What are the conditions for stem cell transplantation for cerebral palsy

It is better not to do it, because it has a negative effect, and now the Ministry of Health has issued a notice that it is not allowed to be applied to clinical practice. I think the best thing to do is to let him walk more and not be afraid of falling, I also have cerebral palsy, I used to fall a lot, bleeding is a common thing for me. It's better to let him go to school, because you can't take him out every day, besides, he also needs to be educated, education is as important to him as important as **, because you can't train him to live a life, the road in the future still needs him to go down by himself, his age is relatively old, and if he doesn't go to school, he won't have the opportunity to go to school, and ** won't have much effect, school is the second turning point in life and the future for children with disabilities, I hope you don't learn from my parents,

It is best to insist on doing physical ****, and then choose the right instrument and drug according to the cause of the child's cerebral palsy**, usually communicate with him more, care more, pay more love, parents have no other way than insistence.

Brain stem cell transfer has little effect, and there is a great risk of surgery, it is only considered for a certain type of cerebral palsy, and not all cerebral palsy is suitable for brain surgery.

Recently, I looked at the Hebei Provincial Cerebral Palsy Children's ** Rescue Center on the Internet, and it was also reported that this kind of surgery is basically spending money to buy comfort in the heart, and the effect is not great. I do it in the laboratory abroad, and I do it physically in China.

Wang Peng: What we said above just now is a bit more macroscopic, and netizens think it's more vague. Let's talk about some of the practical topics that he is most interested in, that is, what diseases can be cured by neural stem cell transplantation, and which part of them is the most obvious and good at?

An Yihua: As far as I know, the types of diseases that currently use neural stem cell transplantation in China are very wide, such as the sequelae of trauma, such as the sequelae of traumatic brain injury and spinal cord injury; Sequelae of stroke, such as cerebral hemorrhage, sequelae of cerebral thrombosis, pediatric cerebral palsy, chronic degenerative diseases of the central nervous system, such as Parkinson's disease, motor neuron disease, and familial hereditary cerebellar atrophy, etc. The range is very wide.

There are also hospitals that carry out a small range of depression**. I saw a report a few days ago that a hospital in our country used stem cell transplantation for optic nerve hypoplasia, which affected several patients in the United States, and the effect was also very amazing. Wang Peng:

You just explained it in detail. In your experience, what are the most effective diseases? An Yihua:

Based on our current clinical experience, we have now used neural stem cell transplants** in more than 500 patients. Wang Peng: Is it the most in the country?

An Yihua: As far as a hospital is concerned, our ** number is at the forefront. From our experience, we believe that the efficacy is quite satisfactory in terms of the following three diseases.

The first is pediatric cerebral palsy. The second is the sequelae of spinal cord trauma, and the third is the sequelae of traumatic brain injury. In this regard, I would like to give a few typical examples.

For example, pediatric cerebral palsy, we once ** a 4-year-old cerebral palsy patient, the child was born with suffocation, four months in the local hospital diagnosis of cerebral palsy, and then the child began to carry out a series of standardized exercises in various hospitals, **, unfortunately, did not achieve more satisfactory results. When this child was 4 years old, her parents took her to our Armed Police General Hospital for **. When we were admitted to the hospital, we checked that the child had poor intellectual development and could only speak in simple monosyllables, for example"Babble"、"Yikes"、"Mom", two hands can not accurately grasp objects, and can not stand independently, is four years old, can not stand independently, when walking, her mother has to hold her two arms, step by step forward, and the body balance is very poor, swaying from side to side.

We gave her a course of neural stem cell transplantation, and the patient had a relatively significant improvement before discharge, and three months after the child was discharged, we conducted a follow-up and found that the child had a relatively significant improvement.

Stem cell transplant** Best for patients with cerebral palsy:

The most suitable types of cerebral palsy patients for neural stem cell transplantation are:

Mild or moderately impaired intelligence, but high muscle tone and poor muscle strength.

If such a child with cerebral palsy receives a stem cell transplant, the effective rate is very high, and the effect is obvious.

Neural stem cell transplantation is effective in reducing muscle tone and improving muscle strength, and can also improve symptoms and signs such as strabismus and salivation to a certain extent.

If the child is under the age of 3-5 years, the child's intellectual disability can be improved to a certain extent.

The younger the age, the more significant the improvement. 150 Life Science and Technology stem cells are good, cerebral palsy patients use stem cell transplantation and **** together, the shorter the sequelae period, the better the effect.

The effect is better for children than for adults, because the child's brain is still developing, more active, and more receptive to stem cells.

1) Safe, low toxicity or no toxicity, no immune rejection.

2) It can also be applied before the exact mechanism of disease pathogenesis is fully understood.

