J. M. Spraggins

The paper uses imaging mass spectrometry to map lipid changes in S. aureus-infected murine femurs, identifying altered lipid species and their spatial distribution in abscesses.

The paper compares low-cost photographic imaging methods with a 3-D camera for registering photographic images to CT scans, finding iPhone imaging has lower landmark error in some cases.

The paper constructs a spatio-molecular lipid atlas of the human kidney using multimodal imaging and machine learning, revealing lipid profile variations related to sex and BMI.

This study advances MALDI IMS techniques for fresh-frozen murine femurs, revealing lipid distributions linked to specific tissue structures and cell types.

This paper introduces PiMS, a method that detects proteoforms up to 70 kDa in human tissue with high spatial resolution, identifying key metabolic enzymes in kidney tissue.

This study uses multimodal imaging mass spectrometry to analyze murine gastrointestinal tract tissue and luminal content, revealing distinct molecular patterns during Clostridioides difficile infection.

This paper applies CODEX multiplexed immunofluorescence to visualize 23 antigens in human kidney tissue, identifying major cell types and substructures with high resolution.

The paper uses spatially targeted proteomics to analyze host-pathogen interactions during staphylococcal abscess formation, identifying immune responses and bacterial contributions across different abscess regions.

This study uses high-resolution imaging mass spectrometry to map lipid distributions in human retina and supporting tissues at laminar, cellular, and sub-cellular levels.