Jérôme Ribot

The paper identifies rhythmic bursting in a subset of VLPO neurons, showing it is intrinsic and may contribute to sleep regulation.

The paper investigates speed-tuned neurons in the primary visual cortex of carnivores, finding clustered 'hot spots' of high speed selectivity within V1.

The paper investigates how primary visual cortex encodes motion features, finding that preferred direction reverses with stimulus speed and motion can be decoded from V1 responses.

The paper compares molecular signatures of juvenile critical period plasticity and adult enhanced plasticity in parvalbumin cells, finding distinct translatomic profiles and condition-specific pathways.

The paper investigates region-specific properties of astrocytes in the visual layer of the superior colliculus, finding they have higher density, complex morphology, and closer proximity to synapses compared to astrocytes in other brain regions.

This study identifies astrocytes as key regulators of critical period closure in the mouse visual cortex through connexin 30-mediated inhibition of MMP9.

The paper shows that OTX2 homeoprotein transfer regulates visual cortex plasticity in juvenile mice by modulating Gadd45b/g expression and epigenetic states.

The paper shows that spatial frequency maps in cat early visual cortex form dipolar structures around pinwheel centers, challenging previous assumptions about their organization.