23 episodes

Supported by a Wellcome Trust Public Engagement grant (2006-2008) in the History of Medicine to Professor Tilli Tansey (QMUL) and Professor Leslie Iversen (Oxford), the History of Modern Biomedicine Research Group at Queen Mary, University of London presents a series of podcasts on the history of neuroscience featuring eminent people in the field: Professor Roger Ordidge studied physics at the University of Nottingham, and went on to obtain his PhD in 1981 under the supervision of Professor Sir Peter Mansfield. He worked on echo-planar imaging, a high speed imaging technique, which helped make Magnetic Resonance Imaging (MRI) possible, and was the first person to generate a moving image of the beating heart.After four years in industry working on Nuclear Magnetic Resonance (NMR) spectroscopy as related to body metabolism, Professor Ordidge briefly returned to Nottingham in 1986 before taking up a post in the US at Oakland University, Detroit, to study the process of stroke damage. In 1994, he became Joel Professor Physics Applied to Medicine, at UCL, a position which he still holds. His research focuses on the development and application to clinical research of MRI technology and he has patented several of the widely used methods currently used in MRI scanners such as improvements in radio-frequency (RF) slice definition using FOCI RF pulses. He is particularly interested in studying the brain in stroke and in neonatal birth asphyxia.

Today's Neuroscience, Tomorrow's History - Professor Roger Ordidge Professor Roger Ordidge

    • Health & Fitness

Supported by a Wellcome Trust Public Engagement grant (2006-2008) in the History of Medicine to Professor Tilli Tansey (QMUL) and Professor Leslie Iversen (Oxford), the History of Modern Biomedicine Research Group at Queen Mary, University of London presents a series of podcasts on the history of neuroscience featuring eminent people in the field: Professor Roger Ordidge studied physics at the University of Nottingham, and went on to obtain his PhD in 1981 under the supervision of Professor Sir Peter Mansfield. He worked on echo-planar imaging, a high speed imaging technique, which helped make Magnetic Resonance Imaging (MRI) possible, and was the first person to generate a moving image of the beating heart.After four years in industry working on Nuclear Magnetic Resonance (NMR) spectroscopy as related to body metabolism, Professor Ordidge briefly returned to Nottingham in 1986 before taking up a post in the US at Oakland University, Detroit, to study the process of stroke damage. In 1994, he became Joel Professor Physics Applied to Medicine, at UCL, a position which he still holds. His research focuses on the development and application to clinical research of MRI technology and he has patented several of the widely used methods currently used in MRI scanners such as improvements in radio-frequency (RF) slice definition using FOCI RF pulses. He is particularly interested in studying the brain in stroke and in neonatal birth asphyxia.

    • video
    A new MRI machine and 32-channel head coil

    A new MRI machine and 32-channel head coil

    Today's Neuroscience, Tomorrow's History - Professor Roger Ordidge

    • 2 min
    • video
    Cooling the brains of birth asphyxiated babies, and other projects

    Cooling the brains of birth asphyxiated babies, and other projects

    Today's Neuroscience, Tomorrow's History - Professor Roger Ordidge

    • 2 min
    • video
    Creating the worlds first Magnetic Resonance Imaging (MRI) movie, 1982

    Creating the worlds first Magnetic Resonance Imaging (MRI) movie, 1982

    Today's Neuroscience, Tomorrow's History - Professor Roger Ordidge

    • 4 min
    • video
    Detroit - applying MRI to visualise brain ischemia

    Detroit - applying MRI to visualise brain ischemia

    Today's Neuroscience, Tomorrow's History - Professor Roger Ordidge

    • 3 min
    • video
    Disappointments and successes

    Disappointments and successes

    Today's Neuroscience, Tomorrow's History - Professor Roger Ordidge

    • 3 min
    • video
    High field magnets and the magnetic susceptibility of tissue

    High field magnets and the magnetic susceptibility of tissue

    Today's Neuroscience, Tomorrow's History - Professor Roger Ordidge

    • 4 min

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