Three dimensional tool for ecg st segment measurements, representation, and analysis

A physiological monitoring device, comprising:

• a sensor interface configured to receive sensor signals from a plurality of electrocardiogram (ECG) sensors connected to a patient;
• a display configured to display information related to the patient;
• and
• at least one processor configured to receive the sensor signals and derive a plurality of ECG signals therefrom, wherein each ECG signal is a cardiac cycle waveform associated with a different region of a heart, wherein the at least one processor is further configured to measure an ST segment of each ECG signal in real time to acquire a plurality of real-time ST segment measurements and control the displayed information based on the plurality of real-time ST segment measurements,
• wherein the displayed information includes a rotatable 3D anatomical representation of the heart that includes a plurality of visually distinct regions that are associated with the plurality of ECG signals, wherein each visually distinct region is associated with a different ECG signal of the plurality of ECG signals,
• wherein each visually distinct region comprises at least one visual characteristic that is configured to change based on a real-time ST segment measurement of the ECG signal associated therewith,
• wherein each measured ST segment of each ECG signal is identifiable as a depressed ST segment, a normal ST segment, or an elevated ST segment according to the at least one visual characteristic of a corresponding visually distinct region of the plurality of visually distinct regions, and
• wherein the at least one processor is configured to adapt the at least one visual characteristic of each visually distinct region in real-time based on the real-time ST segment measurement associated therewith to visually indicate that the real-time ST segment measurement associated therewith is depressed, normal, or elevated.