Orthopaedics • Bone Injuries & Fracture Care

Fractures

Medical terms: Broken Bone • Bone Fracture • Acute, Stress & Fragility Fractures

A fracture is a crack, chip, partial break or complete break in a bone. It may follow a fall, twist, direct blow, road collision or sports injury; repetitive loading can cause a stress fracture, and weakened bone can break after surprisingly minor trauma. “Broken bone” and “fracture” mean the same thing.

Treatment depends on the bone, alignment, joint involvement, skin and soft-tissue injury, circulation, nerve function, age and stability—not only on how dramatic the X-ray looks. An open wound near a fracture, deformity, a cold or numb limb, severe escalating pain or major trauma needs emergency care rather than a routine clinic appointment.

Some fractures threaten life, limb or skin

Call Emergency Services or Attend Emergency Care Now If

  • Bone is visible, or any wound, puncture or bleeding lies over or close to a suspected fracture.
  • The limb is badly deformed, shortened, twisted, unstable or held at an unusual angle.
  • The hand or foot is cold, pale, blue or grey, has no normal pulse, or develops new numbness or weakness.
  • Pain becomes extreme or rapidly worsens despite support, especially with a tense swollen limb or pain when fingers or toes are gently moved.
  • There is uncontrolled bleeding, shock, breathing difficulty, loss of consciousness or multiple injuries.
  • A road collision, fall from height, crush injury or other high-energy event may have injured the head, neck, spine, chest, pelvis or thigh.
  • An older adult cannot stand after a fall and has groin, hip or thigh pain, even without obvious deformity.
  • A child has deformity, severe pain, refuses to use a limb, or may have a growth-plate injury.

Do not straighten a deformed limb, push exposed bone back, repeatedly test movement or allow weight-bearing. Keep the person still, warm and monitored while emergency help is arranged.

First Aid While Waiting for Assessment

  1. Check safety and the whole person Look for breathing problems, severe bleeding, shock and head, neck, chest or pelvic injury before focusing on one limb.
  2. Keep the injured part still Support it in the position found with padding, a sling or a trained first-aid splint; do not force alignment.
  3. Cover open wounds Use a clean dressing and control bleeding with pressure around the wound—never press directly on protruding bone.
  4. Check the area beyond the injury Note finger or toe colour, warmth, feeling and movement before and after any support is applied.
  5. Reduce swelling safely Remove rings, watches or tight footwear early; use wrapped cold therapy for a closed injury and elevate only if comfortable and safe.
  6. Arrange appropriate transport Do not give food or drink when urgent reduction or surgery may be needed, and do not let the injured person drive.

If head, neck or back injury is possible, leave the person in the position found unless movement is essential for immediate safety, breathing, CPR or control of life-threatening bleeding. First-aid improvisation should never delay emergency services.

Signs That a Bone May Be Broken

Localized pain Often sharp over the bone and worse with pressure, movement or loading.
Swelling and bruising May appear immediately or increase over several hours.
Loss of function Difficulty gripping, lifting, walking or using the injured part normally.
Deformity Angulation, shortening, rotation, a step or a joint that looks out of place.
Crepitus A grating sensation can occur, but it should never be deliberately provoked.
Protective behaviour A child may cry, limp or stop using a limb without being able to describe the pain.

Movement or partial weight-bearing does not rule out a fracture. Conversely, swelling and pain may come from a sprain, dislocation or tendon injury. When examination or the mechanism raises concern, treat the injury as a possible fracture until assessed.

Open, Closed, Displaced and Stable: What Do the Words Mean?

Open fracture A wound communicates with the broken bone. Bone does not need to be visible; infection risk makes this urgent.
Closed fracture The skin is intact, although swelling, bruising, blisters and deeper soft-tissue injury may still be significant.
Non-displaced or stable Fragments remain acceptably aligned and are unlikely to move under the prescribed treatment conditions.
Displaced Fragments have shifted, angled, shortened or rotated. Some need reduction, and some need fixation.
Intra-articular The fracture extends into a joint surface, where step-off, gap and alignment may affect future movement or arthritis risk.
Fracture-dislocation A fracture occurs with loss of normal joint alignment; nerve, vessel and skin assessment is especially important.

