Autism is a wide spectrum of many complicated childhood onset disorders

causing mild to severe impairment and is referred to as a neurological disorder. Generally, during the first three years of life, there are an array of anomalies in the mental and social interactions and communications principally in repetitive behaviors due to unprocessed sensory information.

Although with increasing prevalence in the population, it is still not clear how the autism brain is different, though researchers have linked it to various genetic and environmental factors. The diagnosis of autism is based on testing and a series of symptomatic observation by a pediatrician.

As the child grows the symptoms become more diverse revolving around impaired social skills, verbal and non-verbal language, difficult and inflexible behavior. Researchers are combining the approaches of molecular, cellular biology and neurosciences to understand Autism while contemporaneously,  the technology of stem cell therapy is forefront in providing a higher approach to treatment.

Treatment of Autism at Cellebration Wellness

It is acknowledged that autism is caused by a functional abnormality of the brain, which is coordinated through neurons, hormones, and electrical impulses. The few basic differences in the autistic brain are breakage in the electrical impulses passing information, lack of distant connections, and increased levels of hormones named norepinephrine and dopamine whose primary functions are social behavior and communication.

Stem cells are administered through one of two methods after a considerably analysis of each patient’s unique history.

Intrathecal Administration

In this mode, cells are infused in the cerebrospinal fluid through the subarachnoid spaces of the spinal canal.

Intravenous Administration

In this mode, cells are infused through the veins to expand blood volumes in the system, to ensure that the maximum number of cells reach the targeted area.

Infused back into the body, these cells can be repopulated at the damaged parts of the brain, through their strong paracrine effects. They differentiate into neurons of other damaged supporting cells to improve functions in the brain.

These stem cells have also been observed to promote angiogenesis to increase oxygen supply to the blood as a treatment for Autism. Thus, with our highly specialized approach, it is now possible to administer treatments for children and adults with Autism and observe noticeable improvements in their symptoms as well as functional abilities.

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