Cardio pulmonary training
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Cardio-pulmonary Training. Fitness 102. Importance of training the Cardio-pulmonary system. Help reduce blood pressure Strengthens the heart and lungs Pushes cholesterol deposits out of the arteries Helps to maintain joint integrity Can lower your heart rate Helps reduce body fat.

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Cardio-pulmonary Training

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Cardio pulmonary training

Cardio-pulmonary Training

Fitness 102


Importance of training the cardio pulmonary system

Importance of training the Cardio-pulmonary system

Help reduce blood pressure

Strengthens the heart and lungs

Pushes cholesterol deposits out of the arteries

Helps to maintain joint integrity

Can lower your heart rate

Helps reduce body fat


Cardio pulmonary system

Cardio-pulmonary system


How do we get our fuel to run the engine

How do we get our fuel to run the engine?


Bioenergetics

Bioenergetics

The way your body converts food into a usable form of energy

More specifically…

Fats*

Carbs*

Protiens


Bioenergetics1

Bioenergetics

Body uses Fats, Carbs, and Protein for energy by the three different energy systems.

ATP-PC system (Phosphagen System)*

Glycolosis*

Aerobic System

* These are anaerobic systems


Atp pc system

ATP-PC System

This system only lasts about 7-10 sec

Then exercise has to stop or slow down.

Recovers after about 3 min of rest


Atp pc system1

ATP-PC System

Rapidly provides the body with ATP

ATP- Adenosine triphosphate (this is what your body breaks everything down into for energy)

ATP

ADP

ATP

ATP

ATP

PC

PC

ADP


Glycolosis

Glycolosis

Also provides ATP rapidly

Involves the breakdown of glucose or glycogen

You invest 2 ATP molecules and at the end you get 4

During the process the glucose gets broken down and hydrogen ions are stripped away were the attempt will be to take them to the aerobic system.

Byproduct of Glycolosis will be pyruvate or LACTIC ACID.


Glycolosis1

Glycolosis


Aerobic system

Aerobic System

Made up of Krebs Cycle and electron transport chain

Fats, Carbs, and Proteins can be taken to the Krebs Cycle

When hydrogen's get produced in Glycolosis if enough oxygen is present then they will be taken to the Krebs cycle

Krebs cycle primary function is to take the potential energy from the hydrogen's and take them to the electron transport chain.


Aerobic system1

Aerobic System

In the ETT the hydrogen's combine with oxygen and other substrates to produce 3-4 ATP molecules


Now you know

NOW You KNOW


Which energy

Which energy

At the onset of cardiovascular exercise body goes through and oxygen deficit

Oxygen Deficit- Lack of O2 in the muscle at the beginning of exercise.


Which energy1

Which energy

During Aerobic exercise such as swimming, biking, running, etc… the body primarily uses fat as a fuel

One reason why doing cardio burns body fat


Physiological effects of the cardiovascular system

Physiological effects of the Cardiovascular System

Increase size in the ventricular chamber (Why)

More capillaries that surround the muscle tissue (Why)

More mitochondria in the cell (Why)


Pulse sites

Pulse Sites

Temporal Pulse

Carotid pulse


Pulse sites1

Pulse Sites

Brachial Pulse

Radial Pulse*


Pulse sites2

Pulse Sites

Femoral Pulse


Checking pulse

Checking Pulse

When your checking your pulse or counting someone else's use the radial pulse

Use your pointer, middle, and index fingers. Place fingers just below the crease where your hand and wrist meet below the thumb.

Count the # of beats for 60 sec. to receive someone's pulse.


Normal pulse rates

Normal Pulse Rates

For ages 11 through adult 60 and 100 beats per minute (BPM)

For someone very physically fit - 40 to 60 BPM

For a child 1 & under- 100 to 160 BPM

Children 1 to 10 - 70 to 120 BPM (these are all averages)


Activity

Activity

1. Take out a piece of paper and record your pulse

2. Record the pulse rates of each person in your group.

3. Are the pulse rates that you got similar to the pulse rates that your partners received for themselves (within 5 BPM)? If not what went wrong?

4. What is the range of pulse rates in the group?

5. Were there any variables that made someone's heart rate lower ie. Regular exerciser, medical condition, play a sport, smoker, etc…)?


Designing a cardiovascular workout

Designing a cardiovascular workout

Est. Goals

1. Lose weight/Body fat

2. Just stay healthy/Get into better shape

3. Get better at a sport/faster at long distance running


Designing a cardiovascular workout1

Designing a cardiovascular workout

Know what training zone to train in

1. 55-65% of your VO2 max

Beginner fitness/Just want to stay healthy

2. 65-75% of your VO2 max

Average fitness level/Good fat burning zone

3. 75-85% of your VO2 max

High fitness level/Want to increase cardiovascular performance athletically.

VO2 max- The amount of oxygen being consumed by the body.


Designing a cardiovascular workout2

Designing a cardiovascular workout

Find your Target Heart Rate (THR) or training heart rate

But First some Acronyms…

Max Heart Rate (MHR)

Resting Heart Rate (RHR)

Heart Rate Reserve (HRR)

Target Heart Rate Range (THRR)


Designing a cardiovascular workout3

Designing a cardiovascular workout

Find your Target Heart Rate (THR) or training heart rate

Step 1. 220-age=MHR

Step 2. MHR-RHR= HRR

Step 3. HRR x Low VO2 max percentage= #

HRR x High VO2 max percentage= #

Step 4. Low # + RHR= THRR

High # + RHR=THRR


Designing a cardiovascular workout4

Designing a cardiovascular workout

Mr. Peifer’s THRR

Step 1. 220-24 (age)= 196 (MHR)

Step 2. 196 (MHR) – 55 (RHR)= 141 (HRR)

Step 3. 141 (HRR) x 65%= 91.65

141 (HRR) x 75%=105.75

Step 4. 91.65 + 55 (RHR)= 146.65 (THRR)

105.75 + 55 (RHR)= 160.75 (THRR)

THRR is between 147 BPM and 161 BPM


Activity1

Activity

1. Find your THRR without a calculator.

2. Get the THRR for each person in your group.

3. Did you find similarities in your THRR vs. the people in your group…..Why?

4. Joe is a 16 year old high school athlete who wants to increase his VO2 max. He has a resting heart rate of 70 BPM. As Joe’s friend what VO2 max percentage would you recommend for him and help him find his THRR.


Answer

Answer

220-16= 204 MHR

204-70= 134 HRR

134 HRR x 75%= 100.5

134 HRR x 85%= 113.4

100.5 + 70 BPM=170.5 THRR

113.4 + 70= 183.4 THRR


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