Michael P. Stryker

The paper uses encoding manifolds to analyze how mouse visual cortical areas represent natural scenes and static gratings, revealing layer-specific and cell-type-specific response patterns.

The paper shows that GABAergic signaling from VIP interneurons is essential for visual recovery after monocular deprivation in adult mice, while peptidergic signaling is not.

This study shows that transplanting MGE-derived interneurons into adult mouse visual cortex induces ocular dominance plasticity, with activity and response tuning influenced by host locomotor state.

This study uses two-photon microscopy to show that T2DM impairs collateral circulation and increases leukocyte adhesion after ischemic stroke, leading to poor recovery and worse outcomes.

This study shows that preventing oligodendrocyte maturation during adolescence reduces myelination and preserves experience-dependent plasticity in adult visual cortex.

The paper shows that deletion of the Pcdhγc4 isoform increases cortical interneuron cell death, while viral expression rescues it, highlighting its critical role in regulating survival during programmed cell death.

This study compares how retinal and V1 neural populations encode visual features, finding discrete encoding in retina and continuous in V1, with CNNs resembling retinal encoding.

This study investigates how electrical stimulation affects inhibitory and excitatory neurons in the mammalian cortex, finding that increasing stimulation amplitude shifts the balance toward inhibition and correlates with behavioral changes.

The paper investigates the effects of NT-4/5 on neuronal structure in the developing visual cortex of cats, finding increased spine-like processes and synapse density.

The paper shows that GABA release from VIP cells mediates stimulus-specific enhancement in mouse visual cortex, suggesting Hebbian mechanisms persist in adult V1.

The paper shows that BDNF production precedes visual response recovery in the developing visual cortex after monocular deprivation, suggesting BDNF gates plasticity.

This study shows that inhibiting the integrated stress response (ISR) after concussive injury reverses cognitive deficits and aberrant cortical spine dynamics in mice.

The paper shows that somatostatin-positive neurons in the reticular thalamus modulate visual information and gamma activity in V1 and dLGN in behaving mice.

This study identifies Pcdh-γ cluster genes as critical regulators of programmed cell death in cortical interneurons through cell-autonomous and non-cell autonomous mechanisms.

The paper investigates structural changes in synaptic connections of layer 2/3 neurons in mouse visual cortex during monocular deprivation, finding rapid postsynaptic spine remodeling and delayed presynaptic bouton formation.

The paper shows that transplanted inhibitory neurons induce but do not maintain ocular dominance plasticity in the host visual cortex.

The paper uses flow stimuli to show that mouse V1 neurons respond to higher spatial frequencies than previously thought, challenging conventional linear models of visual processing.

This study shows locomotion enhances visual information encoding in mouse V1 by increasing firing rates and reducing noise correlations, improving stimulus discriminability.

The paper shows that locomotion in mice enhances visual cortex responses to specific stimuli, but not others, and this effect depends on NMDA receptor activity.