Stephen J. Eglen

This study examines how Mecp2 deficiency affects microscale cortical network topology and dynamics in a Rett syndrome mouse model, finding slower development and reduced connectivity.

This study identifies homophilic wiring as a principle governing neuronal network topology in vitro, outperforming traditional models in explaining connectivity patterns.

MEA-NAP analyzes microscale functional connectivity and network dynamics from MEA recordings in neuronal cultures, revealing differences in topology and network development.

The paper quantifies developmental dynamics of retinocollicular projection ordering in mice and shows a combined activity-molecular model can capture segregation and convergence changes.

The paper introduces meaRtools, an R package for analyzing neuronal network data from microelectrode arrays, demonstrating its ability to identify epilepsy-like phenotypes in Celf4 knockout mice.

The paper discusses the importance of sharing computational code in neuroscience and highlights challenges in current practices.

The paper presents a mechanistic model explaining the spatial interaction between blue cones and blue cone bipolar cells in macaque retina, showing it matches observed density recovery profiles.