The purpose of this study is to determine the effect of a prebiotic (BGOS) on gut microbiota and metabolites in children with autism spectrum disorders.
Children with ASD have a higher incidence of dietary and/or bowel problems than typically developing children. it has been postulated that imbalances in the gut bacteria and/or metabolites present in the gut may be a contributing factor to these symptoms, with potentially bad (toxin-producing) bacteria colonising the gut. Certain carbohydrates (so-called 'prebiotics') are not digested by the human gut and they provide food for beneficial bacteria and thus they improve the composition by preventing the growth of bad bacteria. Individuals could therefore benefit from these safe and effective dietary interventions to maintain the healthy gut bacteria and overall health. This study is being carried out to establish the effect of one such prebiotic, called galactooligosaccharide (B-GOS) on the relative balance of gut bacteria and metabolites in children with ASD. The aim is to enrol 42 children, ages 5-10 with formal ASD diagnosis and with signed informed consent from their parents, into double-blind, placebo controlled, parallel study. The trial will last 10 weeks in total (2 weeks run in period, 6 weeks treatment and 2 weeks follow up). Children will be required to take food supplement daily during the treatment period and their parents will collect stool, saliva and urine samples. Various questionnaires will also be used for assessments. Children will not be required to make other extra changes to their diet, medication or lifestyle.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
TRIPLE
Enrollment
41
1.8 g/day for 6 weeks
1.8 g/day for 6 weeks
University of Reading
Reading, Berks, United Kingdom
effect on faecal microbiota composition using pyrosequencing
using pyrosequencing
Time frame: change from baseline in microbiota composition to the end of treatment (6 months)
effect on faecal microbiota activity using nuclear magnetic resonance spectroscopy
using nuclear magnetic resonance spectroscopy
Time frame: change from baseline in microbiota activity to the end of treatment (6 months)
questionnaire as a measure of bowel function
using weekly scores on questions related to stool consistency, frequency, abdominal pain and bloating
Time frame: measured weekly for 6 months
questionnaire as a measure of mood
using monthly scores on questions related to mood and sleep patterns
Time frame: monthly for 6 months
questionnaire as a measure of behaviour
using monthly scores on questions related to behaviour
Time frame: monthly for 6 months
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