In this study, we will collect faecal samples from individuals with hyperuricaemia (assessed by blood test) and perform in vitro faecal fermentation studies to assess how probiotics in combination with fibres affect urate metabolism in these faecal samples.
In this study, the investigators will collect blood samples to check if recruited participants have hyperuricemia, and if yes, stool samples will be collected for laboratory faecal fermentation tests. The research project aims to investigate the effects of probiotics and dietary fibers on stool samples, to understand if and how they can support the gut microbiota to break down uric acid in the gut. Participation in the study involves data collection and sampling on three occasions. During the first visit, participants will provide a blood sample, and if they have increased urate levels, they will be asked to complete questionnaires and be provided with materials for stool sampling during the second visit. During the third visit, they will provide the stool sample, which will then be used in the faecal fermentation experiments, where different fibres (beta-glucans) will be tested in combination with probiotics.
Study Type
OBSERVATIONAL
Enrollment
15
Örebro University
Örebro, Sweden
RECRUITINGEffect of three different beta-glucans in combination with two probiotic strains on urate levels in faecal fermentation supernatants using stool samples from hyperuricaemic individuals
Freshly collected faecal samples will be diluted and incubated with different beta-glucans and two probiotic strains for 24 hours, supernatants will be analysed for urate levels
Time frame: 24 hours
Effect of three different beta-glucans in combination with two probiotic strains on upstream and downstream metabolites of urate in faecal fermentation supernatants using stool samples from hyperuricaemic individuals
Freshly collected faecal samples will be diluted and incubated with different beta-glucans and two probiotic strains for 24 hours, supernatants will be analysed for urate levels
Time frame: 24 hours
Effect of three different beta-glucans in combination with two probiotic strains on on short-chain fatty acids (SCFA) in faecal fermentation supernatants using stool samples from hyperuricaemic individuals
Freshly collected faecal samples will be diluted and incubated with different beta-glucans and two probiotic strains for 24h, supernatants will be analysed for short-chain fatty acids (SCFA)
Time frame: 24 hours
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