Trauma is one of the leading causes of morbidity and mortality worldwide, particularly in young adults.
It encompasses a spectrum from minor injuries to life-threatening polytrauma.
For clinicians, the priority is early recognition, systematic assessment, and timely intervention โ always focusing on airway, breathing, circulation.
๐ Epidemiology
- ๐ Road traffic collisions (RTCs) = most common global cause.
- ๐คพ Sports, falls, assaults, industrial accidents also key contributors.
- โ ๏ธ Trauma is the leading cause of death under 40 in many countries.
โ๏ธ Pathophysiology
- ๐ด Primary injury: Direct tissue damage from mechanical force (fractures, lacerations, internal bleeding).
- ๐ Secondary injury: Physiological derangements โ hypoxia, hypovolaemia, shock, acidosis โ worsen outcomes if not corrected quickly.
- ๐ง Systemic response: Catecholamine surge, coagulopathy, systemic inflammatory response โ may lead to multi-organ dysfunction.
๐ Initial Approach โ ABCDE Framework
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ฐ๏ธ Airway + C-spine protection: Assess patency, consider cervical collar if trauma to head/neck suspected.
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ฑ๏ธ Breathing: Look, listen, feel โ oxygen, chest drain for pneumothorax, support ventilation if needed.
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ฒ Circulation: Control external bleeding (direct pressure, tourniquet if severe). 2 large-bore IV cannulae, fluids (balanced crystalloids), blood products if haemorrhagic shock.
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ณ Disability (Neuro): Assess GCS, pupils, blood glucose.
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ด Exposure: Fully expose patient for hidden injuries, but prevent hypothermia (warm blankets, fluids).
๐งช Investigations
- ๐ฌ Bloods: FBC, U&E, LFTs, clotting, group & save, crossmatch.
- ๐ฉป Imaging: Trauma series X-rays (C-spine, chest, pelvis), FAST scan (for free intraperitoneal fluid), CT whole body (if polytrauma and stable).
- ๐ง Specialist scans: CT head if GCS <13 or suspected head injury.
๐ ๏ธ Principles of Management
- ๐ Primary survey: Identify life-threatening conditions (e.g. airway obstruction, tension pneumothorax, massive haemorrhage).
- ๐ Secondary survey: Head-to-toe exam once patient is stabilised.
- ๐ Definitive management: Surgery (e.g. laparotomy for bleeding, fixation of fractures), ICU support if needed.
- ๐งโ๐คโ๐ง Multidisciplinary care: Trauma surgeons, orthopaedics, neurosurgery, anaesthetics, ICU, rehab teams.
๐จ Common Life-Threatening Traumas to Recognise
- ๐ซ Tension pneumothorax โ needle decompression then chest drain.
- ๐ฉธ Massive haemorrhage โ haemostatic resuscitation, early blood products.
- ๐ง Traumatic brain injury โ early neurosurgical input.
- ๐ฆด Unstable pelvic fracture โ pelvic binder + early IR/ortho involvement.
- ๐ Cardiac tamponade โ pericardiocentesis/thoracotomy in extremis.
๐ Case Scenarios โ Major Trauma
Case 1 (Subdural haematoma after motorcycle crash):
A 21-year-old motorcyclist is brought to the emergency department unconscious and unresponsive, with no limb movement. His airway is immediately secured with endotracheal intubation and cervical spine immobilisation is maintained with a rigid collar. CT head demonstrates a large acute subdural haematoma with midline shift, and he is urgently transferred to neurosurgery for evacuation. Early airway control and rapid imaging allow timely life-saving intervention.
Case 2 (Tension pneumothorax after fall):
A 65-year-old man falls down a flight of stairs and arrives with severe chest pain and shortness of breath. Examination reveals tracheal deviation to the right and absent breath sounds on the left. The clinical diagnosis of a left-sided tension pneumothorax is made, and immediate needle decompression is performed in the second intercostal space, followed by insertion of a chest drain. His oxygenation improves rapidly, preventing cardiac arrest from obstructive shock.
Case 3 (Unstable pelvic fracture with haemorrhage):
A 30-year-old driver involved in a high-speed road traffic accident presents in haemorrhagic shock with an unstable pelvic ring injury. A pelvic binder is applied at the scene, and on arrival a massive transfusion protocol is initiated. CT trauma scan shows active pelvic bleeding, and the patient undergoes interventional radiology embolisation, followed by definitive orthopaedic fixation once stabilised. Early haemorrhage control and coordinated trauma team management are key to survival.
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Conclusion
Trauma care relies on rapid, systematic, team-based intervention.
Medical students should focus on recognising life-threatening conditions, applying the ABCDE approach, and calling for senior help early.
Early stabilisation saves lives, and every second counts. โฑ๏ธ