S. Emad Askarinejad

Denoising the central autonomic network: characterizing processes jointly associated with arousal and non-neuronal physiological artefacts in dynamic fMRI analyses

This study investigates how denoising systemic low frequency oscillations affects dynamic signatures of central autonomic regulation and their relation to physiological states using multimodal data.

Investigation of the effect of physiological factors on resting-state and task-based functional connectivity

This study evaluates how physiological factors affect functional connectivity in brain signals, finding that multivariate methods are more robust than bivariate ones and that physiological artifacts significantly distort connectivity estimates.