Fracture? Rest your weary bones

Casting is a common method used in orthopedic medicine to immobilize and support fractured bones during the healing process. It involves applying a rigid or semi-rigid material, such as plaster or fiberglass, around the affected area to stabilize the bone and promote proper alignment. Casting serves several purposes in the management of fractures:

  1. Immobilization: Casting provides immobilization of the fractured bone, preventing movement and displacement. Immobilization is crucial for promoting healing and minimizing the risk of further injury or complications.

  2. Stability and Alignment: By encasing the fractured bone, a cast helps maintain proper alignment of the bone fragments. This alignment facilitates optimal healing, reduces pain, and supports functional recovery.

  3. Protection: A cast provides a protective barrier around the fractured bone, shielding it from external forces and reducing the risk of re-injury. It acts as a physical barrier that absorbs and distributes forces, minimizing the impact on the healing bone.

  4. Pain Relief: Immobilization through casting can alleviate pain by reducing movement and protecting the fractured bone. By stabilizing the bone, a cast helps reduce pain associated with movement and supports a more comfortable healing process.

Waterproof fiberglass casts have gained popularity over traditional plaster casts due to their superior characteristics:

  1. Lightweight and Durable: Fiberglass casts are lighter in weight compared to plaster casts, providing greater comfort for the individual. They are also more durable, less likely to crack or chip, and resistant to wear and tear.

  2. Water Resistance: One significant advantage of fiberglass casts is their water resistance. They can be made waterproof by using a specialized waterproof lining or incorporating a waterproof layer during the casting process. This allows individuals to bathe, shower, and engage in water-based activities without worrying about damaging the cast or compromising hygiene.

  3. Breathability: Fiberglass casts have a porous structure that allows air circulation, promoting better ventilation and moisture evaporation. This helps reduce skin irritation, itching, and the risk of complications, such as skin infections, that can occur with prolonged use of non-breathable casts.

  4. Versatility and Precision: Fiberglass casts can be molded to fit the specific shape and contour of the individual's body, allowing for a more customized and precise fit. This customization enhances comfort, supports proper immobilization, and promotes optimal healing.

It's important to note that the choice between plaster and fiberglass casts may depend on various factors, including the nature of the fracture, the preferences of the healthcare provider, and individual considerations. The application and removal of casts should always be performed by trained healthcare professionals to ensure proper technique and minimize potential complications. Regular follow-up visits are also essential to monitor the healing process, address any issues, and determine the appropriate timing for cast removal and rehabilitation.

If you are in need of a cast, book here or contact us on 0402 832 329.

Previous
Previous

Glutes

Next
Next

Vertigo or BPPV