Daniel A. Surinach

The paper characterizes decision-making neural dynamics during spatial navigation in mice by analyzing cortex-wide calcium dynamics across different paradigms.

The paper introduces a mobile microscope system, CortexCAM, for imaging large areas of the mouse cortex during natural behaviors.

The paper introduces a miniaturized micro-camera array microscope (mini-MCAM) for wide-field calcium imaging in freely behaving mice, enabling cortex-wide neural activity monitoring.

This paper introduces an open-source active commutator using computer vision to enable reliable long-term neural imaging in freely behaving mice without affecting neurophysiological signals.

The paper identifies distinct cortical activation patterns during spatial navigation strategies in mice using mesoscale calcium dynamics.

This study uses calcium imaging to show that repetitive mild traumatic brain injury in mice causes long-term changes in cortical functional connectivity without affecting cognitive or motor function.

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.