Abstract Archives of the RSNA, 2007
Scientific Papers — Magnetic Resonance Imaging, Neuroradiology, Head and Neck,
Presented on November 29, 2007
Participants
Sub-Events
| SSQ10-01 |
Visualization of the Detailed Anatomy of the Galenic Venous System and Its Interindividual Variability Using Susceptibility-weighted Imaging Maximilian Reiser MD | Jennifer Linn MD | Christian Glaser MD | Dominik Morhard MD | Christian Schichor | Hartmut Brückmann |
| SSQ10-02 |
Comparison of 16 channel SENSE and Volume T/R Head Coils for Human Brain Imaging at 7 Tesla Jeffrey Creasy MD | Edward Welch PhD | Malcolm Avison PhD | John Gore PhD | Adam Anderson | Robin Avison RT |
| SSQ10-03 |
Separation of Vertebral Artery Perfusion Territories Using Vessel Encoded Arterial Spin LabelingAkash Kansagra MS | Eric Wong MD, PhD |
| SSQ10-04 |
High Resolution MR Microscopy and Micro Diffusion Tensor Imaging of the Human Brainstem at 9.4T: A Postmortem Study. Thomas Naidich MD | Meng Law MD | Bradley Delman MD | Girish Fatterpekar MBBS | Cheuk Ying Tang PhD |
| SSQ10-05 |
Primary Motor Cortex of the Normal Brain: Triple-layer Appearance on Thin-section Double Inversion-recovery Imaging Eung-Yeop Kim MD | Jae-Wook Lee MD | Eunhye Yoo MD | Byung Hoon Lee MD |
| SSQ10-06 |
Can Thickness of the Substantia Innominata on Magnetic Resonance Imaging Be the Early Indicator of Cognitive Impairment? Keon Ha Kim | Pyoung Jeon MD | Sung Tae Kim MD | Yoo Jeong Yim MD | Hong Sik Byun MD | Hyung-Jin Kim MD | Jung Hee Lee PhD | Sangwon Seo MD | DuckLyul Na MD, PhD | et al | et al |
| SSQ10-07 |
Does PROPELLER T2-weighted FLAIR MR Imaging at 3T Alter the Appearance of Normal Brain Structures? Yan Zhang MD | Matthew White MD | Francis Hahn MD | Theresa Hahn MA |
| SSQ10-08 |
Age, Gender, and Hemispheric Differences in Iron Content of the Human Brain: An in Vivo MRI Study Xiaojun Xu | Qidong Wang | Minming Zhang MD, PhD |
| SSQ10-09 |
Anatomic Imaging of Human Brain at 7T Jeffrey Creasy MD | Edward Welch PhD | Malcolm Avison PhD | John Gore PhD | Adam Anderson | Robin Avison RT |
Cite This Abstract