Cardio-vascular Adaptations to Exercise. THE HEART Cardiac Hypertrophy – increases: size of heart efficiency, especially at rest thickness of myocardium.

Slides:



Advertisements
Similar presentations
Chronic Adaptations to Training
Advertisements

Hover over a hexagon for more information
Cardiorespiratory Adaptations to Training
PHYSIOLOGICAL RESPONSES AND ADAPTATION TO EXERCISE
Respiratory Adaptations to Long Term Training
Long term responses of exercise on the cardiovascular system
Cardiac Output: And Influencing Factors. Cardiac Output Amount of blood pumped out by each ventricle in 1 min CO = HR x SV.
Project 2 Topic 2 Chronic Adaptations to Training.
Physiological Adaptations in Response to Training
The Athletic Heart.
Short and long term effects of exercise
VO2 MAX & TRAINING ADAPTATIONS
Physical Adaptations to Training
THE CARDIOVASCULAR SYSTEM
Circulatory Responses. Purpose transport oxygen to tissues transport of nutrients to tissues removal of wastes regulation of body temperature.
Nieman DC. Exercise Testing and Prescription: A Health-Related Approach. 6/e. Copyright ©2007 McGraw-Hill Higher Education. All rights reserved. Chapter.
Regulation and Integration
Long term effects of training.
CARDIAC SYSTEM. Starter – From Homework Write down a definition for the following Stroke Volume Heart Rate Cardiac Output Starling’s Law Add equations.
Heart Function Learning Objectives: To understand the structure of the heart; To understand the relationship between cardiac output, stroke volume and.
Cardiorespiratory Adaptations to Training
KEY KNOWLEDGEKEY SKILLS  Long term (chronic) training adaptations occurring at the cardiovascular, respiratory and muscular systems.  Describe how long.
Chapter 11 Chronic training adaptations
Physiological effects of training The cardiovascular system.
GCSE Physical Education
Blood Pressure. Blood pressure is the force exerted by the blood against the walls of the blood vessels. It is necessary to maintain blood flow though.
CARDIOVASCULAR CONTROL DURING EXERCISE. Major Cardiovascular Functions  Delivery (e.g., oxygen and nutrients)  Removal (e.g., carbon dioxide and waste.
Cardio-Vascular System
Task 5 Cardiovascular System
ACUTE RESPONSES TO EXERCISE. Acute Responses to Exercise are the immediate physiological responses to exercise.
5 The Cardiovascular System and Its Control chapter.
Adaptations to Exercise. Oxygen Delivery During Exercise Oxygen demand by muscles during exercise is 15-25x greater than at rest Increased delivery.
The Cardiovascular System. The circularity system or cardiovascular system includes the heart, blood and blood vessels. The circularity system as four.
Laboratory 8 Fitness Testing 2 By Brady, Jemima, Cuz and Matt.
Responses to Exercise. Cardiac Output Cardiac Output (Q) – the volume of blood that is pumped out of the left ventricle in 1 minute  Measured in L/min.
LONG TERM EFFECTS OF EXERCISE ON THE BODY SYSTEMS Physiology of Fitness Andrew Roberts.
Blood and Blood Pressure. Components of Blood Plasma – Liquid portion of blood – Contains ions, proteins, hormones Cells – ___________________________________.
LESSON 12 – INTRODUCTION TO BLOOD PRESSURE AND CIRCULATORY SYSTEM.
The Cardiovascular System
Recap last lesson…. Describe vascular shunting. What is tidal volume?
Heart Function Learning Objectives:
The cardiac cycle Ventricular filling the diastole refers to the period of the cardiac cycle during which the ventricles are filling with blood the systole.
Adaptations to Aerobic and Anaerobic Training. Adaptations to Aerobic Training: Cardiorespiratory Endurance Cardiorespiratory endurance –Ability to sustain.
Physical responses and adaptations of human body to exercise Martin Jančík.
AS PE ANATOMY AND PHYSIOLOGY. By the end of the lessons you will have:- 1.Completed past paper questions to your minimum target grade standard. 2.Peer.
The Vascular System Blood consists of blood cells and platelets floating in plasma, 8% of body weight: Plasma makes up 55% of blood volume Red blood cells.
CARDIOVASCULAR CONTROL DURING EXERCISE
Starter The heart is a muscle and it’s own blood supply comes from the coronary arteries. A diet high in Low Density Lipoproteins LDL’s clogs up these.
Circulation and Exercise
Factors that effect EDV and ESV
Cardiovascular System
Physiological Adaptations in Response to Training
(1) Adaptations: the heart
Cardiovascular Dynamics
PHYSIOLOGICAL ADAPTATIONS IN RESPONSE TO TRAINING
Heart Function Learning Objectives:
CARDIOVASCULAR system BLOOD & VESSELS
Cardio-Vascular Response to Exercise
Effects of Exercise on the Heart
Aerobic Training Module 4- Training.
The long-term training effects of exercise
Training Effects Amina & Drexler .
KEY KNOWLEDGE KEY SKILLS
PHED 1 Applied Physiology Responses to Exercise
Paper 1 Applied Physiology Heart Function
Responses to Exercise.
Long Term Responses to Training
Long Term Investigation
Physiology L3.
The Hormonal Control Mechanism
Presentation transcript:

Cardio-vascular Adaptations to Exercise

THE HEART Cardiac Hypertrophy – increases: size of heart efficiency, especially at rest thickness of myocardium left Ventricle filling in diastole phase Blood pumped/minute & force of contraction Stroke Volume – At rest & during exercise Max. Cardiac Output

THE HEART This results in: Decreased resting heart rate Bradycardia – below 60 bpm (Indurain 30bpm) However, no change in CO at rest due to decrease in HR

THE CIRCULATORY SYSTEM Increased capillarisation Improved vasculature efficiency Vasoconstriction/dilation Improved blood shunting Decreased Blood Pressure at rest (unchanged during exercise)

THE CIRCULATORY SYSTEM Increases in Blood Volume (plasma content) Decreased viscosity Increased Red blood cell volume & Haemoglobin Blood haematocrit (rbc/total vol.) decreases due to greater plasma increase

Few adaptations take place in the Cardiovascular system as a result of strength training. NOTE!! Adaptations occur as a result of aerobic training.

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2024 SlidePlayer.com Inc. All rights reserved.