Good bacteria in Symprove survived the stomach acid to reach and colonise the gut.

‘Addition of Symprove also increased the anti-inflammatory cytokines IL-6 and IL-10, while reducing the inflammatory chemokines IL-8, MCP-1 and CXCL10, which are associated with inflammatory conditions and viral infections.’

The bacteria in Symprove were tested to see if their colonisation would help feed the gut microbiome through the production of lactate. The microbiome has been identified as a disease modifier and an essential part of immunity.2 




Simon Gaisford, Professor of Pharmaceutics at University College London says, "We've been able to show that delivering viable and active bacteria to the gut impacts the healthy bacteria in our bodies in a way that we've not seen before. The diversity of the donor microbiotas clearly changed for the better and importantly the effect was sustained week-on-week. We saw that the addition of Symprove reduced inflammatory markers and raised butyrate levels. If we can make a healthy microbiome healthier, the potential to improve conditions of dysbiosis is incredibly exciting."
The addition of the probiotics in Symprove to the microbiotas of healthy human donors changed the proportion of bacterial groups in the gut flora, which generated a significant increase in butyrate - a short chain fatty acid (SCFA) which is critical to health and wellbeing.
The data showed that feeding the microbiome results in changes to the gut flora as well as a positive anti-inflammatory and immuno-modulatory effect.1
An increased abundance in beneficial bacteria such as firmicutes and actinobacteria were also observed after adding Symprove bacteria into the simulation containers. A lack of these bacteria in the gut is associated with several health conditions, including irritable bowel syndrome.4
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Source-Eurekalert