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CARDIORESPIRATORY ENDUCANCE

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12-Minute Swim Test. Blood Pressure/Heart Rate Assessment ... count 30 seconds / multiply by 2 = resting heart rate / beats per minute (bpm) ... – PowerPoint PPT presentation

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Title: CARDIORESPIRATORY ENDUCANCE


1
CARDIORESPIRATORY ENDUCANCE
  • HEART / LUNGS / BLOOD AND THE BODY

2
Cardiorespiratory Endurance
  • The most important component of physical fitness,
    and best indicator of overall health.
  • The measure of how efficiently our bodies work
    oxygen uptake / distribution and utilization.
  • Hypokinetic diseases diseases due to the lack of
    activity.
  • Hypertension, heart disease, obesity, cancer
    etc..

3
Aerobic / Anaerobic Exercise
  • Anaerobic Exercise
  • High intensity exercises.
  • Exercise that doesnt need oxygen to produce
    energy.
  • 2-3 minutes of high energy bursts.
  • 100, 200, 400 meter sprints, weight lifting, etc.
  • Aerobic Exercise
  • Low to moderate intensity exercises.
  • Body requires oxygen to produce energy (ATP).
  • Walking, jogging, swimming, cycling, etc.

4
Benefits of Aerobic Exercise
  • Higher maximum oxygen uptake
  • Increase in oxygen-carrying capacity of the
    blood.
  • Decrease in resting heart rate
  • Increase cardiac output stroke volume.
  • Lower heart rate at given workloads.
  • Increase number size of mitochondria.
  • Increase number of functional capillaries.
  • Increased recovery time.
  • Decreased blood pressure blood lipids.

5
Assessing Cardio. Endurance
  • Determining maximal amount of oxygen the human
    body is able to utilize in 1 minute.
  • 1.5 mile Run Test
  • 1.0 Mile walk test
  • Step Test (3 min.)
  • Astrand-Ryhming Test
  • 12-Minute Swim Test

6
Blood Pressure/Heart Rate Assessment
  • Find pulse / count 30 seconds / multiply by 2
    resting heart rate / beats per minute (bpm).
  • Bradycardia slower heart rate than normal
    (below 40 bpm).
  • Systolic Blood Pressure pressure on artery
    walls during heart contractions.
  • Diastolic Blood Pressure pressure on arteries
    during rest phase of heart contractions.
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