Gregory J. Ordemann

This study identifies differences in HCN channel activity across mediodorsal thalamus subnuclei, linking these differences to distinct intrinsic oscillatory properties and cellular resonance.

This study shows that Fmr1 knockout in mice reduces HCN channel activity in mediodorsal thalamocortical neurons, leading to delayed rebound spike timing and potential disruptions in thalamocortical circuitry.

The paper shows that a non-conducting Cav1.4 Ca2+ channel is essential for cone synaptogenesis, and its absence is compensated by Cav3 channels, leading to normal cone-mediated vision in knock-in mice.

This study identifies two distinct subnuclei in the mediodorsal thalamus that project to the medial prefrontal cortex, showing differences in physiology and morphology.

This study shows that impaired A-type potassium channel function in FXS mice leads to reduced dendritic spike initiation and TA-LTP, suggesting a potential therapeutic target for cognitive impairments.

The paper identifies two distinct subtypes of low threshold interneurons in mouse CA1 stratum oriens based on spike frequency adaptation and Ih current density.