Improving Autism Symptoms with Fecal Matter Transplants
JANUARY 24, 2017
Prior reports demonstrated that children with autism generally had fewer types of vital bacteria in their guts and less bacteria diversity overall – something experts often attribute to the many antibiotics autistic kids are prescribed from ages 1 to 3.
To test the hypothesis, teams from Arizona State University, Ohio State University, and the University of Minnesota conducted a small study including 18 children from 7 to 16 years who had autism spectrum disorder and moderate-to-severe gastrointestinal problems.
Researchers used fecal matter transplants (microbiota transfer therapy) to search for effective autism treatments by improving the gut microbiome. The children were first administered a two-week course of antibiotics to flush out as much of their existing gut flora. They were next given an initial high-dose of fecal transplant in liquid form, and during the following seven to eight weeks, the kids were able to drink smoothies blended with a lower-dose powder.
The researchers also asked parents to complete questionnaires to assess communication, hyperactivity, irritability, social skills, and other measures. The questionnaires showed improvement in 17 autism-related symptoms. Results from the children’s doctors’ diagnostic evaluations reported indicated that doctor-reported symptoms had decreased by 22% at the end of treatment and 24% eight weeks after treatment ended.
This team noted a significant improvement in behavioral symptoms and gastrointestinal distress after the children underwent fecal transplants and subsequent treatment that lasted at least eight weeks following the treatment. The specific improvements parents reported included:
- Decrease in gut woes including diarrhea and stomach pain
- Significant changes for the better when it came to behavioral autism symptoms in their sons and daughters
According to the experts, the scientists are now hoping to understand the cellular-level details of why patients who undergo fecal transplants for different conditions like Clostridium difficile actually see improvement. The authors concluded, “Doctors know how it works, just not how.”