Aerobic Training (9/24b) [Intervention] Flashcards

(28 cards)

1
Q

Recommended Intensity - HR max

A

60% - 90% of HR max

HR max - from stress tests or from prediction equations

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2
Q

Recommended Intensity - HRR or VO2

A

HRR - % Heart rate max or heart rate reserve

Also known as Karvonen Method***

{(HRmax – HRrest)* x%} + HRrest

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3
Q

Perceived Exertion

A

Only works if used correctly → PT should validate response (HR, RR, talk, BP)

Borg’s Scale: 6-20 scale (1982)

Borg CR10 Scale: 1-10 scale
Physical Activity Guidelines

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4
Q

Exertion - Borg’s Scale

A

6-20 scale

7=very very light
9=very light
11=fairly light
13=somewhat hard
15=hard
17=very hard
19=very very hard
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5
Q

Exertion - Borg CR10 Scale

A
1-10 scale
0=nothing at all
0.5=extremely weak
1=very weak
2=weak (light)
3=moderate
4=somewhat strong
5=strong (heavy)
7=very strong
10=extremely strong (almost max)
Maximal
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6
Q

Exertion - PA Guidelines

A

1-10 scale

1 = very light activity, breathing not changed

2-3 = light activity, easy to breathe and carry on convo

4-6 = moderate activity, breathing more heavily, can carry on convo but requires more effort

7-8 = vigorous activity, on verge of uncomfortable, conversation requires max effort

9 = very hard activity, difficult to maintain exercise or speak

10 = max effort activity, full out effort, no convo impossible

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7
Q

What does % VO2 max measure?

A

oxygen consumption

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8
Q

Factors that affect VO2 max

A

Disease

Mode: treadmill > cycle > arm crank (dependent on more muscle mass being used)

Heredity: 20-30%

Sex: men > women (body size and composition: more muscle mass → more VO2)

Age: ↓ with age

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9
Q

Criteria for VO2 max

A

Leveling off of VO2 with ­’d work load

Has to have plateau to be VO2 max

Within 5 beats of APMHR

Respiratory quotient (R) > 1.1 (R = CO2 produced / O2 consumed)

Blood lactate (LA) = 8-10 mM/ L

VO2 peak is more typically reported

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10
Q

How to convert VO2 max to be clinically applicable?

A

convert mL/kg/min to METs

METS: 3.5 ml O2/kg/min

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11
Q

Assessing aerobic capacity

A

Usually use submaximal tests

Measuring max O2 uptake is too expensive

Graded exercise stress test is a little too harsh

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12
Q

Submaximal Exercise Test - Overview

A

involve measuring the responses to standardized physical activities that are typically encountered in everyday life

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13
Q

Submaximal Exercise Test - Conditions Affecting HR

A
Caffeine
Temperature
Stress
Menstrual cycle
Etc
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14
Q

Submaximal Exercise Test - Assumptions

A

Similar max HRs for participants

Constant economy or efficiency during exercise

Small day to day variation in HR

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15
Q

There is a linear relationship between ___ and ___ during submaximal exercise

A

HR and VO2

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16
Q

Predictive tests for maximal aerobic capacity

A

HR measured at 2 or more sub max workloads.

Extrapolate HR to age-predicted maximal heart rate (HRmax) and estimate VO2max

17
Q

Recommended Duration

A

minimum of 20 minutes per session

more time for more effects

18
Q

Recommended Frequency

A

can do everyday

2-3 days/week

more frequent for more effects

19
Q

How to maintain fitness

A

Frequency and duration can decrease by 2/3 without a decrease in VO2max

20
Q

Interval Training

A

Aerobic system

Work interval : Recovery interval → 1:1 OR 1:1.5

21
Q

Continuous Training

A

Build to gradually complete goal

Warm up and cool down

Times of oxygen deficit and debt

22
Q

Oxygen deficit

A

VO2 building up to steady state but oxygen system isn’t quite caught up yet

23
Q

Oxygen debt

A

still having increased metabolism and oxygen consumption after you finish the workout

24
Q

Consideration for Exercise Programs - Intensity, Frequency, Duration

A

Premorbid state of conditioning

Functional status

Comorbid conditions

25
Consideration for Exercise Programs - Mode, Intensity, Frequency
Preferences or accessibility for specific activities Ability to self-monitor Personality i.e. overachiever, underachiever, or rule follower
26
Upper Extremity vs Lower Extremity Work
lower extremity work results in higher VO2, heart rate, blood pressure, and watts
27
Submaximal work
higher HR at a given workload than with LE work less mechanical efficiency of smaller ms groups less myocardial efficiency as evidenced by ­increased systolic BP
28
Maximal work
lower HR max during UE testing smaller ms mass with less efficiency lesser degree of training use caution when extrapolating and predicting to max values