stem wave therapy

The functions of the shock wave therapy device mainly included the following aspects: stress effect, cavitating effect, pain-relieving effect, metabolism activation, bone formation effect, and the production of vasogenesis-promoting factors. The shock wave treatment device could produce a specific sound wave to produce mechanical damage to materials, which helped to loosen the tissues and crush the bone spurs. The shock wave could also change the cell membrane's penetrability and accelerate the removal and absorption of the catabolite. In addition, the shock wave therapy device also had an anesthetic effect, which could increase the pain threshold and reduce the production of pain substances. It could also stimulate the growth of bone cells and the synthesis of calcium, promote the production of blood vessel growth factor, and have a good auxiliary treatment effect on some delayed healing of fractures, necrotic bone of the head, and bone and cartilaginous injury diseases. In general, the shock wave therapy device was a non-invasive treatment device that did little harm to the patient. It could relieve pain to a certain extent and promote tissue repair and recovery.

There was no clear answer to the price of the shock wave treatment device. Different brands, models, and manufacturers had different prices. You can consult your local doctor or medical equipment supplier for specific price information.

The treatment of Parkinson's disease in some patients is inspiring. Stem cells were used to replace the dopamine - producing neurons that are lost in Parkinson's. Some patients showed a reduction in tremors and an improvement in their overall quality of life.

Incomplete scientific understanding. Scientists are still learning about stem cells. Some clinics may use this lack of full knowledge to experiment on patients. They may not fully understand how the stem cells will interact with the patient's body, leading to harmful reactions like immune rejections or abnormal cell growths, resulting in horror stories in stem cell therapy.

One example could be cases where unregulated stem cell clinics promised miracle cures but instead caused infections or immune reactions. Some patients ended up with severe pain and swelling at the injection site.

One example could be cases where unregulated stem cell treatments led to severe infections. Some clinics might use improper handling techniques, and the injected cells can carry bacteria or viruses which then cause serious health problems for the patients.

There is a story of an autistic child who had problems with motor skills. He often had clumsy movements. After stem cell therapy, his coordination improved. He could run and jump more smoothly. This improvement in motor skills also had a positive impact on his self - confidence. He was more willing to participate in physical activities with other children, which is an important part of his social and emotional development. These kinds of stories show the great potential of stem cell therapy in improving different aspects of autism.

A remarkable success is in diabetes treatment research. Embryonic stem cells have been manipulated to form insulin - producing cells. In some pre - clinical and early clinical trials, when these cells were transplanted into diabetic patients, they started to produce insulin, which could potentially revolutionize the treatment of diabetes by providing a long - term solution instead of just relying on insulin injections.

Sure. There are many cases. For example, in treating some blood disorders like leukemia. Stem cell transplants have been highly successful. The new stem cells can replace the damaged ones in the bone marrow and restore normal blood cell production. This has saved countless lives.

There are multiple reports of successful outcomes in stem cell therapy for autism. In some cases, autistic individuals showed better emotional regulation after the treatment. They were less likely to have sudden outbursts of anger or anxiety. Additionally, their sensory integration improved. For instance, they could tolerate different textures and sounds better, which is crucial for their daily living and social integration. Stem cell therapy seems to have the potential to target various aspects of autism and bring about positive changes in the patients' lives.