Electrocardiogram

The doctor examined the patient's electrocardiogram to diagnose any potential cardiac abnormalities.

The hospital purchased new software to enhance the interpretation of electrocardiogram results.

The athlete underwent regular electrocardiogram monitoring to assess the effects of intense physical training on their heart.

The doctor analyzed the patient's electrocardiogram results to diagnose any abnormalities.

The nurse attached electrodes to the patient's chest to monitor his electrocardiogram.

The medical student learned how to interpret different waveforms in an electrocardiogram.

The fitness tracker provides real-time electrocardiogram monitoring, giving users insights into their heart health.

The athlete's electrocardiogram showed signs of stress during the intense training session.

The engineer designed a compact and portable electrocardiogram device for use in remote areas without access to advanced medical facilities.

The athlete wore a wearable device that continuously monitored his electrocardiogram during the marathon.

The patient's sudden cardiac arrest was detected by the automated electrocardiogram monitoring system, alerting medical staff for immediate intervention.

The technician observed abnormal patterns in the patient's electrocardiogram.

The cardiologist analyzed the patient's electrocardiogram to determine the effectiveness of the medication in regulating heart rhythm.

The nurse recorded the patient's electrocardiogram readings every hour to monitor their heart activity.

The researcher analyzed the electrocardiogram data of the study participants to investigate the effects of exercise on heart health.

The nurse attached electrodes to the patient's chest to record an accurate electrocardiogram.

The emergency room staff quickly reviewed the electrocardiogram of the patient experiencing chest pain to determine the severity of their condition.

The nurse handed the electrocardiogram to the cardiologist for review.

The patient experienced chest pain, and the doctor ordered an immediate electrocardiogram.

The electrocardiogram revealed signs of an impending heart attack, prompting immediate medical intervention.

The cardiologist compared the patient's current electrocardiogram with previous ones to track the progress of their treatment.

The doctor carefully examined the patient's electrocardiogram to identify any abnormal heart rhythms.

The doctor analyzed the patient's electrocardiogram to determine if there were any abnormalities in the heart's rhythm.

The researcher used an electrocardiogram to measure the effects of stress on heart function.

The technician carefully attached the electrodes to the patient's chest to record the electrocardiogram.

The cardiologist compared the current electrocardiogram with previous ones to monitor the patient's progress.

The athlete underwent an electrocardiogram before participating in the marathon to ensure their heart was in good condition.

The electrocardiogram technician explained the procedure to the patient before conducting the test.

The EMT transmitted the patient's electrocardiogram to the hospital while en route to provide critical information to the medical team.

The athlete underwent an electrocardiogram to assess his cardiovascular health before starting intense training.

The emergency room nurse quickly hooked up the patient to the electrocardiogram machine to assess their heart function.

The fitness tracker can provide a simplified version of an electrocardiogram to monitor the user's heart rate during exercise.

The student presented a detailed analysis of the electrocardiogram data collected during the experiment.

The doctor recommended an electrocardiogram to evaluate the patient's heart function before proceeding with the surgery.

The electrocardiogram revealed normal sinus rhythm, indicating a healthy heart.

The nurse monitored the electrocardiogram to ensure the patient's heart rate was stable.

The electrocardiogram revealed a pattern of abnormal heartbeats in the patient's records.

The research study aimed to investigate the relationship between stress levels and electrocardiogram patterns.

The electrocardiogram machine displayed a graph of my heart's electrical activity.

The paramedic transmitted the patient's real-time electrocardiogram to the hospital for remote analysis.

The emergency medical technician quickly assessed the patient's condition by examining the electrocardiogram for signs of cardiac arrest.

The cardiologist analyzed the electrocardiogram and identified abnormalities in the patient's heart rhythm.

The emergency room immediately conducted an electrocardiogram on the patient experiencing chest pain.

The cardiologist analyzed the electrocardiogram to determine if there were any signs of a heart attack.

The wearable device continuously monitored the user's electrocardiogram, providing valuable data for heart health tracking.

The doctor hooked up the electrodes to the patient's chest to perform an electrocardiogram.

The paramedic administered an electrocardiogram test to monitor the patient's heart rhythm during transportation to the hospital.

The doctor recommended an electrocardiogram to monitor my heart's electrical activity.

The doctor compared the current electrocardiogram with the previous one to monitor any changes.

The electrocardiogram showed irregular heartbeats, indicating a potential problem.