Wrist Fracture

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The wrist is an anatomical “crossroad” of exceptional importance, allowing us to use our hands with both strength and precision. However, precisely because it is the body part we instinctively put forward to protect ourselves in the event of a fall, it is also one of the most common sites for a fracture. A wrist fracture (a “broken” wrist) is not simply a bone injury. It is an event that disrupts the delicate balance of the joint, tendons, nerves, and ligaments. Correct diagnosis and anatomical restoration are of vital importance to ensure the hand does not lose its functionality in the future.

Ο μόνος Ορθοπαιδικός στην Ελλάδα στην χειρουργική ώμου και άνω άκρου με προϋπηρεσία μόνιμης διευθυντικής θέσης (substantive Consultant ) για 10 συναπτά έτη στην Μεγάλη Βρετανία

Wrist or Radiocarpal Joint Fracture

“Wrist fracture” is the general and widely popular term for a broken wrist, but medically it refers to a fracture of the radiocarpal joint. The wrist is not a single bone. It consists of eight small bones (the carpal bones, in two rows) connected to the two long bones of the forearm (the brace) called the radius, the bone on the thumb side, and the ulna, the bone on the pinky side). Although a fracture can occur in any of these 10 total bones (such as, for example, the common scaphoid fracture), by far the most common bone to break is the radius. This specific fracture is medically termed a distal radius fracture (or a hairline fracture of the radius).

The “Personality” of the Fracture: Stable and Unstable Fractures

Every fracture has its own “personality” and degree of severity.

Stable and Non-Displaced Fractures: Certain wrist fractures are “stable”. These are “non-displaced” fractures, where the bone is cracked or broken, but its fragments remain exactly in their normal position and have not moved apart. Even some “displaced” fractures (which have shifted, but the physician places them back into the proper position using a special, non-surgical method called “closed reduction”) can remain stable enough to heal effectively within a plaster cast or a special splint.

Unstable Fractures: Other fractures are inherently unstable. In these unstable fractures, even if the physician places the bones back into position with a closed reduction, muscular forces and the nature of the break cause the bone fragments to tend to continuously shift or displace (slip). The result is that the bone does not “knit” properly in its original position, but rather crookedly (malunion). This can cause the wrist joint to appear deformed (crooked) and, most importantly, prevent it from ever regaining its proper function, strength, and movement.

Severe Types of Fractures (Intra-articular, Comminuted, Open)

Some wrist fractures are much more severe than others:

Open Fractures (Compound): These are fractures in which the broken bones break through the surface of the soft tissues and exit through (pierce) the skin. They are urgent medical emergencies, as the risk of infection (microbial bone infection – osteomyelitis) is immense.
Comminuted Fractures: These are wrist fractures where the bone shatters into many small pieces, making it extremely unstable and difficult to reassemble.
Intra-articular vs. Extra-articular Fractures: Fractures can be extra-articular (they do not extend into the joint) or intra-articular (the crack extends and “breaks” the smooth cartilage surface within the wrist joint itself). Intra-articular fractures are extremely unstable and require absolute anatomical precision.

These severe types of fractures (unstable, comminuted, intra-articular) strictly require surgical intervention to restore the anatomy and normal function of the joint, as well as to prevent painful post-traumatic osteoarthritis in the future, among other issues.

Wrist fracture – How does it happen?

The mechanism of injury is classic and very specific. In the vast majority of cases, a wrist fracture occurs from a specific injury: falling onto an outstretched hand (FOOSH mechanism). The person, trying to protect their body or face during the fall, extends their hands. The entire body weight is abruptly transferred to the wrist, which bends violently backward, exceeding the tolerance limits of the bone.

The conditions under which it occurs include:

Sports activities (e.g., football, skiing, snowboarding).
Simple slips (e.g., on a wet floor or on ice) for older individuals.
Severe, high-energy trauma: Car accidents, motorcycle accidents, or falls from heights (e.g., from a ladder) cause much more severe (comminuted) injuries, crushing the wrist.
Osteoporosis: Weakened bones (for example, in postmenopausal women with osteoporosis) are porous and tend to “break” much more easily, even with very low-energy falls (e.g., tripping in the living room at home).

Symptoms of wrist fractures

The symptoms of a broken wrist are usually loud and instantly noticeable.

Severe, acute pain: The pain is immediate and becomes unbearable with the slightest attempt to move the hand or fingers.
Edema (Swelling): The wrist swells rapidly, often accompanied by bruising (black-and-blue marks) that spreads toward the fingers or forearm.
Loss of function: It is difficult to, or completely impossible to, move, lean on, or use the hand and wrist to grip anything.
Deformity (Displacement): The wrist may visually appear crooked or deformed, taking on the classic “dinner fork deformity,” which indicates that the bone has broken and shifted from its position.
Neurological Symptoms: If the broken bone presses on a nerve (such as the median nerve), the patient may feel immediate and intense numbness in the fingers (acute carpal tunnel compression).

