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CMIC Seminar: Advantages of using MRI phase in head and knee

01 August 2018, 1:00 pm–2:00 pm

This talk will be about how one can improve the reliability of functional MRI using phase information as well as using phase information for imaging juvenile epiphyseal cartilage in children.

Event Information

Open to

All

Organiser

Dominique Drai

Location

Room 106
Robert's Engineering Building
Malet Place
London
WC1E 7JE
United Kingdom

About

As a new member of Karin Shmueli’s MRI Group I would like to introduce myself to the CMIC community. In my talk I will present the work I have done in my previous lab at the High Field MR Centre at Medical University of Vienna under the supervision of Simon Robinson. This talk will consist of two parts. In Part 1 I will describe how one can improve the reliability of functional MRI using phase information. Here I will focus on dynamic distortion correction and estimation of BOLD sensitivity at 7 T in volunteers and patients with pathologies such as tumours, postoperative cavities, and venous malformations. In Part 2 I will talk about using phase information for imaging juvenile epiphyseal cartilage in children. Here I will present insight into the clinical potential of imaging vessels and layers in growth cartilage using SWI and QSM.

Barbara Dymerska

Barbara has joined UCL recently as a Marie Curie Fellow, she is supervised by Dr Karin Shmueli. She did her PhD in Clinical Neurosciences, at Medical University of Vienna - project tile: “Using phase information to improve the reliability of functional magnetic resonance imaging”, supervised by Dr Simon Robinson.

She did her MSc in Technical Physics jointly at Vienna University of Technology and Gdańsk University of Technology – title “Transmission Electron Microscopy (TEM) and micromagnetic study of the interphase roughness of FePt ordered/disordered layers”, supervised by Prof. Josef Fidler and Prof. Wojciech Sadowski.

Visitors from outside UCL please email in advance.

About the Speaker

Barbara Dymerska

Marie Curie Fellow at UCL