Vincent Bonin

This study shows that bipolar intracortical stimulation selectively activates distinct neural populations, increasing addressable clusters by up to 9-fold compared to monopolar stimulation.

This study investigates how parallel pathways in the superior colliculus cooperate to support visually evoked escape behaviors through cell-type-specific inhibition and functional imaging.

The paper introduces BakingTray, an open-source software platform for block-face serial two-photon tomography, demonstrating its utility in neuroscience applications.

The paper shows that dendritic architecture in superior colliculus neurons allows them to selectively process salient motion cues through structured input organization.

The paper identifies distinct anterior-posterior subregions in the mouse retrosplenial cortex specialized for different visuospatial processing tasks.

The paper identifies distinct connectivity rules between lower- and higher-order pathways in mouse visual cortex, showing how they shape functional specialization and tuning diversity in higher visual areas.

This study shows that SYNGAP1 deficiency causes accelerated synaptic development and disrupted neoteny in human cortical neurons transplanted into mice, linking it to ID/ASD.

The paper shows that astrocyte calcium dysfunction leads to early network hyperactivity in Alzheimer's Disease, which can be reversed by restoring calcium signaling.

The paper characterizes the spatiotemporal tuning properties of over 30,000 neurons across seven mouse visual areas to reveal functional diversity and specialized visual processing channels.

The paper redefines the mouse posterior parietal cortex (PPC) by identifying it as containing at least six sub-regions based on connectivity patterns and input sources.

This study transplants human cortical neurons into mice to study their development and integration into mouse visual circuits, finding prolonged juvenile features and functional synaptic integration.

The paper investigates multisensory integration in mouse neocortex by examining tactile and visual responses in primary sensory areas during active sensation, finding segregation of responses in primary cortices.

This paper introduces nonlinear latent variable models to analyze shared variability in neural populations and finds that different brain regions exhibit distinct nonlinear structures.

The paper examines how visual motion affects behavioral responses and neural coding in the mouse visual thalamus, finding that back-to-front motion biases population responses during stillness.

The paper shows astrocytes in mouse visual cortex integrate local visual signals with arousal state through Ca2+ transients.