Exercise Effects on the Cardiovascular and Respiratory Systems

Slides:



Advertisements
Similar presentations
Chapter 4 Acute responses to exercise
Advertisements

Hover over a hexagon for more information
Cardiorespiratory Adaptations to Training
Training and the cardiovascular & pulmonary systems
Physiological Adaptations in Response to Training
Effects of exercise © 2006 Pearson Publishing Tel
Exercise & Breathing Noadswood Science, Exercise & Breathing To know the changes that happen to the body during exercise, and how to label the breathing.
VO2 MAX & TRAINING ADAPTATIONS
Oxygen Uptake and Performance
Exercise Physiology Cardiorespiratory Physiology.
THE CARDIOVASCULAR SYSTEM
Nieman DC. Exercise Testing and Prescription: A Health-Related Approach. 6/e. Copyright ©2007 McGraw-Hill Higher Education. All rights reserved. Chapter.
BASICS OF CARDIORESPIRATORY ENDURANCE Chapter 7 Lesson 1 & 2.
THE CARDIORESPIRATORY SYSTEM Chapter 9. Cardiorespiratory System  What are the functions of the cardiorespiratory system? –Transport O 2 to tissues and.
Long term effects of training.
YEAR 11 PE ACUTE RESPONSES TO PHYSICAL ACTIVITY.  ACUTE RESPONSES- Immediate, short-term responses to exercise that last only for the duration of the.
Benefits of Cardiovascular Fitness SkyView Physical Education Department.
Sport Books Publisher1 The Heart and Lungs at Work Chapter 6.
As soon as you begin to exercise your muscle cells increase their demands for oxygen (O 2 ). As exercise continues there is also an increased need to remove.
The Circulatory System
Physiological effects of training The cardiovascular system.
Cardiac & Respiratory Dynamics. Vascular System Carry blood away from heart Arteries  Arterioles  Capillaries Carry blood to heart Capillaries  Venules.
The Cardiovascular System
Cardiorespiratory Endurance The ability to perform prolonged large-muscle, dynamic exercise at moderate-to-high levels of intensity.
Sport Books Publisher1 The Heart and Lungs at Work Chapter 7.
KEY KNOWLEDGEKEY SKILLS  The structure and function of the heart and lungs  The way the cardiovascular and respiratory systems work together in bringing.
Task 5 Cardiovascular System
ACUTE RESPONSES TO EXERCISE. Acute Responses to Exercise are the immediate physiological responses to exercise.
Sport Books Publisher1 RESPIRATORY ANATOMY. Sport Books Publisher2 The primary role of the respiratory system is to: 1. deliver oxygenated air to blood.
The Five Components of Fitness. These five components represent how fit and healthy the body is as a whole. 1. Cardiovascular Endurance 1. Cardiovascular.
Respiratory Dynamics 7.3. Red Blood Cells Also called erythrocytes The primary function is to transport oxygen from the lungs to the tissues and remove.
Adaptations to Exercise. Oxygen Delivery During Exercise Oxygen demand by muscles during exercise is 15-25x greater than at rest Increased delivery.
The Circulatory System. The Circulatory System The circulatory system is made of: The circulatory system is made of: The Heart The Heart Arteries and.
Acute Responses to Exercise Key Knowledge 2.1: Functions responsible for short term (acute) responses to physical activity in the cardiovascular, respiratory.
The Cardiovascular System. The circularity system or cardiovascular system includes the heart, blood and blood vessels. The circularity system as four.
CARDIORESPIRATORY ENDURANCE. l The ability of the body to perform prolonged, large-muscle, dynamic exercise at moderate-to-high levels of intensity l.
1 RESPIRATORY ANATOMY. 2 The primary role of the respiratory system is to: 1. deliver oxygenated air to blood 2. remove carbon dioxide from blood The.
Recap on the cardiovascular system and its response to exercise.
M. Tupper HFHS What is Physiology? The study of living processes The study of living processes Understanding how various forms of life function.
RESPIRATORY SYSTEM.
KEY KNOWLEDGEKEY SKILLS  functions responsible for short term (acute) responses to physical activity in the cardiovascular, respiratory and muscular systems.
KEY KNOWLEDGEKEY SKILLS  The functions responsible for short term (acute) responses to physical activity in the cardiovascular, respiratory and muscular.
The Cardiovascular System
CARDIOVASCULAR SYSTEM
AchievementAchievement with Merit Achievement with Excellence  Describe how body structure and function are related to the performance of physical.
The Heart and Lungs at Work Chapter 6
The Heart and Lungs at Work Chapter 6 1. The Primary Roles of the Cardiovascular System 1. to transport oxygen from the lungs to the tissues 2. to transport.
Physical responses and adaptations of human body to exercise Martin Jančík.
Circulatory System. What do you know? Why is it important for your heart to continue beating even when you’re sleeping? Why is it important for your heart.
ACUTE RESPONSES TO PHYSICAL ACTIVITY YEAR 11 PE-Year 12 Content.
Ventilation Noadswood Science, Ventilation To know how ventilation takes place in the body Sunday, October 02, 2016.
The circulatory system transports blood and other materials.
The Cardiovascular System
The Heart and Lungs at Work Chapter 6
SHORT & LONG TERM EFFECTS OF EXERCISE
The Circulatory system
Cardio-respiratory system
(1) Adaptations: the heart
OXYGEN TRANSPORT SYSTEM
The Circulatory system
© Cengage Learning Australia 2011
EXERCISE PHYSIOLOGY Tuesday, November 13, 2018Tuesday, November 13, 2018Tuesday, November 13, 2018.
Acute Responses to Exercise
Unit 2: Physiology of fitness long term effects of exercise
Chapter 8 Heart and Lungs at Work Kinesiology Books Publisher 1.
The long-term training effects of exercise
Respiratory, Circulatory and Lymphatic Systems
KEY KNOWLEDGE KEY SKILLS
Chapter 8 Heart and Lungs at Work Kinesiology Books Publisher 1.
Physiology L3.
Presentation transcript:

