Cardio Rehab Flashcards

S3Q1

1
Q

CARDIAC REHAB:

primary prevention - what, who, how/purpose (2)
secondary - who, how/purpose

components of rehab (3)

goals of rehab (5)

A

primary prevention
- screening
- for clients
- prevention, individual behavior change

secondary prevention
- for patients
- intervention

components of rehab
- pt educ, risk modification, exercise training

goals of rehab
- overall function not just cardio
- atherosclerosis restore blood flow
- lipid, obesity, adult-onset DM

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2
Q

CARDIAC REHAB:

candidates for secondary intervention (7), primary (2)

A

secondary
- Htn
- angina
- CVD, pulmonary diseases, non-ischemic diseases
- surgery
- arrythmia
- PVD
- elderly c conditions

primary
- healthy c risk factor
- elderly

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3
Q

CARDIAC REHAB:

duration of warm up, cool down, conditioning

what happens if no warm up + conditioning acute progression chronic + IP acute

A
  • warm up & cool down: 5-10 mins
  • conditioning: 20-60 mins

if no warm up
- sudden inc in VS
- acute: lower limit of grey
- progression: middle grey
- chronic: upper limit
- IP acute: white below grey

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4
Q

CARDIAC REHAB:

calisthenics - how (2), for (2)

endurance exercises table - exercise, for, examples (4.3.2.3)

A

CALISTHENICS
- gross, large general movements
- for flexibility & endurance

ENDURANCE EXERCISES
endurance (minimal skill)
- adults
- walk, cycle, aerobic water, slow dance

vigorous endurance
- physically active
- run, aerobics, fast dance

endurance requiring skill
- adults c skill
- swimming, skating

recreational
- adults c regular exercise
- basketball, soccer, hiking

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5
Q

CARDIAC REHAB:

frequency - vs. intensity & duration, IP vs. OP + METS (2)

progression - which parameter first, progress x if (1) + sx (2), progress x if (3)

A

FREQUENCY
- IVP intensity & duration
- IP & <5 METS = bid
- OP & >5 METS = 3-5x/wk

PROGRESSION
- duration first
- if no ischemia sign (angina, cyanosis) = inc intensity
- RPE 9 + normal BP + HR<THR = inc intensity

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6
Q

CARDIAC REHAB: Intensity

HR method - formula, if beta + formula

O consumption - what, how, HRmax equivalent

HRmax - formula, goal for healthy vs. cardiac pt

HRreserve - formula, goal for healthy vs. cardiac pt, when

THR - goal for healthy vs. athlete vs. cardiac pt

which most ideal

A

HR method
- karvonen’s formula
- beta blocker = training SBP = %(SBPmax - SBPrest) + SBPrest

O consumption method
- determine VO2max using gas analysis
- 60-70% VO2max = HRmax

HRmax
- 220-age
- healthy: 60-80% of HRmax, cardiac: 40-60%

HRreserve (HRR)
- HRmax-HRrest
- healthy: 60-80% of HRmax, cardiac: 40-60%

THR
- healthy: 60-80% of HRR + HRrest
- athlete: 80-95%
- cardiac: 40-60%

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7
Q

CARDIAC REHAB: Intensity

METs - what, equivalent to O, goal if cardiac pt, activities (7)

A
  • amount of oxygen consumed for activity
  • 1 MET = 3.5 O/kg of BW/min
  • if cardiac pt: 50-60%
  • lying quietly: 1
  • sitting at ease: 1.2-1.6
  • sitting writing: 1.9-2.2
  • stand: 1.4-2.0
  • walk 1mph: 2.3
  • light housework: 1.7-3.0
  • heavy housework: 3.0-6.0
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8
Q

CARDIAC REHAB:

4 phases

A
  • IP
  • early post-op, intensive monitor
  • late recovery, training
  • long-term maintenance
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9
Q

CARDIAC REHAB: Phase I

duration + if MI, goals (2), contraindications (7)

guidelines - METs initial & end goal, F (frequency & days), I (2 positions) (1.3), T (warm up & ratio), type (1)

A
  • 7-14 days
  • mild MI/heart attack: 2-3d
  • goals: bed rest effects, referral

contraindications
- severe pump fail, 2-3 degree heart block
- arrythmia, angina at rest, unstable angina <24h ago
- hypotension (<90) even c vasopressors
- rapid atrial rhythm

guidelines
- 2-3 METs –> 5 METs by discharge
- F: 2-4x/day during first 3 days
- I: sitting or standing; if MI = HRrest + 20bpm; if heart surgery = HRrest + 30 bpm; stay in <120bpm & RPE13
- T: 3-5 mins walking, 2:1 exercise:rest
- type: walking

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10
Q

CARDIAC REHAB: Phase I

cardiac ICU case - (1=1)
exercise terminate if - SBP, DBP, SaO2, (3+2)

A

cardiac ICU
- regain conscious = AAROM

terminate if
- SBP dec >10mmHg (should inc during exercise)
- DBP >110mmHg
- SaO2: <85%
- angina, arrythmia, heart block, dyspnea, ECG revealing ischemia

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11
Q

CARDIAC REHAB: Phase I

PCTA - how (1=1=1=1), exercise when

CABG - how, precautions (1) (3 + duration), graft sites (2)

