Debate Series - Estro-events.org
Debate Series - Estro-events.org
Debate Series - Estro-events.org
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AwArds<br />
Awards<br />
Page 26 PROgRammE & ExhibiTiOn guidE • ESTRO 31<br />
DR. PETRA GEORG<br />
Medical University Vienna, Austria<br />
*** ESTRO-VARIAN Award ***<br />
Petra Ge<strong>org</strong> received her medical degree at the Medical University<br />
of Vienna, Austria, in 2000. Between 1998-1999 she<br />
stayed as early stage researcher at the Department of Radiation<br />
Oncology at the Catholic University Leuven (Belgium) in the<br />
framework of the Erasmus students exchange programme. The<br />
research project on the “Cosmetic results of breast conserving<br />
treatment for mammary cancer - the impact of different radiotherapy<br />
treatment”, which she conducted in Leuven, raised her<br />
interest in normal tissue effects. In 2004, after 4 years of clinical<br />
practice in general medicine and endocrinology, Petra Ge<strong>org</strong> entered<br />
the residency programme for radiotherapy and radiation<br />
oncology at the Department of Radiotherapy, Medical University<br />
Vienna/AKH Wien. Since then, she combined patient care and<br />
clinical research, in which she was mostly focusing on late side<br />
effects of radiation treatment and their dose dependency. Petra<br />
Ge<strong>org</strong> has been actively involved in the implementation and<br />
further development of MRI guided adaptive brachytherapy of<br />
cervix cancer in the research group of Prof. Richard Pötter. Her<br />
major contribution was the dose response definition for bladder<br />
and rectum morbidity after combined external and MRI guided<br />
adaptive brachytherapy. In November 2010 she passed her board<br />
examination and in January 2012 she was certified as medical<br />
specialist in the field of radiotherapy and radiation oncology.<br />
Beside clinical responsibilities, Petra Ge<strong>org</strong> is an active lecturer<br />
covering both basic clinical education for medical students as<br />
well as advanced radiotherapy for PhD students at the Medical<br />
University of Vienna. She is also supervising master and doctoral<br />
theses.<br />
WOLFGANG HOEGELE, M.SC.<br />
Regensburg University Medical Center, Regensburg,<br />
Germany<br />
*** ESTRO-JACK FOWLER University of Wisconsin Award ***<br />
W. Hoegele was born 1984 in Cham, Germany. Since 2003, he<br />
has been studying mathematics at the Regensburg University of<br />
Applied Sciences (HSR), Germany. In 2007 he graduated with a<br />
German diploma degree with distinction. Topic of the thesis was<br />
the development of novel optimization techniques for inverse<br />
treatment planning in radiotherapy.<br />
During these studies, he spent a research semester at the Max-<br />
Planck-Institute for Astrophysics in Garching/Munich, Germany,<br />
focusing on Computational Fluid Dynamics (CFD) for the simulation<br />
of supernovae.<br />
After the degree in mathematics, he spent a half-year research<br />
stay in 2008 at the Dana-Farber / Brigham and Women’s Cancer<br />
Center (DF/BWCC), Harvard Medical School (HMS), Boston, USA,<br />
working on novel VMAT optimization strategies.<br />
For excellence in studies and research in applied mathematics<br />
he received the award ‘Kulturpreis Bayern’ in 2008.<br />
From end 2008 until end 2009 he studied medical physics at the<br />
Heidelberg University, Medical Faculty of Mannheim, Germany,<br />
and graduated as M.Sc. with best grade. For the master’s thesis<br />
he spent a second half-year stay at the DF/BWCC (HMS) and<br />
focused further on the clinical application of new VMAT optimization<br />
strategies.<br />
Since 2009 he has been working on his doctoral studies in medical<br />
physics (biomedical program) focusing on image guidance<br />
for radiotherapy at the Regensburg University Medical Center,<br />
Germany. In parallel, he is teaching computer science and engineering<br />
students in applied mathematics at the HSR.<br />
His current research is concerned with the Bayesian estimation<br />
of patient positioning errors utilizing short-arc radiographs.<br />
ESTRO 31 • PROgRammE & ExhibiTiOn guidE Page 27<br />
AwArds