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Intestinal cGAS-STING-IFN Signaling Promotes Obesity by Downregulating Microbiota-Derived IAA in Male Mice

Version 3 2025-10-04, 06:14
Version 2 2025-10-04, 06:05
Version 1 2025-10-04, 05:11
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posted on 2025-10-04, 06:14 authored by Jiangming DengJiangming Deng
<p dir="ltr">The gut constantly interacts to both pathogens and dietary signals, but how it balances immune and metabolic responses remains unclear. Here, we identify intestinal cGAS, a key DNA sensor, as a central regulator linking gut immunity to whole-body metabolism.</p>

Funding

82330025 from the National Nature Science Foundation of China, 2023ZD0507300 from the Noncommunicable Chronic Diseases-National Science and Technology Major Project, 82370858 from the National Nature Science Foundation of China, 2023JJ10090 and 2025JJ50705 from Distinguished Young Scholar Foundation of Hunan Province.

0009-0007-8524-1725

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