
Neck painA wrist fracture occurs when one or more bones in the wrist break or crack due to trauma. The injury can involve the radius, ulna, or any of the eight small carpal bones that make up the wrist joint. Among all wrist injuries, a distal radius fracture is the most common type, accounting for a significant percentage of fractures treated in emergency departments each year.
A fractured wrist can happen to anyone, but it is especially common among athletes, active adults, and older adults with weakened bones. In New York City, wrist fractures frequently occur from slip-and-fall accidents, sports injuries, bicycle accidents, and motor vehicle collisions.
Prompt treatment is important because a wrist fracture that heals improperly can lead to chronic pain, reduced mobility, decreased grip strength, and long-term joint problems. Early intervention helps restore proper alignment of the bones and improves the likelihood of a full recovery.
Not all wrist fractures are the same. The location of the break, the direction of the force, and the severity of the injury all influence treatment recommendations and recovery timelines.
Distal Radius Fracture
A distal radius fracture occurs near the wrist end of the radius, which is the larger bone in the forearm. This is the most frequently diagnosed wrist fracture and often results from falling onto an outstretched hand.
Scaphoid Fracture
The scaphoid is one of the carpal bones located near the thumb. Scaphoid fractures are common among athletes and younger adults. Because this bone has a limited blood supply, delayed diagnosis can increase the risk of healing complications.
Colles Fracture
A Colles fracture occurs when the wrist is extended backward during a fall. The broken portion of the radius shifts toward the back of the hand, creating a characteristic deformity.
Smith Fracture
A Smith fracture is essentially the opposite of a Colles fracture. It occurs when the wrist bends forward during impact, causing the fractured bone to shift toward the palm.
Other Wrist Fracture Classifications
Healthcare providers may also classify fractures based on their severity and involvement of the joint:
Intra-articular fracture
Extra-articular fracture
Open fracture
Comminuted fracture
The majority of wrist fractures occur when a person instinctively extends their hand to break a fall. The force travels through the hand into the wrist, placing excessive stress on the bones. Common causes include:
Falls
Falls are the leading cause of wrist fractures. Slipping on icy sidewalks, falling down stairs, tripping during daily activities, or losing balance while walking can all result in a fracture.
Sports Injuries
Many athletic activities increase the risk of wrist injuries, especially those involving speed, contact, or frequent falls. Higher-risk sports include:
Pickleball
Snowboarding
Skateboarding
In-line skating
Skiing
Football
Soccer
Hockey
Gymnastics
Horseback riding
Motor Vehicle Accidents
The force generated during a car, motorcycle, or bicycle accident can cause severe wrist fractures. These injuries may involve multiple broken bones and often require surgical repair.
Workplace Accidents
Construction workers, warehouse employees, healthcare workers, and others in physically demanding occupations may sustain wrist fractures from falls or direct impacts.
Osteoporosis-Related Fractures
Adults over the age of 60 face a higher risk because osteoporosis reduces bone density and strength. In these cases, even a simple fall from standing height may result in a fracture.
Symptoms can vary depending on the severity of the fracture, but most people notice immediate pain and difficulty using the injured hand. Common signs of a wrist fracture include:
Sudden wrist pain after an injury
Pain that worsens with movement or gripping
Swelling around the wrist and hand
Tenderness when touching the injured area
Bruising and discoloration
Visible deformity or an abnormal wrist position
Reduced range of motion
Difficulty moving the fingers or thumb
Weak grip strength
Numbness or tingling in the hand or fingertips
Some fractures may initially feel like a severe sprain. However, persistent pain, swelling, or difficulty moving the wrist should never be ignored. Seek immediate medical attention if you experience:
Significant deformity
Loss of sensation in the fingers
Severe swelling
Changes in skin color
Open wounds with visible bone
Accurate diagnosis is the first step toward a successful recovery. A healthcare provider will begin with a physical examination, evaluating pain levels, swelling, bruising, deformity, and range of motion. Diagnostic testing may include:
X-rays to identify the location and severity of the fracture.
CT scans for complex fractures involving multiple bone fragments.
MRI scans to evaluate ligament, tendon, muscle, or nerve injuries that may accompany the fracture.
Treatment depends on the fracture type, bone alignment, severity of injury, age, activity level, and overall health.
Non-Surgical Treatment
Many wrist fractures heal successfully without surgery when the broken bones remain in proper alignment. Treatment may include:
Immobilization with a splint or cast
Pain and swelling management
Activity modification
Follow-up imaging to monitor healing
In some cases, a provider may perform a closed reduction, a procedure that realigns the bones without surgery before applying a cast. Most patients wear a cast for approximately four to six weeks, although healing times vary.
Surgical Treatment
Surgery may be recommended when:
Bones are significantly displaced
The fracture extends into the joint
Multiple bone fragments are present
The fracture is unstable
Conservative treatment fails
During surgery, the orthopedic surgeon may use:
Plates and screws
Pins
External fixation devices
Internal fixation systems
Even after the bone heals, many patients continue to experience stiffness, weakness, swelling, and limited hand function. Physical therapy helps bridge the gap between bone healing and full recovery.
At Manhattan Physical Therapy, rehabilitation programs are tailored to the patient's injury, goals, occupation, and activity level. Physical therapy can help:
Restore wrist mobility
Improve grip strength
Reduce pain and swelling
Improve hand and finger coordination
Increase flexibility
Enhance fine motor control
Prevent long-term stiffness
Support a safe return to work, sports, and daily activities
Early Rehabilitation Phase
During the initial phase after cast removal or surgery, treatment focuses on:
Pain management
Swelling reduction
Gentle range-of-motion exercises
Soft tissue mobilization
Scar management when applicable
Therapists may use techniques such as manual therapy, ice therapy, heat therapy, electrical stimulation, and compression strategies when appropriate.
Strengthening Phase
As healing progresses, exercises become more challenging. Treatment may include:
Grip strengthening
Wrist stabilization exercises
Resistance band training
Light weight exercises
Functional movement training
Return-to-Function Phase
The final stage focuses on restoring normal movement patterns and preparing patients for their specific activities. This may include:
Work-related tasks
Sports-specific drills
Dexterity training
Coordination exercises
Advanced strengthening programs
Exercise selection depends on healing status and physician clearance. Starting exercises too early can interfere with recovery, so timing is important. Common rehabilitation exercises include:
Wrist Flexion and Extension
Wrist Radial and Ulnar Deviation
Hand Flips
Grip Strengthening
Fine Motor Exercises
If you're recovering from a broken wrist and want to restore strength, mobility, and function, professional rehabilitation can make a significant difference in your recovery.
Contact Manhattan Physical Therapy today at (212)-213-3480 to schedule an evaluation and begin a personalized treatment program designed to help you return to the activities that matter most.
Yes. Many wrist fractures heal successfully with casting or splinting when the bones remain properly aligned.
Physical therapy typically begins after the fracture has stabilized and your physician determines it is safe to start movement exercises.
In most cases, yes. Gentle finger movement is often encouraged to reduce stiffness and maintain circulation.
Many patients regain near-normal strength and function with proper treatment and rehabilitation. Recovery depends on injury severity and adherence to therapy recommendations.
Many patients regain near-normal strength and function with proper treatment and rehabilitation. Recovery depends on injury severity and adherence to therapy recommendations.
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