Diagnosis of fractures

Never attempt to “reduce” a traumatized wrist on your own. The specialized upper limb surgeon, Mr. Polyzois will see you, examine you carefully by checking the blood supply and sensation of your fingers, and will immediately send you for simple X-rays. An X-ray in two views (face/profile) will determine if there is a broken bone, where exactly the fracture is located, and how much it has shifted.

Sometimes, especially in comminuted or intra-articular fractures, further imaging studies may be required:

Computed Tomography (CT scan): Often with three-dimensional imaging (3D), it allows the physician to have much better detail of the displacement, the fragments, and the “personality” of the fracture, planning the surgery with millimeter precision.
Magnetic Resonance Imaging (MRI): This may be requested if there is suspicion of a ligament tear (such as the scapholunate ligament) or a triangular fibrocartilage complex (TFCC) tear.

It is critical to remember that ligaments (the soft tissues that hold bones together), tendons, muscles, and nerves can also be injured (cut or trapped) when the wrist is violently broken. These associated injuries may need to be addressed simultaneously with the bone.

Wrist fracture treatment

Not all fractures require surgery. Treatment is strictly individualized and depends on many factors:

The type of fracture: Whether it is simple/hairline, displaced, unstable, intra-articular, comminuted, or open.
Patient characteristics: Age, occupation (e.g., a manual laborer or athlete has different demands than a retiree), hobbies, daily activity level, as well as whether it involves the “dominant” (good) hand.
The patient’s general health (coexisting medical conditions).
The presence of other injuries on the same limb or body (polytrauma patient).

Conservative (Non-Surgical) Treatment: If the fracture is stable and has not shifted, a cast or a special functional splint can be placed (perhaps after a “closed reduction” is performed under local anesthesia in the emergency department) to realign the bones and support the wrist. This also offers relief from the initial pain. The cast usually remains for 4 to 6 weeks, with regular X-ray follow-ups to ensure that the bones have not slipped (displaced) inside the cast as the swelling subsides.

Surgical Treatment: When fractures are unstable, intra-articular, or cannot maintain their proper position inside a cast, they absolutely require surgical intervention to put the broken bones back into their anatomical position and keep them stable. This procedure is called Open Reduction and Internal Fixation (ORIF).

Wrist Fracture Surgery (Osteosynthesis)

Mr. Polyzois and his specialized team undertake the operation using minimally invasive surgery (MIS) techniques, which are bloodless, painless, and fully respect the tendons and nerves of the area. The operation is quick, lasting about 30-45 minutes, and the surgical incision on the palmar surface of the wrist does not exceed, most of the time, 5 centimeters. A huge advantage is that the surgery can be safely performed under regional anesthesia (only the arm numbs) and without general anesthesia, if the patient wishes (Awake Surgery).

Modern Materials (Titanium Plates and Screws)

Mr. Polyzois uses the most modern, innovative, and reliable osteosynthesis materials worldwide. Typically, an anatomical plate (volar locking plate) and latest-generation titanium screws are used. These materials have a low profile (they do not “catch” on tendons) and “lock” together, creating a rigid construct. They are the most suitable for the type and “personality” of each fracture and can hold and maintain the bones and comminuted pieces in their correct, perfect anatomical position, even in osteoporotic bones.

Postoperative Course and Rehabilitation

Immediate Discharge: The patient is discharged from the hospital (Day Clinic) a few hours after the procedure.
Immediate Mobilization: Thanks to the absolute stability of the titanium plate, the patient usually has only a simple, soft dressing for 24 hours and does not need the agonizing, heavy plaster cast of former years! They can use their hand for light movements (eating, writing, dressing) a few days after surgery without restrictions. This early movement is the secret to preventing the wrist from “freezing” (stiffness).
Exceptions: In a few cases, particularly with highly complex fractures or associated ligament tears, the patient wears a very light splint for 2 weeks.
Physical Therapy: An individualized physical therapy program is followed to fully restore the movement and strength of the wrist and joint.
Wound Healing: The small surgical wound achieves excellent aesthetic healing (at 2 weeks), often using intradermal, absorbable sutures that do not even require removal (cutting).
Return to Activity: Within a few weeks, patients safely return to their full activities (profession, sports) just as before the injury.

Do the materials need to be removed?

One of the most frequent questions. Modern titanium materials usually never need to be removed, as they integrate into the body. They are removed only in certain exceptional cases (e.g., if they noticeably irritate the tendons in very thin individuals, or in young professional athletes), but certainly not before at least 12 months have passed since the operation, to ensure the bone has fused completely. These materials usually do not cause any discomfort, do not “beep” at airports (due to the titanium), and the patient can safely undergo a magnetic resonance imaging (MRI) scan in the future without any problem at all.

A Few Words About the Physician (Dr. Polyzois)

As with other conditions and fractures of the upper limb, choosing a fully specialized, officially certified, and experienced physician and surgeon is of paramount, primary importance for an excellent result without complications (such as permanent stiffness or nerve damage), whether it involves surgical or non-surgical (conservative) treatment. A wrist fracture should not be treated casually.

