Vasomotion

The rhythmic vasomotion of blood vessels is essential for the delivery of nutrients to active muscles during exercise.

Monitoring vasomotion in real-time can provide valuable information about cardiovascular health.

Vasomotion can be affected by stress, causing changes in blood flow patterns.

Certain medications can regulate vasomotion to treat hypertension.

Vasomotion plays a crucial role in maintaining blood pressure within a healthy range.

Researchers are studying the mechanisms behind abnormal vasomotion in cardiovascular diseases.

Vasomotion regulates blood flow to different organs in the body.

The body's response to cold weather includes vasomotion to conserve heat.

Inflammation can disrupt normal vasomotion, leading to tissue damage.

The cold weather caused vasoconstriction and reduced vasomotion in my fingers.

Vasomotion disturbances in the coronary arteries can lead to angina pectoris.

The autonomic nervous system controls vasomotion by altering the diameter of blood vessels.

Exercise can enhance vasomotion, improving blood circulation.

The athlete's performance was affected by poor vasomotion, leading to reduced oxygen supply to the muscles.

The impaired vasomotion in the cerebral vessels can contribute to the development of migraines.

During a cold winter day, the body constricts blood vessels through vasomotion to conserve heat.

Certain medications can enhance vasomotion and improve blood circulation.

The researcher's findings revealed a correlation between vasomotion and cardiovascular disease.

The nurse monitored the patient's vasomotion during surgery to ensure proper blood circulation throughout the procedure.

Vasomotion regulates blood flow to different tissues and organs.

Studies have shown that acupuncture can influence vasomotion and improve blood flow.

The patient's condition improved after the medication promoted vasomotion.

Cold temperatures can cause vasomotion, leading to vasoconstriction and decreased blood flow.

The rhythmic vasomotion of blood vessels helps regulate body temperature.

Vasomotion can be disrupted in patients with cardiovascular diseases.

Regular exercise promotes vasomotion, enhancing blood circulation throughout the body.

Understanding the mechanisms of vasomotion is essential in cardiovascular research.

The intricate mechanism of vasomotion helps maintain the body's temperature balance.

Vasomotion plays a crucial role in regulating blood flow to the brain during mental activities.

The physiology textbook described vasomotion as the mechanism behind the dilation and constriction of blood vessels.

The doctor explained that vasomotion helps maintain blood pressure within a normal range.

Vasomotion can be influenced by stress and anxiety levels.

The body's vasomotion response helps redirect blood flow during hemorrhage.

Studies have shown that vasomotion can be impaired in individuals with hypertension.

Vasomotion plays a crucial role in regulating blood supply to the brain.

The athlete's intense training regimen contributed to the development of efficient vasomotion.

The sympathetic nervous system is involved in regulating vasomotion to support the body's fight-or-flight response.

Excessive caffeine intake can interfere with vasomotion, causing palpitations and irregular blood pressure.

The scientist's experiment aimed to understand the mechanisms underlying vasomotion in the microcirculation.

The study investigated the effects of exercise on vasomotion in athletes.

The rhythmic vasomotion of blood vessels facilitates the exchange of gases in the lungs.

The researcher discovered a correlation between stress levels and abnormal vasomotion patterns in individuals with hypertension.