Book contents
- Frontmatter
- Contents
- Acknowledgements
- List of Contributors
- Foreword
- Preface
- 1 Introduction: anaesthetic practice. Past and present
- 2 Risk assessment
- 3 ECG monitoring in the recovery area
- 4 The use of cricoid pressure during anaesthesia
- 5 Anaesthetic breathing circuits
- 6 Deflating the endotracheal tube pilot cuff
- 7 How aware are you? Inadvertent awareness under anaesthesia
- 8 Aspects of perioperative neuroscience practice
- 9 Resuscitation
- 10 Intravenous induction versus inhalation induction for general anaesthesia in paediatrics
- 11 Managing difficult intubations
- 12 Obstetric anaesthesia
- 13 Understanding blood gases
- 14 Total intravenous anaesthesia
- 15 Anaesthesia and electro-convulsive therapy
- 16 Mechanical ventilation of the patient
- 17 Perioperative myocardial infarction
- 18 Developing a portfolio
- 19 Accountability in perioperative practice
- Index
- References
3 - ECG monitoring in the recovery area
Published online by Cambridge University Press: 13 August 2009
- Frontmatter
- Contents
- Acknowledgements
- List of Contributors
- Foreword
- Preface
- 1 Introduction: anaesthetic practice. Past and present
- 2 Risk assessment
- 3 ECG monitoring in the recovery area
- 4 The use of cricoid pressure during anaesthesia
- 5 Anaesthetic breathing circuits
- 6 Deflating the endotracheal tube pilot cuff
- 7 How aware are you? Inadvertent awareness under anaesthesia
- 8 Aspects of perioperative neuroscience practice
- 9 Resuscitation
- 10 Intravenous induction versus inhalation induction for general anaesthesia in paediatrics
- 11 Managing difficult intubations
- 12 Obstetric anaesthesia
- 13 Understanding blood gases
- 14 Total intravenous anaesthesia
- 15 Anaesthesia and electro-convulsive therapy
- 16 Mechanical ventilation of the patient
- 17 Perioperative myocardial infarction
- 18 Developing a portfolio
- 19 Accountability in perioperative practice
- Index
- References
Summary
Key learning points
Understand the reasons why a patient's heart may develop rhythm problems in theatre
Understand the reason for the correct positioning of ECG leads
Appreciate the causes of intra-operative changes in ECG
Understand the nature and ECG signatures of major rhythm problems
Understand the nature and ECG signatures of changes in cardiac perfusion
When a patient is recovering from an anaesthetic, careful observation is required in order to note developing problems at an early stage.
Meticulous clinical observation of the patient can distinguish early problems associated with respiration and with circulation. One of the most important pieces of equipment to assist in patient assessment is the electrocardiograph (ECG) monitor.
The ECG was a breakthrough in the assessment of patients which we often take for granted. As a non-invasive and painless observation tool its information is crucial to the safe delivery of patients from surgery and anaesthetic.
This chapter will look at the nature of ECG monitoring, what the monitor can tell you about the patient and what it cannot.
Some common problems of cardiac function will then be described and their ECG signature discussed.
The information that ECG gives us
An ECG gives a graphic description of electrical events in the heart – an electrical signature of cardiac function, if you will. It does not measure any mechanical function of the heart, such as the pumping action. Mechanical function will mostly result from the electrical events, but there are circumstances where it may not.
- Type
- Chapter
- Information
- Core Topics in Operating Department PracticeAnaesthesia and Critical Care, pp. 17 - 28Publisher: Cambridge University PressPrint publication year: 2007