Rune Enger

The paper develops a high-fidelity computational model of astrocyte endfeet and perivascular spaces to study fluid dynamics and mechanical interactions in response to vascular pulsations.

The paper shows sleep cycle-dependent changes in perivascular spaces enhance cerebrospinal fluid flow and solute transport in sleeping mice.

The paper shows reduced astrocytic Ca2+ signaling and uncoupling from pupil responses in Alzheimer's disease mice during awake behavior.

The paper validates a computational framework for modelling ion electrodiffusion during cortical spreading depression using experimental comparisons.

This paper introduces RippleNet, a deep LSTM-based model for detecting SPW-R events from LFP data, achieving high precision with minimal manual curation.

This study identifies sleep-wake specific astrocytic Ca2+ signaling and its role in modulating sleep transitions and stability.