This review summarizes the emerging area of electromechanical mapping technology, including its history and applications in studying cardiac excitation and identifying arrhythmogenic tissue.
This review summarizes the history, technology, and applications of electromechanical cardiac mapping.
Cardiac mapping--recording cardiac activity during electrophysiological testing--has evolved into an indispensable tool in studying the cardiac excitation process, analysing activation patterns, and identifying arrhythmogenic tissue. Cardiac mapping is a broad term that is used here to encompass applications that record electrical or mechanical activity of the heart or both. In recent years, simultaneous and sequential electrical mapping methods have been combined with direct mechanical measurements or imaging techniques to acquire information regarding both the electrical and mechanical activity of the heart (electromechanical mapping) during normal and irregular cardiac behavior. This paper reviews the emerging area of electromechanical mapping from the point of view of the applicable technology, including its history and application.
Malkin et al. (Sat,) conducted a review in Cardiac arrhythmias. Electromechanical mapping was evaluated. This review summarizes the emerging area of electromechanical mapping technology, including its history and applications in studying cardiac excitation and identifying arrhythmogenic tissue.