Exercise Effects on the Cardiovascular and Respiratory Systems The cardiovascular system ensures that adequate blood supply to working muscles, the brain and the heart is maintained. Also, heat and waste products generated by the muscles are dissipated and removed. Sport Books Publisher

Aerobic Training Effect on the Cardiovascular and Respiratory Systems Sport Books Publisher

Exercise Effects on the Cardiovascular and Respiratory Systems cont. Cardiac Output Increase in heart size is one of the benefits that may arise as a result of endurance training. 1. Larger atria and ventricles allow for a greater volume of blood to be pumped each time the heart beats. 2. Increased thickness of the walls of the heart (cardiac muscle) allows for increased contractility (rate of contraction) Sport Books Publisher

Exercise Effects on the Cardiovascular and Respiratory Systems cont. Capillary Supply Increased capillarization is another benefit that may arise as a result of endurance training. Increased capillarization allows for: 1. a greater surface area and reduced distance between the blood and the surrounding tissues 2. increasing diffusion capacity of oxygen and carbon dioxide 3. easing transport of nutrients to cells. Sport Books Publisher

Exercise Effects on the Cardiovascular and Respiratory Systems cont. Capillary Supply cont The a-vO2 difference of the body can be also improved by endurance training. Endurance training increases circulation (blood flow) in the capillaries that are next to muscle fibers. Capillarization also occurs in cardiac muscle, reducing the possibility of cardiac disease and heart attacks. Sport Books Publisher

Exercise Effects on the Cardiovascular and Respiratory Systems cont. Blood Volume Increase in total blood volume along with the number and total volume of red blood cells. This is done through stimulation of erythropoiesis (formation of new red blood cells) in the bone marrow. Sport Books Publisher

Exercise Effects on the Cardiovascular and Respiratory Systems cont. Ventilation increases with exercise in order to meet the increased demand of gas exchange. During exercise ventilation can increase from 6 L / min at rest to over 150 L/min during maximal exercise and to more than 200 L/min during maximal voluntary breathing With exercise/endurance training, the lungs become more efficient in gas exchange. Sport Books Publisher

Exercise Effects on the Cardiovascular and Respiratory Systems cont. Oxygen Extraction similar to ventilation in that the increased air flow allows for more gas exchange. Additionally, during exercise, body temperature increases. Increased body temperature promotes oxygen extraction, this is known as the Bohr effect. Sport Books Publisher

Exercise Effects on the Cardiovascular and Respiratory Systems cont. Summary Endurance training stimulates many positive adaptations in the cardiovascular system. It is crucial that the health professional understand these adaptations in order to impart this knowledge to the general population allowing people to live with greater health and a better quality of life. Sport Books Publisher

Cardiovascular Anatomy and Physiology Discussion Questions 1. Describe the path and all related steps that a molecule of oxygen would take from the air in the lungs to a muscle cell. 2. Describe the path and all related steps that a molecule of carbon dioxide could take from a muscle cell to the air in the lungs. 3. Define and provide the units for blood pressure, heart rate, cardiac output, stroke volume, ateriovenous oxygen difference. 4. List the ways in which training improves the effectiveness of the cardiovascular system. Sport Books Publisher

Cardiovascular Anatomy and Physiology Discussion Questions cont. 5. Describe the two components of blood pressure. What do they measure? 6. What is hemoglobin, where is it found, what is its purpose. 7. What are erythrocytes and reticulocytes? Where are they produced? 8. What is hematocrit? 9. Describe the ways in which carbon dioxide can be transported through the blood. 10. What is VO2max? What factors influence this measure? How is it affected by training? Sport Books Publisher