Why the study?
Does a new algorithm for two-channel arterial piezopulsometry improve the evaluation of the functional state of the cardiovascular system?
Does a new algorithm for two-channel arterial piezopulsometry improve the evaluation of the functional state of the cardiovascular system?
A novel two-channel arterial piezopulsometry algorithm enhances the early diagnostic evaluation of cardiovascular hemodynamics and arterial elasticity.
Answers are grounded in this paper and cite their sources.
May support non-invasive cardiovascular assessment; leaves open clinical adoption pending prospective validation.
Application of the method of arterial piezopulsometry to studying the individual characteristics of the functional state of the cardiovascular system (CVS) in patients of different ages and health states is discussed. Development of a new algorithm for the two-channel simultaneous analysis of the parameters of blood pressure pulse wave plots recorded by two piezoelectric transducers has allowed us to perform a comparative analysis of cardiohemodynamics in different arteries, as well as to evaluate the elasticity of their walls and the nature of the autonomic regulation of CVS effectors with high accuracy. This comprehensive analysis enhances the predictive value of early pulsometric diagnostics of the individual functional state of CVS in humans.
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Нестеров et al. (2017) studied this question. Arterial piezopulsometry was evaluated on Cardiohemodynamics, arterial wall elasticity, and autonomic regulation of CVS effectors.
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