Norman Rahnis

This study compares proteolytic pathway activity in neuronal compartments across aging in mice and C. elegans, revealing age-related differences in UPS and macroautophagy.

This study identifies acetylation-dependent remodeling of the secretory pathway in senescence, showing its role in shaping the senescence-associated secretome.

This study identifies polyamines as key regulators of epithelial regeneration in aged intestines, showing they enhance protein homeostasis and restore regenerative capacity through dietary manipulation.

The paper investigates how LPS preconditioning affects microglial proteome response to focal ischemic brain injury in mice, finding significant neuroprotection and changes in proteome patterns linked to type I interferons.

The paper introduces an automated workflow for BioID to improve reproducibility and identification of protein-protein interactions by increasing throughput and reducing sample input requirements.

The paper identifies RFX7 target genes through multi-omics analysis, revealing their role in tumor suppression and neuronal processes.