We have an open position as PhD student.
Application deadline is soon: Nov 15, 2019!
The PhD project is part of a EU FET Open funded consortium targeting alternatives to conventional Gadolinium based MR contrast agents for angiography and perfusion imaging. The consortium pursues several approaches, but this PhD project specifically aims to develop and study hyperpolarized water by dissolution Dynamic Nuclear Polarization for perfusion and angiography. Hyperpolarized water can provide a signal that is several orders of magnitude stronger than the tissue signal, and could enable superior angiograph and perfusion imaging. The key idea in the project is to study formulations of the hyperpolarized water that can extend the relaxation time of the water protons after injection into the blood stream, e.g. through micro-emulsions. This would shift hyperpolarized water from being an invasive, intra-arterial method to becoming equivalent in use to conventional MR contrast agents as a non-invasive, intravenous agent.
Best regards, Jan
Jan Henrik Ardenkjær-Larsen
Professor and Section Head
Technical University of Denmark
Department of Health Technology
Ørsted Plads, bldg 349, office 126
DK – 2800 Kgs. Lyngby
Phone +45 45253918
Mobile +45 40272775
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