My son I Xiaobo has cerebral palsy, how to treat it?

At present, the most effective is neural stem cell transplantation, which has improved the patient's motor function, language function, intelligence, etc., to varying degrees, and significantly improves the quality of life of the patient. At present, the earliest pediatric neural stem cell transplantation in China is the Department of Pediatrics of Beijing Naval General Hospital, which has been successfully carried out in thousands of cases, and the effect is considerable.

Handan Huakang Cerebral Palsy Hospital recommends early conservative intervention before the age of one year, and surgery can be performed if there is a deformity before the age of chiropractic.

Trouble, thank you!

My little baby was unable to get normal due to medical malpractice at the time**, and I helped the baby recover by myself. I was breastfeeding at the time and started taking vitamin B6 3 months after the accident. Now the little one is 4 years old and looks normal.

The reason why vitamin B6 was taken was because of the information found on the Internet of Chala-Magnum at that time about the experimental study of B6 on the recovery of brain damage in infants. B6 should be careful not to take it with any other medicines or nutritional medicines. Experience it firsthand, and I hope it helps.

The Department of Cerebral Palsy of the Third Hospital of Taiyuan Central Hospital Group has the latest methods of cerebral palsy.

Chengdu Cerebral Palsy **** Center adopts BC - brain cell intervention repair** Advantage 1: After brain tissue injury, various chemokines are released, "BC - brain cell intervention repair**"** can attract nerve cells to gather at the injury site, and differentiate into different types of nerve cells under the action of the local environment, secrete a variety of neurotrophic factors, repair and replenish damaged nerve cells. Remodel cranial nerves, regenerate normal cranial nerves, and replace old abnormal hereditary cranial nerves.

In addition, under the action of a variety of adhesion molecules, nerve cells can penetrate the blood-brain barrier (BBB) and accumulate in high concentrations at the site of injury. Due to ischemia and hypoxia, vascular endothelial cells and glial cells are damaged, which increases local permeability. Advantage 2:

BC - Brain Cell Interventional Repair**" will reorganize and produce new brain nerve cells, fundamentally undergo neuroelectrophysiological information transmission, control distal abnormal discharge, completely change the constitution from a physiological point of view, and normalize the behavior of ataxia patients. Advantage 3: Repair and activate diseased nerve cells, "BC - Brain Cell Interventional Repair**" enhances the connection between synapses through nerve cells and establishes new neural circuits.

Fundamentally treat the patient's area**. Nerve cells themselves have the ability to differentiate in a directed manner, making it possible to repair and replace dead nerve cells. "BC - Brain Cell Interventional Repair**" is currently the only method that can truly repair and activate diseased nerve cells.

Children with cerebral palsy, after training effect is not obvious, and children with severe cerebral palsy who are not accompanied by uncontrollable epilepsy can try neural stem cell transplantation**, which can improve some children's motor function and cognitive function to a certain extent. This is a very advanced technology for children with cerebral palsy.