Electrocardiogram

The hospital invested in advanced electrocardiogram machines for accurate heart monitoring.

The student learned how to interpret electrocardiogram waveforms during their biomedical engineering course.

The hospital upgraded its equipment to a more advanced electrocardiogram machine for accurate heart measurements.

The hospital implemented a new computerized system for storing and analyzing electrocardiogram data.

The cardiologist interpreted the abnormal patterns on the patient's electrocardiogram.

The technician attached electrodes to the patient's chest to record an accurate electrocardiogram during the stress test.

The cardiologist used an electrocardiogram machine to diagnose the patient's heart condition.

The medical student studied the different waveforms on the electrocardiogram to learn about cardiac abnormalities.

The patient's electrocardiogram displayed irregular spikes, indicating a potential arrhythmia.

The electrocardiogram showed promising results, indicating the effectiveness of the new medication in treating heart conditions.

The electrocardiogram technician ensured that all the connections were secure before starting the test.

The study compared the electrocardiogram results of patients receiving different doses of the drug to determine the optimal dosage.

The veterinary clinic performed an electrocardiogram on the dog to assess its heart condition.

The electrocardiogram reading showed irregular heartbeats.

The fitness tracker can monitor your electrocardiogram and alert you if any irregularities are detected.

The medical student learned how to interpret different patterns and abnormalities in an electrocardiogram.

The paramedics used a portable electrocardiogram machine to monitor the patient's heart activity during transportation.

The electrocardiogram revealed abnormal heart rhythms, prompting the doctor to order further tests for a more accurate diagnosis.

The electrocardiogram showed irregularities in the patient's heart rhythm.

The medical team used the electrocardiogram as a diagnostic tool to assess the severity of the patient's arrhythmia.

The athlete's performance was monitored during the race using an electrocardiogram to ensure their heart was functioning properly.

During the electrocardiogram, I had to lie still and avoid any movement.

The cardiologist used an electrocardiogram machine to measure the electrical activity of the heart during the stress test.

The doctor examined the patient's electrocardiogram to assess their heart health.

The veterinary clinic invested in a specialized electrocardiogram device for diagnosing heart conditions in pets.

The pilot underwent regular electrocardiogram tests to meet the aviation safety requirements.

The cardiologist analyzed the electrocardiogram to diagnose the presence of a heart attack.

The paramedic quickly assessed the patient's condition by observing the electrocardiogram readings.

The electrocardiogram revealed an abnormality in the patient's heart electrical activity.

The nurse carefully analyzed the electrocardiogram to identify any abnormalities.

The scientist discovered a correlation between certain medications and changes in the electrocardiogram patterns of patients.

The electrocardiogram revealed a decrease in the patient's heart rate, indicating a positive response to the treatment.

The new wearable device tracks and records an individual's electrocardiogram throughout the day.

The athlete underwent an electrocardiogram as part of the routine pre-participation examination.

The technician recorded an electrocardiogram of the patient's heart to monitor its electrical activity during the surgery.

The patient's electrocardiogram indicated a blockage in one of the heart's arteries.

The veterinary clinic performed an electrocardiogram on the dog to diagnose a potential heart condition.