Hannah Van Lankveld

This study compares intranasal and transcranial photobiomodulation, finding that intranasal delivers similar EEG effects with less energy and is insensitive to parameters and individual differences.

This study investigates the dose-dependent fMRI response to transcranial photobiomodulation in humans, showing non-local effects and parameter-dependent responses.

This study shows intranasal photobiomodulation (iPBM) is more efficient than forehead PBM in eliciting BOLD fMRI responses and reveals sex differences in its effects.

This study shows macrovascular correction improves the relationship between EEG and rs-fMRI metrics, and sex modulates EEG-fMRI associations, with EEG complexity linked to resting-state functional activity.

This study uses BOLD-fMRI to map real-time spatial and temporal changes in brain activity induced by transcranial photobiomodulation in healthy humans.

This study links electrophysiological metrics to oxidative metabolism and shows sex differences in their associations with rs-fMRI metrics.

This study uses Monte Carlo simulations to investigate how wavelength, power density, and skin colour affect light penetration and energy accumulation in transcranial and intranasal photobiomodulation of the human brain.

This study investigates how pulsed transcranial photobiomodulation (tPBM) parameters affect EEG oscillations, finding parameter-dependent changes that contradict entrainment predictions and highlighting sex as a key biological modulator.

This study shows that pulsed photobiomodulation can increase cerebrospinal fluid flow in healthy adults, with effects influenced by skin color and irradiance-wavelength interactions.

This study links rs-fMRI metrics to oxidative metabolism (CMRO2) and shows macrovascular correction improves model fit and interpretability.