Renaud Jolivet

This study examines how amyloidosis and ageing differentially affect microglial calcium activity in mouse brains, revealing distinct patterns in somatic and process Ca2+ responses.

The paper models homeostatic plasticity in an auditory cortex computational model to predict neural signatures of tinnitus and matches human neuroimaging findings.

This paper investigates how ionic actuation of potassium can modulate neuronal excitability using theoretical models and simulations, showing bidirectional effects on neural activity.

The paper shows that mature myelin in adult mice is plastic and can modify node of Ranvier length and periaxonal space size to adjust action potential conduction velocity and synchronicity.

The paper studies spike-frequency adaptation in a Hodgkin-Huxley-type model, showing how Na,K-ATPase and calcium-dependent potassium channels interact to shape neuronal firing patterns.

The paper compares mutual information and transfer entropy for analyzing information flow and energy consumption at synapses, finding transfer entropy more reliable for small datasets but requiring careful interpretation.

This study identifies the role of Arp2/3 and Cyfip1 in regulating microglial dynamics and suggests their involvement in neuropsychiatric diseases.