London Physiotherapy for Bennett fracture Relief

Appendix: key terms and concepts for bennett fracture

A Bennett fracture is a type of metacarpal fracture that occurs at the base of the thumb. It is an intra-articular fracture and is generally caused by axial loading on a partially flexed metacarpal bone. This injury can also be associated with other carpal bone fractures or ligament injuries. Diagnosis of this type of fracture can be made through X-rays of the thumb. Treatment options vary depending on the severity of the injury, with splint immobilization recommended for certain extra-articular fractures, while surgical fixation may be necessary for displaced Bennett or Rolando fractures. Despite looking simple on radiographs, Bennett fractures are considered unstable and require proper medical attention.

A Bennett fracture occurs due to an axial load that happens on a partially flexed metacarpal, which can be associated with fractures involving the adjacent carpal bone (trapezium). The trapezium is one of the bones that make up the saddle-shaped joint of the first carpometacarpal joint. This joint allows for greater motion and flexibility in the thumb than any other joint in the hand. The anterior and posterior oblique ligaments, anterior and posterior intermetacarpal ligaments, and dorsal radial ligament support this joint’s structure. If injured, prompt medical attention is required to ensure proper healing and recovery.

Bennett fracture is considered an unstable injury that requires surgical intervention. Open reduction with either pins or inter-fragment pinning is one of the options for treatment. Operative treatment is recommended for unstable fracture patterns and intra-articular displacement of >1 mm. Screw fixation is often preferred for open reduction internal fixation as K-wires must be removed after union. Radiographs play a crucial role in evaluating these injuries and planning a surgical approach for reduction.

A Bennett fracture involves a break or displacement of the base of the thumb joint. Treatment for this type of injury varies depending on the severity and may consist of closed reduction with percutaneous pinning or open reduction with either pins or inter-fragment pinning. Operative treatment is recommended for unstable fracture patterns and intra-articular displacement of greater than 1 mm, and open reduction internal fixation with a screw or K-wire are common practices. However, screws are often preferred as K-wires must be removed after union. Radiographs are essential in evaluating these injuries and planning surgical approaches for reduction, as these fractures are considered unstable.

A Bennett fracture is a specific type of thumb fracture that occurs at the base of the first metacarpal bone. This fracture is caused by forced abduction of the thumb and results in an intra-articular two-part fracture. The fracture pattern is distinct, with the main fracture line occurring along a point of weakness at the base of the first metacarpal, with intraarticular extension due to the palmar ulnar fragment of the first metacarpal held in place by its ligamentous attachment to the trapezium. Despite appearing relatively simple on radiographs, Bennett fractures are considered unstable and require prompt medical attention.

The Bennett fracture is a condition named after Edward Hallaran Bennett, a surgeon from Dublin, Ireland. He described this condition in 1882 and identified it as an intra-articular fracture dislocation. This type of fracture typically affects the base of the first metacarpal bone, which is located at the base of the thumb. It can be caused by a fall or any other direct trauma to the thumb. Symptoms can include pain, swelling, and difficulty moving the thumb. Treatment may involve immobilization with a cast or surgery depending on the severity of the injury.

Bennett fracture is a type of hand injury that requires prompt medical attention. The treatment and surgical decision-making regarding a Bennett’s fracture should be undertaken by an orthopedic surgeon or a hand surgery specialist who has experience with treating these injuries. If surgery is appropriate, the surgeon will usually align the bone fragments and use either pins or screws to hold the fracture in place. Recovery after hand surgery for Bennett’s fracture may take several weeks to months, depending on the severity of the injury and the type of surgical procedure used. Physical therapy may be recommended to help restore normal function and range of motion to the hand.

A Bennett fracture is a type of thumb fracture that occurs when the base of the first metacarpal bone is fractured. For non-displaced fractures, non-operative treatment in a thumb spica cast for 3-4 weeks can be considered. However, operative treatment is recommended for unstable fracture patterns and intra-articular displacement of >1 mm. In minor cases, closed reduction followed by immobilization in a thumb spica cast and serial radiography may be all that is required for effective treatment. It’s important to follow the right course of action as per the severity of the injury for proper healing and recovery.

