Bacterial Sphingolipids Exacerbate Colitis by Inhibiting ILC3-derived IL-22 Production.
B. Bao, Y. Wang, P. Boudreau…·S. Snapper
This study shows that bacterial sphingolipids worsen colitis by reducing IL-22 production from ILC3 cells in mice.
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6 papers
Recent·Most cited
B. Bao, Y. Wang, P. Boudreau…·S. Snapper
This study shows that bacterial sphingolipids worsen colitis by reducing IL-22 production from ILC3 cells in mice.
M. S. Simpson, H. De Luca, S. Cauthorn…·W. I. Lencer
This study identifies a 7-residue motif in unfolded proteins recognized by IRE1LD, revealing how IRE1 detects misfolded proteins to trigger the UPR.
M. J. Grey, H. De Luca, D. V. Ward…·W. I. Lencer
This study shows IRE1β is essential for microbiota-induced goblet cell maturation and mucus barrier assembly in the colon, shaping gut microbiota composition through ER stress regulation.
S. S. Schmieder, R. Tatituri, M. Anderson…·W. I. Lencer
The paper identifies a structural motif in ceramide acyl chains that determines glycosphingolipid sorting via endocytic pathways and shows its dependence on cholesterol.
A. M. Kabbani, K. Raghunathan, W. I. Lencer…·C. V. Kelly
This study shows that cholera toxin subunit B induces membrane curvature only when bound to multiple GM1 receptors, highlighting the importance of structured clustering for this process.
M. J. Grey, E. Cloots, M. S. Simpson…·W. I. Lencer
This study shows IRE1β suppresses IRE1α signaling during ER stress by blocking its activation and disrupting a feedback loop that regulates IRE1 expression.