Autism is an abnormal development of brain function that affects 1 in 166 children. The actual cause of autism is believed to be a combination of genetic and environmental factors that makes some kids to be more likely to develop this condition. However, the root culprit for autism remains unknown, scientists can only guess at this point and carry out more research in this field to help thousands of affected families.
Despite stem cells controversy and obvious opposition to such treatments expressed by some religious and public organizations, stem cells treatment for autism is a necessary direction of modern scientific research that can potentially help reverse brain damage caused by multiple factors. There are two major malfunctions that need to be corrected with the help of stem cell treatment for autism, shortage of oxygen that reaches the brain and chronic autoimmune response attacking patient’s own immune systems.
Modern advances in clinical studies allow autism affected children to greatly benefit from the stem cell research that offer great prospects of finally finding a cure for this life-shattering disease.
During a course of a stem cell treatment for autism a patient goes through a lumbar puncture to collect bone marrow for the purpose of harvesting mesenchymal stem cells that later get processed in a lab. Patient’s own umbilical cord stem cell specimen could also be used to obtain a dose of the stem cells. The last stage of stem cell treatment for autism involves an injection of the stem cells back into the patient’s spinal fluid that will later reach the brain and trigger a process of brain cell regeneration.
At this point it’s hard to judge if the stem cell treatment for autism is going to be possible at a large scale and even successful at all, but let’s hope that this unique procedure can help restore health to millions of autistic children in the world.
Stem cell treatment for diabetes is another innovative approach that can potentially restore function to the pancreas cells responsible for producing insulin and take millions of people off daily insulin drug therapy.
We can not help mentioning that stem cell therapy does not limit itself to a single disease or condition, it can virtually restore function to any living tissue and cell in the body, like for example stem cell treatment for heart disease, that can revive damaged heart cells after a heart attack or grow a new heart if necessary to save lives of many more people.