Masanori Murayama

The paper presents a dataset of single-cell calcium imaging from multiple cortical areas in mice across different physiological states.

Meso2EM links mesoscale functional imaging to targeted electron microscopy by preserving neuron identity across scale changes using shared landmarks.

The paper shows that prior auditory learning inhibits somatosensory responses in mice through ACC-S1 projections, promoting blocking of redundant associations.

The paper shows that inducing a hibernation-like brain state in AD mice slows amyloid plaque accumulation and reduces neuroinflammation without targeting specific pathways.

The paper investigates network structure changes during sleep and anesthesia at single-cell and mesoscales, finding increased modularity at the single-cell level and spatially intermixed modules across states.

The paper develops ultrasensitive cAMP and Ca2+ indicators to measure their dynamics in neurons and identifies their roles in signaling and behavior.

This study investigates how motor direction representation changes in primate premotor and primary motor cortices during learning, finding that PMdc neurons dynamically adjust their preferred direction while M1 neurons maintain stability.

The paper shows emotional association enhances perceptual memory through BLA-frontal projections during NREM sleep by increasing coordinated reactivation and disrupting memory retention when BLA inputs are silenced.

This paper introduces a low computational-cost cell detection method for calcium imaging data, showing it is faster and equally accurate compared to existing methods.

The paper introduces FASHIO-2PM, a two-photon microscope that enables fast, aberration-free calcium imaging of large neural networks in awake mice at 7.5 Hz.