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Manual Ventilation: Techniques, Equipment, and Complications - RES 235 TSS 1 Exam Review, Exams of Advanced Education

A comprehensive overview of manual ventilation, covering essential techniques, equipment, and potential complications. It includes a detailed explanation of different types of flow meters, monitoring tools, and safety precautions for oxygen cylinders. The document also presents a series of questions and answers related to manual ventilation, making it a valuable resource for students and professionals in the field.

Typology: Exams

2024/2025

Available from 02/16/2025

Smartsolutions
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RES 235 TSS 1 EXAM WITH COMPLETE SOLUTIONS
100% VERIFIED!!
Indications for manual ventilation:
1. Mechanically ventilated patient is being transported for diagnostic or therapeutic
procedures
2. Patient is requiring O2 while on MV
1 and 2
List the complications associated with manual ventilation
1. hyperventilation
2. loss of PEEP/CPAP
3. Position changes
4. Tachycardia and other dysrythmias
5. Equipment failure
6. Inadvertant disconnection of IV access
7. Movement can cause disconnect from vent support
8. accidental extubation
9. accidental removal of vascular access
10. loss of O2 supply
11. ventilator associated pneumonia
Monitoring tools
1. ECG
pf3
pf4
pf5

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RES 235 TSS 1 EXAM WITH COMPLETE SOLUTIONS

10 0% VERIFIED!!

Indications for manual ventilation:

  1. Mechanically ventilated patient is being transported for diagnostic or therapeutic procedures
  2. Patient is requiring O2 while on MV 1 and 2

List the complications associated with manual ventilation

  1. hyperventilation
  2. loss of PEEP/CPAP
  3. Position changes
  4. Tachycardia and other dysrythmias
  5. Equipment failure
  6. Inadvertant disconnection of IV access
  7. Movement can cause disconnect from vent support
  8. accidental extubation
  9. accidental removal of vascular access
  10. loss of O2 supply
  11. ventilator associated pneumonia

Monitoring tools

  1. ECG

2. BP

3. RR

  1. Continuous Pulse ox
  2. breath sounds

H cylinder Tank calculation. PSIG: 4000 and 15 L/min (tank psig x tank size) / flow

4000x3.14 / 15 = 837 min 837/60= 14 hours

E cylinder Tank calculation. PSIG: 2500 and 14 L/min (tank psig x tank size) / flow

2500x.28 / 14 = 50 min

Equipment needed for manual ventilation

  1. emergency airway supplies
  2. portable O
  3. self-inflating bag
  4. mask
  5. pulse ox
  6. pharmacologic agents
  7. portable monitor (ECG and HR)
  8. humidifier

Adjustable Flow Restrictor Controls flow of O2 by using a series of calibrated ports and delivers a set flow at a designated pressure. Designed for 50 PSI equipment sources or liquid portable oxygen.

Complication: Hyperventilation may cause respiratory alkalosis, cardiac dysrhythmias, and hypotension.

Complication: Loss of PEEP/CPAP may result in hypoxemia or shock.

Complication: Position Changes may result in hypotension, hypercarbia, and hypoxemia.

Complication: Tachycardia and other dysrhythmias has been associated with transport

Complication: Equipment Failure can result in inaccurate data or loss of monitoring capabilities.

Complication: Inadvertent disconnection of intravenous access for pharmacologic agents may result in

hemodynamic instability.

Complication: Movement (3)

  1. may cause disconnection from ventilatory support and respiratory compromise.
  2. may result in accidental extubation.
  3. may result in accidental removal of vascular access.

Complication: loss of O2 supply may lead to hypoxemia