Bruno Cauli

This study shows that thyroid hormones are essential for maintaining the function of mature parvalbumin neurons in the mouse neocortex, affecting behavior, sleep, and neural oscillations.

This study identifies that pyramidal cell firing induces arteriolar vasoconstriction via COX-2-derived prostaglandin E2 signaling, revealing a previously overlooked mechanism in neurovascular coupling.

This study shows that cortical somatostatin interneurons bidirectionally control neurovascular coupling through nitric oxide and neuropeptide Y release at different frequencies.

This study shows that Cav3.2 T-type calcium channels in the Anterior Pretectum are critical for neuropathic pain initiation and maintenance.

The paper shows lactate enhances cortical neuron spiking activity through KATP channels and is preferentially used as an energy substrate over glucose.

This study shows that PV interneurons regulate PNNs in the adult cortex through electrical activity, with silencing causing PNN regression and excitation having no effect.