Common Fracture Patterns

Transverse A line runs mainly across the bone.
Oblique or spiral An angled or twisting line; the mechanism and age help interpret what happened.
Comminuted The bone has broken into three or more pieces, often after greater force or in weaker bone.
Impacted One fragment is driven into another, sometimes appearing shortened or deceptively stable.
Avulsion A tendon or ligament pulls off a small piece of bone at its attachment.
Compression Bone collapses under load, commonly in vertebrae weakened by osteoporosis.
Greenstick A child’s flexible bone bends and breaks incompletely on one side.
Buckle or torus A child’s bone cortex compresses and buckles; many distal-radius injuries follow a simple removable-support pathway.

Traumatic, Stress, Fragility and Pathological Fractures

Acute traumatic fracture A single fall, collision, twist, blow or sports event exceeds the bone’s capacity.
Stress fracture Repeated loading causes microscopic injury faster than the bone can remodel, often after a sudden training increase.
Fragility fracture A low-energy event, such as a fall from standing height, breaks bone weakened by osteoporosis or another metabolic problem.
Pathological fracture Bone breaks through a focal area weakened by a tumour, infection or other lesion and requires investigation of the cause.
Insufficiency fracture Normal daily load acts on bone with reduced strength, sometimes involving the pelvis, sacrum or lower limb.
Periprosthetic fracture A break occurs around a joint replacement or other implant and needs specialist assessment.

A fracture after minimal trauma is also a warning about future fracture risk. Treating the current break without assessing bone health, falls, medicines and underlying disease can miss an important prevention opportunity.

How Is a Suspected Fracture Assessed?

Mechanism Fall height, direction, twisting, direct impact, speed, crush force, sport and whether pain existed before the injury.
Skin and soft tissues Wounds, abrasions, contamination, bruising, swelling, blisters, tenting and threatened skin.
Circulation Pulse, capillary refill, colour, temperature and any active bleeding beyond the injury.
Nerves and tendons Sensation and specific movements are checked without repeatedly stressing the fracture.
Neighbouring joints Pain can be referred, and the force can injure a joint or a second bone above or below the obvious site.
Whole-person factors Age, hand dominance, work, diabetes, smoking, bone health, medicines, previous injury and ability to manage at home.

X-ray, CT and MRI

X-ray Usually the first test, with more than one view and sometimes the joints above and below the painful bone.
CT Shows detailed bone architecture and joint-surface involvement and may aid planning for selected complex fractures.
MRI Can detect an occult fracture, stress injury, marrow abnormality or associated soft-tissue injury when X-rays are unrevealing.
Repeat imaging Some fractures become clearer after time; follow-up imaging is chosen for the suspected bone and stability question.
Clinical decision rules Rules such as Ottawa ankle, foot or knee criteria help trained clinicians decide when certain X-rays are needed.

A normal initial X-ray does not end the assessment when pain and examination still strongly suggest a scaphoid, hip, stress or other occult fracture. Temporary protection and timely follow-up or advanced imaging may be safer than “walking it off.”

Common X-ray and Fracture-Clinic Terms

Alignment How the main bone fragments line up in angulation, translation, shortening and rotation.
Angulation The fragments form an angle; reports may describe direction and degrees.
Translation One fragment has shifted sideways relative to the other.
Shortening or overriding Fragments overlap, reducing the bone’s overall length.
Step-off or gap Describes displacement at a joint surface or between fragments.
Callus New healing tissue around a fracture; its appearance and timing vary by bone, age and stability.
Interval healing The follow-up image shows expected progress compared with an earlier study.
No acute osseous abnormality No recent bone injury is seen on that examination; an occult fracture can still require follow-up if suspicion remains.

How Is a Fracture Treated?

Sling, buddy support or simple brace Suitable for selected stable injuries while allowing safe movement of uninvolved joints.
Splint or backslab Supports the injury while leaving room for early swelling; it may later be changed to a cast or brace.
Cast Circumferential plaster or fiberglass maintains alignment when a fracture needs firmer immobilisation.
Walking boot Provides removable support for selected stable foot, ankle or lower-leg injuries with an explicit loading plan.
Closed reduction A clinician repositions fragments without an open operation, using appropriate anaesthesia or sedation and follow-up imaging.
Surgical fixation Pins, wires, screws, plates, rods or an external frame may be needed when stability, alignment, skin, joint or function requires it.

“Displaced” does not automatically mean surgery, and “hairline” does not automatically mean harmless. Treatment balances acceptable alignment, stability, function, skin and soft tissue, patient factors and the risks of each option.

