Development of a Gut-on-a-Chip Microfluidic Device with Three-Dimensionally Printed Human Intestinal Tissue for Studying Human-Microbe Interactions

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Jang, Lindy [Lawrence Livermore National Laboratory], Robertson, Claire [Lawrence Livermore National Laboratory], Triplett, Michael [Lawrence Livermore National Laboratory], Hinckley, Aubree [Lawrence Livermore National Laboratory], Moya, Monica [Lawrence Livermore National Laboratory], Kok, Car Reen [Lawrence Livermore National Laboratory], Mohagheghi, Mariam [Lawrence Livermore National Laboratory], Weisenberger, Tracy [Lawrence Livermore National Laboratory], Bourguet, Feliza [Lawrence Livermore National Laboratory], Bowers, Erica [Lawrence Livermore National Laboratory], Wang, Yaqing [Lawrence Livermore National Laboratory], Noy, Alex [Lawrence Livermore National Laboratory], Be, Nicholas [Lawrence Livermore National Laboratory], Hynes, Rick [Lawrence Livermore National Laboratory]. 2026-08-11. Development of a Gut-on-a-Chip Microfluidic Device with Three-Dimensionally Printed Human Intestinal Tissue for Studying Human-Microbe Interactions. https://doi.org/10.1088/1758-5090/ae8ccc

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