Huberman Lab
GUEST SERIES | Dr. Andy Galpin: How to Build Physical Endurance & Lose Fat
· Summarized
Key takeaways
- Endurance training encompasses various forms including muscular endurance, anaerobic capacity, maximum aerobic output, and long duration endurance.
- Energy systems rely primarily on carbohydrates for quick bursts of effort and fats for longer, steady-state activities, with protein being a minor contributor.
- Breathwork is pivotal in managing oxygen intake and carbon dioxide expulsion, both of which enhance exercise performance.
- Training adaptations for endurance can be achieved through specific protocols targeting muscular endurance, anaerobic capacity, and aerobic output.
- A well-rounded endurance program should include various types of work, with a focus on recovery and strategy to improve overall fitness.
Summary
Introduction to Endurance Training
In this episode, host Andrew Hubertman and guest Dr. Andy Galpin discuss various forms of endurance training, focusing on different energy systems utilized in exercise, including muscular endurance, anaerobic capacity, maximum aerobic output, and long duration endurance. They explore how these forms of training contribute to improving performance, fat loss, and overall physical health.
Understanding Energy Systems and Fat Loss
During exercise, the body relies on different energy sources: carbohydrates, fats, and occasionally protein. The episode emphasizes that while fat can provide energy, its metabolism is slower compared to carbohydrates. The hosts explain that efficient energy production and waste management, particularly carbon dioxide expulsion, are critical for enhancing endurance and overall exercise performance.
Breathing Techniques and Their Impact on Performance
The discussion includes the role of breathwork in enhancing exercise performance. Proper breathing, especially nasal breathing, can reduce carbon dioxide buildup, improve oxygen delivery, and boost endurance. The hosts propose various breathing protocols that can be practiced to help athletes maintain efficiency during high-intensity workouts.
Training Protocols for Specific Endurance Goals
Dr. Galpin outlines different protocols for achieving specific endurance goals. For muscular endurance, he suggests high-repetition training close to failure to stimulate muscle capillarization and improve blood flow. For anaerobic capacity, he recommends short, high-intensity intervals with sufficient rest. For maximum aerobic output, sustained efforts at moderate to high intensity are encouraged.
Implementing a Comprehensive Endurance Training Program
The episode concludes with guidance on how to integrate various endurance training methods into a balanced program. This includes how to distribute workload across the week, ensuring proper recovery, and incorporating both high-intensity and longer duration efforts to maximize fitness benefits.
Sponsors
- Athletic Greens (AG1) · AG1 is a vitamin mineral probiotic and adaptogen drink designed to help you meet all of your foundational nutritional needs, covering vitamins, minerals, and probiotics.
- Levels · Levels is a program that helps monitor blood glucose in real time, allowing users to observe how different foods and activities affect their health.
- LMNT · LMNT is an electrolyte drink that contains optimal ratios of sodium, magnesium, and potassium for mental and physical performance, tailored specifically for active lifestyles.
- InsideTracker · InsideTracker is a personalized nutrition platform that analyzes data from your blood and DNA to help you understand your body and reach health goals based on actionable insights.
- Momentous · Momentous makes high-quality single ingredient supplements to help improve hormone health, sleep optimization, focus, and exercise recovery.
Show notes
This is episode 3 of a 6-part special series on fitness, exercise and performance with Andy Galpin, PhD, professor of kinesiology at California State University, Fullerton. He explains protocols to improve the various kinds of physical endurance: muscular endurance, anerobic capacity, maximum aerobic output, and long duration endurance. He also explains how the body uses different energy sources (carbohydrates, proteins, fats) during rest and exercise. He also explains the mechanisms underlying fat loss and how and why exercise accelerates rates of fat loss. We cover the many concepts related to endurance training and fat loss such as metabolic flexibility, breathwork training for exercise performance and recovery, lactate production and regulation, how to improve blood flow to muscles, anaerobic vs. aerobic metabolism, exercise fatigue, low-carbohydrate diets and fat loss, and how to combine different types of workouts to improve overall endurance. This episode in intended for everyone ranging from novice and recreational exercisers to elite endurance athletes. Anyone wishing to improve their physical health and performance stands to benefit from the information.
