Anaesthesia | Trauma | Principles of the management of head injury and brain protection
Principles of the Management of Head Injury and Brain Protection
Session Overview
Description
This session provides an overview of the fundamental principles of the management of moderate and severe traumatic brain injury, concentrating on the hours immediately post-injury.
After discussing classification of head injury the session covers assessment, resuscitation, radiology and referral, and the essentials of ongoing care in the intensive care unit. Factors influencing prognosis are also mentioned.
Learning Objectives
By the end of this session you will be able to:
- Classify traumatic brain injury according to severity
- Describe the initial assessment and management of the patient with traumatic brain injury
- Identify patients requiring CT scanning, intubation or referral to specialist services
- Recognize what is required on admission to the intensive care unit
- List the features determining prognosis after head injury
Prerequisites
Before commencing this session you should be familiar with:
- Anatomy of the central nervous system
- Physiology of the central nervous and cardiovascular systems
- Pharmacology of anaesthetics, vasopressors, intravenous fluids
- Anticonvulsants
In England and Wales, ∼1.4 million patients per year present to hospital with a traumatic brain injury (TBI). It is the most common cause of death under the age of 40 years [1](read details regarding the reference).
Overall, 61% of patients with known outcome have an unfavourable outcome (death or severe disability) at 6 months [2](read details regarding the reference).
While those aged 20-30 years are most likely to suffer TBI due to road traffic accident (RTA), the largest affected age group is those aged 70-90 years. In this group, the mechanism of injury is most commonly a fall from <2 meters.
TBI represents a major burden on family and society.
Prompt recognition of life-threatening primary injuries is essential as immediate treatment will reduce morbidity and mortality. Both intracranial and systemic causes of secondary injury are also amenable to intervention.
Anaesthetists have a central role in the care of the brain-injured patient, from the emergency department (ED), to theatre, to the ICU.
Appropriate care has the potential to prevent death and major disability.
- Anaesthesia | Paediatrics | Pharmacokinetic,Pharma...
- Posted By eIntegrity Healthcare e-Learning
- Posted Date: 2024-11-18
- Location:Online
- This session will provide an overview of pharmacokinetic (PK) maturation during infancy and the use of size models to describe PK differences between children and adults. It will go on to describe known pharmacodynamic (PD) differences and consider the im
- Anaesthesia | Paediatrics | Opioids In Paediatrics...
- Posted By eIntegrity Healthcare e-Learning
- Posted Date: 2024-11-18
- Location:Online
- This session looks at practical opioid pharmacology applied to the clinical use of different agents for neonates, infants and small children.
- Anaesthesia | Paediatrics | Advanced Paediatric Li...
- Posted By eIntegrity Healthcare e-Learning
- Posted Date: 2024-11-18
- Location:Online
- This session addresses the advanced management of the critically ill child and the child in cardiac arrest.
- Anaesthesia | Paediatrics | Head Injury
- Posted By eIntegrity Healthcare e-Learning
- Posted Date: 2024-11-18
- Location:Online
- This session describes the principles of stabilisation and management of a child with a head injury and how this differs from the management of an adult patient. This includes methods of assessment, effects and management of raised intracranial pressure,
- Anaesthesia | Paediatrics | Multiply Injured Child...
- Posted By eIntegrity Healthcare e-Learning
- Posted Date: 2024-11-18
- Location:Online
- This session looks at the initial management and stabilization of the multiply injured child with reference to published trauma guidelines.
