Pediatric cerebral palsy is dominated by motor disorders, but is accompanied by developmental disorders caused by cognitive, linguistic, audio-visual and sensory deficiencies. In the case of infants and young children, the motor system is at a developmental stage, and if children with cerebral palsy can be detected at an early stage, they can be corrected at an early stage and they can easily achieve better outcomes. In the course of rehabilitation, functional training is carried out in accordance with the pattern of children ‘ s motor development, which gradually leads to the right movement.
Comprehensive and diverse treatment of children suffering from cerebral palsy using a variety of useful means. In addition to treatment of motor disorders, combined speech disorders, mental deficiencies, epilepsy and behavioural abnormalities require intervention, as well as the development of the ability to face daily life, to interact and to pursue a particular occupation in the future.
Of course, we must also adhere to the principle of a combination of surgery and rehabilitation (the principle that a convulsive cerebral palsy must be followed by a rehabilitation of the FSPR operation, and that the one-sided emphasis on how a certain method is magical, or how the application of a particular technology can have a lasting effect, is not objective or scientific.
For example, children suffering from cerebral palsy with increased muscle tension are a significant percentage of clinically, and how to deal with it. The scientific approach to cerebral palsy is a combination of rehabilitation and surgery, which should be accompanied by a combination of rehabilitation and surgery.
We can use the shoulder-bone pelvis method, which is applied to children who have a tremor in the form of a tremors of cross-crawl functional impairments, or to children whose lower limbs and stem muscle spasms are significant and whose torso is asymmetrical. It may also be possible to use shoulder belts, which can reduce over-stretched muscles of children with cerebral palsy and upper limbs, and expand the area of joints of shoulder belts and upper limbs.
In addition to this, overstretching can be addressed by the use of upper or lower limbs for rehabilitation training: the former apply to children with severe and constrictive fingers and a marked increase in upper limb muscle tension. The method of operation consisted of three steps, with the patient taking up an arraignment and the trainer on the side; the latter applied mainly to children with nervous muscles in their lower limbs and feet. The method of operation consists of three steps, with the patient taking up an underside and the therapist at the foot of the patient. It should be recalled that such rehabilitation training should be carried out before and after the operation and should be sustained over time.
At present, a number of surgical operations, such as the first stage of the cerebral palsy (FSPR), the second stage of the cerebral palsy (FST), the second stage of the cerebral palsy (CSP), the neurological detoxification of the general aneurysm of the neck (FES-CA), the ecstasy of the general aneurysm of the neck (SPN), and the surrounding neurosynthesis (SPN), have made a significant contribution to the treatment of cerebral palsy.
But let us remind you here that after a cerebral palsy, it is important to insist on rehabilitation and not to be lost. A cerebral palsy only creates a more favourable condition for subsequent rehabilitation, which does not mean the end of the treatment, and post-operative rehabilitation training has contributed significantly to the success of the operation. In other words, the two must be organically combined in order to achieve the desired rehabilitation, and rehabilitation during the post-operative intensive period can be combined with family rehabilitation, with active and passive rehabilitation under the guidance of the rehabilitation doctor, in order to optimize post-operative rehabilitation.
