A fracture at the upper end of the shinbone can damage the weight-bearing surface of the knee and make standing, walking, or bending the leg extremely painful. Because the injury may also affect nearby cartilage, ligaments, nerves, blood vessels, and soft tissues, a thorough evaluation is important.
Dr. Brian Cohen completed sports medicine fellowship training at Rush Medical School and provides individualized treatment for proximal tibia fractures in Columbus, OH. Care is based on the fracture pattern, joint involvement, soft-tissue condition, bone quality, and the patient’s overall health.
What Is a Proximal Tibia Fracture?
A proximal tibia fracture is a break in the upper portion of the tibia, or shinbone, directly below the knee. When the fracture extends into the weight-bearing surface of the knee joint, it is commonly called a tibial plateau fracture.
Proximal tibia fractures range from stable cracks in the bone to complex injuries involving displacement, multiple fragments, or damage to the joint surface. High-energy fractures may also injure the cartilage, ligaments, muscles, nerves, blood vessels, or surrounding skin.
Identifying and treating associated injuries is important for restoring knee movement, protecting circulation and nerve function, and reducing the risk of long-term instability or post-traumatic arthritis.
Types of Proximal Tibia Fractures
Proximal tibia fractures can be described according to their pattern, location, and effect on the surrounding skin. One injury may fit more than one classification.
Common fracture patterns include:
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Closed fracture: The surrounding skin remains intact.
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Open fracture: A wound extends from the skin to the broken bone, although the bone may not be visible.
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Transverse fracture: The fracture line runs relatively straight across the tibia.
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Comminuted fracture: The bone breaks into three or more fragments.
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Intra-articular or tibial plateau fracture: The break extends into the knee joint and disrupts the weight-bearing surface.
Fractures in children may also be classified by the area of the developing bone involved:
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Epiphyseal fracture: The injury affects the upper end of the bone and may involve the growth plate.
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Metaphyseal fracture: The injury occurs in the wider portion of the tibia just below the growth plate.
Open fractures require urgent treatment because a break in the skin increases the risk of infection.
Proximal Tibia Fracture Causes
Proximal tibia fractures are commonly caused by trauma. High-energy injuries can produce significant displacement, multiple bone fragments, and damage to the surrounding soft tissues.
Common causes include:
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Motor vehicle or motorcycle collisions
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Sports-related impacts
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Falls from a significant height
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A direct blow to the knee or upper shin
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Falls from standing height in older adults with weakened bones
Less commonly, a fracture may develop when the bone has been weakened by osteoporosis, infection, a tumor, or another underlying condition. Repetitive stress may also contribute to certain nondisplaced fractures.
Proximal Tibia Fracture Symptoms
Symptoms may include:
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Severe pain near the knee or upper shin
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Pain with weight-bearing
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Swelling and bruising
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Tenderness around the fracture
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Difficulty bending or straightening the knee
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Inability to stand or walk
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Visible deformity or abnormal alignment
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A feeling of tightness or increasing pressure in the leg
Numbness, weakness, severe pain that continues to worsen, or a foot that becomes pale, cold, or difficult to move may indicate nerve damage, impaired circulation, or acute compartment syndrome. These symptoms require emergency medical evaluation.
Proximal Tibia Fracture Diagnosis
Diagnosis begins with a discussion of how the injury occurred and whether the patient can move the leg or bear weight. Dr. Cohen or one of his orthopedic colleagues will examine the leg for swelling, tenderness, wounds, deformity, circulation, sensation, and signs of pressure within the surrounding muscles.
X-rays are typically used to confirm the fracture and evaluate bone alignment. A CT scan may provide more detail about the number and position of the fragments, particularly when the fracture extends into the knee joint. MRI may be considered when additional information is needed about the meniscus, cartilage, ligaments, or other soft tissues.
Patellar Fracture Treatment Options
Treatment may be nonsurgical or surgical depending on the fracture pattern, displacement, knee stability, joint-surface involvement, soft-tissue condition, bone quality, and overall patient health.
Nonsurgical Treatment
Nonsurgical treatment may be appropriate when the fracture is stable, the bone fragments remain properly aligned, and the knee joint is not significantly disrupted. It may include:
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A cast, brace, or knee immobilizer
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Crutches, a walker, or a wheelchair
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Temporary limits on weight-bearing
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Pain-relieving medication
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Follow-up X-rays to monitor alignment and healing
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Physical therapy as the fracture stabilizes
Many displaced, unstable, open, or intra-articular fractures require surgery to restore alignment and support the knee joint.
Surgical Treatment
Surgery may be recommended when the fracture is displaced, unstable, open, divided into multiple fragments, or extends into the knee joint.
Depending on the injury, treatment may include:
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Internal fixation: Dr. Cohen realigns the fracture fragments and secures them with plates, screws, or other implants.
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External fixation: Metal pins are placed into the bone and connected to a frame outside the leg. This may be used temporarily when severe swelling, open wounds, or other injuries make immediate internal fixation unsafe.
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Bone grafting or bone substitutes: Material may be placed beneath a depressed portion of the joint surface or within an area of bone loss to provide additional support.
The surgical plan is based on the fracture pattern, condition of the skin and surrounding tissues, bone quality, and any associated ligament, cartilage, or meniscus injuries.
Recovery and Rehabilitation
Recovery from a proximal tibia fracture often takes several months and depends on the severity of the injury, treatment performed, bone quality, and associated soft-tissue damage.
Patients may need to avoid placing weight on the injured leg while the fracture begins to heal. Dr. Cohen uses follow-up examinations and X-rays to determine when weight-bearing and activity can safely increase.
Physical therapy helps gradually restore knee motion, muscle strength, balance, and walking ability. Following restrictions carefully is important because placing too much weight on the leg too early may cause the fracture or joint surface to shift.
Why Choose Dr. Cohen?
OVER 25+ YEARS OF EXPERIENCE
One of the first orthopedic surgeons employed by a large hospital. Dr. Cohen spent 20 years.
TRUSTED BY OVER 100,000+ PATIENTS WORLDWIDE
Over his distinguished career, Dr. Cohen has cultivated a reputation of excellence and trust among his patients and his peers.
UTILIZING THE LATEST TECHNOLOGY
To achieve the best surgical outcomes, Dr. Cohen uses the most advanced technologies and techniques, keeping his practice state-of-the-art.
PATIENT SAFETY IS TOP PRIORITY
An individualized, patient-focused process coupled with decades of training and experience helps ensure maximum safety for all of Dr. Cohen’s patients.
Proximal Tibia Fracture Care in Columbus, OH
A proximal tibia fracture can affect knee alignment, joint stability, and the ability to walk or bear weight. Dr. Cohen evaluates the fracture pattern, joint surface, soft tissues, and overall health before recommending immobilization, surgical fixation, or another appropriate treatment. Prompt care can support proper healing and reduce the risk of long-term stiffness, instability, or arthritis. To schedule a consultation with Dr. Brian Cohen, call (614) 788-0375.
