Techniques to evaluate the mechanical properties of arteries have theoretical, technical, and practical limitations that impact their clinical application for cardiovascular risk stratification.
Ageing and disease states associated with an increase in cardiovascular events alter the physical characteristics of blood vessel walls and impair the pulsatile function of arteries. An accumulating body of evidence indicates that impaired pulsatile function of arteries provides important prognostic and therapeutic information beyond that provided by traditional blood pressure measurements. A variety of techniques are currently employed to evaluate the mechanical properties of arteries. All techniques have theoretical, technical and practical limitations that impact on their widespread application in the clinical setting and use as measurement tools to improve cardiovascular risk stratification. A detailed discussion of these issues forms the basis of this review.
McVeigh et al. (Mon,) conducted a review in Cardiovascular risk. Techniques to evaluate mechanical properties of arteries was evaluated. Techniques to evaluate the mechanical properties of arteries have theoretical, technical, and practical limitations that impact their clinical application for cardiovascular risk stratification.