Cast, Splint and Boot Care

  • Keep the support dry unless it was specifically supplied as waterproof.
  • Do not insert pens, rulers, wires or powders to scratch beneath a cast.
  • Do not trim, loosen, remove or reapply a cast or rigid splint unless instructed.
  • Elevate during early swelling when safe, and move uninjured fingers or toes as advised.
  • Check exposed digits for colour, warmth, sensation, swelling and active movement.
  • Follow the exact weight-bearing and brace-removal instructions; a removable boot is not permission to remove it whenever convenient.
  • Keep follow-up appointments because swelling can make a cast loose and some fractures can redisplace.

Seek urgent review for increasing pain or tightness, numbness, tingling, burning, excessive swelling below the cast, blue or white digits, inability to move fingers or toes, wet or broken padding, pressure sores, bad smell, discharge or fever.

What Do Weight-Bearing Instructions Mean?

Non-weight-bearing—NWB No body weight through the injured limb; safe crutch or frame technique and home planning are essential.
Touch or toe-touch weight-bearing The foot may touch mainly for balance, with only the specifically permitted minimal load.
Partial weight-bearing—PWB A limited proportion or amount of load is permitted, usually taught with a walking aid.
Weight-bearing as tolerated—WBAT Load may increase according to pain and gait within the prescribed support and restrictions.
Full weight-bearing—FWB Normal body weight is permitted, although a brace or walking aid may still be required.

Do not infer a loading level from pain alone or copy someone else’s plan. Too much load can displace some fractures; unnecessary prolonged unloading can worsen stiffness, weakness and clot risk.

How Does Bone Heal?

  1. Inflammatory phase Bleeding at the break forms a clot and signals repair cells; pain and swelling are often greatest early.
  2. Soft callus Fibrous and cartilage-like tissue begins bridging the fragments but is not yet strong bone.
  3. Hard callus Mineralised woven bone increases stability over the following weeks.
  4. Remodelling Bone gradually reorganises along lines of load over months or longer.

Healing time depends on bone, pattern, blood supply, soft-tissue injury, stability, age, smoking, diabetes, nutrition, medicines and adherence. Many common fractures require roughly six to eight weeks of bone healing, but some heal faster and others take months. Pain relief alone does not prove the fracture is ready for sport or heavy work.

Why Are Follow-up Visits and X-rays Needed?

  • Confirm the written diagnosis and whether the fracture is stable.
  • Recheck skin, swelling, circulation, nerves, tendon function and cast fit.
  • Identify loss of alignment or redisplacement while treatment can still be changed.
  • Assess callus and union when this changes loading, immobilisation or return-to-activity advice.
  • Begin safe movement of joints that no longer need protection.
  • Address bone health, falls risk and the circumstances of the injury.

Not every stable fracture needs the same number of X-rays or visits. A fracture-specific pathway can appropriately use little follow-up, while an unstable, joint-surface, growth-plate or occult injury may need closer review.

Healing Problems and Complications

Delayed union Healing is slower than expected for that fracture and patient, but progression may still be occurring.
Nonunion The fracture has failed to unite and may need investigation of stability, biology, infection and treatment options.
Malunion The fracture heals in a position that may alter appearance, movement, load or function.
Infection Risk is higher after an open fracture or operation; increasing pain, redness, drainage, smell or fever needs prompt review.
Compartment syndrome Dangerous pressure within a muscle compartment threatens nerves and circulation and requires emergency treatment.
Stiffness and weakness Common after immobilisation and improved with appropriately timed rehabilitation rather than premature force.
Complex regional pain syndrome Disproportionate persistent pain with sensitivity, colour, temperature, sweating or movement change needs early assessment.
Post-traumatic arthritis May develop later when a fracture damages a joint surface or alters mechanics.

Children and Growth-Plate Injuries

Children’s bones bend and remodel differently from adult bone. Buckle, greenstick and growth-plate fractures may look subtle, and a child can have significant injury without dramatic bruising. Pain near the end of a long bone after trauma, refusal to use a limb or persistent limp deserves appropriate assessment.

  • Growth-plate fractures are often described with Salter–Harris terminology.
  • Remodelling potential depends on age, growth remaining, bone, direction and distance from the growth plate.
  • Some apparently small injuries need follow-up for growth disturbance.
  • A buckle fracture is not managed like every other fracture; many use a removable support rather than a rigid cast.
  • When the history, injury pattern or delay in care raises concern, clinicians must consider safeguarding and non-accidental injury.

