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The slow component of vo2max is often mentioned but seldom discussed. We take a deep dive into the nature of the slow component, including thermodynamics, fiber type, and the size principle.
Show Notes Cycling efficiency is related to the percentage of type I muscle fibers https://www.ncbi.nlm.nih.gov/pubmed/1501563 Muscle fiber recruitment and the slow component of O2 uptake: constant work rate vs all out sprint exercise https://www.ncbi.nlm.nih.gov/pubmed/21160059
5 Comments
5/6/2020 06:54:11 am
Where can I read more about the athletes discussed ~ @ minutes 39-40 of this podcast? You mentioned oxygen uptake numbers early & late in a 60 minute MLSS effort for what sounded like some pretty well trained athletes.
Kolie
5/6/2020 07:34:59 am
https://www.researchgate.net/publication/12368043_Physiological_Responses_to_Cycling_for_60_Minutes_at_Maximal_Lactate_Steady_State
Kevin
5/6/2020 09:33:15 pm
Love this podcast. Always food for thought. How would you see the slow component of VO2 being affected by intermittant e.g. 30:15 vs sustained ie 4 minute intervals? It seems based on a non scientific N=1 dataset that the VO2 rise is slower in the intermittent state at 125% FTP
Kolie
5/7/2020 05:10:52 am
VO2 slow component is hard to measure for intermittent work but certainly does show up sometimes, particularly if the sets are long enough or if the work&rest periods are at a consistent wattage. Check power:HR metric, could be a good clue. 5/8/2020 01:16:01 am
One of my best choices of pod casts when training or travelling. Leave a Reply. |
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