I've used it for a while now on my knees and ankles. Seems like it works. But honestly its hard for me to tell if anything works. I even question Tylenol. All of it seems like it may work some, but its not something I feel has a very acute impact at all.
Without a controlled study, as an individual, how can I tell if my sprain got better in 6 days but would've taken 9 days otherwise???
Tylenol is a pain reliever so may help with pain. Something like ibuprofen may be a better option, speak to your doctor, as it not only helps with pain but acts as an anti-inflammatory. The important thing to note is that it's effects do not happen instantly but something like several days later so if you have a knee issue, taking it regularly as directed by doctor or manufacturers instructions and not just when your knee hurts can really speed up recovery.
As for your question well you basically just have to trust the science. At some point a rat in a lab probably was intentionally injured next to another rat in the same position and one would get the treatment and the other not. They would then see who healed faster. Things like Acetaminophen and Ibuprofen have been around a long time and studied extensively so they have a good understanding of it's efficacy.
Lastly placebo effect seems to be a real effect so if you do something and you think it might help it might help.
Sleep on a firm mattress. Stretch daily. Lift weights 3x a week, for 2x upper body focus and 1x leg day. Cardio 3x a week on days you don’t lift. High protein and low fat every day. Low sugar and carbs.
Pain comes as you age. It isn’t unique to modern man, other than we typically live longer than ancient man.
If you do this plan you can still cheat. Drink, party, eat whatever. You invest effort so you can enjoy life when the moment arises.
Actually the "drink plenty" thing, if you're referring to alcohol, isn't something I can do. I quit (or cut down to insignificant levels) after observing is effect on me via my Garmin stats. Everything goes bad: HRV drops, resting heart rate goes up and sleep scores is terrible. One beer or one glass of white wine with a meal around 6pm is ok. But a night out with the guys makes me look like a very sick 80 year old. Heart rate barely drops below 80 while I'm asleep. Normally it's 48-54 BPM through the night. And if I go for a light run the day after having two or three beers, my heart rate is at least 20 BPM higher. So I made a rule: no exertion after alcohol, no alcohol when I'm already compromised (eg: unwell, when those stats are already bad)
Fēnix 7 Pro Solar Sapphire. I don't know how it compares to Apple, but I love it. Very long battery life (well over a week) and it has sufficient sensors for me. I get blood oxygen, heart monitor (pulse, HRV), altitude, extremely good GPS, message notification mirroring from my phone with canned responses, touchscreen and buttons. The "proper" LED light is more useful than I thought it would be. Garmin Pay only works with Revolut in my country, but at least it's usable - so do your homework here. It can track lots of sports I don't do, I only just it for cycling, running and swimming.
Aside from raw sensor metrics, as someone else said, their Body Battery is pretty decent. The biggest thing for me was seeing a long tail chart for things like sleep score, HRV, average resting heart rate etc and noticing sharp differences on days that I was either sick or drinking alcohol. The effects of a couple of beers on me was similar to COVID (except that they only lasted about 24 hours). But these are things you'll get with any device with long enough battery life that you'll wear it "all the time"
I switched from a Garmin Instinct (several years ago) after having used Garmin GPS devices and watches while in the military to an Apple Watch Ultra now. The quantified scientist channel on youtube had some views that helped me decide (https://www.youtube.com/watch?v=YVhmzxpw5Gg).
Hardware-wise they're largely similar, with some additional edge use cases (depending on who you are ofc) for fitness and outdoors with Garmin.
On the Garmin side for software, one thing I really appreciated on Garmin was the "body battery", or estimate of your energy, as well as health trends, etc. Apple has caught up with many of the features in the last year, and has a little ways to go. Apps like Athlytic do a good job filling the gap, but Apple really is making that gap quite small. Garmin locks your workout data down to its garden somewhat limiting your exports and has it more readily cloud accessible than I'd prefer; I felt the Apple privacy protections were better after reading the TOCs and looking at how the data is stored on each service.
What ultimately made me decide to go with Apple Watch is the above data consideration, the smooth functionality and integration with my iPhone, and the rapid pace of development Apple has had. Also, the cellular, texting (not saying it's the preferred method), Apple pay, etc. are all great to have on the Apple Watch and I can go for a run with only that.
After I paid more attention to my body metrics, I also changed my habits and started focusing on hydration more, when I drank alcohol and how much, and I was able to make good choices that help me feel much better to tackle the next day.
The accuracy isn’t as important as the trend. Don’t expect hospital grade ecg results but either can certainly tell you if things are better or worse since you’re wearing the same sensor.
I’ve got the AW Ultra and I’m quite fond of it, ability to use it without carrying my phone (even audible audiobooks) is the killer for me.
I have a Garmin Epix Pro. I highly recommend the Epix/Fenix line, and these measurements / metrics are far superior to what you get with an Apple Watch (my wife has an Ultra). The differences become even starker if you are an avid athlete and use your Garmin to track your workouts/performances.
Actually sleeping on a softer mattress leads to more restful sleep for me. I used to sleep on a firm but my partner tries to get the softest mattress she can and I've found that it works a lot better for me than my old firm mattress did. The moveable bases, when adjusted correctly, also allow me to completely relax when I'm asleep and I rest a lot better under those conditions. I notice the difference now whenever I'm traveling because the hotel beds are usually rock hard. Mattress salespeople actually do know what they're talking about some of the time.
