Earlier quoted context omitted.
some people can't handle the effect on the stomach. but if you can handle it, it's a good choice. Or marijuana
> marijuana Unless that makes you anxious.
Ibuprofen alters human testicular physiology
91–100 of 216 posts
Re: Ibuprofen alters human testicular physiology
#92At 1200mg/d, I feel like destroying your reproductive system would be the least of your concerns.
I've been prescribed up to 2400mg/d for a few weeks to deal with my knee. Not for the painkilling aspect (Because it wasn't painful), but for the anti-inflammatory.
Re: Ibuprofen alters human testicular physiology
#93At 1200mg/d, I feel like destroying your reproductive system would be the least of your concerns.
Is the /d per day? If so that's well within what I've seen "normal" people take. A regular Advil is 200mg. The usual dose is two pills, so 400mg. If your larger it's common to take three or four pills. Multiply by a dose ever six hours and it's quite easy to get to 3200mg per day.
Re: Ibuprofen alters human testicular physiology
#94Earlier quoted context omitted.
> It might even explain why so many cultures had rites to male adulthood involving extreme pain. Right. And a notable trend among those cultures is that they are all nearly extinct. So much for their fertility. Of course this observation could biased due to my own ignorance. I only remember, like, 3 such cultures, and they were your typical African/Amazonian/Aboriginal tribes that still live in near-neolithic conditi…
Fertility is only one aspect of evolutionary fitness.
Re: Ibuprofen alters human testicular physiology
#95It would be mind boggling if pain killers were connected to dropping male fertility. It might even explain why so many cultures had rites to male adulthood involving extreme pain.
> It might even explain why so many cultures had rites to male adulthood involving extreme pain. Right. And a notable trend among those cultures is that they are all nearly extinct. So much for their fertility. Of course this observation could biased due to my own ignorance. I only remember, like, 3 such cultures, and they were your typical African/Amazonian/Aboriginal tribes that still live in near-neolithic conditi…
The cultures that are dominant today aren't dominant due to mere reproductive success. Ironically, fertility is low in almost all developed nations.
Re: Ibuprofen alters human testicular physiology
#96Earlier quoted context omitted.
That is actually the dose I use for my lower back pain and inflammation when it flares up - for a couple of days perhaps once or twice a year. Dates from a slipped disc about 20 years ago. Never serious enough for surgery, but still unpleasant.
Have you tried dropping the dose and interleaving with acetomenophin? I have been hearing recently that's an increasingly popular strategy, sharing the load between the kidneys and liver.
If it's a really bad headache, start with one of each.
Re: Ibuprofen alters human testicular physiology
#97Re: Ibuprofen alters human testicular physiology
#98At 1200mg/d, I feel like destroying your reproductive system would be the least of your concerns.
Is the /d per day? If so that's well within what I've seen "normal" people take. A regular Advil is 200mg. The usual dose is two pills, so 400mg. If your larger it's common to take three or four pills. Multiply by a dose ever six hours and it's quite easy to get to 3200mg per day.
Re: Ibuprofen alters human testicular physiology
#99At 1200mg/d, I feel like destroying your reproductive system would be the least of your concerns.
Unless you have stomach problems—NSAIDs are linked to ulcers—high doses of ibuprofen have not been thought of as terribly risky.
Re: Ibuprofen alters human testicular physiology
#100Earlier quoted context omitted.
I tend to use naproxen but something tells me that would kill me as well
I think that all NSAIDs (like naproxen and ibuprofen) chew holes through your stomach lining, and a whole class of them were yanked from the market for causing heart attacks[1]. (But, yeah, naproxen seems to be one of the safest ones...) [1] https://en.wikipedia.org/wiki/COX-2_inhibitor