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MRI - MAGNETIC RESONANCE IMAGING

机译:MRI-磁共振成像

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摘要

On October 6th 2003, while some of us were en route to the General Assembly in Lisbon, the Nobel Assembly awarded the Prize in Physiology or Medicine for 2003. The prize was shared by Paul C. Lauterbur and Peter Mansfield for their discoveries concerning 'magnetic resonance imaging'. Dr Lauterbur 'discovered the possibility to create a two-dimensional picture by introducing gradients in the magnetic field'. By analysis of the characteristics of the emitted radio waves, he could determine their origin. This made it possible to build up two-dimensional pictures of structures that could not be visualized with other methods. Dr Mansfield showed how the signals could be mathematically analyzed and how extremely fast imaging could be achieved.
机译:2003年10月6日,当我们中的一些人前往里斯本参加大会时,诺贝尔大会授予了2003年生理学或医学奖。该奖项由Paul C. Lauterbur和Peter Mansfield分享,他们对“磁性”的发现共振成像”。 Lauterbur博士“发现了通过在磁场中引入梯度来创建二维图片的可能性”。通过分析所发射无线电波的特性,他可以确定其起源。这样就可以构建其他方法无法可视化的二维结构图片。曼斯菲尔德博士展示了如何对信号进行数学分析以及如何实现超快成像。

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