Book contents
- Frontmatter
- Contents
- Contributors
- Foreword
- Preface
- Introductory Notes
- 1 Physiology of ventilation and gas exchange
- 2 Assessing the need for ventilatory support
- 3 Oxygen therapy, continuous positive airway pressure and non-invasive ventilation
- 4 Management of the artificial airway
- 5 Modes of mechanical ventilation
- 6 Oxygenation
- 7 Carbon dioxide balance
- 8 Sedation, paralysis and analgesia
- 9 Nutrition in the mechanically ventilated patient
- 10 Mechanical ventilation in asthma and chronic obstructive pulmonary disease
- 11 Mechanical ventilation in patients with blast, burn and chest trauma injuries
- 12 Ventilatory support: extreme solutions
- 13 Heliox in airway obstruction and mechanical ventilation
- 14 Adverse effects and complications of mechanical ventilation
- 15 Mechanical ventilation for transport
- 16 Special considerations in infants and children
- 17 Tracheostomy
- 18 Weaning, extubation and de-cannulation
- 19 Long-term ventilatory support
- 20 The history of mechanical ventilation
- Glossary
- Index
14 - Adverse effects and complications of mechanical ventilation
Published online by Cambridge University Press: 14 October 2009
- Frontmatter
- Contents
- Contributors
- Foreword
- Preface
- Introductory Notes
- 1 Physiology of ventilation and gas exchange
- 2 Assessing the need for ventilatory support
- 3 Oxygen therapy, continuous positive airway pressure and non-invasive ventilation
- 4 Management of the artificial airway
- 5 Modes of mechanical ventilation
- 6 Oxygenation
- 7 Carbon dioxide balance
- 8 Sedation, paralysis and analgesia
- 9 Nutrition in the mechanically ventilated patient
- 10 Mechanical ventilation in asthma and chronic obstructive pulmonary disease
- 11 Mechanical ventilation in patients with blast, burn and chest trauma injuries
- 12 Ventilatory support: extreme solutions
- 13 Heliox in airway obstruction and mechanical ventilation
- 14 Adverse effects and complications of mechanical ventilation
- 15 Mechanical ventilation for transport
- 16 Special considerations in infants and children
- 17 Tracheostomy
- 18 Weaning, extubation and de-cannulation
- 19 Long-term ventilatory support
- 20 The history of mechanical ventilation
- Glossary
- Index
Summary
The adverse effects and complications of mechanical ventilation may arise from the artificial airway or from positive pressure ventilation and the drugs required to facilitate this. The occurrence of complications cannot be completely eliminated, but an appropriately managed intensive care unit will monitor the occurrence of complications and use this information to look for trends, to learn from the lessons that each complication can teach and as a quality assessment and quality assurance tool.
Intubation and the artificial airway
Immediate complications
Airway management and intubation in the operating department are performed under ideal circumstances with anaesthetists working in familiar, well-equipped surroundings supported by competent assistants on patients who, in the vast majority of cases, have been assessed and prepared for the procedure. Consequently, the complication rate is very low (Table 14.1). In contrast, airway management away from the operating department is often performed by non-anaesthetists, in more challenging locations, with little or no help, and on patients who, for the large part, need urgent airway management because of their poor or deteriorating condition. Not surprisingly, the complication rate in these patients is considerably higher (Table 14.1). A significant contributory factor to the increased incidence of complications is the frequency of difficult intubation reported in these patients (Table 14.2), which is caused by the interaction between inexperienced operators and difficult circumstances (Figure 14.1).
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- Core Topics in Mechanical Ventilation , pp. 239 - 283Publisher: Cambridge University PressPrint publication year: 2008