Bahram Goliaei

This study investigates how ELF-PEMF exposure affects calcium dynamics and ROS levels in U87 glioblastoma cells, finding ROS elevation and mitochondrial involvement as early responses.

The paper develops a mathematical model to simulate how mitochondrial superoxide affects calcium oscillation frequency in non-excitable cells, showing it matches experimental observations.

The paper models how ROS oscillations in cancer cells can amplify weak ELF magnetic field effects on mitochondrial Complex III radical pair dynamics, showing frequency-dependent amplification in two cell states.

This paper proposes a noise-driven differentiation model to explain multicellular differentiation and self-organization, testing it through a cell aggregation model.