March 3, 2026Open Access

Modélisation multi-échelle du transport dans l'intestin grêle

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Observational analysis demonstrates optimal transport dynamics in the small intestine, suggesting evolutionary adaptations.

Optimal spacing between villi maximizes nutrient absorption and is supported by physiological data.
Simulations of fluid dynamics show how intestinal wall movements impact nutrient flow and mixing.
Simplified models reveal conditions under which bacterial strains can coexist based on nutrient competition.
This work highlights the physical mechanisms driving digestive functions and gut microbiota dynamics.

Martin Garic (2025) studied this question.

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March 3, 2026Open Access

View Full Paper

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Authors

Observational analysis demonstrates optimal transport dynamics in the small intestine, suggesting evolutionary adaptations.

Optimal spacing between villi maximizes nutrient absorption and is supported by physiological data.
Simulations of fluid dynamics show how intestinal wall movements impact nutrient flow and mixing.
Simplified models reveal conditions under which bacterial strains can coexist based on nutrient competition.
This work highlights the physical mechanisms driving digestive functions and gut microbiota dynamics.

Martin Garic (2025) studied this question.

View Full Paper

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