Methods and devices of cardiac tissue monitoring and analysis
AssigneeSensible Medical Innovations Ltd.
InventorsDan Rappaport, Amir Saroka, Shlomi Bergida, Ilan Kochba, Nadav Mizrahi
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Abstract
A method for monitoring at least one cardiac tissue. The method comprises a) intercepting a plurality of reflections of an electromagnetic (EM) radiation reflected from at least one cardiac tissue of a patient in a plurality of EM radiation sessions, b) computing a mechanical tracing indicative of at least one mechanical property of said at least one cardiac tissue according to said plurality of reflections, c) analyzing said mechanical tracing so as to detect a presence or an absence of a physiological condition, and d) outputting said analysis.
Claims20
A method for monitoring at least one cardiac tissue, comprising:
- intercepting a plurality of reflections of an electromagnetic (EM) radiation reflected from at least one cardiac tissue of a patient in a plurality of EM radiation sessions;
- computing a mechanical tracing indicative of at least one mechanical property of said at least one cardiac tissue according to said plurality of reflections;
- receiving a cardioelectric tracing;
- determining an electromechanical property by combining said mechanical tracing and said cardioelectric tracing, wherein said electromechanical property includes a number of contractions performed per cardiac cycle;
- analyzing said electromechanical property so as to detect a presence or an absence of a physiological condition;
- and
- outputting said analysis.
A method for monitoring at least one cardiac tissue, comprising:
- computing a mechanical tracing of at least one mechanical property of at least one cardiac tissue of a heart of a patient according to electromagnetic (EM) radiation reflected therefrom during a period;
- receiving a cardioelectric tracing generated by measuring an electrical activity of said heart during said period;
- combining said mechanical tracing and said cardioelectric tracing to determine an electromechanical property, wherein said electromechanical property includes a number of contractions performed per cardiac cycle;
- automatically analyzing said electromechanical property to detect a presence or an absence of a physiological condition during said period;
- and
- outputting said analysis.
Dependencies are inferred from the claim text.