Resting state functional magnetic resonance imaging (rs-fMRI) has become an
indispensable tool in neuroscience research. Despite this, rs-fMRI signals are easily …

Purpose To integrate markerless head motion tracking with prospectively corrected
neuroanatomical MRI sequences and to investigate high‐frequency motion correction …

Purpose To develop a method of tracking active NMR markers that requires no alterations of
common imaging sequences and can be used for prospective motion correction (PMC) in …

Abstract T2*-weighted gradient-echo sequences count among the most widely used
techniques in neuroimaging and offer rich magnitude and phase contrast. The susceptibility …

Abstract T 2*-weighted gradient echo (GRE) MRI at high field is uniquely sensitive to the
magnetic properties of tissue and allows the study of brain and vascular anatomy at high …

Purpose Subject head motion is a major challenge in DWI, leading to image blurring, signal
losses, and biases in the estimated diffusion parameters. Here, we investigate a combined …

Purpose Functional understanding of the periaqueductal gray (PAG), a clinically relevant
brainstem region, can be advanced using 1H‐MRS. However, the PAG's small size and high …

We propose a wireless motion tracking method based on short-wave RF signal transmission
that does not require a direct line of sight and can penetrate tissue and plastics between …

We have developed a markerless tracking system enabling to estimate head pose through
limited apertures of a head coil. The system, composed of a mirror and four MR compatible …

This study investigates high-frequency prospective motion correction (PMC) using
markerless face tracking for artefact reduction in clinical T2 and FLAIR MRI. The FOV pose …