Kyphosis Prevention and Correction

The natural physiological curve of prophylaxis and correction of scoliosis is formed during the first few months and years of child development. As the child's head rises, the first curve appears. This is the curve of the neck - the curve of the neck, it protrudes forward. In the first attempt to standing or sitting on the chest curve, a curve at the back of the back is formed and protrudes backwards. When a child stands up, a positive waist curve can be made.

Spinal deformity: As a precaution measure, sitting without support is prohibited for 12 to 18 months after birth, reducing the risk of posterior fixed curvature (spinal hypogonadism) in the center of the spine. If preventive measures fail, support or surgery may be required depending on the severity of the malformation.

Spinal deformity and osteoarthritis The curvature of the spinal column (scoliosis), kyphosis (posterior kyphosis) and the back of the saddle (spinal lordosis) are associated with CP. Spinal deformity makes sitting, standing, walking difficult, and causes chronic back pain. Joint stress and misalignment may cause osteoporosis (articular cartilage rupture and osteopenia). Many children with vision impairment CP suffer from a perspiration, often referred to as "cross eye", and unless treated, can cause vision loss in one eye and interfere with the ability to determine distance. Some children with CP have difficulty understanding and organizing visual information. Other children cause blurred eyesight and blindness, and blurred vision of one eye or both eyes.

Detection of skeletal abnormalities, especially back abnormalities is important to prevent dyspnea, foot pain and loss of function. When a child starts walking, spinal hindrance (or back) may require surgical correction. Surgery also helps bend your feet. Ear infections require immediate medical attention to avoid the risk of hearing loss. Dental problems may need to be addressed by orthodontists (dentists received special training in organizing teeth). Studies of a gene family called fibroblast growth factor have revealed genes that cause achondroplasia. The goal is to understand how defective genes can cause dysplasia to improve treatment outcome. These genes are associated with many other hereditary bone diseases