Michael JoynerGuestMartin GibalaHostMike, one of the reasons we want to have you on even before the sub two news was really to talk about the physiological basis of endurance performance.
You know, you had a paper in nineteen ninety one modeling optimal marathon performance on the basis of physiological factors.
It's a staple in my fourth year integrative physiology class at the time that you estimated the model would predict 157, 58 in a hypothetical person.

And in those days, you guys will remember that, you know, you had these yellow legal pads and you could make notes on the yellow beagle pad and start thinking about things and play games with it.

And so I just started asking myself because by the middle 80s, we knew a lot about VO2max and had for some time in elite runners.

And values in the 80s had been reported as early as the 1930s by Sid Robinson and Bruce Dill in their very famous paper about limits of human power.

And then the whole lactate threshold thing came about because of Pete Farrell's work that I was a subject in.

But also a whole bunch of other labs were working on similar things at the time.

And Dave Kostel had done really pioneering work in the late 60s and early 70s.

And then, you know, interestingly, about 1980 or 81, people started to think more about efficiency or running economy.

So they knew that maximum oxygen uptake was sort of the upper limit of aerobic metabolism.

They knew that the lactate threshold was the percentage that could be sustained for several hours of that VO2 max.

And that values range and they were higher and trained people and that sort of thing.

And then somebody said, well, you know, when you look at that sustainable amount of oxygen consumption, how fast can somebody go? And that's their efficiency or economy.
Mike, one of the reasons we want to have you on even before the sub two news was really to talk about the physiological basis of endurance performance.
You know, you had a paper in nineteen ninety one modeling optimal marathon performance on the basis of physiological factors.
It's a staple in my fourth year integrative physiology class at the time that you estimated the model would predict 157, 58 in a hypothetical person.

And in those days, you guys will remember that, you know, you had these yellow legal pads and you could make notes on the yellow beagle pad and start thinking about things and play games with it.

And so I just started asking myself because by the middle 80s, we knew a lot about VO2max and had for some time in elite runners.

And values in the 80s had been reported as early as the 1930s by Sid Robinson and Bruce Dill in their very famous paper about limits of human power.

And then the whole lactate threshold thing came about because of Pete Farrell's work that I was a subject in.

But also a whole bunch of other labs were working on similar things at the time.

And Dave Kostel had done really pioneering work in the late 60s and early 70s.

And then, you know, interestingly, about 1980 or 81, people started to think more about efficiency or running economy.

So they knew that maximum oxygen uptake was sort of the upper limit of aerobic metabolism.

They knew that the lactate threshold was the percentage that could be sustained for several hours of that VO2 max.

And that values range and they were higher and trained people and that sort of thing.

And then somebody said, well, you know, when you look at that sustainable amount of oxygen consumption, how fast can somebody go? And that's their efficiency or economy.
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