Is it possible that the traditional protocol of 10 x 1-minute all-out efforts with full recovery is actually counterproductive for improving anaerobic capacity in certain riders, particularly those with a high percentage of fast-twitch muscle fibers?
Given the latest research on the importance of mitochondrial density and oxidative capacity in high-intensity exercise, could it be argued that this type of workout is actually detrimental to riders who are already heavily reliant on anaerobic energy systems?
Furthermore, wouldnt a more effective approach be to incorporate shorter, more intense efforts (e.g. 20-30 seconds) with reduced recovery time, in order to simulate the high-intensity, intermittent demands of real-world racing?
Or am I missing something fundamental here, and the traditional 10 x 1-minute protocol is still the gold standard for improving anaerobic capacity, regardless of individual rider characteristics or training goals?
Given the latest research on the importance of mitochondrial density and oxidative capacity in high-intensity exercise, could it be argued that this type of workout is actually detrimental to riders who are already heavily reliant on anaerobic energy systems?
Furthermore, wouldnt a more effective approach be to incorporate shorter, more intense efforts (e.g. 20-30 seconds) with reduced recovery time, in order to simulate the high-intensity, intermittent demands of real-world racing?
Or am I missing something fundamental here, and the traditional 10 x 1-minute protocol is still the gold standard for improving anaerobic capacity, regardless of individual rider characteristics or training goals?