Helsinki / Freiburg / Using Voxel / Voxel / Berlin / Marburg / Mu¨nster / London / /
Company
General Electric / Wellcome Trust / Creative Commons / FA / Philips / Siemens / /
Country
Germany / Netherlands / United States / United Kingdom / / /
Facility
UCL Institute of Neurology / University Marburg / University College London / Institute of Psychiatry / University of Mu¨nster / King’s College / University of Muenster / University Clinic Freiburg / Institute of Psychology / /
Chinese Academy of Sciences / UCL Institute of Neurology / Department of Clinical Neuroscience / Wellcome Trust Centre for Neuroimaging / Medical Faculty / Department of Clinical Radiology / University College London / London / Department of Neurology / King’s College London / University of Mu¨nster / Institute of Psychology / Institute of Psychiatry / Center for Stroke Research Berlin / and Cluster of Excellence NeuroCure / University of Muenster / Department of Psychiatry and Psychotherapy / /
Person
Psychiatry / Agnes Flo / /
Position
investigator / original author / Editor / Fisher / vs. executive / /
Product
TractBased Spatial Statistics / /
PublishedMedium
PLoS ONE / /
Technology
Neuroscience / ADC / MRI system / The TBSS protocol / magnetic resonance imaging / http / tractography algorithm / acquired using a Gyroscan Intera 3T whole body MRI system / /
The Influence of Spatial Registration on Detection of Cerebral Asymmetries Using Voxel-Based Statistics of Fractional Anisotropy Images and TBSS Siawoosh Mohammadi1,2*, Simon S. Keller1,3, Volkmar Glauche4, Harald Kugel5