What are the signs & symptoms of fracture? (b) Write down the types of fracturc. (c) Describe the First Aid Management of fracture. (d) Explain the role of health worker in prevention of handicaps.

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Fractures: Complete Overview


(a) Signs & Symptoms of Fracture

Fractures present with a combination of local and systemic signs. From clinical orthopaedic and surgical sources:
Local Signs:
  • Pain and tenderness - sharp, well-localized pain at the fracture site, worsened by palpation or movement
  • Swelling and edema - due to hemorrhage into surrounding tissues from the fracture hematoma
  • Bruising / ecchymosis - discoloration develops over hours to days as blood tracks through tissues
  • Deformity - visible angulation, shortening, or rotation of the limb; may be obvious or subtle
  • Loss of function - inability to use or bear weight on the affected limb
  • Abnormal mobility - movement at a site where none should exist
  • Crepitus - grating sensation felt or heard when fracture fragments rub together (do not deliberately elicit this)
  • Open wound - in open (compound) fractures, a wound communicating with the fracture site may show hematoma or bone fragments draining through
  • Neurovascular changes - numbness, tingling, pallor, or absent pulses distal to the fracture (indicates nerve or vascular injury)
  • Muscle spasm - involuntary protective muscle contraction around the fracture site
Signs Specific to Open Fractures (Gustilo-Anderson): Open fractures present on a spectrum from small (<1 cm "poke-hole") wounds to severe soft tissue wounds with extensive degloving. The wound may not always directly overlie the fracture site, so thorough inspection is required.
Signs of Compartment Syndrome (complication):
  • Pain out of proportion to the injury
  • Pain on passive stretch of the involved muscle
  • Paresthesias and weakness (late signs)
- Sabiston Textbook of Surgery, p. 761-774

(b) Types of Fracture

Fractures are classified by several schemes. The key types are summarized below:

By Skin Integrity

TypeDescription
Closed (simple)Fracture does not communicate with the outside environment
Open (compound)Fracture communicates with the outside environment through a wound

By Fracture Pattern

TypeDescription
TransverseFracture line perpendicular to the long axis of the bone
ObliqueFracture line angled to the long axis
SpiralCaused by torsional/twisting force; fracture wraps around the bone
ComminutedBone is broken into three or more fragments
ButterflyA separate wedge-shaped fragment at the fracture site
SegmentalTwo separate fracture lines creating an isolated bone segment

By Location on the Bone

TermLocation
DiaphysealShaft (mid-portion) of a long bone
MetaphysealFlared region between shaft and joint surface
EpiphysealEnd of bone that forms the joint surface
IntraarticularExtends into the articular (joint) surface
SupracondylarJust proximal to the epicondyles (e.g., humerus, femur)

By Cause / Special Types

TypeDescription
PathologicFracture through abnormal bone (e.g., tumor, infection)
Stress / fatigueRepetitive loading without single traumatic event
Insufficiency / fragilityThrough osteoporotic bone with minimal trauma
GreenstickIncomplete cortical disruption with plastic deformation (children)
Torus / buckleAxial crush causing cortical buckling (children)
PhysealInvolves the growth plate in children (Salter-Harris classification)

By Temporal Classification

  • Acute - sharp, well-defined fracture edges on X-ray; clear injury mechanism
  • Subacute - callus formation beginning; edges softening
  • Chronic / Nonunion - typically >6 months old; sclerotic edges, persistent fracture line
- Sabiston Textbook of Surgery, Table 40.1, p. 760

(c) First Aid Management of Fracture

The goals of first aid are: prevent further injury, control pain, maintain neurovascular status, and prepare for definitive care.

