Forearm Fractures — Symptoms, Causes & Treatment
Also known as Forearm Fractures. Causes, symptoms and how physiotherapy treats Forearm Fractures — without surgery or medicines.
Understanding Forearm Fractures
Forearm Fractures is one of the conditions our physiotherapists treat most often — and one of the most treatable when the actual driver is found. Two people with Forearm Fractures rarely share the same underlying cause, which is why one-size-fits-all treatment so often disappoints.
What matters clinically is the pattern: how it started, what makes it better or worse, and how it behaves through the day. That pattern — mapped in a structured assessment — tells us which structures are involved and which treatment will actually move the needle.
Causes & risk factors of Forearm Fractures
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.
- ✓ Forearm Fractures 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 Forearm Fractures 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 Forearm Fractures.
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
- ✓ 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
- ✓ Strength and movement rebuilt, not just pain reduced
- ✓ Lower chance of recurrence, with a prevention plan
When to see a doctor — red flags
How CB Physiotherapy treats Forearm Fractures
We treat Forearm Fractures the way we treat everything: assessment first, plan second, treatment third. It sounds obvious, but it is the difference between sessions that fill a slot and sessions that move you towards a goal. Care is delivered by certified physiotherapists at a clinic near you or at home.
Your whole journey is tracked on Fizo IQ™ — the diagnosis, the root cause, the milestones and the goals — so progress is measured, not guessed, and the plan adapts the moment your response calls for it.
Exercises that help with Forearm Fractures
Make these exercises yours — a CB physio personalizes, doses and tracks your plan week by week.
Get my personalized planGeneral guidance only — stop if an exercise increases your pain, and check with your physio before starting a new routine.
Get Forearm Fractures 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 WhatsAppForearm Fractures, answered
Forearm fracture is the fracture, which occurs between the wrist and the elbow. The bones which get fractured are the radius and the ulna. Radius bone lies on the thumb side of the forearm whereas the ulna bone lies on the little finger side.
Fractures can occur in one or both bones at one or several places of the forearm:
- Near the wrist, the distal end of the bone.
- Middle of the forearm.
- Near the elbow, the proximal end of the bone.
Types of forearm fractures:
Forearm fractures can occur in the radius or ulna or in both bones.
- Torus fracture. This type of fracture is a stable fracture, the broken bone pieces are still in position and not displaced.
- Metaphyseal fracture. The fracture occurs across the upper or lower portion of the bone without affecting the growth plate.
- Greenstick fracture. The fracture extends through the length of the bone and causes it to bend on the other side.
- Galeazzi fracture. This fracture affects both bones of the forearm. Such fractures are usually displaced fractures in radius and dislocation of the ulna at the wrist.
- Monteggia fracture. This fracture affects both bones of the forearm. These fractures usually occur in the ulna and the head of the radius is dislocated.
- Growth plate fracture . This fracture occurs at the growth plate of the radius near the wrist.
Commonly occurs in children while playing sports. In most cases, forearm fractures are caused by:
- Direct blow to the forearm
- Fall on an outstretched arm
- Fall on the forearm
- Fall from height
- Axial load
- Motor vehicle accidents
- Sports activities
- Children are playing on the playground or participating in sports.
A forearm fracture usually results in:
- Severe pain
- Swelling
- Feeling of numbness.
- Discolored skin around the affected area
- Loss of forearm and hand function
Pathology
Fracture depends upon the age of the individual, the strength of the bone, mass of the bone, quality of the bone, and the frequency, nature, and forces produced by the injury on the bone. Usually repetitive or high-velocity thrust leads to mechanical failure.
X-Rays
X-rays show clear images of the bones and help to determine the extent of the injury.
Computed tomography scan (CT scan):
Computed tomography scan (CT scan) provides detailed cross-sections of the bone.
Magnetic resonance imaging (MRI):
Magnetic resonance imaging (MRI) creates very detailed images using magnetic fields.
Bone scan:
A bone scan helps to find fractures that are not shown up in an X-ray, it can help find those fractures.
Depending on the type of fracture and degree of displacement, treatment is decided.
Nonsurgical Treatment
Undisplaced fractures may simply need the support of a cast or splint while they heal.
Severe fractures that have become angled, gentle push or manipulation (closed reduction) of the bones into place is done.
Surgical Treatment
Surgery is required in displaced fractures or maligned fractures to align the pieces of bones and secure them in place. In such fractures, the skin is opened and the broken bone segments are repositioned (open reduction). Metal implants, pins, stainless-steel screws, plates, and fixators, or a cast is used to hold the broken bones in place.
Medication:
Pain reliever, such as acetaminophen, ibuprofen etc
Note: Medication should not be taken without the doctor's prescription.
Recovery
A stable fracture may require 3 to 4 weeks in a cast. Whereas severe fractures may require immobilization for 6 to 10 weeks.
After the removal of the cast, the wrist and elbow joints may be stiff for 2 to 3 weeks. Physiotherapy is recommended after the cast removal.
Cryotherapy is used to help reduce pain and swelling.
Electrical stimulation (TENS) may also be used to help improve muscle and strength.
Ultrasound helps to reduce the scar adhesion thus improving mobility.
Massage
After a surgical intervention scar massage and mobilization can help reduce adhesions. Massage helps to improve mobility around the scar.
Range of motion exercises
Range of motion exercises help to regain full motion of the elbow, wrist and rotation of the forearm. Early range of motion exercises are started from distal to proximal. Particular focus should be placed on the fractured area and the joints around it. Exercises like simple flexion, extension, supination, pronation exercises can be done with the help of wall pulleys, shoulder wheels, finger ladder etc.
Proprioception
Proprioception is the ability to know where the body is, with eyes closed. Due to immobility proprioception decreases. To enhance the sense of proprioception exercises like pushups, rolling a ball on a surface with hand, holding up weight overhead while moving the shoulder all the exercises can be done as a training.
Strengthening exercises
Initially, physiotherapy may help to improve the strength of the unaffected limbs, to prevent the stiffness in joints around the fractured area. Shoulder wheel with resistance, weight cuffs, dumbells, resistance bands, resistance tubes, and other types of equipment may be used to improve strength and mobility of the muscles and joints and around the fractured area. Initially
Exercises are done to retrain the joint and muscles that the bone can tolerate the loads and stresses while doing everyday functions. Physiotherapy can help to return to optimum function depending on the severity of the injury.
High-intensity exercises
These are advanced exercises such as doing quick movements, throwing a ball, catching, lifting, etc., and progressively increased resistance exercises are done to increase the overall functional mobility.
Don't let Forearm Fractures decide your day.
Get assessed today — find the cause, get a plan, and know when you'll feel better.