Abnormal Exercise Responses Flashcards

1
Q

What do rales/crackles that occur after exercise indicate?

A

CHF

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2
Q

Nausea/vomiting can indicate

A

Cardiac issue or loss of sodium

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3
Q

Lightheadedness can indicate

A
  1. Drop in blood sugar
  2. Dehydration
  3. Drop in HR/BP
  4. Sign of MS
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4
Q

SBP drop > ______ mmHg indicates ______

A

> 10 mmHg

L ventricular dysfunction

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5
Q

SBP should go up with exercise, not be blunted or flat- can indicate _______

A

Autonomic dysfunction (MS, diabetes)

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6
Q

DBP that increases or decreases by _____ mmHg

A

10 mmHg (should stay the same during exercise)

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7
Q

HR above _____

A

THR

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8
Q

Flat or blunted ____ response

A

HR

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9
Q

HR drop can indicate _____ or ____ issue

A

SA node dysfunction, ANS issue

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10
Q

HR that increases out of proportion to work rate indicates

A

SV problems

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11
Q

HRR Formula

A

THR = [(HRmax - RHR) x ____%] + RHR

HR max from stress test

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12
Q

________ BAR for pathology

A

20-30

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13
Q

formula for those on beta blocker who do NOT have stress test (not the best alternative…)

A

[162-(0.7xage)]

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14
Q

Exercise principles include

A
  1. Frequency
  2. Intensity
  3. Time
  4. Type
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15
Q

Training Principles

A
  1. Specificity
  2. Overload
  3. Individuality
  4. Progression
  5. Reversibility
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16
Q

What should happen to HR from rest to aerobic exercise

A

Rest: 60-90 bpm

Aerobic exercise: INCREASE 10-12 bpm/MET

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17
Q

What should happen to SBP with aerobic exercise from rest

A

Rest: SBP <120 mmHg

Aerobic ex: Increase 7mmHg/MET

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18
Q

What should happen to DBP from rest to aerobic exercise

A

Rest: DBP <80 mmHg

Aerobic ex: Inc/Dec 10mmHg in entire session

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19
Q

With AEROBIC training, does SBP, DBP, or do both increase?

A

just SBP increases

20
Q

With weight training, does SBP, DBP, or do both increase?

A

BOTH increase

21
Q

What happens to Q with aerobic exercise from rest?

A

5 L/min –> increases 20-22 L/min

22
Q

What happens to SV from rest to aerobic exercise?

A

Rest: 71 ml/b

Aerobic ex: increases 100ml/b

23
Q

At 25, 40, 50, and 75% VO2max, is SBP higher for arms or legs exercise

A

ARMS!

25%: SBP 150 (legs 132)
40%: SBP 165 (138)
50%: SBP 170 (144)
75%: SBP 205 (160)

24
Q

At 25, 40, 50, 75% VO2max, is DBP higher for arm or leg exercise?

A

ARMS!

25%: DBP 90 (legs 70)
40%: DBP 93 (71)
50%: DBP 96 (73)
75%: DBP 103 (75)

25
Is arm exercise appropriate for someone with cardiac issues?
NO! DBP will increase too much
26
Any bodily movement produced by contraction of skeletal muscles that results in substantial increase over resting energy expenditure
physical activity
27
For HEALTH BENEFITS
Physical activity
28
A type of PA consisting of planned, structured, and repetitive bodily movement done to improve or maintain one or more components of physical fitness
EXERCISE
29
for FITNESS BENEFITS
Exercise
30
Therapeutic and prescriptive application of low-intensity exercise in the management of acute CP dysfunction- usually for acutely ill patients
Mobilization
31
WBC normal
5000-10000
32
WBC <1000/mm3
Wear protective mask, no exercise
33
WBC <5000 OR 10,000 with fever
No exercise
34
WBC >5000
Light exercise, progress to resistive exercise
35
HCT <25%
No exercise
36
HCT >25%
Light exercise
37
HCT 30-32%
Add resistive exercise
38
Hgb <8
No exercise- can do bed mobility
39
Hgb 8-10
light exercise, walking, ADLs
40
Hgb >10
Resistive exercise, aerobic exercise
41
Platelets <20,000
no exercise- ADLs and walking with approval
42
Prothrombin time (PT) > or = to 2.5x reference range
PT and OT contraindicated
43
Clients receiving anticoagulant therapy | INR >/= 2.5-3.0
Consult with physician
44
General exercise contraindications: | RHR > ______ b/min
100-120
45
General exercise contraindications: | Resting BP > _______
180/110 mmHg
46
General exercise contraindications: | Besides RHR and Resting BP levels, name the other 6
1. Uncontrolled DM 2. Decompensated heart failure 3. Significant aortic stenosis 4. Active infection 5. Acute systemic illness/fever 6. Uncontrolled atrial/ventricular dysrhythmias