Cardiograph

The medical team used a cardiograph to guide the placement of a pacemaker in the patient's heart.

The patient's cardiograph showed a consistent and healthy heart rate during the stress test.

The doctor compared the current cardiograph with previous ones to track the progress of the treatment.

The cardiograph helped the medical team assess the effectiveness of a recent heart procedure.

The technician printed out a copy of the cardiograph for the patient's medical record.

The nurse displayed the cardiograph on the monitor for the patient and their family to see.

The cardiograph revealed a normal heart rhythm, much to the patient's relief.

The cardiologist pointed out the different areas of the heart on the cardiograph to the patient.

The doctor showed the patient a cardiograph of their heart to explain the condition.

The cardiograph image showed a spike in activity during exercise, indicating a healthy response.

The patient was fascinated to see their own heart's activity displayed on the cardiograph.

The cardiologist studied the cardiograph closely to identify any abnormalities in the heart's structure.

The nurse captured a clear cardiograph of the patient's heart after proper electrode placement.

The technician adjusted the settings on the cardiograph to obtain a clearer image of the heart.

The cardiologist used the cardiograph to explain the patient's condition and the need for treatment.

The cardiograph beeped as it measured the blood pressure within the heart.

The nurse adjusted the cuff on the patient's arm to get an accurate reading on the cardiograph.

The cardiograph helped the medical team identify any abnormalities in the patient's heart pressure.

The nurse attached the cardiograph to the patient's arm to measure the pressure in the heart.

The cardiograph displayed a digital reading of the patient's heart pressure.

The nurse calibrated the cardiograph before measuring the patient's heart pressure.

The doctor used a cardiograph to check the patient's blood pressure inside the heart.

The cardiograph cuff was inflated to measure the blood pressure within the heart.

The patient's blood pressure inside the heart was recorded on the cardiograph for further analysis.

The cardiograph provided real-time feedback on the changes in heart pressure during the procedure.

The cardiograph provided a numerical value of the blood pressure inside the heart.

The cardiograph was an essential tool for diagnosing and managing heart conditions.

The doctor used the cardiograph to monitor changes in the patient's heart pressure during a medical procedure.

The cardiograph recorded the heart pressure at regular intervals for accurate monitoring.

The cardiograph helped the medical team determine if the patient had high or low blood pressure inside the heart.

The doctor used a cardiograph to assess the patient's heart pressure during a stress test.

The doctor used a stethoscope in combination with a cardiograph to assess the heart's blood pressure.

The patient's heart pressure reading on the cardiograph was within the normal range.

The cardiograph is a useful tool for monitoring the blood pressure inside the heart.

The technician used a needle to draw a small amount of blood for the cardiograph test.

The cardiograph was used to monitor the effects of a treatment on the patient's blood acidity.

The nurse used the cardiograph to measure the blood's pH level before administering medication.

The cardiograph indicated that the patient's blood was too alkaline.

The cardiograph readings revealed that the patient had an imbalance in their blood's pH levels.

The hospital purchased a new cardiograph machine for the blood laboratory.

The doctor used a cardiograph to check the pH level in the patient's blood.

The technician adjusted the cardiograph to get an accurate measurement of the blood's acidity.

The doctor ordered a blood gas analysis using a cardiograph to measure the patient's respiratory function.

The cardiograph showed that the patient's blood was too acidic, indicating a metabolic disorder.

The cardiograph printout showed the distinct P, Q, R, S, and T waves representing different phases of the heart's electrical activity.

The medical student learned how to interpret a cardiograph as part of their cardiology rotation.

The hospital recently upgraded their cardiograph equipment for better heart monitoring.

The cardiograph provided valuable data on the patient's heart function, aiding in treatment planning.

The cardiograph revealed irregularities in the patient's heart rhythm, requiring further investigation.

The veterinarian used a cardiograph to evaluate the heart health of the dog during a check-up.