From the time Bing Bing was one year old, his parents noticed something unusual about him, the child would fall when he walked. Looking at the increasing injuries on little BingBing’s body, his mother was getting more and more sad, what was wrong with his feet? Why does he always fail to land completely on his heels when he walks? After a careful examination, we confirmed that little BingBing has spastic cerebral palsy, a common form of cerebral palsy. The human body’s activities are governed by the nervous system, which can be divided into superior and inferior nerves. The superior nerves command the inferior nerves; the brain, cerebellum and spine are all part of the central nervous system and are superior nerves; the inferior nerves have some peripheral nerves, including some motor and sensory nerves, which are inferior nerves, and these nerves form a reflex loop, and these reflex loops directly govern muscle activities. For patients with cerebral palsy, they lose contact between the superior and inferior nerves; the superior cannot send signals and the inferior cannot receive signals, so they naturally move individually, resulting in conditions such as muscle tonicity and atrophy spasm. Little BingBing has spasticity of the muscles on the inner side of his lower extremities and very high muscle tone, causing him to walk without his heels touching the ground, these symptoms are not very obvious in the early stage, but will become more and more obvious as the child grows up. In fact, this typical symptom of Xiaobingbing can be treated by the latest minimally invasive techniques for cerebral palsy. The surgery can very well enable the cerebral palsy patient to really stand up and walk on his own and achieve independence in life. Introduction of the latest minimally invasive technique for cerebral palsy FSPR surgery is performed by selectively blocking the posterior root of the spinal nerve, which is a sensory innervation nerve, not a motor nerve. Through this minimally invasive surgery, it can significantly reduce muscle tone and solve the common spasticity problem of cerebral palsy patients, so it has three advantages. 1. High safety. The hospital has successfully operated on more than 3000 cases of children with cerebral palsy. With the monitoring role of multi-conductor electrophysiology, the application of intraoperative continuous recording of EMG and somatosensory evoked potentials of multiple muscles of the limbs and spinal evoked potentials makes FSPR surgery more scientifically and objectively based, avoiding empirical surgery and subjective factors, further improving the efficacy of the surgery, resulting in a comprehensive reduction of muscle tone and improving balance function. 2. Small wound and fast recovery. The surgical incision is small, only 3 cm, and easy to recover. 3, the post-operative effect is obvious, through further review guidance and treatment by experts, patients can achieve the same as normal people.