Orthopedic Surgeon Mr. Ioannis Polyzois is the only Orthopedic Surgeon in Greece specializing in shoulder and upper limb surgery with a permanent directorial tenure (substantive Consultant) for 10 consecutive years in Great Britain. Following 20 years of continuous experience in the largest trauma centers in England and having served as a permanent Director in London, he has successfully treated thousands of fracture cases. This experience of his provides the ultimate safety and guarantee for your injury or fracture, no matter how simple or complex it may be. Do not hesitate to contact the physician and his team for any clarification and to plan together, with honesty and respect, the safest path toward restoring your health.

Costs and Prices for Wrist Fracture Management

Managing an acute injury, such as a fracture, should not be accompanied by the added stress of financial cost. The philosophy of our clinic is based on offering top-level traumatology medical services with absolute transparency, fair pricing, and without unpleasant surprises. The final cost of treating a wrist fracture is adjusted directly to the needs of each individual case.

If the treatment is conservative (simple closed reduction and placement of a cast/splint), the cost covers only the medical visit and the immobilization equipment. If, due to the severity of the fracture, surgical intervention (Osteosynthesis) is required, the total cost is influenced by the clinic, the type of anesthesia, and the use of specialized, modern materials (titanium plate and screws). Nevertheless, as the operation is organized as a day surgery (Day Clinic), hospital stay expenses are dramatically minimized.

For your best possible convenience, our medical team maintains open communication channels and cooperation with all private insurance companies, while offering the flexibility to use the state insurance provider (EOPYY) to cover a large portion of clinic (surgery expenses, materials, medications) and hospital expenses (imaging tests). After your examination, you will be provided with a clear, detailed, and completely personalized financial plan.

Movement is life! Contact the doctor for specialized orthopedic care tailored to your needs.

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Συχνές ερωτήσεις

Can a wrist fracture leave permanent problems?

If a fracture (especially if it is displaced or intra-articular) is ignored or not reduced (not put back into place) with absolute anatomical precision, it can indeed leave permanent problems. When a bone knits “crookedly” (malunion), the biomechanics of the wrist are disrupted. This results in permanent pain, severe loss of range of motion (e.g., inability to turn the palm), weakness in grip, and—most importantly—the premature and painful onset of post-traumatic osteoarthritis within just a few years. That is why timely and specialized management (either with a cast or surgery) is absolutely critical to avoid these permanent consequences.

Does a wrist fracture always require surgery?

No, by no means. The decision to proceed with surgery depends exclusively on the “personality” of the fracture. A simple (hairline) fracture or a fracture that has broken cleanly and has not shifted (non-displaced) has an excellent prognosis with the simple placement of a cast or a special splint for 4-6 weeks. Surgical intervention is deemed necessary only if the fracture is unstable, has displaced dangerously, has broken into many pieces (comminuted), or if the fracture line enters the cartilage of the joint (intra-articular).

How can I help achieve a faster recovery?

The speed of recovery depends heavily on the patient themselves! The “secret” is the early mobilization of the fingers. Whether you are wearing a cast or have just undergone surgery, it is of vital importance to keep your hand elevated (above the level of the heart) to reduce swelling and to move (open and close into a fist) your fingers, elbow, and shoulder from the very first day. This prevents painful stiffness and promotes blood circulation. Naturally, after the cast is removed (or upon the physician’s approval following surgery), compliance with a strict physical therapy program is the “key” to fully reclaiming your strength. Avoid smoking, as nicotine is proven to delay the union (“knitting”) of bones.

Can I travel with a wrist fracture?

Yes, you can travel; however, caution is required. If you travel by plane within the first 48-72 hours after the injury or surgery, the change in cabin pressure can dramatically increase swelling (edema) in your hand. If you are wearing a closed (circular) cast, the increased pressure of the swelling gets trapped inside the cast, which can cause unbearable pain, poor blood circulation, or even nerve damage (Compartment Syndrome). If you absolutely must fly, the physician must cut (split) your cast lengthwise before the flight, or place a removable splint on you so that there is room for the swelling. Additionally, the airline may request a medical certificate of fitness to fly. If you have undergone osteosynthesis (titanium plate and screws), these materials typically do not trigger metal detectors at airports.

Does the fracture affect sensitivity to the weather?

This is a very common and honest question from patients. Yes, it is normal. Many patients complain of a dull pain, “tugging,” or sensitivity in the wrist (often like a “rheumatism”), even months or years after the perfect healing of the fracture or surgery, when the weather changes. When the temperature drops, humidity increases, or barometric pressure shifts abruptly (e.g., before it rains), the scar tissue around the former fracture and the joint contracts or expands differently than normal tissue. This causes microscopic pressure changes in the nerve endings of the area, translating into discomfort. It is not a sign that something has gone wrong. Keeping the joint warm and mild movement usually relieves the symptom.

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