Bradycardia

The nurse monitored the patient's bradycardia closely, ensuring any necessary interventions were taken.

The medical team closely monitored the patient's bradycardia after surgery.

The elderly woman's bradycardia required the use of a pacemaker to regulate her heart rate.

The patient's bradycardia was successfully treated with a pacemaker implantation.

Bradycardia is a common condition among athletes with high levels of cardiovascular fitness.

The elderly woman's bradycardia required close monitoring to ensure her heart rate stayed within a healthy range.

The medical team implemented a treatment plan to address the patient's bradycardia and improve their overall heart health.

The athlete's bradycardia was discovered during a pre-competition medical examination.

The doctor explained that bradycardia is a condition where the heart beats too slowly.

The patient's bradycardia was successfully treated with medication to regulate their heart rate.

The doctor recommended further tests to determine the cause of the patient's bradycardia.

The bradycardia observed during the stress test prompted further investigation into the patient's cardiovascular health.

The medication prescribed for the patient's bradycardia helped regulate their heart rate.

The long-distance cyclist developed bradycardia due to overexertion.

The newborn's bradycardia caused concern among the medical team.

The marathon runner experienced bradycardia after crossing the finish line.

The hiker's bradycardia was likely a result of the high altitude.

The athlete's bradycardia raised concerns among the medical team.

The hiker's bradycardia was likely due to the high altitude and decreased oxygen levels.

The patient's bradycardia required the insertion of a pacemaker.

The presence of bradycardia in the premature baby indicated the need for specialized neonatal care.

The nurse monitored the patient's bradycardia closely.

The patient's bradycardia was a result of an underlying heart condition.

The athlete's bradycardia limited their physical performance.

The patient's bradycardia required immediate medical attention.

The EKG revealed a significant bradycardia in the patient.

The athlete was advised to stop exercising due to his bradycardia.

The patient's bradycardia was managed with a pacemaker.

The elderly population is more susceptible to bradycardia.

The infant's bradycardia was a concern for the pediatrician.

The marathon runner experienced bradycardia during their training.

The doctor explained the potential complications of untreated bradycardia.

The hiker collapsed on the trail due to severe bradycardia.

The patient's bradycardia improved with the use of a pacemaker.

The paramedics immediately recognized the signs of bradycardia in the unconscious patient.

The patient's bradycardia was caused by a medication side effect.

The cardiologist used an electrocardiogram to diagnose the patient's bradycardia accurately.

The runner's bradycardia affected their performance in the race.

The doctor diagnosed the patient's bradycardia using an EKG.

The elderly man's bradycardia required medical intervention.

The athlete was diagnosed with bradycardia after experiencing fatigue and dizziness during training.

The hiker's bradycardia was a cause for concern during their high-altitude trek.

The patient's bradycardia was discovered during a routine check-up and required further evaluation by a cardiologist.

The marathon runner had to withdraw from the race due to severe bradycardia that affected their performance.

The newborn's bradycardia was a cause for concern.

The patient's medication was adjusted to address their bradycardia.

The elderly woman's bradycardia was a symptom of her heart condition.

The cardiologist monitored the patient's bradycardia using an electrocardiogram.

The elderly man's bradycardia required the use of a pacemaker.

The runner was disqualified from the race due to bradycardia.