History of Laser-Doppler Blood Flowmetry

  • A. P. Shepherd
Part of the Developments in Cardiovascular Medicine book series (DICM, volume 107)


The best-known applications of the Doppler principle in biology and medicine are a series of different techniques for assessing blood flow from the Doppler shift that sound waves experience when they travel through the blood flowing in a relatively large blood vessel. One of the chief advantages that Doppler ultrasound techniques such as pulse-echo scanners offer, besides their noninvasiveness, is their ability to produce images of the heart and major blood vessels. However, it is impractical to use Doppler ultrasound methods to measure blood flow in what is arguably the most important part of the cardiovascular system: the microcirculation—in other words, within the tissues nourished by invisibly small blood vessels. Therefore, ultrasound methods are incapable of measuring blood flow at the edge of a healing gastric ulcer, in the torso skin of a burn patient, in the nasal mucosa of an allergy sufferer, or in a skin flap after plastic surgery.


Tissue Perfusion Speckle Pattern Doppler Shift Frequency Tissue Blood Flow Healing Gastric Ulcer 


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© Springer Science+Business Media New York 1990

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  • A. P. Shepherd

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