How does a foundational myth become sacred scientific dogma? – part 5

Part 5 of Prof Noakes series is now posted.  Part 5 introduces Noakes’ ground-breaking integrated neuromuscular recruitment model of exercise physiology.

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How does a foundational myth become sacred scientific dogma? Part 4

Part 4 of Prof Noakes’ article is now posted.

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How does a foundational myth become sacred scientific dogma? Part 3

Part 3 is of Prof. Noakes series is now posted.

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How does a foundational myth become sacred scientific dogma? Part 2

Part 2: Lessons from a scientific training is now posted.

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How frequently should you lift? The Nautilus North study

How often should you lift?  What is the optimal training frequency?  Most strength trainees contemplate this question early in their lifting career.  The answer to the question depends upon who you ask and what particular training philosophy they follow. A recent study provides some stimulating thoughts on the subject.  Read about it here.

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How does a foundational myth become sacred scientific dogma? The case of A.V. Hill and the anaerobiosis controversy

The leading challenger to the anaerobic/cardiovascular model of endurance performance is Professor Tim Noakes.  Prof Noakes is well known and respected university professor, prolific researcher, medical doctor, and outspoken critic of traditional exercise physiological wisdom that VO2max limits endurance performance.  In this series Prof Noakes makes the case for why he believes the cardiovascular/anaerobic model is flawed.  Read part 1 here.

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Muscle Factors

I have termed my training program and the physiological beliefs supporting them “power running” because I believe that muscle factors are primarily responsible for endurance performance.  This belief in the primacy of muscle factors stands in stark contrast to the long-held belief that the aerobic system is the dominant influencer of endurance performance.

I’ve written extensively about these muscle factors and the multiple research studies supporting my beliefs that muscles exert the most influence on endurance performance.  To the best of my knowledge I have been the sole proponent of these ideas for the past few years.  Today it appears I am no longer alone in promoting the influence muscle factors play in endurance performance.  Quoting from Matt Fitzgerald’s recently published book, The Cutting-Edge Runner (1):  Continue reading

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Muscle Contractility – part 4

So far in this series we have discussed muscle contraction speed and muscular strength.  Now we move on to the third characteristic of muscle contractility – resistance to fatigue.  Put succinctly, the more resistant your muscles are to fatigue the better you will perform.  This obviously brings up the question of how to best train your muscles to be more fatigue resistance.  Part 4 takes a look at this factor in more detail.

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Muscle Contractility part 3 – strength

In part 1 of the Muscle Contractility series I identified the three primary muscle characteristics that ultimately determine your running performance (or for that matter, your performance in any form of endurance exercise).  Those characteristics are contraction speed, strength, and fatigue resistance.  We’ve discussed contraction speed in part 2 so this time we will focus our attention on strength and the role it plays in performance.  Read the article here.

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Muscle Contractility – speed of contraction

Part 2 of the muscle contractility series is now posted.  In part 2 we examine and discuss the speed at which muscles contract.

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