Clara Meda

This study examines how nanoplastics affect microglial bioenergetics and communication with neurons in vitro, finding dose-dependent changes in ATP levels and neuroprotective signaling.

This study shows that hepatic estrogen receptor α is essential for stage-specific coordination of liver metabolism and proliferation during pregnancy, with its loss causing metabolic and growth maladaptations.

This paper develops a dual-reporter mouse system to analyze NF-kB and STAT6 signaling dynamics during mRNA vaccination, revealing liver as a key early hub and linking early STAT6 activation to robust humoral responses.

This study shows that GCase deficiency in microglia leads to metabolic changes and ATP depletion, impairing their neuroprotective functions and increasing neuronal vulnerability in Parkinson's disease.

The paper investigates sex-specific microglial responses to glucocerebrosidase inhibition and links these responses to GBA1-linked Parkinson disease.