Nathalie L. Rochefort

The paper investigates how food-restricted mice maintain visual discrimination performance by analyzing neural noise structure and decision time changes.

The paper shows thalamic input coordinates excitation and inhibition in motor cortex to reduce neural variability during movement initiation.

ViV1T, a transformer model trained on natural movies, predicts neuronal responses in mouse V1 with high accuracy, revealing novel dynamic stimulus processing properties.

RatDISCO is a tissue-clearing protocol for adult rat brains that enables robust immunolabeling and detection of neuronal subtypes, glial cells, and vasculature with high transparency.

This study shows that noradrenergic modulation can restore visual discrimination in a SYNGAP1 mouse model by improving coding precision in the primary visual cortex.

The paper introduces an adaptable implant for chronic Neuropixels recordings in mice, enabling stable, reusable, and lightweight neural recordings across multiple experimental conditions.

This study shows that female mice's neocortex is more resilient to food restriction than males, with males showing changes in energy-regulating pathways and ATP usage.

The paper investigates somato-dendritic coupling in layer 5 neurons of the awake mouse visual cortex, finding high and asymmetric coupling that persists regardless of visual stimulation or behavior.

The paper shows that cerebellar-recipient motor thalamus provides a fixed latency signal for movement initiation, which is critical for goal-directed behavior in mice.