Julian J. Ammer

The paper shows thalamic input coordinates excitation and inhibition in motor cortex to reduce neural variability during movement initiation.

This paper introduces a cranial implant that stabilizes brain movement in behaving rodents, improving the success rate of whole-cell patch-clamp recordings.

This paper investigates the functional interactions between premotor and motor cortical areas in rats during goal-directed behavior, revealing differential roles of neuronal subpopulations in movement preparation and execution.

The paper examines movement-invariant and movement-specific signaling in layer 5B of motor cortex in mice, finding that most neurons show movement-invariant responses while a minority display movement specificity.

The paper shows that cerebellar-recipient motor thalamus provides a fixed latency signal for movement initiation, which is critical for goal-directed behavior in mice.

The paper shows GABA modulates action potential dynamics through a universal mechanism, confirmed by experiments and modeling in different neurons.