32:38

Chapter 5 Hormonal Control of Bioenergetics 2025-

22:33

What Is Exercise Physiology and Why You Should Care About It?

37:53

BYU Exercise and Medicine: Greece Study Abroad Info Session

23:09

Fatty Acid Transport and Exercise

31:30

Why Does Hypertension Matter?

13:34

How Is the Size Principle of Motor Unit Recruitment Related to the Power-Duration Relationship

22:44

Age-related Decline In VO2max: When Activities of Daily Living Become Athletic Events

46:27

Cardiovascular Response to Exercise

47:03

How is Exercise Blood Flow Controlled by Arterioles?

07:45

What Does Creatine Supplementation Do?

07:02

Can You Recovery Phosphocreatine during Exercise?

21:36

How is Phosphocreatine recovered?

07:19

How does phosphagen system work?

09:58

Smooth Muscle Contraction and Relaxation

01:12:27

Taysom Wallace Thesis Defense: Can Muscle Heat Therapy Replicate the Vascular Benefits of Exercise?

30:07

Cardiovascular Adaptations to Exercise Training

01:27:47

Jessica Collins Thesis Defense: Effect of HIIT vs. MICT Endurance Training on Critical Power.

01:07:48

Abi Dorff Thesis Proposal: Do Changes in Muscle Blood Flow Contribute to Low Critical Power with Age

01:06:25

Jessica Linde Thesis Proposal: Impact of The Menstrual Cycle on Critical Power

07:58

How is the VO2 Slow Component related to Peripheral Fatigue?

14:24

Thermo Reg Mechanisms of Heat Transfer

10:10

How Does Heart Rate Influence Cardiac Output

27:20

Factors that affect stroke volume

13:58

Cardiovascular Function and Structure

07:47

Intro to Cardiovascular System and Heart Failure

17:38

Intro To Oxyhemoglobin Curve

29:27

Aerobic Metabolism of Fats and Carbs

17:28

Bioenergetics and Enzymes

11:36

Overview of 3 Main Energy Systems Used For Exercise

02:27

VO2 for measuring energy expenditure

14:34

Intro to Homeostasis and Adaptation

15:17

Introduction to the Size Principle

14:55

What are action potentials?

04:38

Intro to Steady State Exercise

17:41

Angles in Ultrasound

05:28

Anatomy of The Ultrasound Machine

07:42

CNAP Analysis

07:07

Baseline Analysis

53:03

Introduction to the Concept of Critical Power

09:17

Wingate Test

06:51

NIRS Data Analysis

14:59

Calibrating and Using NIRS

05:33

Performing PLM

05:47

Accelerometer Set Up and Data Download

06:03

Critical Power Test on Bike

11:11

VO2 Max Test on Bike

37:53

Intro to Exercise Intensity Domains

08:22

Calibrating the Metabolic Cart

08:16

Making and Cleaning a Mask

01:04:37

HIIT Training vs. MICT Training on Critical Power: Jessica Collins Thesis Proposal

08:30

Second-by-Second Analysis

49:54

Intro to Doppler Ultrasound and Vascular Function for Gifford Lab

52:13

Adaptations to Exercise Training

28:41

ThermoReg Part 3

04:37

Thermoregulation Intro

52:49

Cardiovascular response to exercise and control

47:52

Hemodynamics

01:01:02

MAP and Cardiac Output

29:55

Cardiac Cycle

07:13

Heart Failure and VO2max