Thiago Ohno Bezerra

This study simulates astrocytic Ca2+ signaling with and without mitochondrial contributions, showing context-dependent modulation of Ca2+ responses by mitochondria.

This paper presents a computational model of astrocyte Ca2+ and IP3 dynamics to explain how diverse Ca2+ signaling patterns emerge from parameter changes and transmembrane currents.

This study uses computational models to show dopamine reduces glutamatergic input frequency needed to evoke calcium signals in astrocytes, depending on cell morphology.