Mojtaba Nazari

The paper maps cortical GABA dynamics around hippocampal sharp-wave ripples in mice during different brain states, revealing state-dependent regional and temporal patterns of GABA signaling.

This paper characterizes iGABASnFR2 for in vivo mesoscale imaging of extracellular GABA dynamics across brain states and sensory conditions.

The paper shows that mouse primary visual cortex exhibits spatiotemporal resonance patterns similar to humans, with multiple frequency peaks and standing wave characteristics in response to flicker.

The paper shows that during hippocampal ripples, up-states and spindles co-occur in the retrosplenial cortex and predict CA1 slow gamma oscillations, suggesting a role in memory consolidation.

This study shows that gradual cerebral hypoperfusion in AD mouse models causes cortical network dysfunctions and microgliosis, with distinct effects in wild-type and AD mice.

This study investigates cortico-hippocampal interactions during sleep using voltage imaging and electrocorticography, finding bidirectional exchanges mediated by hippocampal slow gamma and ripples.

The paper identifies regional differences in cholinergic terminal activity associated with slow-wave activity in specific cortical areas during REM sleep in mice.

This paper introduces a head-mounted microscope for whole-cortex mesoscale imaging in freely behaving mice and demonstrates its use in studying neural activity during various behaviors.