I don't know. Humans have slept on the ground for hundreds of thousands of years and now soft mattresses are supposed to be better? Call me unconvinced.
(FWIW, to counter your personal experience with some of my own anecdotal evidence, I always sleep much better on firm mattresses.)
Humans suffered colds without antibiotics for hundreds of thousands of years. Just because we can endure certain circumstances does not make them optimal. Our ancestors certainly didn't avoid softer sleeping spots because of some benefit the firmness of the ground provided.
Humans didn't sleep directly on the ground. Even in hot environments if the ground is even a little damp it will suck all the heat out of your body and chill you to death. What humans have always done is built an insulating mattress out of whatever material is at-hand and then slept on that. You can sleep on straw, dry grass, dry leaves, sticks, burlap or whatever you can find. But you never just sleep straight on the ground.
Ah yes, nothing like giving unsolicited advice without even knowing what medical condition the other person has. You mean well, but it's a crude oversimplification to think every problem is just a matter of just work out the same way I do. For some reason, this phenomenon seems to be common in people who found sports a bit later in life, I'm guessing it's had a big positive impact and they want everyone to experience the same. Coaches and athletes tend to be much less quick to give shotgun advice, as they understand there's considerable depth to the problem.
You're framing a very opinionated (and hotly contested) take "high protein, low fat, low carb" presented as universal truth as just "suggesting to eat well".
Suggesting lifting weights three times a week when all you know is the person has a problem with their joints is not only unhelpful, it can be downright detrimental to their health. It's like recommending someone morbidly obese go for a run. It might be fine, but it might also destroy their joints for the rest of their life, and you can't know which it is without knowing more about their situation and condition.
A wide variety of joint issues are improved by performing a slow and steady progressive overload with lifting weights. Not all of them, of course, and yes there are some issues that preclude lifting, but this seems rather pedantic. There are a trillion things that most humans can do with no detrimental impact that a small subset can't. Trying to couch every suggestion based on edge cases is silly.
The overwhelming majority of people would benefit from doing resistance training 3x a week, cardio 3x a week, and shifting their diet towards more protein and less carbs and fat. People who fall outside of the large majority due to specific medical conditions need to understand their medical conditions and how they impact their daily life, because expecting everyone else to always take into account these issues is unreasonable and unproductive.
> It's like recommending someone morbidly obese go for a run
To be frank, this is a dumb point. The morbidly obese person probably can’t even run for 30 seconds. It won’t destroy their joints for the rest of their life. Suggesting activity over inactivity is good advice for basically every human alive.
Hardly so. I worked as a coach when I was younger and the number of people who hurt themselves this way is considerable, likewise for many completely preventable injuries at the gym. Usually people only turn to professional help once some damage is already done. To exemplify my point, the average BMI in the US is roughly between overweight and obese. If someone in that weight range decides that the treadmill is the way to turn their life around, they will most likely come away with serious injuries if they keep it up.
Suggesting activity is good, yes, but suggesting someone should start with lifting specifically when they have issues with their joints without any further context is moronic.
A fair amount of anecdotal data though, it has helped me and others that I know. While the effect is pretty mild it is positive. Having a lifelong chronic condition I’m very sensitive to changes and have no discernible placebo effect. I’ve tried so many things that my prior belief when trying something new is that it wont work, so it’s a nice unexpected surprise when it does.
I am aware of survivorship bias but for that to apply BPC157 would have to be killing people, this peptide is widely used so if it was killing people we would know due to investigations into their deaths.
People usually hear about this stuff peer to peer and they report back to their peers if it helped or not, so there is a before and after, and for those people there isn’t a selection criteria biased on success. If people don’t report back then others become very interested in why.
I don't think "ghosts" was meant to imply the compound is killing people, just give an example of something people believe in without scientific evidence.
Fair point, I did misread the comment as a selection bias as opposed to a 'Reductio ad absurdum' argument.
Insulin and Ozempic are both bioactive peptides, which is not to say BPC157 is anywhere as strong as either of them, but it's not easily dismissed either. Nowhere near the absurdities of ghosts and homeopathy.
Ok, fine, compare it instead to misleading anecdotal evidence surrounding dietary supplements. We know vitamins(/minerals/whatever) are compounds that are strictly necessary for life. We know that some health outcomes are tied to deficiencies or surpluses of these molecules. We know that in some, very specific cases, a disease is most effectively treated with OTC supplements.
We also know that, despite the vast quantities of anecdotal evidence readily available, taking 500% of your recommended daily value of Vitamin C will not actually effect the duration of your upper-respiratory tract infection. In fact, even ignoring the quality control issues in many commercial supplements, sometimes you can't even treat the deficiency of a specific nutrient with oral supplementation. And yet, again, many people will happily attest to the lifechanging benefits of supplementation to counteract a deficiency they likely never had.
Ok, some people are crazy therefore all anecdotal data is useless? Seems like a bit of a stretch. Someone tells you the weather is nice outside do you demand to see a peer reviewed study to that effect?
Without a controlled study, as an individual, how can I tell if my sprain got better in 6 days but would've taken 9 days otherwise???