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Peter Attia MDPeter Attia MD

250 ‒ Training principles for longevity | Andy Galpin, Ph.D. (PART II)

Watch the full episode and view show notes here: http://bit.ly/43ev184 Become a member to receive exclusive content: https://peterattiamd.com/subscribe/ Sign up to receive Peter's email newsletter: https://peterattiamd.com/newsletter/ Andy Galpin is a Professor of Kinesiology at California State University at Fullerton, where he studies muscle adaptation and applies his research to work with professional athletes. In this episode, Andy returns to the podcast and continues the conversation about training for longevity. He examines the training practices of powerlifters, Olympic weightlifters, Strongmen/women, CrossFit athletes, and sprinters in order to extract insights that can be applied to the individual wanting to optimize for longevity. Andy goes into detail about exercise load and repetition, training volume, the importance of learning proper movement patterns, the advantage of working to technical failure instead of the number of reps, and much more. Andy ties the discussion together by providing a hypothetical training plan for an individual wanting to optimize for longevity and offers advice for avoiding injury. We discuss: 0:00:00 - Intro 0:00:08 - Review of the function and organization of skeletal muscle 0:07:00 - Review of muscle fiber types 0:18:20 - Hypertrophy: changes in muscle fibers and the underlying mechanisms that make a muscle grow 0:30:42 - Defining sarcoplasmic hypertrophy and how it relates to the number of reps in a set 0:33:38 - Training for maximum strength: what we can learn from powerlifters and a hypothetical training plan 0:47:29 - Ideal reps, volume, and load for the powerlifter 1:01:40 - What should powerlifters do on their off days? 1:07:07 - Are there consequences of powerlifting on long-term health? 1:11:00 - Defining Olympic weightlifting: a test of power 1:15:00 - Training principles of Olympic weightlifting 1:25:48 - Tracking power output when training 1:31:38 - Frequency of training for Olympic weightlifting 1:34:49 - How post-activation potentiation (and the opposite) can improve power training and speed training 1:43:28 - The Strongman competition: more breadth of movement, strength, and stamina 1:48:48 - Training principles of Strongmen and advice for someone new to the Strongman competition 2:05:20 - CrossFit: a combination of weightlifting movements, endurance, and circuit training 2:15:20 - Learning from elite athletes, heart rate recovery, V02 max, and other metrics 2:29:20 - Optimizing towards being a well-rounded athlete as opposed to a specialist 2:38:44 - What we can learn from the sprinters about speed, acceleration, peak velocity, and technique 2:46:30 - A training plan for the “centenarian athlete” 2:56:47 - Debunking some training and exercise myths 2:59:27 - The “do nots” of training and tips for avoiding injury -------- About: The Peter Attia Drive is a deep-dive podcast focusing on maximizing longevity, and all that goes into that from physical to cognitive to emotional health. With over 60 million episodes downloaded, it features topics including exercise, nutritional biochemistry, cardiovascular disease, Alzheimer’s disease, cancer, mental health, and much more. Peter Attia is the founder of Early Medical, a medical practice that applies the principles of Medicine 3.0 to patients with the goal of lengthening their lifespan and simultaneously improving their healthspan. Learn more: https://peterattiamd.com Connect with Peter on: Facebook: http://bit.ly/PeterAttiaMDFB Twitter: http://bit.ly/PeterAttiaMDTW Instagram: http://bit.ly/PeterAttiaMDIG Subscribe to The Drive: Apple Podcast: http://bit.ly/TheDriveApplePodcasts Overcast: http://bit.ly/TheDriveOvercast Spotify: http://bit.ly/TheDriveSpotify Google Podcasts: http://bit.ly/TheDriveGoogle Disclaimer: This podcast is for general informational purposes only and does not constitute the practice of medicine, nursing, or other professional healthcare services, including the giving of medical advice. No doctor-patient relationship is formed. The use of this information and the materials linked to this podcast is at the user's own risk. The content on this podcast is not intended to be a substitute for professional medical advice, diagnosis, or treatment. Users should not disregard or delay in obtaining medical advice for any medical condition they have, and they should seek the assistance of their healthcare professionals for any such conditions. I take conflicts of interest very seriously. For all of my disclosures and the companies I invest in or advise, please visit my website where I keep an up-to-date and active list of such companies.

Peter AttiahostAndy Galpinguest
Apr 10, 20233h 10mWatch on YouTube ↗

At a glance

WHAT IT’S REALLY ABOUT

Galpin and Attia Mine Elite Sports for Centenarian Training Principles

  1. Galpin reviews muscle structure, fiber types, and hypertrophy, explaining that fibers can shift type with training and that sarcoplasmic hypertrophy, long dismissed as bro science, is real.
  2. He walks through training for powerlifting, Olympic weightlifting, Strongman, CrossFit, and sprinting, with specifics on frequency, reps, load, rest, and fatigue for each.
  3. Speed and power work is low-fatigue and can be done often; Galpin also covers post-activation potentiation, overspeed training, and cluster sets as tools to improve movement quality.
  4. For general fitness, Galpin recommends a 70/20/10 practice-compete-all-out split and tracking total stress (allostatic load) so training does not overfill the stress bucket.
  5. For the centenarian athlete, Galpin outlines training the muscle, nervous system, and cardiopulmonary system, and avoiding injury by progressing movement patterns from assisted to loaded, fast, and fatigued.

IDEAS WORTH REMEMBERING

5 ideas

Muscle fiber type is highly trainable.

Galpin says fibers mostly transition type rather than being replaced, and an untrained person could shift roughly 10 to 15% in eight weeks; hybrid fibers can express multiple types.

Hypertrophy occurs across a wide rep range.

Galpin says growth is about equal from 5 to 30 reps per set when effort is matched, and sarcoplasmic hypertrophy, fluid-related and non-contractile, was dismissed as bro science until research by Mike Roberts and others found it happens.

Strength can be summarized as three to five.

Galpin offers three to five days, exercises, reps, sets, and minutes of rest as a universal strength rule, provided loads are heavy and sets stop near one rep in reserve.

Power and speed training should be non-fatiguing.

Galpin says power and skill work must avoid fatigue to improve peak output, so it can be done very frequently. Cluster sets with short micro-rests keep quality high, and the load that maximizes power varies by exercise, from roughly 30–40% of 1RM on bench to 80–90% on a snatch.

Total life stress limits training capacity.

Galpin describes allostatic load as a bucket that can be overfilled, and suggests tracking sleep, mental stress, nutrition, and perceived recovery, and notes that 'how do you feel today' tracks closely with HRV.

WORDS WORTH SAVING

5 quotes

When people think like, "Wow, I walked up a flight of stairs and I was out of breath, I'm so out of shape," no, you're weak, right? Because what happened is every step was 85% of your one-rep max.

— Andy Galpin

Just 'cause science isn't there yet doesn't mean it's wrong.

— Andy Galpin

For power and skill development, they need to be non-fatiguing. If, if you're getting to fatigue, you're not doing either one of those things.

— Andy Galpin

The compounding effect of training is so strong that it's rivaled only by the compounding effect of not training.

— Peter Attia

Adaptation in the body happens because of stress. But because we just talked, that stress bucket can be overfilled.

— Andy Galpin

Muscle fiber types and hypertrophySarcoplasmic vs contractile hypertrophyPowerlifting and the three-to-five strength ruleOlympic weightlifting, power, and cluster setsPost-activation potentiation and overspeed trainingStrongman, CrossFit, and the 70/20/10 modelAllostatic load, heart rate recovery, and readiness

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