Mikhail Kislin

The paper shows that cerebellar perturbations in mice lead to faster learning in a sensory evidence-accumulation task, linked to enhanced focus on current trials and altered neocortical activity.

The paper investigates structural covariation between cerebellum, thalamus, and cerebral cortex in neurotypical and ASD children, finding altered coupling patterns in ASD.

This paper investigates cerebellar contributions to reversal learning by mapping brainwide networks through c-Fos activation and identifies distinct effects of lobule VI and crus I inactivation.

The paper maps cerebellar pathways to forebrain regions using tracing viruses and quantitative analysis, revealing homologous networks linking cerebellar areas to sensory, motor, and associative forebrain targets.

This paper develops a deep learning framework to analyze mouse behavior in the open field test, revealing distinct adaptation patterns in autism models.

This study shows that disrupting cerebellar Purkinje cells during somatosensory evidence accumulation impairs working memory accuracy and reduces the weighting of prior information in mice.

This study shows that isoflurane anesthesia produces antidepressant-like effects in rodents by activating TrkB signaling and related molecular pathways.