Andrew P. Wojtovich

The paper identifies a role for oocyte mitochondrial electron transport chain remodeling in linking maternal environment to offspring metabolism and survival.

This study shows that germline loss reduces mitochondrial volume and respiratory function in young adulthood but preserves mitochondrial activity during aging and hypothermia, mediated by NHR-49/PPAR.

This study re-examines the role of TANGO2 homologs in C. elegans and finds that phenotypes previously linked to heme transport may instead reflect mitochondrial dysfunction and oxidative stress.

This study shows that DMT1 knockout reduces iron-induced ferroptosis and mitigates neuronal dysfunction in C. elegans with amyloid beta overexpression.

The paper maps ROS dynamics in mitochondrial microdomains using all-optical methods to study spatiotemporal H2O2 diffusion and its effects on mitochondrial behavior.