Bennett fracture is a type of thumb fracture that affects the joint at the base of the thumb. This fracture occurs when the bone fragment at the base of the thumb separates from the rest of the bone. The anatomy of this joint is complex, with several ligaments and muscles providing support and movement. Understanding the relevant anatomy is crucial for proper diagnosis and treatment of Bennett fractures. Physical therapy management can help patients regain strength and range of motion in the affected hand.

Bennett’s fracture is a type of thumb metacarpal base fracture that extends into the joint between the metacarpal and wrist bone. This intra-articular fracture is very common and makes up 80% of fractures of the thumb metacarpal. Treatment options for Bennett’s fracture depend on the severity of the injury, but typically involve immobilization in a cast or splint to allow for proper healing. In some cases, surgery may be necessary to realign the bones and promote proper healing.

A Bennett fracture involves a partial break of the finger base, extending into the carpometacarpal (CMC) joint. The CMC joint is a saddle-shaped joint composed of the trapezium and the base of the thumb, allowing for complex motion and function as an opposable digit. Treatment for this type of fracture usually requires surgery due to subluxation or dislocation of the CMC joint. The volar oblique ligament connects the base of the thumb with the trapezium and is a primary soft-tissue stabilizer for the CMC joint.

Bennett fracture is a type of thumb injury that can lead to complications such as arthritis and stiffness with contracture. Studies have shown that bony apposition of the fragments within 2 mm and the correction of any joint subluxation will be tolerated without increasing the risk of posttraumatic arthritis. However, imperfect reductions and excessive angulation may lead to MCP joint hyperextension deformity, which can increase joint contact pressures and predispose the patient to early arthritis. It is important for patients with Bennett fractures to seek proper medical attention and follow through with rehabilitation protocols to prevent long-term complications.

Bennett fracture is a type of hand fracture that occurs at the base of the thumb. It is more common in older adults and children. Hand fractures are generally treated with immobilization using a cast or splint, regardless of whether surgical or conservative treatment is required. Physical therapists and occupational therapists play an important role in creating and adapting rehabilitation programs for patients with hand fractures. It is important to seek medical attention promptly if you suspect you have a hand fracture, as untreated fractures can lead to complications such as nerve damage or arthritis.

A Bennett fracture is a type of thumb injury that occurs when the base of the thumb’s first metacarpal bone is fractured. It is considered an unstable fracture, and radiographs are essential in evaluating the injury and planning surgical reduction. Treatment options vary, but generally involve closed or open reduction with pinning or inter-fragment pinning. Good alignment of the fracture fragments at postsurgical fixation generally results in positive clinical outcomes. Positioning the patient with thumb extension should be avoided to prevent further fracture displacement during evaluation and treatment.

A Bennett fracture is a specific type of injury that occurs when the base of the first metacarpal bone is fractured with intraarticular extension due to the palmar ulnar fragment of the first metacarpal held in place by its ligamentous attachment to the trapezium, also known as the anterior oblique ligament. This fracture pattern is distinct and can be identified through X-rays. The anterior oblique ligament plays a crucial role in this type of injury, as it holds the palmar ulnar fragment in place during axial loading, while the rest of the metacarpal moves in the opposite direction. Understanding the role of this ligament is important in diagnosing and treating Bennett fractures.

A Bennett fracture is a break at the base of the thumb that affects the joint. If left untreated or malreduced, it can lead to post-traumatic osteoarthritis. Open reduction and internal fixation with a screw or K-wire are both common practice for treating this type of fracture. However, screws are often preferred as K-wires must be removed after union. It is important to consider the age and profession/hobbies of the patient when deciding on treatment options. Failure to properly treat a Bennett fracture may cause significant pain and functional decline due to osteoarthritis or malunion.

Symptoms of a Bennett fracture include pain, swelling, and difficulty gripping or moving the thumb. The thumb may appear deformed or shorter than usual. It is important to seek medical attention if you suspect a Bennett fracture to ensure proper diagnosis and treatment.