[09:59] Ryan: So. Non athletes definitely benefit from taking BA when doing exercises that stress the pH buffering of muscle.
[09:59] Ryan: Very high intesity stuff.
[10:00] Ryan: And a group of athletes who took BA, sprinters, saw an increase in carnosine, and they had an increase in this leg extension exercise meant to challenge the pH buffering capacity of their muscle.
[10:01] Ryan: the control and BA group did the same on the first two sets, but sets 3-5 the BA group could squeeze out a few more reps.
[10:01] Ryan: But when they had those same athletes sprint, there was no advantage.
[10:01] Ryan: So. In a trained athlete, their muscles already have enough carnosine to buffer pH changes in their respective activity.
[10:02] Ryan: They most likely won't benefit.
[10:02] Ryan: But if an athlete does a different exercise or rapidly alters their routine, they may benefit. Also, an athlete coming off of a layoff or a sedentary person just starting could benefit.
[10:02] Ryan: But a guy in full gear alread working out for a few months likely won't benefit at all.
[10:03] Me: Hmm, but wouldn't the buffering effect be more beneficial to endurance athletes? What I read suggested that duration of exercise might create a variation, because wouldn't Ph levels vary over time? I took BA, and definitely noticed a differentce, and don't usually change my routine drastically. But my workouts aren't small concentrated efforts. They're pretty long.
[10:05] Ryan: well
[10:05] Ryan: athletes are almost always a step ahead of scientists.
[10:05] Me: lol
[10:05] Ryan: seriously
[10:05] Ryan: that wasn't a joke. haha
[10:05] Me: Yes Ryan, I am always a step ahead of you.
[10:06] Ryan: arnold knew what movements the biceps did prior to a biomechanist guy
[10:06] Ryan: no
[10:06] Ryan: i will crush you
[10:06] Ryan: but, you know more about what works for your body than I do