Rehabilitation and Return to Work or Sport

Protect first Follow immobilisation and loading instructions until enough stability and healing are present.
Move what is safe Maintain movement in uninvolved joints and begin the injured area only when permitted.
Restore range Progress movement gradually after immobilisation; forcing a stiff joint can cause a major flare.
Rebuild strength Load bone, muscle and tendon progressively once union and stability allow.
Recover skill Balance, grip, lifting, hopping, landing or work-specific tasks are retrained before full exposure.
Clear return Return follows fracture healing, function and risk—not a fixed number of pain-free days.

Common Myths About Fractures

Myth If I can move it, it is not broken.
Fact Some fractures still allow movement or partial weight-bearing.
Myth A fracture is worse than a break.
Fact The words mean the same thing; severity comes from the actual injury.
Myth Bone must be visible for an open fracture.
Fact A small communicating wound can make a fracture open even when bone is not seen.
Myth Every fracture needs a full cast.
Fact Some use a sling, removable splint, boot or functional brace; others need reduction or surgery.
Myth No pain means the bone is fully strong.
Fact Pain often improves before the fracture can tolerate normal or sporting stress.
Myth A normal first X-ray rules out every fracture.
Fact Occult scaphoid, hip and stress fractures may require protection, repeat imaging or MRI.

Frequently Asked Questions

What is the difference between a fracture and a broken bone?

There is no difference. Both terms describe a crack, partial break or complete break in a bone.

Can I still have a fracture if I can walk or move the limb?

Yes. Some stable, impacted, stress or small fractures permit movement or loading. Examination and appropriate imaging decide.

Should I try to straighten a deformed limb?

No. Support it in the position found and seek emergency care. Reduction requires trained assessment, pain control and circulation monitoring.

Does every suspected fracture need an X-ray?

No. Validated clinical rules and examination can avoid some X-rays, while high-risk or occult injuries may require additional imaging.

What if the X-ray is normal but it still hurts?

Return for review if focal pain or loss of function persists. Protection, repeat X-ray, CT or MRI may be appropriate for an occult fracture.

Why was I given a splint before a full cast?

A splint leaves room for early swelling. It may later be replaced by a cast, brace or boot once swelling and stability are reassessed.

Can I remove a walking boot to sleep or bathe?

Only if your fracture-specific instructions allow it. Removable does not mean optional, and permitted removal differs by injury.

Why does my cast feel tight?

Early swelling can increase pressure. Elevate as advised, but obtain urgent review for increasing pain, numbness, burning, colour change or inability to move digits.

How long will my fracture take to heal?

It depends on the bone, pattern, stability, age, health and treatment. Six to eight weeks is common for many injuries, but the safe range is much wider.

Do I need another X-ray?

Some fractures need follow-up imaging for alignment or union; stable fractures on a validated pathway may not. Follow the written plan.

When can I drive?

Only when permitted by the treating clinician, able to control the vehicle safely without the support interfering, and compliant with licensing and insurance requirements.

When can I return to sport?

After sufficient union, pain-free functional movement, restored strength and sport-specific control—not merely when the cast comes off.

Does smoking affect fracture healing?

Yes. Smoking is associated with poorer bone and soft-tissue healing and higher complication risk; stopping is worthwhile at any stage.

Should a low-trauma fracture trigger an osteoporosis check?

Often yes, especially in older adults or people with risk factors. Bone health, falls and medicines should be reviewed.

Will plates or screws always need removal?

No. Many implants remain safely in place. Removal is a separate operation considered only for specific symptoms, risks or clinical reasons.

A Note From Our Doctors

The information on this page is intended to help you understand your condition. It should not be considered a diagnosis or a substitute for a consultation with a qualified medical professional.

Every patient is unique. The same symptom can have different causes in different individuals, and the most appropriate investigations and treatment depend on your medical history, examination findings, age, existing medical conditions and test results.

At SR Speciality Hospital, we believe in treating the whole patient—not just a symptom, scan or laboratory report. Every treatment plan is individualised after careful medical evaluation.

Orthopaedic Consultation

Do you need fracture assessment, cast review or follow-up?

Bring all X-ray images and reports, emergency notes, the written weight-bearing plan and a complete medicine list. Mention wounds, increasing pain, numbness, colour change, cast problems, diabetes, smoking, osteoporosis risk and any previous injury to the same area.