Richard Bertram

The paper identifies a non-monotonic concentration-response relationship in mitral/tufted cells of the mouse olfactory bulb, suggesting interglomerular inhibition facilitates odor discrimination.

This study examines how gustatory cortex (GC) neurons encode thermal and chemosensory signals during licking in mice, finding that GC neurons use rate and phase information to distinguish temperature differences.

This paper uses a computational model to show that modular connectivity in KNDy neurons explains synchronized activity and the dual role of neurokinin B and dynorphin in enhancing synchronization.

This study shows that taste discrimination in mouse gustatory cortex neurons is enhanced when spike rate and timing are analyzed relative to lick timing, indicating the lick cycle is critical for taste processing.

The paper explains how pacing frequency affects early afterdepolarizations in cardiomyocytes using slow/fast analysis of a minimal model, revealing canard dynamics and their implications for arrhythmias.