Question 7 | Isosomolar hyponatremia - TURP syndrome |
Question 23 | |
Question 14 | Immersion submersion and drowning: resuscitation and outcomes |
Question 20 |
Question 21 | |
Question 14 | MRI vs CT for C-spine imaging in the unconscious ICU patient |
Question 1 |
Question 17 | |
Question 10 | Haemostatic resuscitation: how to reduce the use of PRBCs |
Question 16 |
Question 29 | |
Question 14 | Fluid resuscitation for the burns patient: causes of shock |
Question 22 | |
Question 16 | |
Question 2 | Analgesic techniques for multiple rib fractures: discussion of options |
Question 9 |
Question 27 | |
Question 2 | Causes of shock in burns: a variant of causes of shock in trauma |
Question 21 | Retrieval and management of a patient with a cerebral arterial gas embolism |
Question 16 | Fat embolism syndrome (differential diagnosis and investigations) |
Question 26 |
Question 10 | Two weird rare trauma issues: traumatic asphyxia and resuscitative thoracotomy |
Question 3 | High voltage electrical injuries. Also, a little about rhabdomyolysis. |
Question 16 | Haemostatic resuscitation: the Lethal Triad and tranexamic axid |
Question 7 |
Question 23 | Heat stroke, broadly (pathophysiology, diagnosis, management, prognosis) |
Question 17 | Management of the pregnant trauma patient |
Question 21 | |
Question 12.1 | Radiology in trauma: sella turcica fracture and pituitary injury |
Question 19 | Positioning and immobilisation of a critically ill trauma patient |
Question 6 |
Question 20 | Radiology in trauma: merits of CT in blunt abdominal trauma |
Question 11 | Features suggestive of airway burns. Also, generic management of a burns patient. |
Question 8 |
Question 25 | |
Question 18 | Important clinical features in the management of a burns patient |
Question 16 | The pregnant trauma patient: "management issues" |
Question 26 | Physiologic consequences of burns: specifically, the effects on ventilation and gas exchange. |
Question 21 | Management options for haemorrhagic shock due to pelvic fracture |
Question 30.2 | Clinical signs of fat embolism |
Question 30.1 | |
Question 20 | Causes of shock in a trauma patient. Also, use of TTE in assessment of shock states. |
Question 20 | Permissive hypotension, haemostatic resuscitation and damage control surgery. |
Question 28 | |
Question 14.3 |
Question 26 | Thoracic epidural vs. PCA: analgesic techniques for multiple rib fractures |
Question 1 | Management of a burns patient: classification of burns and estimation of %BSA |
Question 30 | |
Question 12.3 |
Question 8 | Primary tertiary and secondary survey: diaphragmatic rupture and the utility of a rectal exam. |
Question 1 |
Question 21 | Damage control surgery: definition and anticipated complications. |
Question 2 |
Question 6 | Analgesic techniques for multiple rib fractures: advantages and disadvantages of thoracic epidural |
Question 3 | The pregnant trauma patient: "special considerations" |
Question 29 | |
Question 21 | |
Question 13 | Pathophysiology and clinical features of smoke inhalation injury. |
Question 20 | Regional anaesthesia in the ICU: "outline the role" |
Question 13 | Primary tertiary and secondary survey: ICU care after damage control surgery |
Question 12 | Primary tertiary and secondary survey: multi trauma |
Question 5 | Haemorrhagic shock due to pelvic fracture: angioembolisation vs. surgery |
Question 1b | The pregnant trauma patient: specific investigations |
Question 1a | The pregnant trauma patient: initial management |
Question 2b | Secondary survey in trauma; following damage control surgery. |
Question 2a | Primary tertiary and secondary survey: Initial management |
Question 13 | Analgesia options: specifically analgesic techniques for multiple rib fractures. |
Question 1c | Emergency management of severe trauma: a generic approach |
Question 1b | Primary tertiary and secondary survey: investigations after the primary survey |
Question 1a | Primary tertiary and secondary survey: Initial assessment |
Question 10 |
Question 11 | Airway burns: mechanisms, symptoms, management. |
Question 1 |