Precision mapping of the mouse brain metabolome
Huanhuan PangiD, Jun-Liszt LiiD, Xiao-Ling HuiD, Fei Chen, Xiaofei Gao, Lauren G. ZachariasiD, Feng CaiiD, Ralph J. DeBerardinisiD, Wenzhi SuniD, Zeping HuiD, Woo‐Ping GeiD
Abstract
Metabolism is physiologically fundamental to a biological system. Understanding brain metabolism is critical for our comprehensive knowledge of brain function in health and disease. Combining a microarray collection system with targeted metabolomics analysis, here we performed precision mapping of the metabolome in the mouse brain and created maps for 79 metabolites with a resolution of 0.125mm3 per pixel (i.e., brain subregion). The metabolome atlas provides researchers with a useful resource to interpret the vulnerability of specific brain regions to various disease-relevant metabolic perturbations.
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