Major Reasons of Bone Deformity
A bone deformity is an abnormally deformed bone. It can also be positioned improperly, which results in poor alignment leading to pain and mobility problems. Bones can get deformed due to many reasons.
These are conditions that involve bones that are not normal and are usually caused by trauma or Bone infection. Infections cause the most serious of complications of broken bones. These can include septic arthritis, osteomyelitis, meningitis, rheumatoid arthritis, and reactive arthritis. It can also be caused by joint trauma resulting in the growth of bone fragments.
Bone lengthening or correction is one of the major medical interventions for the correction types of bone deformities. Most people who undergo this procedure are those who have had major fractures. In addition to fixing the broken bones and cutting bones, lengthening or correction of the bone also ensures the stability of the bones in the long term. There are two surgical techniques that are used for the correction of bone deformities.
Surgical Techniques for the Correction of Bone Deformities
This technique involves the removal of healthy cells from the bone and replacing them with cancerous bone tissue and cells. This can cause a lot of side effects such as an increased risk of infection and bleeding. It also leads to a loss of function of the replaced cells.
This surgical treatment is also very expensive. The other option is to lengthen the bones through osteotomy.
Osteotomy can be done in several forms. The most common form is done with a titanium screw. In this process, the bone is cut along with the offending tumor.
After the surgery, there will be no place for healthy soft tissue to grow. Therefore, there will be a high risk of infection after surgery.
Laser Transthoracic Surgery for the Correction of Bone Deformities
Laser Transthoracic Surgery is another surgical method that is used for correcting bone deformities caused by traumatic injuries and growth plates factors. Laser Transthoracic Surgery can lead to faster bone healing and faster return to daily activities than other surgical procedures. However, it can also lead to more complications after surgery such as delayed wound healing process, necrosis of the wound, and scar formation. There are other non-surgical methods for treating bone deformities.
Excisional Surgery is a minimally invasive form of treatment. During this procedure, the orthopedic surgeon removes just enough bone to correct the problem. With this procedure, the wound and surrounding tissue do not become infected or covered with bone fragments after the surgery.
Single Ligament Inflapulation involves the removal of a ligament at a precise area to correct a bone or limb deformity. The osteotomy and flap procedure simultaneously correct joint deformities and promote healing. Single ligament inflammation is also used when treating osteoarthritis pain but is not recommended to correct bone deformities alone.
Tissue Expander Treatments for Bone Deformities
Tissue Expander Treatments include the expansion of a taut tissue to replace a fractured bone or to take out a section of bone (including jaw bones) that has been severely damaged. During the procedure, a small incision is made and the tissue is expanded into place over the broken bone.
This expansion is not permanent and will wear out over time. This is the least invasive of the procedures and can lead to faster healing. The tissue expander uses a standard scalpel, scissors, and titanium staples.
External fixation devices Implantation This includes the placement of metal screws or titanium plates on the bone to close the gap where a bone has been broken or displaced. Patients have a choice of whether to have an open or closed osteotomy. The surgery can lead to long-term correction, but it is a lengthy treatment option there is another procedure called internal fixation.
Diagnosis For this condition, the bones that have been deformed do not necessarily have to be identifiable as belonging to an individual. X-rays are not able to resolve deformation other than to confirm the diagnosis.
Diagnosis is determined through a variety of screening measures. Bone densities, cranial symmetry, bone angles, bone fragility, and fractures are all taken into consideration. Screening for this condition requires at least two imaging tests: one to confirm a diagnosis of osteogenesis imperfecta and the other to determine abnormalities of structural development.
Different Treatment Options for Bone Deformities
Treatment Options for this condition generally include surgical correction, the use of a spinal brace, physiotherapy, joint maintenance, and physical therapy. Treatment for osteogenesis imperfecta will usually include replacement of the abnormal bone with a normal side of the growth, repair of the damaged cartilage and ligaments, limb length discrepancy, and prevention of further degradation of the cartilage. For patients with rheumatoid arthritis, the treatment plans will vary depending on the severity of the deformities, which may require long-term maintenance of the joint(s).
Age-related changes in bone mechanics, such as the reduction of bone density and increase in joint laxity or rigidity, can also occur. Such complications, which may occur even at early ages, can pose significant functional, aesthetic, or physiological challenges. Bone lengthening, when performed for cosmetic reasons, may only lead to possible complications. For example, the excessive length and thickening of the skin around the surgical area may interfere with healing and lead to possible infection.