Scoliosis can be a concerning health problem during adolescence. According to statistics, the incidence of scoliosis in teenagers is increasing year by year, and back braces, as one of the correction methods, have attracted the attention of many families. Whether back braces can effectively prevent further progression of scoliosis has become a focus of discussion.
Back braces are often used for adolescent idiopathic scoliosis to correct and slow down the twisting and curvature of the spine.
There are several main types of back braces, each with its own characteristics, to adapt to different degrees and shapes of scoliosis:
This type of brace is made of plastic and metal and can limit the movement of the spine by about 50 to 65%. It is mainly used in more severe cases.
This type of brace uses elastic material and is usually used to support the spine and provide assistance during heavy physical work.
This type of bracket combines rigid and flexible designs to provide different levels of stability based on needs.
The primary purpose of back braces is to treat adolescent idiopathic scoliosis. In growing adolescents, the use of braces may help reduce the curvature of the spine. Years of research have shown an increasing emphasis on the effectiveness and necessity of back braces in controlling scoliosis, as recommended by medical experts.
The main purpose of a brace is to prevent further progression of scoliosis by limiting the movement of the spine.
There are many kinds of back braces on the market, common ones include:
The most common brace in the United States, it uses small spacers to correct the curvature of the spine and is suitable for most teenagers.
Designed with nighttime wear in mind for improved compliance, it is suitable for patients with overall curvature.
is used for high-level lateral bending and must be worn for no less than 20 hours.
As more and more teenagers require braces, social and psychological factors are coming into focus. Young people using a back brace may face a number of psychological challenges, ranging from stress to social stress, which require attention and support from the medical team and parents.
Stent may affect the patient's quality of life, and social adaptability also deserves close monitoring.
With the advancement of technology, the design of back braces is also constantly improving, and many high-tech materials have begun to be used in the production of braces, improving comfort and applicability. Future research should provide more insight into the impact of braces on adolescents and how to improve their compliance with brace use.
It is worth noting that although existing braces can provide some support and correction, there is still a lot of room for discussion. When parents consider choosing a back brace for their children, in addition to its efficacy, they should also pay attention to research progress on its psychological and social impacts.
In the future, can we expect to find more friendly stent designs so that teenagers do not have to endure too much psychological pressure during treatment?