Congratulations to the recipients of the University of Melbourne 7T MRI Pilot Projects for 2014.
Chief Investigator: Peter Brotchie
Institution: UoM (Honorary, Radiology & Honorary, Clinical School – St Vincent’s Hospital)
Co-Investigators: Hamed Akhlaghi (UoM), Graeme Jackson (Florey)
Project: Cortical interactions between two parietal lobe regions that both encode body orientation within the environment
Chief Investigator: Dr Bryan Paton
Institution: Monash Biomedical Imaging
Co-Investigators: Prof. Gary Egan School & MBI; A/Prof Naotsugu Tsuchiya School; Dr Parnesh Raniga MBI; A/Prof Jakob Hohwy Faculty of Arts, SOPHIS; A/Prof Jeroen van Boxtel School & MBI; Prof. Roger Ordidge UoM MBCIU; Dr Amanda Ng UoM MBCIU
Project: The dynamics of deep and superficial cortical layers of visual cortex as measured by high resolution and ultra‐high field MRI
Chief Investigator: Dr Parnesh Raniga
Institution: Monash Biomedical Imaging
Co-Investigators: Phil Ward (MBI), Gary Egan (MBI), Amanda Ng (MBCIU)
Project: QSM based venography
Chief Investigator: Dr Bruce Campbell
Institution: Dept Neurology, UoM
Co-Investigators: Dr Nawaf Yassi, Dr Teddy Wu, Prof Patricia Desmond, Prof Stephen Davis (all UoM)
Project: Advancing pathophysiologic understanding of lacunar stroke using MR imaging at 7T
Chief Investigator: Graeme Jackson
Institution: Florey Austin
Co-Investigator: Mira Semmelroch
Project: Subtle bottom of sulcus dysplasias (BOSD)
Chief Investigator: Dr Paul Klauser
Institution: Monash Biomedical Imaging & UoM
Co-Investigators: Dr Benny Liberg Dept of Psychiatry at UoM; Dr Valentina Lorenzetti MBI & Dept of Psychiatry at UoM; Dr Suo Chao MBI; Dr Parnesh Raniga MBI
Project: Validation of probabilistic maps of midbrain dopaminergic system obtained from 3T parallel transmit imaging
Chief Investigator: Prof Trevor Kilpatrick
Institution: Dept Anatomy & Neuroscience, University of Melbourne
Co-Investigators: Scott Kolbe UoM, Tomas Kalincik UoM, Roger Ordidge UoM, Alan Connelly Florey Institute of Neuroscience and Mental Health
Project: Comparative assessment of quantitative measures of disease progression in MS
0 Comments