Cerebral palsy is a common disease that seriously affects the normal growth and development of children, especially the normal motor function of children, and brings a heavy burden to family society. In the process of growing up in children with cerebral palsy, how to restore children's motor ability and obtain basic self-care ability in life is often the primary task of our medical intervention. Getting children rid of Inai and gaining motor function of standing and walking alone is one of the goals of medical rehabilitation. Before we can help children get to walk on their own, we need to have a basic concept of such motor functions.
One of the most important events in human evolution was the acquisition of the ability to walk upright! Walking upright allowed us to free our hands, which greatly promoted the development of the human nervous system, and eventually evolved into intelligent creatures that dominated the world different from other animals. Then, the most important link in the formation of upright walking is that the human hip joint can be completely upright during various movements and remain in this state for a long time. The hip remains upright and long-lastingly stable motor function depends on two core structures, one is the core structure that provides a stable structure: the normal hip joint, and the other is the core muscle group that provides motor power, which refers to the muscle group that surrounds the hip joint and its surroundings. We do not understand the hip-based motor core structure and the core motor muscle group wrapped around the hip joint, and in the clinical treatment of cerebral palsy and motor function rehabilitation, there is no way to construct the correct medical intervention method and reconstruct the motor function model. Therefore, for us, it is particularly important to deeply understand the relationship between structure and function and improve the level of sports rehabilitation medical treatment, which is worthy of our serious study and research.
Cerebral palsy is a common hip type, with a large neck shaft angle and poor joint inclusion.
Spastic cerebral palsy forms a more severe hip dislocation deformity
Cerebral palsy has insufficient movement of the lower limbs, and secondary dysplasia of the right hip joint