Christian Hansel

The paper compares Purkinje cell dendritic architecture across primates and finds significant morphological changes in humans that correlate with evolutionary and functional demands.

The paper shows that cerebellar plasticity in mice is driven by anticipatory PF signals preceding CF bursts, contradicting Marr-Albus predictions of coincidence detection.

This study shows that cerebellar climbing fiber activation suppresses whisker response potentiation in mouse primary somatosensory cortex by modulating interneurons and thalamic pathways.

The paper compares Purkinje cell morphology and input arrangement between humans and mice, finding human PCs are larger, have more compartments, and may receive significantly more synaptic inputs.

The paper shows that VGCC C-terminal proteins regulate gene networks in neurons through Ca2+-dependent nuclear signaling.

The paper shows that mouse Purkinje cells can receive multiple climbing fiber inputs, challenging the canonical one-to-one relationship and revealing functional diversity.

The paper investigates intrinsic and synaptic plasticity in Purkinje cells, showing intrinsic plasticity enhances dendritic response spread and axonal output during plasticity.

This study shows that delay eyeblink conditioning in mice increases Purkinje cell excitability through SK channel downregulation.