For the full show notes, visit hubermanlab.com.
Thank you to our sponsors
AG1 (Athletic Greens): https://athleticgreens.com/huberman
Levels: https://levels.link/huberman
LMNT: https://drinklmnt.com/huberman
InsideTracker: https://www.insidetracker.com/huberman
Supplements from Momentous
https://www.livemomentous.com/huberman
Timestamps
(00:00:00) Endurance: Benefits, Mechanics & Breathing
(00:07:30) Tool: “Exercise Snacks”
(00:14:21) Sponsor: Levels, LMNT
(00:18:01) Endurance Categories
(00:22:16) Fat Loss & Respiration; Carbon Cycles & Storage, Metabolism
(00:33:08) Exhalation Rates, Exercise & Fat Loss; Calories
(00:41:47) Cardiovascular Adaptations, Cardiac Output & Maximum Heart Rate
(00:47:03) Sponsor: AG1
(00:47:55) Excess Post-Exercise Consumption (EPOC); Exercise Intensity & Fat vs. Carbohydrate Energy Utilization
(00:59:35) Tool: Training for Fat Loss, Carbohydrate Stores, Liver Glycogen & Fatigue
(01:08:01) Metabolic Flexibility, Carbohydrates & Fat; Exercise & Flexible Fuel Utilization
(01:16:07) Muscle & Basal Metabolic Rate
(01:19:40) Sponsor: InsideTracker
(01:20:43) Assessing Metabolic Flexibility, Blood Glucose, Carbohydrates
(01:27:48) Caffeine, High-Carbohydrate Meals & Timing, Managing Daily Energy
(01:36:42) Cellular Energy (ATP) Production from Carbs; Lactate; Anerobic, Aerobic
(01:50:45) Lactate, Energy Production Buffer
(01:53:14) Fuel Sources & Exercise; Mitochondria, Oxygen Availability & Lactate
(02:02:50) Lactate for Exercise & Cognitive Performance
(02:04:33) Energy Production, Waste Management & Endurance Exercise; Insulin
(02:12:49) Protein & Fat Utilization for Energy; Exercise & Fat Loss
(02:21:20) Protein as Fuel Source, Fire Analogy
(02:26:39) Low-Carbohydrate Diet & Performance
(02:29:40) Muscular Endurance: Fuel Sources, Training & Capillarization
(02:37:30) Tool: Muscular Endurance & Modifiable Variables; Examples
(02:45:07) Anerobic Capacity: Fuel Sources, Training & Oxygen Utilization
(02:49:23) Tool: Cardiac Output, Heart Rate Zones & Breathing “Gear System”
(02:58:10) Tool: Anerobic Capacity & Modifiable Variables; Examples, Nasal Recovery
(03:11:45) Tool: “Sugarcane” Endurance Protocol
(03:14:02) Anerobic Capacity, Training Progression
(03:16:40) Tool: Maximum Aerobic Output, Training & Modifiable Variables
(03:21:58) Tool: Long Duration Endurance, Training, Circuits
(03:25:13) Long Duration Endurance, Capillarization, Fatigue & Breathwork, Technique
(03:29:10) Weekly Combination Training, Metabolic Flexibility & Longevity
(03:37:23) Tool: Mixed Endurance Training, Half Marathon Example
(03:47:33) Zero-Cost Support, Spotify & Apple Reviews, YouTube Feedback, Sponsors, Neural Network Newsletter
Title Card Photo Credit: Mike Blabac
Disclaimer
Learn more about your ad choices. Visit megaphone.fm/adchoices
Follow this show on AudioBrevity and new episodes get summarized for you. Create a free account