0.50 Hours
Pulmonary oedema is the accumulation of fluid within the interstitium and air spaces of the lung. It may form due to intrinsic lung pathology or systemic dysfunction.
0.50 Hours
Cardiovascular complications are common after brain injury and associated with increased morbidity and mortality.1,2 The spectrum of abnormalities includes hypertension, hypotension, ECG changes, cardiac arrhythmias, release of biomarkers of cardiac injury, and left ventricular (LV) dysfunction. The abnormalities are usually rev....
0.50 Hours
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 impact of pharmacogenomic (PG) differences in infancy.
0.50 Hours
The pathogenesis of risk factors for and management of postoperative respiratory failure are discussed. Preoperative assessment is highlighted as well as the management of respiratory function in particular types of high-risk surgery.
This session describes the routine management of the cardiac surgical patient in the cardiac ICU, as well as some of the complications that may arise following cardiac surgery, their recognition and immediate management.
0.50 Hours
In this session you will learn about the conducting system of the heart, including its association with contraction of the heart chambers, electrocardiogram (ECG) trace and associated arrhythmias.
0.50 Hours
Applied anatomy of the orbit and its extraocular contents.
0.50 Hours
This session describes the anatomy of the upper and lower limbs, concentrating on the bones and joints. Particular attention is paid to those bones and joints that are of importance to the anaesthetist.
0.50 Hours
This session describes the surface anatomy, boundaries and superficial/deep structures in the antecubital fossa. It describes the variations in venous and arterial vasculature in the region and clinical importance to the anaesthetist of this fossa.
0.50 Hours
This session describes the structure, function and mechanism of action of enzymes. Their role in regulation and cellular physiology is identified.
0.50 Hours
In this session you will gain an understanding of the fluid compartments and the factors involved in the distribution of fluid between them. This is a vital skill which will enable you to adequately assess and treat sick patients and help you to choose which fluid to give. It will also help to guide your prescription of fluid in....
This session covers the structure and function of the erythrocyte, focusing on the biochemistry and physiology of normal haemoglobin. It will also describe the pathophysiology of the haemoglobinopathies and thalassaemias.
0.50 Hours
This session describes the determinants of systemic blood pressure, including physical, neurological, vasomotor and hormonal regulation, and the role of the kidney in blood pressure control.
This session introduces you to the overall structure of the functional elements of the kidney and their blood supply, as well as providing an overview of glomerular filtration.
0.50 Hours
This session will discuss clearance and volume of distribution and methods used to estimate and measure these kinetic parameters.
0.50 Hours
This session explains the variations in pharmacokinetics as observed in different anaesthetic patient populations.
0.50 Hours
This session will provide an overview of the assessment and management of patients with spinal cord injury.
0.50 Hours
This session provides an overview of the presentation and assessment of peripheral nerve injuries. There is a focus on the clinical anatomy and function of these commonly injured peripheral nerves.
0.75 Hours
This session will describe the types of nuclear medicine investigations of the heart, how they are performed and when they are indicated. Normal appearances and common artefacts will be demonstrated.
0.50 Hours
This session will examine the aetiology of acute aortic syndromes, with aortic dissection, intramural haematoma (IMH) and penetrating ulcer.
0.50 Hours
This session looks at the clinical presentation and imaging of pulmonary valve stenosis and pulmonary atresia with intact septum.
0.50 Hours
This session covers the anatomy of the diaphragms and the mechanics of diaphragmatic movement, and the pulmonary vasculature as it relates to the mediastinum and to the lobar anatomy of the lungs.
0.50 Hours
In this session you will learn about pleural masses and the varied radiological appearances seen in different modes of imaging.
0.25 Hours
The chest x-ray (CXR) can influence both early and late decisions in the management of major trauma. It is necessary to understand the mechanics of trauma and the influence of this on CXR interpretation, with particular reference to further investigations.
0.25 Hours
This session explains the aetiology, epidemiology, clinical features and management of pulmonary alveolar proteinosis (PAP) as well as chest radiograph (CXR) and high-resolution computed tomography (HRCT) findings.