Allan T. Gulledge

This study shows that acetylcholine and serotonin differentially modulate excitatory synaptic transmission from specific afferents in the mouse prelimbic cortex, with distinct effects on commissural and mediodorsal nucleus projections.

This study shows that acetylcholine enhances excitatory synaptic transmission in pyramidal tract neurons in the prefrontal cortex, preferentially over intratelencephalic neurons, through M1 receptor activation.

The paper shows that intense neuronal activity changes ionic concentrations, leading to a switch in firing patterns and excitability types in mouse cortical neurons.

This paper shows that NMDA receptors improve the consistency of synaptic integration by working with AMPA receptors to reduce variability in neuronal responses.

The paper characterizes the physiology and serotonergic regulation of corticoamygdalar neurons in the mouse prelimbic cortex, showing they share features with intratelencephalic neurons and respond to 5-HT via 2A and 1A receptors.

This study identifies three ionic mechanisms underlying serotonergic excitation of callosal projection neurons in the mouse medial prefrontal cortex.

The paper investigates how acetylcholine (ACh) differentially affects corticopontine (CPn) and commissural/callosal (COM) neurons in mouse prefrontal cortex, showing preferential excitation of CPn neurons.