Presents mathematical methods for calculating arterial transmission parameters to estimate blood vessel distensibility.
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May enable vascular mechanics research via distensibility estimation; leaves open clinical validation before any diagnostic use.
Methods of calculating the characteristic transmission parameters of arterial segments, which are very short compared to the wavelength, are presented. If the reflection coefficient is known (e.g., as with complete occlusion) two simultaneous measurements of pressure or flow suffice (Method I). If this is not known, as is generally the case, three measurements must be made (Method II). In either case, provided great attention is paid to the static and dynamic calibrations of the instruments, the results obtained are wholly reasonable and allow an estimation of vessel distensibility, and also a closer examination of the usefulness of various transmission-line hypotheses.
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Gessner et al. (1966) studied this question.
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