Autism is a spectrum of disorders classified as neural developmental disorders. The main characteristics of autism are impaired social interactions, mood alterations, repetitive stereotyped behavioral patterns, communication problems, cognitive delays, and metabolic problems. Multiple factors including, genetic, environmental, immunodeficient, and viral factors play an important role in the development of autism.

Treatment of autism

There is no effective cure for autism. Treatment of autism is divided into two categories: educational interventions and medical managements. The prescribed
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medicines are mostly psychoactive drugs or anticonvulsants, which sometimes produce adverse side effects in some patients. Although these approaches are unable to cure the disease, a better quality of life could be achieved by improving social, intellectual, and physical deficits and also improving immunity and functional independence.

Stem Cell therapy for autism

The patients with autism have been diagnosed with damage in the areas of the brain controlling memory, speech, attention, and concentration. The proper restoration of the brain cells in these areas are considered to improve the symptoms of autism.

Stem cell therapy is typically based on the exceptional ability of stem cells to control metabolism, immune system and to repair damaged cells and tissues, particularly the brain tissues. Stem cell treatment has been found to enhance the flow of blood and oxygen (blood-perfusion) to the brain, restore impaired neurons, and form new arteries. With time, stem cells obtain the properties of adjacent cells and multiply into these cells and then repair white and gray matter of the brain.This in turn, reduces the neurologic symptoms of the patients and improves their intellectual capacity.

Autism is a neural developmental disorder along with weak immune system and neuro-inflammation. The brain cells regulating memory, coordination, speech, attention etc. are usually damaged in autism leading to reduced brain reactions. Stem cells differentiate into neurons, glial cells, and blood cells that are required by the body. Formation of new brain cells results in the renewal of impaired neuron connections. The new neuron connections accelerate brain reactions.
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