Jochen F. Meyer

This study uses multimodal imaging and electrophysiology to track focal epileptogenesis in mice, revealing microseizures and changes in interneuron activity.

This study shows that traumatic brain injury disrupts functional connectivity in mice, with recovery and state-dependent changes in connectivity and theta power during stillness.

The paper identifies 'small-world' networks in mouse visual cortex where pyramidal neurons form temporally linked clusters with inhibitory interneurons, showing increased functional similarity over postnatal development.

The paper examines neuronal activity in the visual cortex of stargazer mice during absence seizures, finding asynchronous suppression of most neurons.

The study uses patch-clamp stimulation and 2-photon imaging to show that activating single pyramidal neurons in mouse V1 recruits fewer than 1% of local units, with a modest increase in population activity.

The paper examines neuropil activity in mouse V1 using 2-photon imaging, finding that neuropil responses are more reliable and modulated than somatic activity, with coherent noise correlations across large distances.