Autism and Stem Cells

Autism and Stem Cells

Scientists like Dr Leonard Smith and his team of researchers believe that autism is characterized by the following: Hypoperfusion – A reduction in the amount of oxygen supplied to the brain. A reduced oxygen supply causes damage to the tissue of the brain and means that the brain can no longer function properly.
Immune Dysregulation – Abnormal immune responses. The child’s immune system does not function properly and does not respond appropriately to the stimulation it receives. Children with autism can suffer with autoimmune responses, chronic inflammation in the brain and gut (leading to all manner of gastrointestinal problems) and suppressed immune systems.

Dr Smith and his colleagues have identified two types of stem cells which they believe are effective in addressing these two characteristics of autism:

CD34+ cord blood stem cells – Dr Smith’s colleague Dr Fabio Solano injected this type of stem cell into a patient to improve blood flow to the brain and therefore increasing the brain’s oxyegn supply.
Mesenchymal stem cells (MSC) – This stem cell has been used in the past to treat immune dysregulation in Crohn’s Disease sufferers and was used by the research team to treat inflammation in autistic children.

You can read their research and findings at

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