3) **Materials** are sufficient, and the culture and collection of stem cells are not restricted.

4) Wide range;

5) It is the best immuno** and gene ** vector.

The effect of clinical conservatism is indeed not ideal, and it is relatively long, it takes more than ten years or even longer to do it, and it requires a lot of manpower and financial resources. The effect of brain cell stem cells is relatively good. But the effect is not absolute, and ** is not preferred.

The ** rate of around 15 is not high, and it also needs to be evaluated. See if it's suitable to do and how effective it is. There are not many hospitals in the country that are carrying out this project.

The technology is not very mature.

At present, 10 children with cerebral palsy have been shown to be effective after receiving stem cells**, the damaged nerve cells have been protected and repaired, and the limb dysfunction has improved from grade 5 to grade 4 or even grade 3. This set of data adds new hope to stem cell ** cerebral palsy.

Pediatric cerebral palsy is a lifelong disabling disease that seriously endangers children's health, and the incidence rate in China is and is on the rise, and there is no way to do so. China attaches great importance to stem cell ** cerebral palsy. On April 11, 2017, the first batch of "Umbilical Cord Mesenchymal Stem Cells and Neural Stem Cells for Clinical Research on Pediatric Cerebral Palsy" filed by the National Health and Family Planning Commission and the Food and Drug Administration was officially launched in the First Affiliated Hospital of Dalian Medical University, aiming to establish a standardized program with stem cell transplantation as the core, integrating medical treatment, nursing, psychology, etc., prolonging the survival time of children, improving the quality of life of children, and reducing the burden on families and society.

At present, the main method of cerebral palsy is to carry out **training, high muscle tone can be botulinum toxin injection** to reduce muscle tension, stem cell ** technology has no exact effect, it is best not to use, the cost is huge, and long-term training is required to improve the situation of motor dysfunction.

No. Cerebral palsy in children is not easy to treat.

Stem cells are a kind of multipotent cells with self-replication ability, under certain conditions, it can be differentiated into cells with a variety of functions, stem cells can activate the body's own self-healing function, the role of stem cells to supplement and regulate diseased cells, activate cell function, increase the number of normal cells, improve the activity of cells, improve the quality of cells, the role of stem cells to prevent and delay cell lesions, restore the normal physiological function of cells, the role of stem cells to achieve the purpose of disease and anti-aging.

Normal ones come from here, and you can understand them clearly.

1. Stem cells are effective for neurological diseases such as cerebral palsy, spinal cord injury, motor neuron disease, Parkinson's disease, cerebral hemorrhage, sequelae of cerebral infarction, sequelae of traumatic brain injury, etc.;

2. Stem cell transplantation**Immune system diseases such as: diabetes, dermatomyositis, muscle weakness, vascular disease, sclerosis, leukemia, etc.;

3. Stem cell transplantation**Other diseases: such as liver disease, liver cirrhosis, necrosis of the femoral head, etc.

It depends on what disease you want, according to the principle, stem cells can be cured of any disease, and I have time to go to the encyclopedia to take a look at stem cells, and the above introduction is very clear.

**Blood disorders: leukemia, lymphoma, aplasia, myeloma, thalassemia, myelodysplastic syndrome, paroxysmal nocturnal hemoglobinuria, lymphoma, etc.

It is also used for: certain malignant solid tumors, severe immunodeficiency diseases, acute radiation sickness, optic nerve hypoplasia, optic nerve atrophy, cerebral infarction, sequelae of cerebral hemorrhage, spinal cord injury, ataxia, cerebellar atrophy, multiple sclerosis, cerebral palsy, pediatric ischemic-hypoxic encephalopathy, autism, muscular dystrophy, motor neuron disease, femoral head necrosis, diabetic foot, liver cirrhosis, cardiac insufficiency, severe pemphigus serious complications, myasthenia gravis, etc.

Let's take a look at the experts.

Stem cell brain atrophy has the following advantages over the traditional one:

1. Activate various factors in the body that are conducive to cell regeneration and promote the recovery of cell function (short-term effect). It is the most important of the advantages of brain atrophy.

Second, improving the immunity in the body can also be regarded as an advantage of brain atrophy.

3. Make the cells around the necrotic lesions, especially the semi-apoptotic cells, no longer degenerate and die (penumbra theory), and gradually restore their function (short-term effect).

Fourth, the softened, denatured, and necrotic cells can restore part of their functions under the action of stem cells. This is very useful for working with brain atrophy.

The above is the expert's introduction to stem cell transplantation**brain atrophy. The incidence of cerebral atrophy is very high, so patients have a correct understanding of cerebral atrophy. Good luck soon**!

For more information, please visit the topic of cerebral atrophy.