image-guided radiation therapy · bene•t of radiation therapy for brain tumours. many changes are...

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50 80 130 50 60 30 100 20 40 20 11 140 120 putting innovation to work Radiation Medicine Program Princess Margaret Cancer Centre IGRT IGRT IGRT putting innovation to work Radiation Medicine Program Princess Margaret Cancer Centre April 24–26, 2014, Toronto, Canada putting innovation to work High Precision Radiation Therapy & Management for Brain Tumours Image-Guided Radiation Therapy

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Page 1: Image-Guided Radiation Therapy · bene•t of radiation therapy for brain tumours. Many changes are taking place in the multidisciplinary care of brain tumours – both benign and

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80

130 50

60

30

10020 40

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putting innovation to work

Radiation Medicine ProgramPrincess Margaret Cancer Centre

IGRTIGRTIGRTputting innovation to work

Radiation Medicine ProgramPrincess Margaret Cancer Centre

April 24–26, 2014, Toronto, Canada

putting innovation to work

High Precision Radiation Therapy & Management for Brain Tumours

Image-Guided Radiation Therapy

Page 2: Image-Guided Radiation Therapy · bene•t of radiation therapy for brain tumours. Many changes are taking place in the multidisciplinary care of brain tumours – both benign and

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Brain Tumour IGRT Education Course April 24–26, 2014, Toronto Canada

Multiparametric Imaging of Brain Tumours

Danny Mandell is an assistant professor at the University of Toronto Department of Medical Imaging and a neuroradiologist at the Toronto Western Hospital. He received MD quali�cations from McMaster University in 2003, and completed a radiology residency and neuroradiology fellowship at the University of Toronto. He received a PhD from the University of Toronto for his work on magnetic resonance measurement of cerebrovascular reserve.

Imaging is essential for the care of patients with brain tumours. Imaging is used to detect and characterize

lesions, establish a di�erential diagnosis, guide invasive diagnostic tests and therapy, and monitor change over

time. �is session will provide an introduction to imaging the neuro-oncology patient, with discussion of

general imaging approach, imaging technique, tumour characterization, and follow-up imaging.

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Page 3: Image-Guided Radiation Therapy · bene•t of radiation therapy for brain tumours. Many changes are taking place in the multidisciplinary care of brain tumours – both benign and

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Brain Tumour IGRT Education Course SESSION DESCRIPTIONS

Advances in Brain Tumour Pathology

Rasmus Kiehl is an assistant professor at the University of Toronto, and a sta� pathologist

at the University Health Network since 2006. He completed his MD quali�cations at the

University of Lübeck, Germany; his residency in anatomic pathology at Stanford University;

and a neuropathology fellowship at Massachusetts General Hospital / Harvard Medical

School. His research interests include neuroin"ammation and neuro-oncology.

�is session will inform the audience about recent changes in the neuropathology of brain tumours. Recent

advances in brain tumour genetics, possible changes in the upcoming WHO classi�cation of CNS tumours,

opportunities in digital pathology, and similar topics will be explored.

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Page 4: Image-Guided Radiation Therapy · bene•t of radiation therapy for brain tumours. Many changes are taking place in the multidisciplinary care of brain tumours – both benign and

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Brain Tumour IGRT Education Course April 24–26, 2014, Toronto Canada

Surgical Approaches and Advances for Brain Tumours

Gelareh Zadeh is a surgeon-scientist neurosurgeon at the University Health Network. She earned her MD and PhD from the University of Toronto. Her clinical practice focuses on management of brain tumours. She works with a multidisciplinary team of radiation oncologist, medical neuro-oncologists, radiologist and neuroppathologists to provide comprehensive care for patients with brain tumours. One of the key areas of her research and clinical practice focuses on management of patients with brain metastases, using both surgical and radio surgical approaches. Her laboratory research is focused on gaining a better understanding of the molecular regulators of tumour angiogenesis and tumour microenvironment in response to ionizing radiation (IR) in order to improve the therapeutic bene�t of radiation therapy for brain tumours.

Many changes are taking place in the multidisciplinary care of brain tumours – both benign and malignant – including in neurosurgery. In this session, recent advances in surgical technology and image guidance including neuronavigation and functional imaging will be highlighted. Speci�c emphasis will be placed on how these advances have helped improve the extent of tumour resection and functional outcomes for patients.

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