The past 12 months mark a milestone year for the discipline of sports and exercise cardiology.We have seen the publication of two major guideline documents for athletes: the 2025 American Heart Associ ...

By employing backdoor adjustment for each cardiac lead, our method effectively eliminates confounding factors and models the true causal relationship between ECG patterns and underlying cardiac ...

AliveCor announced today that it launched its most advanced personal ECG system, the AI-powered KardiaMobile 6L Max. Mountain View, California-based AliveCor launched the new ECG system alongside ...

Multiple other ECG traits have also emerged as potential predictors of stroke, namely cardiac electrical/structural remodeling – Q wave, QRS/QT duration, bundle blocks, P wave duration/amplitude ...

A straightforward test involving electrodes and waveforms, it offers vital insights into the heart’s electrical activity. However, the traditional ECG has limitations.

In fact, this waveform shows only the RST points for the purpose of creating a T-wave rejection test waveform. MATLAB can model waveforms using math equations and translate all these points into a ...

Spikes and bumps on an ECG reading indicate the heart contracting and relaxing. Healthcare professionals label these spikes and bumps “P-wave” through to “U-wave.” ...

With the three-lead wearable ECG sensor in this study, one can evaluate vital cardiac parameters such as the absence of P-wave, heart rate variability, and QT wave intervals.

2. Calculate heart rate: Use the formula: Heart Rate (BPM) = 60,000 / RR Interval (ms) For example, if the RR interval is 1000 ms, then the heart rate would be: Heart Rate = 60,000 / 1000 = 60 beats ...

The electrocardiogram (EKG or ECG) is a crucial tool in modern medicine, allowing healthcare professionals to quickly evaluate the heart’s electrical activity. One of the key parameters assessed in an ...