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General Principles Of Fractures Treatment. Re-written by: Daniel Habashi. Management of major injuries. Emergency treatment at the scene of the accident and during transport to the hospital Resuscitation and the evaluation in the accident department
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General Principles Of Fractures Treatment Re-written by: Daniel Habashi
Management of major injuries • Emergency treatment at the scene of the accident and during transport to the hospital • Resuscitation and the evaluation in the accident department • Early treatment of visceral injuries and cardio-respiratory complications • Provisional fixation followed by definitive treatment of musculoskeletal injuries • Long term rehabilitation
Individual Patient • Obtain access (I’m guessing it’s IV) • Establish an airway but protect the cervical spine • Ensure ventilation • Arrest haemorrhage and combat shock • Give analgesia (morphing, but Fentanyl is faster and better) • Splint fractures • Transport
Examination • Pulse • Measure capillary filling • Observe respiration • Palpate the head, chest, abdomen and limbs
Secondary Morality Peak • Death from hypoxia or hypovolemic shock • At risk for further damage to cervical spine, thoracolumbar, brain • The Golden Rule (effective Resuscitation) • Advanced Trauma Life Support Programme
Primary Survey • A- Airway maintenance • B- Breathing and oxygenation • C- Circulation and control of bleeding • D – Disability • E – Exposure and avoidance of hypothermia
Disability • Glasgow Coma Scale (GCS)
Blood Loss • 1-4 unites from humerus • 2-4 Costal and surrounding region • 2-6 from pelvic fractures • 2-4 Femoral • 2-4 Tibial and that region
Chest Injuries • Tension Pneumothorax • Sucking chest wounds • Flail chest • Cardiac Tamponade • Massive haemothorax
Complications Of Major Trauma • Tetanus • ARDS • Fat embolism syndrome • DIC (disseminated intravascular coagulation) • Crush syndrome (release of enzymes from muscles leading to Renal Failure) • MSOF – prevention (Multi System Organ Failure)
How Fractures Happen • A single traumatic incident • Repetitive stress • Bla blabla ;)
Mechanism Of Injury • Spiral twisting • Short oblique • Bending – Triangular “butterfly” fragment • Transverse • *** some pictures of how those mechanisms work, but I guess the most interesting is the butterfly fragment that looks like a horizontally flipped Y shaped fracture)
The weakest part of the bone is during torsion (forces are in twisting opposite directions) • More and more pictures of how the fractures are divided, and then further divided and I believe that’s something we don’t really have to know cuz he’s not really going into too much detail bout them
Principles Of Treatment • Anatomical reduction • Stable internal fixation • Preservation of blood supply • Early mobilization
Implant types • Pin and wire fixation • Screw fixation • Plate and screw fixation • Intramedullary • And 1 more type...
Fracture healing • Primary • Secondary • Haematoma • Inflammation • Callus • A kind of bone that forms from a haematoma(? That’s what he said ) • Consolidation • Remodelling
Open fractures • Wound debridement • Antibiotic prophylaxis • Stabilization of the fracture • Early wound covering
Complications Of fractures • Early: • Visceral injury • Vascular injury • Nerve injury • Compartment syndrome • Haemarthrosis • Infection • Gas gangrene • Fracture blisters • Plast and pressure sores
Complications Of Fractures • Late: • Delayed union • Non-union • Avascular necrosis • Bed sores • Myositis ossificans • Tendon lesion • Nerve compression • Muscles contracture • Joint instability • Join stiffness • Algodystrophy RSD • osteoarthritis
Compartment Syndrome • Pain • Paraesethesia • Pallor • Paralysis • Pulslessnes
Volkmann’s Ischemia • One of the complications of compartment syndrome • Death of the muscle • Arterial damage ischemia oedema (or direct injury leading to that) increased compartment pressure reduced blood flow and fasciotomy which leads to painful, pale, pulseless and paraesthetic limb