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Part 6c of a six part series covering the fundamentals of magnetic resonance imaging physics. This final section covers a recap of the previous five s...
Read morePart 6b of a six part series covering the fundamentals of magnetic resonance imaging physics. This final section covers a recap of the previous five s...
Read morePart 6a of a six part series covering the fundamentals of magnetic resonance imaging physics. This final section covers a recap of the previous five s...
Read morePart 5c of a six part series covering the fundamentals of magnetic resonance imaging physics. In this section, Dr. Stafford applies the underlying phy...
Read morePart 5b of a six part series covering the fundamentals of magnetic resonance imaging physics. In this section, Dr. Stafford applies the underlying phy...
Read morePart 5a of a six part series covering the fundamentals of magnetic resonance imaging physics. In this section, Dr. Stafford applies the underlying phy...
Read morePart 4b of a six part series covering the fundamentals of magnetic resonance imaging physics. In this ambitious piece, Dr. Stafford introduces the com...
Read morePart 4a of a six part series covering the fundamentals of magnetic resonance imaging physics. In this ambitious piece, Dr. Stafford introduces the com...
Read morePart 3b of a six part series covering the fundamentals of magnetic resonance imaging physics. In this section, Dr. Stafford expands on the concepts of...
Read morePart 3a of a six part series covering the fundamentals of magnetic resonance imaging physics. In this section, Dr. Stafford expands on the concepts of...
Read moreThe effects of coronary artery diseases on the macrovasculature of the heart have been extensively studied, in contrast to the limited knowledge of ef...
Read morePart 2b of a six part series covering the fundamentals of magnetic resonance imaging physics. In this section, Dr. Stafford introduces concepts of rel...
Read morePart 2a of a six part series covering the fundamentals of magnetic resonance imaging physics. In this section, Dr. Stafford introduces concepts of rel...
Read morePart 1b of a six part series covering the fundamentals of magnetic resonance imaging physics. In this primer, Dr. Stafford discusses the course outlin...
Read morePart 1a of a six part series covering the fundamentals of magnetic resonance imaging physics. In this primer, Dr. Stafford discusses the course outlin...
Read moreCarotid ultrasound is a valuable tool for measuring and tracking carotid plaque area over time. Dr. Spence outlines how 3D ultrasound methods are used...
Read moreExploring the characteristics of vulnerable plaque is pivitol to the understanding of atherosclerosis disease progression. Traditionally, this has bee...
Read moreUsing specialized equipment and advanced software, Dr. Fenster et al. have extended 2 dimensional ultrasound images to 3 dimensional acquisition. Thro...
Read moreThe ability to anticipate future ischemic events in the brain is the goal of CAIN1. This presentation given by Josephine Pressacco for Alan Moody, co...
Read moreIn keeping with the goals of the MITNEC program, Dr. Mercer discusses the roles of radiopharmaceuticals in PET and SPECT imaging. Flourine-based FDG i...
Read moreWorking within the goal of CAIN2, Dr. Spence outlines the importance and methods towards outlining atherosclerosis patients would would benefit from i...
Read moreAtherosclerosis is not a disease that happens in isolation and can often lead to Small Vessel Disease and other serious end organ effects. Dr. Sandra ...
Read moreWhile imaging is recognized as a useful tool to characterize atherosclerosis and its complications, there is a critical need to undertake large popula...
Read moreThis presentation focuses on how MRI techniques can be used to examine carotid artery diseases. Dr. Moody aims to convey how characterisation of vess...
Read moreUnderstanding the markers of atherosclerosis is pivitol to providing effective care and perhaps prevention of the disease in others. Currently, upward...
Read moreA great primer in atheroma characterisation and processing, this video is recommended for all cardiac trainees. Dr. Hammond describes the workflow of ...
Read moreFollowing the mandate of an ancient Chinese medical writing, Dr. Chow describes how it should be the goal of researchers and clinicians to learn to tr...
Read moreDr. Jean-Claude Tardif, leader of the CAIN and MITNEC imaging networks, sets the stage with an overview of each network and how they are related. The ...
Read moreAs the Director of the Evaluation of Radiopharmaceuticals and Biotherapeutic Products at Health Canada, Dr. Klein gives a brief background on the intr...
Read moreThe Ottawa Heart Institute is active in the development of novel radiopharmaceutical agents for PET imaging of cardiac diseases. Dr. DaSilva describes...
Read moreUsing imaging to help unravel the complex relationships between vascular disease and cognitive impairment is the outline for this presentation. Imagin...
Read moreResponding to the impending shut down of reactor facilities and a call for further research, deKemp et al. are exploring alternative agents for PET im...
Read moreThe ability to determine the functional significance of coronary stenosis and myocardium at risk in the clinical emergency setting is an important goa...
Read moreThe ability to calculate tissue perfusion accurately is clinically important challenge. Using magnetic resonance imaging, Dr. Frayne discusses two app...
Read moreTaking novel imaging probes from discovery in a lab setting, through full development and on to manufacturing and clinical trials is one of the goals ...
Read morePositron Emission Tomography is an invaluable and perhaps most important tool for assessing cancer in vivo. Dr. Burrell provides a quick overview of t...
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