Step-by-Step First Aid

  1. Ensure safety - Remove the patient and yourself from any ongoing danger (e.g., traffic, falling objects).
  2. Call for emergency help - Activate emergency medical services immediately for significant fractures.
  3. Assess the patient (ABC)
    • Airway, breathing, and circulation must be checked first
    • Control any active bleeding with direct pressure
    • Do not remove objects impaled near a fracture site
  4. Immobilize the fracture
    • This is the most important first aid step
    • Immobilize the fracture including the joint above and below the fracture site
    • Use a splint, rigid object (boards, rolled newspaper), or improvised material
    • Pad the splint well to reduce pressure and swelling
    • Do not attempt to realign or straighten the limb - splint it in the position found
    • The rationale for immobilization is threefold: (i) it stabilizes soft tissues, reducing further bleeding and swelling; (ii) it prevents further soft tissue injury to the already traumatized area; (iii) it reduces the patient's pain and facilitates safe transport
  5. Check and document neurovascular status
    • Check pulse, sensation, and movement distal to the fracture before and after splinting
    • Note any pallor, coolness, or numbness distal to the injury
  6. For open (compound) fractures
    • Cover the wound with a clean/sterile dressing; do not push protruding bone back in
    • These require urgent hospital care and antibiotic prophylaxis
  7. Elevate the limb (if possible and not contraindicated) to reduce swelling
  8. Apply ice/cold pack wrapped in cloth to reduce swelling and pain - do not apply ice directly to skin
  9. Do not allow weight-bearing on the injured limb
  10. Transport safely to hospital for X-ray, definitive reduction, and fixation
Postreduction radiographs must confirm acceptable alignment once the patient reaches the emergency department. Most nondisplaced fractures are splinted initially; circumferential casts are applied later once swelling subsides.
- Sabiston Textbook of Surgery, p. 774

(d) Role of a Health Worker in Prevention of Handicaps

A handicap (disability) resulting from a fracture or musculoskeletal injury can be prevented through actions at the individual, community, and health system levels. The health worker plays a central role across all three tiers.

1. Primary Prevention (Preventing the Injury)

  • Health education - Educate the community about risk factors for fractures: falls in the elderly, road traffic accidents, occupational hazards, sports injuries
  • Safety promotion - Advocate for use of helmets, seatbelts, protective footwear, and safety rails
  • Fall prevention programs - Identify at-risk individuals (elderly, those with osteoporosis, visual impairment) and initiate fall-prevention strategies
  • Nutritional counseling - Promote adequate calcium and vitamin D intake to maintain bone density and prevent fragility fractures
  • Immunization and antenatal care - Prevent infections (e.g., poliomyelitis) that can cause disability; screen for conditions in pregnancy that may lead to birth-related handicaps

2. Secondary Prevention (Early Diagnosis and Prompt Treatment)

  • Timely recognition - Identify fractures early and refer immediately to prevent complications such as malunion, nonunion, nerve damage, or compartment syndrome that lead to permanent disability
  • Proper first aid - Correct immobilization prevents secondary injury to nerves and blood vessels
  • Neurovascular monitoring - Regular checks of pulse, sensation, and movement ensure early detection of vascular compromise or compartment syndrome
  • Prevention of infection - Proper wound care in open fractures; ensuring antibiotic administration to prevent osteomyelitis

3. Tertiary Prevention (Rehabilitation and Limiting Disability)

  • Physiotherapy referral - Encourage early mobilization and range-of-motion exercises once the fracture is stable to prevent joint stiffness and muscle wasting
  • Occupational therapy - Help patients adapt to daily activities during recovery
  • Psychological support - Fractures, especially in children or the elderly, can cause depression and loss of independence; the health worker can provide counseling and support
  • Follow-up and compliance - Ensure patients attend follow-up appointments and comply with weight-bearing restrictions and exercises
  • Assistive devices - Provide or facilitate access to crutches, wheelchairs, prosthetics, or orthoses as needed
  • Community-based rehabilitation (CBR) - Coordinate with social services and community health workers to support rehabilitation in the home environment
  • Screening programs - Organize bone density screening (DEXA) for at-risk populations to identify osteoporosis before fractures occur
  • Record keeping and surveillance - Maintain accurate records of injury patterns to help public health bodies plan prevention programs
- Sabiston Textbook of Surgery, p. 755-780; Rockwood and Green's Fractures in Adults, 10th ed.

Summary Table: Health Worker's Role
LevelAction
PrimaryEducation, safety campaigns, nutrition counseling, fall prevention
SecondaryEarly diagnosis, first aid, referral, neurovascular monitoring, infection control
TertiaryPhysiotherapy, psychological support, assistive devices, CBR, follow-up

Definition of fracture 2 marks

Definition of Fracture (2 Marks)

A fracture is defined as a break in the continuity of a bone, caused by a force that exceeds the bone's ability to withstand it.
It may be complete (bone broken into two or more fragments) or incomplete (only part of the bone's cortex is disrupted), and may result from direct trauma, indirect force, repetitive stress, or pathological conditions (such as osteoporosis or tumors) that weaken the bone.
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