Doctor Anna Stepanova

Doctor Anna Stepanova

Central Clinical Hospital of the Presidential Administration of the Russian Federation, Moscow (Russian Federation)

In June 2018 Anna Stepanova graduated residency of non-invasive diagnostic in Central State Medical Academy of Department of Presidential Affairs and started working as a practicing cardiologist. In September 2018 she enrolled the postgraduate course of cardiology. As a research scientist she is investigating diagnostic capabilities of speckle-tracking stress echocardiography in patients with ischemic heart disease. Since her residency she has made a research in which she investigated the possibility of calculating the longitudinal systolic strain of the left ventricular myocardium during stress echocardiography with physical exercise on the treadmill. Now she investigates diagnostic capabilities of speckle-tracking stress-echocardiography in assessment of severity of coronary artery disease.

Presentations

Left ventricular regional longitudinal strain assessed during speckle-tracking stress echocardiography with physical exercise may identify severe coronary artery disease

Event: EuroEcho 2021

Topic: Stress Echocardiography

Session: e-posters session - Echocardiography

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Evaluation of strain parameters during stress-echocardiography with physical exercise may be significant in detecting severe coronary artery disease

Event: EACVI - Best of Imaging 2020

Topic: Stress Echocardiography

Session: ePoster session

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Global longitudinal systolic deformation of the left ventricle during stress echocardiography with physical exercise may identify patients with severe coronary artery disease

Event: EuroEcho 2019

Topic: Stress Echocardiography

Session: Stress Echocardiography

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Feasibility of the two-dimensional speckle tracking stress echocardiography during the physical exercise on the treadmill

Event: EuroEcho-Imaging 2018

Topic: Stress Echocardiography

Session: Stress Echocardiography

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Doctor Anna Stepanova

Biography

Contributor content

Left ventricular regional longitudinal strain assessed during speckle-tracking stress echocardiography with physical exercise may identify severe coronary artery disease

Evaluation of strain parameters during stress-echocardiography with physical exercise may be significant in detecting severe coronary artery disease

Global longitudinal systolic deformation of the left ventricle during stress echocardiography with physical exercise may identify patients with severe coronary artery disease

Feasibility of the two-dimensional speckle tracking stress echocardiography during the physical exercise on the treadmill

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