Daniel V. Madison

This study tracks the development of parvalbumin basket cell axons in mice, revealing rapid myelination, synapse pruning, and axonal reorganization that refine inhibitory connectivity.

The paper measures conduction velocity in parvalbumin interneurons and finds that axonal myelination significantly increases action potential propagation speed.

The paper shows that certain forms of amyloid-beta oligomers inhibit E-S potentiation more than LTP in hippocampal slices.

This study shows ultrasound can inhibit or potentiate firing in hippocampal neurons depending on firing frequency, explained by increased potassium conductance.

This paper investigates E-S potentiation, showing it is influenced by two opposing mechanisms: reduced dendro-somatic coupling and increased somatic EPSP coupling, suggesting a homeostatic role in neural circuits.

This study examines synapse-type and astrocytic changes in a FXS mouse model, revealing layer-specific synaptic density alterations and reduced astrocytic association in excitatory synapses.

The paper confirms the presence of myelinated inhibitory axons in all layers of human neocortex, similar to findings in mice, and identifies their distinctive features and potential implications for neurological disorders.