Elizabeth K. Neumann

This paper uses MALDI-MSI to create the first spatially resolved lipidomic atlas of the human heart, identifying region-specific lipid differences.

This study examines how SIV infection and ART affect lipid distribution in rhesus macaque brains, showing ART increases phospholipids while SIV impacts vary by brain region.

This study identifies L-fucose as a monosaccharide neuromodulator that enhances synaptic function and mitigates Alzheimer's disease symptoms in mice.

The paper uses machine learning to analyze spatial lipidomic changes in mouse lungs exposed to allergens and ozone, revealing sex-specific lipid distribution differences.

This paper introduces TMS, a method that combines MALDI MSI data with single-cell spatial transcriptomics to segment cells and assign metabolites to cell types.

The paper introduces a new spatial multiomics method combining mRNA detection with lipid analysis using MALDI ISH MSI to link gene expression with metabolic profiles in mouse brain tissue.