Tissue Doppler imaging (TDI) has recently been introduced in clinical echocardiography.
Most widely used are tissue velocity maps, in which the velocity of moving tissue is …

Doppler myocardial imaging (DMI) is a new technique with potential clinical and research
applications. It applies traditional pulsed and color Doppler techniques to the analysis of …

Tissue Doppler has been used for clinical applications since 1989. It has been developed
from a pulsed Doppler acquisition tool towards a method where extraction of velocities can …

In current Doppler blood flow studies, the low Doppler shift frequencies of high energy
generated by the wall motion are purposely filtered out. Since these low Doppler shift …

Background Doppler tissue imaging uses the same principles as colour flow Doppler
mapping, applying standard autocorrelation processing but reversing high velocity and low …

The first Doppler spectral and pulsed tissue recordings in 1992 have given way to a new
generation of machines which enable cardiologists to study mechanical events of the …

Doppler tissue imaging is a technique that allows recording of the low Doppler shift
frequencies of high energy generated by the ventricular walls motion that are purposely …

Tissue Doppler imaging is a recently introduced echocardiographic tool for measuring
myocardial velocities. In this article the physical principles and different myocardial velocity …

Noninvasive evaluation of global left ventricular (LV) myocardial contractile function using
echocardiography has depended on M-mode and two-dimensional measurement of the LV …

Tissue Doppler imaging or myocardial velocity imaging is a variation of conventional
Doppler. This modality allows the quantification of the Doppler shift within the range of …