Smith Fracture — Symptoms, Causes & Treatment
Also known as Reverse Colles' Fracture. Causes, symptoms and how physiotherapy treats Smith Fracture — without surgery or medicines.
Understanding Smith Fracture
Smith Fracture (also called Reverse Colles' Fracture) can arrive suddenly or build over months, and how much it hurts is a poor guide to how serious it is — minor strains can hurt intensely, while slow-building problems stay quiet until they start limiting you.
Physiotherapy approaches Smith Fracture by treating the cause rather than chasing the symptom: a detailed movement assessment first, then a plan combining hands-on treatment, targeted exercise and the habit changes that stop it returning.
Causes & risk factors of Smith Fracture
What commonly drives it — your assessment pins down which of these apply to you.
Joint stiffness and age-related change
Joints that move less start to hurt more; age-related wear is normal, but painful stiffness is not something to simply accept.
Weakness and deconditioning
When supporting muscles lose strength, load shifts to structures that were never meant to carry it.
Old injuries and compensations
A previous injury that never fully rehabilitated often leaves a movement pattern that overloads something else.
Sudden spikes in activity
A new sport, a new gym program, a long trek — tissue adapts to gradual change and protests when change is sudden.
Muscle strain and overload
A sudden lift, an awkward movement or simply more load than the tissues were prepared for — the most common trigger.
When physiotherapy is the right call
If any of these sound like you, an assessment is the right first step.
- ✓ Smith Fracture that keeps returning or hasn't settled within two weeks
- ✓ Pain or stiffness that limits work, sleep or daily activities
- ✓ You want to avoid long-term painkillers — or surgery has been mentioned
- ✓ You've been diagnosed with Smith Fracture and told to "rest and see"
- ✓ Movement feels restricted, weak or guarded compared to before
Your treatment journey
Step by step — from your first assessment to a tracked recovery plan.
A detailed first assessment
History, movement testing and strength checks — a focused session to find what is actually driving your Smith Fracture.
A diagnosis you understand
Your physiotherapist explains the findings in plain language — what is affected, why it happened and what that means for you.
Active, tracked treatment
Hands-on therapy, the right modalities and graded exercise — progressed session by session and tracked on Fizo IQ™.
Prevention, built in
The final phase rebuilds strength and habits so the same problem does not come back — with a home plan you keep.
What recovery looks like
- ✓ Strength and movement rebuilt, not just pain reduced
- ✓ Lower chance of recurrence, with a prevention plan
- ✓ Care without long-term medicines — at a clinic near you or at home
- ✓ Relief that comes from treating the cause, not masking it
- ✓ A clear diagnosis and a timeline you can plan around
When to see a doctor — red flags
How CB Physiotherapy treats Smith Fracture
At CB Physiotherapy, treatment for Smith Fracture starts with finding its cause: a structured, physiotherapist-led assessment before anything is prescribed. Your plan then combines hands-on therapy, targeted exercise and the right modalities — delivered at a clinic near you or at home, and coordinated with your doctor where medical care is involved.
Every case runs on Fizo IQ™, our recovery engine: diagnosis, root cause, plan, milestones and goals, tracked session by session. You always know where you are in your recovery — and what comes next.
Get Smith Fracture treatment near you
Certified physiotherapists at a clinic near you or at home — same-day slots, assessment-led care.
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Chat with us on WhatsAppSmith Fracture, answered
1: Pain: Immediate and severe pain in the wrist and forearm.
2: Swelling: Swelling around the wrist, which can extend to the hand and forearm.
3: Deformity: Visible deformity or an abnormal angle of the wrist, with the hand appearing displaced towards the pa
4: Bruising: Bruising or discoloration around the wrist.
5: Tenderness: Tenderness when touching the wrist or forearm.
6: Reduced Range of Motion: Difficulty or inability to move the wrist and fingers.
7: Numbness or Tingling: Numbness or tingling in the fingers if there is nerve involvement.
1: Falls: Falling onto a flexed wrist is the most common cause, often occurring during sports or accidental slips and falls.
2: Direct Trauma: Direct impact to the back of the wrist, such as being hit by an object or in a car accident.
3: Osteoporosis: Weakened bones due to osteoporosis can be more susceptible to fractures, even with minor trauma.
4: Sports Injuries: Activities that involve a high risk of falls or direct wrist impacts, such as skiing, skateboarding, or contact sports.
Pathology
A Smith fracture involves a break in the distal radius bone with the distal fragment displaced towards the palm (volar displacement).
Physical examination to assess pain, swelling, deformity, and range of motion.
Neurological examination to check for nerve damage.
X-rays:
X-ray is the diagnostic tool, used to confirm the fracture, and determine the type and displacement of the fracture.
CT scan:
CT scan is used in complex fractures to get detailed images of bone fragments and joint involvement.
MRI:
MRI is done if there is suspicion of soft tissue, ligament, or nerve damage.
(Note: Medication should not be taken without the doctor’s prescription.)
Surgical:
Surgical treatment for a Smith fracture, also known as a volar displaced distal radius fracture, is typically considered when non-surgical methods (like casting or splinting) are insufficient to properly align and stabilize the fracture. Here are the primary surgical techniques used to treat a Smith fracture:
1: Open Reduction and Internal Fixation (ORIF): Surgical procedure to realign the bones and secure them with plates, screws, or pins.
2: External Fixation: Used in cases with severe swelling or when internal fixation is not feasible, involving the use of an external frame to stabilize the bones.
The wrist is immobilized in a cast or splint for a period to ensure stability and promote healing.
Transcutaneous Electrical Nerve Stimulation (TENS)
Purpose: Pain relief.
Mechanism: TENS uses low-voltage electrical currents to stimulate nerves and block pain signals to the brain. It may also promote the release of endorphins, which are natural painkillers.
Application: Electrodes are placed on the skin around the fracture site. TENS can be used during or after immobilization and during rehabilitation.
Neuromuscular Electrical Stimulation (NMES)
Purpose: Prevent muscle atrophy and improve muscle strength.
Mechanism: NMES sends electrical impulses to stimulate muscle contractions, which helps maintain muscle mass and strength during periods of immobilization.
Application: Electrodes are placed on the skin over the muscles surrounding the fracture. NMES can be used after the initial healing phase when it is safe to begin muscle activation.
Interferential Current (IFC)
Purpose: Pain relief and reduction of swelling.
Mechanism: IFC uses two high-frequency currents that intersect to create a low-frequency stimulation deep within the tissues.
Application: Electrodes are placed around the fracture site. IFC is useful during both the acute and subacute phases of healing.
Wrist Mobilization:
Initiated after the initial healing phase to restore wrist function and regain the range of motion. Therapy usually starts with gentle movements and progresses to more intensive exercises as healing allows.
Gentle passive and active range of motion exercises for the wrist and forearm. This may include flexion, extension, supination, and pronation exercises.
Finger Exercises:
Gentle movements of the fingers to prevent stiffness and maintain circulation.
Elbow and Shoulder Exercises:
Range of motion exercises for the elbow and shoulder to prevent stiffness and maintain mobility.
Strengthening Exercises:
Gradual introduction of strengthening exercises for the wrist and forearm using resistance bands, light weights, or putty.
Advanced Strengthening:
Progress to more challenging strengthening exercises, including weight-bearing exercises and the use of heavier resistance.
Functional Activities:
Activities that mimic daily tasks to help restore functional use of the hand and wrist.
Don't let Smith Fracture decide your day.
Get assessed today — find the cause, get a plan, and know when you'll feel better.