Elena F. Koslover

The paper investigates asymmetric mitochondrial trafficking in cultured cells, showing it maintains mitochondrial network morphology by balancing perinuclear biogenesis.

The paper shows that ER morphology affects neuronal bursting by controlling Ca2+ refill rates, linking ER structure to neuronal activity and neurodegeneration.

This paper develops a physical model of the endoplasmic reticulum as an active liquid network to explain its dynamic structure and function.

This study models mitochondrial network dynamics using simulations and analytic models to show how local parameters control network morphology and remodeling rates.