John F. Disterhoft

This study shows that during conditioning tasks, hippocampal activity shifts from spatial to temporally structured patterns, disrupting place coding in rats.

The paper shows that task-related neural population activity maintains a conserved low-dimensional organization across different environments and animals, supporting behavioral generalization despite changes in neural representations.

The paper shows place cells in the CA1 hippocampus cluster non-randomly by field location, using calcium imaging and statistical analysis in rats.

This study investigates sex-dependent effects of chronic microdrive implantation on trace eyeblink conditioning in mice, finding that males learned faster than females with implants, but not with dummy implants.

This paper presents the first in vivo calcium imaging of CA1 hippocampus in freely moving rats, showing a high percentage of place cells with stable place fields over days.

This study shows that delay eyeblink conditioning in mice increases Purkinje cell excitability through SK channel downregulation.