The microbiome diversifies N-acyl lipid pools - including short-chain fatty acid-derived compounds.

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作者:Mannochio-Russo Helena, Charron-Lamoureux Vincent, van Faassen Martijn, Lamichhane Santosh, Nunes Wilhan D Gonçalves, Deleray Victoria, Patan Abubaker, Vittali Kyle, Rajkumar Prajit, El Abiead Yasin, Zhao Haoqi Nina, Gomes Paulo Wender Portal, Mohanty Ipsita, Lee Carlynda, Sund Aidan, Sharma Meera, Liu Yuanhao, Pattynama David, Walker Gregory T, Norton Grant J, Khatib Lora, Andalibi Mohammadsobhan S, Wang Crystal X, Ellis Ronald J, Moore David J, Iudicello Jennifer E, Franklin Donald Jr, Letendre Scott, Chin Loryn, Walker Corinn, Renwick Simone, Zemlin Jasmine, Meehan Michael J, Song Xinyang, Kasper Dennis, Burcham Zachary, Kim Jane J, Kadakia Sejal, Raffatellu Manuela, Bode Lars, Zengler Karsten, Wang Mingxun, Siegel Dionicio, Knight Rob, Dorrestein Pieter C
N-acyl lipids are important mediators of several biological processes including immune function and stress response. To enhance the detection of N-acyl lipids with untargeted mass spectrometry-based metabolomics, we created a reference spectral library retrieving N-acyl lipid patterns from 2,700 public datasets, identifying 851 N-acyl lipids that were detected 356,542 times. 777 are not documented in lipid structural databases, with 18% of these derived from short-chain fatty acids and found in the digestive tract and other organs. Their levels varied with diet, microbial colonization, and in people living with diabetes. We used the library to link microbial N-acyl lipids, including histamine and polyamine conjugates, to HIV status and cognitive impairment. This resource will enhance the annotation of these compounds in future studies to further the understanding of their roles in health and disease and highlight the value of large-scale untargeted metabolomics data for metabolite discovery.

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