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Monitoring During Exercise testing

Deleted user 3 questions

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Questions in this quiz (3)

  1. 1SpO2: Use pulse ox on finger, head, or ear. SpO2 should remain >[blank_start]90[blank_end]%. SpO2 < [blank_start]90[blank_end]% or a decrease of [blank_start]4[blank_end] – [blank_start]5[blank_end]% indicates a pulmonary disorder.
    BP: Systemic or arterial to estimate normal response to exercise. Manual or automatic or indwelling arterial line.
    HR and ECG: [blank_start]Normal[blank_end] HR 60 – 100. [blank_start]Tachy[blank_end] HR >100. [blank_start]Brady[blank_end] HR <60. [blank_start]Flutter[blank_end] <200. [blank_start]Fibrillation[blank_end] too fast to count.
    [blank_start]Ventilation[blank_end]: Minute ventilation and RR, VO2 and VCO2 should be monitored.
    1. A90
    2. B90
    3. C4
    4. D5
    5. ENormal
    6. FTachy
    7. GBrady
    8. HFlutter
    9. IFibrillation
    10. JVentilation
  2. 2ECG Monitoring
    Brady: <[blank_start]60[blank_end]
    Normal: 60 – [blank_start]100[blank_end]
    Tachy: >[blank_start]100[blank_end]
    Flutter: >[blank_start]200[blank_end]
    Fibrillarion: [blank_start]too[blank_end] fast to count
    Estimating HR: Measure distance between 2 [blank_start]R waves[blank_end].
    Between [blank_start]3[blank_end]-[blank_start]5[blank_end] boxes: HR is 60-100
    Closer than [blank_start]3[blank_end] boxes: HR is >[blank_start]100[blank_end]
    Wider than [blank_start]5[blank_end] boxes: HR is <[blank_start]60[blank_end]
    HR = [blank_start]300[blank_end]/# of large boxes between R waves
    1. A60
    2. B100
    3. C100
    4. D200
    5. Etoo
    6. FR waves
    7. G3
    8. H5
    9. I3
    10. J100
    11. K5
    12. L60
    13. M300
  3. 3Arryhtmias
    Sinus Tach: Treat with [blank_start]O2[blank_end]
    Sinus Brady: treat with O2 and [blank_start]atropine[blank_end]
    [blank_start]PVC[blank_end]: Treat with O2 and consider causes
    Vtach with pulses: [blank_start]Cardiovert[blank_end]
    Vtach without pulses: [blank_start]CPR[blank_end], Defibrillate, [blank_start]Epinephrine[blank_end], Amio,
    Asystole – Confirm in 2 leads, start [blank_start]CPR[blank_end], [blank_start]epinephrine[blank_end]
    1st degree AV block: [blank_start]PR[blank_end] interval is >.[blank_start]20[blank_end] : Treat with [blank_start]Atropine[blank_end]
    2nd degree AV block: [blank_start]P[blank_end] waves with missing [blank_start]QRS[blank_end]: Treat with [blank_start]pacemaker[blank_end]
    3rd degree AV block: Treat with [blank_start]pacemaker[blank_end]

    [blank_start]Ischemia[blank_end]: Decreased blood flow to tissue: Depressed [blank_start]T[blank_end] waves
    [blank_start]Injury[blank_end]: Acute damage to tissue: Elevated [blank_start]ST[blank_end] segment
    [blank_start]Infarction[blank_end]: Necrosis of tissue: Significant [blank_start]Q[blank_end] waves
    1. AO2
    2. Batropine
    3. CPVC
    4. DCardiovert
    5. ECPR
    6. FEpinephrine
    7. GCPR
    8. Hepinephrine
    9. I20
    10. JPR
    11. KAtropine
    12. LP
    13. MQRS
    14. Npacemaker
    15. Opacemaker
    16. PIschemia
    17. QT
    18. RInjury
    19. SST
    20. TInfarction
    21. UQ

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User has deleted their subject information Quiz on Monitoring During Exercise testing, created by Deleted user on 19/08/2016.
Author
Deleted user
Language
English
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