CHF - classes (4) + METs + tx (0.0.1.2)

A

CORONARY ANGIOPLASTY
- insert & inflate balloon = push atherosclerotic plaque to side = widen lumen = blood flow
- exercise 2 wks p surgery

CABG
- median stenotomy
- keep elevation <90, avoid lift push pull 4-6w
- radial vessel graft = forearm, saphenous = thigh

CHF
- class I: mild, slight limit (<6.5 METs)
- class II: slight limit (<4.5 METs)
- class III: marked limit (<3.0 METs)
- class IV: unable
- tx: 1-3 = active, 4 = passive & GBRE

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12
Q

CARDIAC REHAB: Phase I

DM - hypo vs. hyper + what to do (1.2), sx (0.3)

hyperlipidemia - CAD vs. non-CAD pt

A

DM
- if fasting blood glucose >250 mg/dL = stop exercise
- if FBG <100 (hypoglycemia) = stop, carbs, resume when stable
- sx of hypoglycemia: weak, irritant, confused

HYPERLIPIDEMIA
- CAD pt = non-pharma mx (PT) when LDL-C >100
- non-CAD = when LDL-C >160

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13
Q

CARDIAC REHAB: Phase II

duration, goal (3), ADL METs + exit METs

strength training - when if cardiac rehab + MI + CABG, weight, reps

F, I (RPE & threshold), T (warm & proper), T (1)

A
  • 2-12 weeks
  • goal: cardiovascular fitness, lifestyle, return
  • METs: 5 (ADL), 9 (exit)

strength training
- cardiac rehab: after 3 wks
- MI: after 5 wks
- CABG: after 8 wks
- 1-3lbs, 12-15 reps

guidelines
- F: at least 3x/wk
- I: RPE 11-16, before ischemic threshold
- T: 5-10 mins warm up, 20-60 mins
- T: aerobics

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14
Q

CARDIAC REHAB: Phase III

duration, monitor via, goal (1)

ETT - when (2), purpose

F, I (RPE), T (duration), T (2)

consider (4)

A
  • 4-6m
  • monitor via ECG only
  • goal: fun & recreation

exercise tolerance test
- before discharge, done at 6th month
- to test body changes

guidelines
- F: 3-5x/wk
- I: RPE 12-14
- T: 20-45 mins
- T: aerobics, resistive

considerations
- pt’s work & environment
- involve large muscles
- balance aerobics & resistance

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15
Q

CARDIAC REHAB: Phase IV

what/duration, goal (1=1), monitor via

A
  • lifetime exercises
  • goal: 1000 kcal/wk = 20 mins walk daily
  • monitor: annual ETT
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16
Q

CARDIO: Physiology

fuels (2.1)

ATP-PC, anaerobic glycolysis, oxidative - how, effects, arrange for amount

A
  • fuel: fats & carbs -> protein
  • ATP-PC: sprinting or all out exercise
  • anaerobic glycolysis: pyruvate = lactic acid = DOMS
  • oxidative: krebs
  • oxi > glyco > ATP-PC
17
Q

CARDIO: Physiology

VO2 - determinant/formula/equation, AVO2 diff which is better, exercise effect

stroke volume - determinant, exercise effect

CO - formula, how increase

myocardial blood flow - determinant, (2) + formula, VO2 vs. MVO2, anginal threshold, UE/LE supine/standing exercise

A

VO2
- determinant: fick’s equation (CO x AVO2 diff)
- AVO2 diff: wider = better since more blood reach
- inc c exercise

STROKE VOLUME
- determinant: diastolic filling volume
- inc c exercise

CO
- CO = SV x HR
- first inc d/t SV, second inc d/t HR

MYOCARDIAL BLOOD FLOW
- determinant: diameter of vessel
- rate pressure product/double product = HR x SBP
- VO2: tissues, MVO2: oxygen taken by myocardium
- anginal threshold: peak capacity/able to take in; peak of MVO2
- UE: blood easier reach heart + smaller diameter of vessels = easy reach anginal threshold
- supine: harder exercise = more VO2 = faster reach anginal threshold

18
Q

CARDIO: Physiology

HR & SBP in warm up, exercise, cool down

SBP DBP - limits, if DBP changes then what condition + lead to what

maximal vs. submaximal ETT - how, for

A

HR & SBP
- initial inc in warm up, max in exercise, dec in cool down

  • SBP: max 250, NO dec >10
  • DBP: max 110; no change or slight inc otherwise no longer resting from pumping = no time to receive blood just keep pumping out = ventricular tachycardia = eventually run out of blood to pump out = hypoxic

maximal ETT
- reach anginal threshold
- for athletes

submaximal ETT
- don’t reach
- cardiac pt

19
Q

CARDIO: Physiology

high systolic vs. high diastolic (2)

ST - what, depression, elevation, normal deviation, terminate deviation

termination - PVC

A
  • high systolic = stroke
  • high diastolic: ischemia, infarction

ST segment
- state of heart after systolic
- depression = ischemia
- elevation = infarction
- dec <1mm at start of exercise d/t use oxygen
- deviate >3mm = terminate

TERMINATION
- single PVC vs. multiple PVC
- subject ask to stop