Terry M. Peters

This paper describes a method for improving targeting accuracy in chronic microelectrode implantations in large animals using image-guided neuronavigation and custom cranial caps.

This study uses diffusion kurtosis imaging to detect microstructural changes in the temporal pole of TLE patients, showing differences between lesional and non-lesional groups and correlations with seizure duration.

This study applies the anatomical fiducials framework to Parkinson's Disease clinical MRI data, showing it can measure registration errors and detect morphometric biomarkers of the disease.

This study uses diffusion MRI to analyze white matter changes in early Parkinson's disease, finding asymmetrical integrity alterations linked to symptom onset side.

This paper evaluates the reproducibility and fitting quality of high-resolution diffusion kurtosis imaging (DKI) at 3T using varying b-values and phantom data.

This paper uses high-resolution MRI to visualize and characterize the human zona incerta and surrounding brain structures in vivo.

This paper introduces anatomical fiducials (AFIDs) to improve spatial correspondence in brain imaging and demonstrates their effectiveness over traditional voxel overlap metrics.