Bioenergetics Part 2 of 2 - Metabolic Pathways (UPDATED VERSION IN DESCRIPTION)

THIS PLAYLIST IS THE UPDATED VERSION OF THIS LECTURE
Bioenergetics Teaching Videos Playlist
• Introduction to Metabo...
Exercise Physiology Teaching Current Edition Playlist
• Introduction to Metabo...
This video shows Dr. Evan Matthews explaining the individual processes of bioenergetics including phosphocreatine, glycolysis, Krebs cycle, electron transport chain. This is part 2 of 2 videos on bioenergetics and exercise physiology. This video is specifically designed for use in an exercise physiology course.
For more information it is recommended that you read the following:
W. Larry Kenney, Jack H. Wilmore, David L. Costill Physiology of Sport and Exercise 7th ed. Chapter 15.
Scott K Powers and Edward T Howley Exercise Physiology: Theory and Application to Fitness and Performance 10th ed. Chapter 3, 4.
Link to Bioenergetics Part 1 of 2 - Sources of Energy Overview
• Bioenergetics Part 1 o...
Exercise Physiology Teaching 1st Ed Playlist
• Introduction to Exerci...
Link to Dr. Evan Matthews website.
sites.google.c...

[@vanithajebaraj9835]

you are a wonderful teacher.. useful presentation.. God bless..

[@VivoPhys]

Thank you!

[@patrickkelly885]

Another great video when you say if there is not enough oxygen available at the end it backs the system up, is that what people refer to as VO2 max ?

[@VivoPhys]

Physiologically they are related, but they are not the same thing. VO2max is what we call it when the full body is consuming as much oxygen as possible. What is being described in that part of the video is when a single mitochondria is consuming as much oxygen as possible, or simply all the oxygen available to it.

[@patrickkelly885]

Vivo Phys - Evan Matthews thank you for the reply, so VO2 max is when there is oxygen available but the mitochondria are already at maximum capacity ? What would cause a mitochondria to not have enough oxygen ? Not enough capillaries to supply oxygen possible ?

[@VivoPhys]

Typically, VO2max will occur when there is not enough blood flow to the body to supply the oxygen. So it is limited by cardiac output not the mitochondria. If you were able to get more blood flow out of the heart your body would likely activate even more muscle fibers (with more mitochondria) to utilize it.

[@Tal_Dahan]

Thank you very much!

[@SportsDoc_Ventures]

Thank you so much... very helpful

[@VivoPhys]

I'm glad it helped.

[@mudassirahmad7527]

Thanks Sir