychologist or a therapist isn't some luxury, it's a necessity.
Oh, and one last thing—if the amputation really was caused by medical malpractice, there's no reason not to take the hospital to court to get some compensation.
Because a thyroid scan isn't exactly an emergency procedure—I think whoever was talking about urgency earlier was actually referring to lung scans, not the thyroid.
From what I’ve seen, if a Nuclear specialist decides things are urgent and marks it "STAT!", you'll be getting that scan done immediately or by tomorrow at the latest.
... which is why I feel like a Nuclear specialist is a better bet than an endocrinologist when dealing with the thyroid.
I'm totally on board with that. When it comes to thyroid issues, you really want a specialist in Nuclear medicine handling it.
Yeah, that’s just how things work around here. I should probably mention though, if an emergency scintigraphy is ordered, it HAS to happen right away without any extra paperwork. Of course, it all comes down to whether the Nuclear medicine department decides it's actually urgent or not—if you can somehow charm them into bumping a non-urgent case up to priority status, then boom, you’re getting that scan done today or tomorrow. Honestly, no joke, if the chart says URGENT, they perform the scan immediately. The other thing is having a connection over at Nuclear medicine. If you know someone there, you can usually find a decent slot for the imaging without much trouble. Especially for a thyroid scintigraphy where they give you the isotope via IV and then run the scan about 10 minutes later; the whole thing usually only takes about 10 to 15 minutes tops.
Honestly, setting up a gamma camera, sourcing radioisotopes, and getting all that high-end computerized scintigraphy gear isn't exactly a cheap hobby, so I highly doubt anyone's just running that setup out of their basement at home. You might be better off hitting up a major hospital instead, since scintigraphy is really just one piece of the diagnostic puzzle, and if you go the private route, you’ll probably end up shelling out a ton more for all the extra tests they'll inevitably run. I've heard decent things about the Nuclear department over at Oakland, though I haven't actually been there myself to see how they handle things.
Look, man, there’s really nothing else anyone can tell you until you go get some more intensive diagnostic testing done. It could be anything from heart issues—like angina, cardiomyopathy, a weirdly placed aneurysm, or valve problems—to lung stuff like atypical pneumonia or pleurisy, maybe even hyperthyroidism, or honestly, most likely just a whole lot of nothing.
You'll probably end up going through the ringer with things like expanded blood work, another EKG, stress tests, a Holter monitor, standard chest X-rays, maybe an echocardiogram, or thyroid hormone panels... that's the general gist, and if they catch something specific, then they'll start digging deeper in that direction.
But more often than not, you’ll find yourself getting scanned from head to toe only for them to come back with nothing, the whole thing passes, and you never have to deal with it again.
Still, you've just gotta put in the effort and have some patience while you navigate all these tests. Just make sure you land in the hands of a doctor who actually knows what they're doing instead of some amateur who'll just run you around in circles until you're exhausted—it's a real pain.
I guess I'm finally getting used to using the nasal sprays, but honestly, if there's one big reason why doctors tell you not to rely on them for more than like a week, it's because they can actually mess up the ciliary epithelium in your nasal lining. It basically leaves the inside of your nose all raw and exposed, which just makes it way too easy for germs to move in and cause trouble.