About

Background

Recent litterature highlights the key role of the gastrointestinal tract and its associated microbiota in human and animal nutrition and health. Notably, the effects of nutrients, drugs and food pollutants are strongly influenced by their interactions with the gut microbiota. Clinical trials remain limited and costly, and translation of data obtained from animals to humans hampered by differences in diet, digestive physiology and resident microbiota.

Objectives

In line with the 3R European rules that claim the limitation of animal use for research purposes and the development of in vitro alternative strategies, the goal of the CA23110 INFOGUT COST action is to bring together academic experts, industrial partners and regulatory agencies to harmonise, optimise and disseminate in vitro models that replicate human or animal intestinal microbiota.

Expected results

The new COST action will address the lack of technical, scientific and regulatory knowledge on in vitro models simulating gut microbiota mediated interactions by providing harmonised and robust experimental protocols. Review papers and guidelines will be supplied to extend the potential of in vitro systems to the entire digestive tract and diseased situations. The new models will help to better understand the fate of bioactive compounds in the human and animal digestive tract, taking into account complex interactions with resident microbiota and host cells. Innovative educational tools will be offered to train young researchers and disseminate towards society and regulatory agencies.
COST

COST (European Cooperation in Science and Technology) is a funding agency for research and innovation networks. Our Actions help connect research initiatives across Europe and enable scientists to grow their ideas by sharing them with their peers. This boosts their research, career and innovation. (www.cost.eu)

COST Action CA23110

Scientific literature is shedding light on the centrality of GI for human health and wellbeing. Indeed, the physiologic effects of nutrients, bioactives and even toxic compounds (including foodborne pathogens) are mediated by their absorption rate in the intestine and by their interaction with gut microbiota and its host ecosystem. Testing food, feed, supplements or drugs in clinical studies gives rise to ethical issues, and the transferability of animal data across species is often problematic because of differences in physiology, metabolism and chemical susceptibilities.

MoU
062/22

CSO Approval Date
27/05/2022

Start Date
06/10/2022

End Date
05/10/2026

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