Emily A. Gibson

This paper introduces a miniature two-photon microscope with optogenetic stimulation for studying neural activity in freely moving mice.

This study shows that multi-site optogenetic stimulation can increase firing rates in peripheral nerves through in silico, ex vivo, and in vivo experiments.

This paper demonstrates reduced signal contamination from out-of-focus cells in vivo voltage imaging using pHiLo compared to traditional widefield methods in awake mice.

The paper presents a miniaturized widefield microscope for high-speed voltage imaging in freely moving animals, achieving a peak-to-noise ratio >3 at 530 Hz.

The paper describes a protocol to monitor mouse behavior and record calcium signals in hippocampal neurons during odor plume navigation, including surgery, imaging, data processing, and decoding of spatial paths.

This study uses three-photon imaging to show that white matter generates more oligodendrocytes than gray matter, but gray matter shows faster growth rates and regenerative deficits after injury.

The paper identifies decision-making time cells in dorsal CA1 pyramidal neurons during associative learning in mice, showing sequential activity encodes temporal memory for decision-making.

This paper introduces a neural implant that enables simultaneous two-photon imaging and extracellular electrophysiology in freely moving animals, showing a positive correlation between optical and electrical recordings.

The paper evaluates tdTomato and mScarlet fluorescent proteins for dual-color three-photon microscopy in the mouse brain, finding high signal-to-background in specific wavelength ranges.

The paper shows that cerebellar molecular layer interneurons encode valence during associative learning in mice.

This paper introduces a miniature two-photon microscope for 3D neuronal imaging in freely moving mice, demonstrating active axial scanning and multi-color fluorescence imaging.