Michael C. Ashby

The paper examines region- and layer-specific glutamatergic synapse maturation in the developing cortex, finding that layers involved in higher-order circuits mature later, particularly in layer 1 during adolescence.

This study shows that restoring mitochondrial trafficking in tauopathy rescues presynaptic dysfunction and axonal activity.

The paper investigates synaptic and dendritic changes in a mouse model of tauopathy, finding altered synaptic integration and dendritic restructuring associated with early-stage tau pathology.

This study investigates how noradrenaline release within the Locus Coeruleus modulates cross-modular interactions through reciprocal inhibition and rebound activity.

The paper shows that a sensorimotor network in neonatal mice develops early and independently of sensory experience.

This study tracks synapse plasticity in tauopathy and finds that changes in synaptic structure precede neurite degeneration, with distinct patterns in axons and dendrites.

The paper introduces a Bayesian predictive approach to address pseudoreplication in biological research, demonstrating its effectiveness with two in vivo datasets.

The paper investigates how mitochondrial positioning affects the stability of presynaptic boutons in mouse neocortex, finding that mitochondrial localization correlates with increased bouton stability over time.