Displaced fracture of base of fifth metacarpal bone, left hand, sequela Save

Displaced Fracture of Base of Fifth Metacarpal Bone, Left Hand, Sequela

A displaced fracture of the base of the fifth metacarpal bone in the left hand is a severe injury that can have long-term consequences. This type of fracture occurs when the bone at the base of the little finger is broken and displaced from its normal position. When left untreated or improperly managed, it can lead to various sequelae.

1. Pain and Swelling: One of the most common sequela of a displaced fracture is persistent pain and swelling. The initial injury causes significant discomfort, and if not properly addressed, it can continue to cause discomfort for an extended period.
2. Stiffness and Limited Range of Motion: Another consequence of a displaced fracture is stiffness in the affected hand. The immobilization required during the healing process can result in reduced flexibility and limited range of motion. This can make everyday tasks challenging and affect the individual's quality of life.
3. Weakness and Muscle Atrophy: Lack of movement due to the fracture can cause weakness in the muscles of the hand. Over time, this can lead to muscle atrophy, further compromising the hand's functionality. Rehabilitation exercises are crucial to regain strength and prevent ongoing muscle wasting.
4. Malalignment and Deformity: If the fracture is not properly reduced and aligned during the healing process, it can result in malalignment and deformity of the fifth metacarpal bone. This can lead to cosmetic concerns and functional impairments in hand movements.
5. Joint Instability: In some cases, a displaced fracture can cause joint instability. This can result in joint dislocation or subluxation, further hindering the hand's ability to perform tasks effectively.

A displaced fracture of the base of the fifth metacarpal bone in the left hand should never be taken lightly, as its sequelae can significantly impact an individual's daily life. Seeking immediate medical attention, appropriate treatment, and adhering to rehabilitation protocols are essential for minimizing long-term complications and promoting optimal recovery.