Forearm, Elbow, Wrist fracture or dislocation and soft tissue trauma

forearm-elbow

What is Forearm, Elbow, Wrist fracture or dislocation and soft tissue trauma?

A 'soft tissue' injury means that you have had damaged some of the structures that support the elbow, such as the ligaments. You have strained your elbow joint but you do not have any broken bones. This is a common injury.

The presenting symptoms include acute pain and swelling, and local tenderness and visible deformity at the site of trauma are seen on examination. The forearm fractures are usually managed by surgical fixation, including closed reduction or open reduction and internal fixation

Excessive bleeding and swelling right after the injury may lead to compartment syndrome, a condition in which the swelling cuts off blood supply to the hand and forearm. It typically occurs within 24 to 48 hours of the injury and causes severe pain when moving the fingers.

The most common causes of forearm fractures include: Direct blow. Fall on an outstretched arm, often during sports or from a height. Automobile/motorcycle accidents.

A forearm fracture can occur in one or both of the forearm bones. Some of the causes include falls on the forearm or outstretched arm and direct impact from an object to the forearm.

Pressure redistribution is the most important factor in preventing pressure-induced skin or soft tissue injuries and may be accomplished in two ways: appropriate use of pressure-reducing devices and surfaces and proper patient positioning

How is it diagnosed?

How is it diagnosed?

Depending on the complexity of the fracture and the stability of the repair, you may need a cast or brace for 2 to 6 weeks after surgery. You will usually begin motion exercises for the forearm, elbow, and wrist shortly after surgery. This early motion is important to prevent stiffness.

How is it treated?

Treatment for acute myeloid leukemia is vital. It varies with the patient and stage of the disease. Treatment options include

The forearm fractures are usually managed by surgical fixation, including closed or open reduction and internal fixation. Open reduction helps achieve anatomic reduction, stable fixation, and an early range of motion, thereby enabling patients to return to their pre-injured state as early as possible.

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