Mitochondria and Amplifying Adaptation with Professor David Bishop

Professor Bishop is a world leader in muscle exercise physiology, with more than 250 scientific publications to his name. He leads the Skeletal Muscle and Training research group at Victoria University in Australia.
The focus of his research group is to examine how diet, exercise, and genes interact to regulate skeletal muscle adaptations.
Throughout his career, Professor bishop has held many different and important leadership positions within the exercise science community in Australia. He was the youngest-ever president of Exercise & Sport Science Australia (ESSA). He has been named one of the top 25 influencers of exercise & sports sciences in Australia. He has twice been on the Excellence in Research Australia (ERA) panel. He was made a fellow of three different organizations, Exercise and Sports Science Australia (ESSA), the American College of Sports Medicine (ACSM), and the European College of Sports Science (ECSS). Professor Bishop is now a director of the Victorian Institute of Sport (VIS) and an assistant editor of Medicine and Science in Sports and Exercise.
#ultrarunning #trailrunning #running #sports #sportsperformance
David’s Twitter- / bluespotscience
Podcast with Renee Eastman on Physiological Testing- • Physiological Testing ...
Mighty Mitochondria with Iñigo San Millán-www.jasonkoop....
Effects of Dietary Supplements on Adaptations to Endurance Training-pubmed.ncbi.nl...
Principles of Exercise Prescription, and How They Influence Exercise-Induced Changes of Transcription Factors and Other Regulators of Mitochondrial Biogenesis-pubmed.ncbi.nl...
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[@dastolh]

Nice discussion. What even is "zone two" as defined by Inigo himself? I can´t find a single definition of it. Just explains how messy it is.

[@evanhadkins5532]

Have you seen Inigo's conversations with Peter Attia?

[@George_Washington_Hayduke]

it is a little messy but the basic idea is that, in a 5 zone model it runs from say .9 LT1 to LT1 where LT1 is the first ventilatory threshold. How can you multiply that by 0.9? Typically it is the heart rate at LT1 so you use .9 x HR_LT1 to HR_LT1 for zone 2. Others use a 3 zone model which is below LT1, between LT1 and LT2 and above LT2.

[@andre.j.perkins]

From my understanding Inigo defines Z2 as an intensity where a lactate concentration is maintained below 2mmol/L, but I could be wrong. Might be good to check out Jason's discussion with Inigo.

[@quengmingmeow]

You are correct….Lactate below 2.0

[@George_Washington_Hayduke]

@@quengmingmeow that's one definition but it's not the only one. Other people use a 1mM increase above baseline lactate. My baseline lactate fluctuates between 0.6 and maybe 1.2 so depending on the day the top of my zone 2 could be as low 1.6mM and as high as 2.2 mM. Since most people don't own lactate meters there are tons of tests for discerning the top of zone 2.

[@BrunoSpellanzon]

you should start selling the shirt outside of the cts coaches!