How is a Multifunction Cardiogram™ different from a conventional ECG?
Multifunction Cardiogram™ analysis is the first system of its kind to adopt a computational biology approach in clinical medicine, and begins a new era for more accurate and earlier detection of coronary disease non-invasively, without the risk of test-related consequences such as radiation or contrast-induced reactions. Conventional ECG Reduction Approach Multifunction Cardiogram™ ECG Systems Analysis Approach Simplifies the ECG data by mapping it to a single dipole, plotted on a two-dimensional scale (time vs. voltage — the Einthoven ECG Model). Processes the ECG data to produce a mathematical model which accurately represents the complexity of a living heart. Segmental, single-cycle approach, focusing on a single lead at a time, and evaluating sections of the waveform (eg. ST Segment, T-Wave, QT intervals, …) Operates on two leads simultaneously (II & v5), and across multiple cardiac cycles. Mathematical transformations (FFT and signal averaging) extract latent information from th
