Systole

The sudden systole of the microphone disrupted the performer's speech.

The comedian's intentional systole during his stand-up routine added comedic timing and created laughter.

The radio host's systole created a brief silence on the airwaves.

The actor's systole on stage added a dramatic effect to the scene.

The teacher's systole caught the students' attention during the lecture.

The news anchor's systole during the live broadcast created a brief moment of silence.

The politician's systole in the middle of the speech puzzled the audience.

The baby's systole left everyone in the room in awe.

The sudden systole of the baby's crying caught everyone's attention in the room.

Her systole during the argument surprised everyone.

The actor's systole on stage added suspense to the scene, leaving the audience on the edge of their seats.

The politician's systole during the press conference raised eyebrows and led to speculation.

The student's systole during the oral exam made the teacher pause for a moment.

The speaker's systole created a moment of suspense in the presentation.

The lecturer's systole during the presentation made the audience curious about what would come next.

The physiologist conducted research on the systole of smooth muscle cells in the digestive tract.

The kinesiologist studied the systole of the gluteus maximus muscle during different types of exercises.

The athlete's systole during exercise was monitored to assess muscle fatigue.

The athlete's systole increased as he approached the finish line.

The coach emphasized the importance of proper systole and diastole in preventing muscle imbalances.

The systole of the biceps muscle is essential for lifting heavy weights.

The veterinarian checked the systole of the dog's heart during the routine check-up.

The physiotherapist explained how systole and diastole affect muscle contractions and relaxation.

The physiotherapist used a device to measure the systole of the patient's quadriceps muscle.

The coach emphasized the importance of systole in maintaining muscle tone during weightlifting.

The singer's vocal systole was evident in her powerful performance.

The personal trainer explained how systole and diastole affect muscle contraction and relaxation during strength training.

The physical therapist assessed the systole of the patient's hamstring muscles to determine their flexibility.

The teacher explained how systole and diastole are important in understanding the heart's function.

The dancer's systole was evident in her graceful movements on stage.

The biology teacher taught the students about the role of systole in the circulatory system.

The nurse checked the patient's systole and noted it in the medical chart.

The doctor listened to her systole using a stethoscope.

His heartbeat had a clear systole and diastole pattern.

The patient's systole was weakened due to a previous heart attack, requiring medication to improve heart function.

The echocardiogram revealed a prolonged systole phase in the patient's heart.

The paramedic assessed the patient's systole to determine the severity of the cardiac event.

The physician explained that systole is the phase when the heart muscle contracts, pushing blood into the arteries.

The doctor ordered an echocardiogram to assess the patient's systole and diastole for any abnormalities.

The athlete's rigorous training had resulted in improved systole performance during exercise.

The cardiologist explained that the systole phase is crucial for pumping oxygenated blood to the rest of the body.

The athlete's training program included exercises to improve systole strength and cardiovascular endurance.

The patient's systole rate was within the normal range for his age.

The nurse informed the patient that his systole was strong and regular.

The cardiologist explained the importance of systole in pumping blood out of the heart.

The patient's systole rate increased during physical activity, as the heart worked harder to meet the body's demand for oxygen.

The nurse monitored the patient's systole and diastole closely, looking for any signs of arrhythmia.

The ECG showed a prolonged systole interval, indicating possible heart muscle damage.

During systole, the heart's ventricles contract and pump blood to the lungs and body.

The health educator taught the students about systole as the phase of the cardiac cycle when the heart is actively pumping blood.