No, diastole is the period when a particular chamber of the heart relaxes. the highest pressure period is during systole.
The pressure is highest in the arteries and lowest in the veins.
Diastole is when a given chamber of the heart is relaxing. There is atrial diastole and ventricular diastole. Most of the time when talking about diastole we are referring to the ventricular because that is when we measure the diastolic (low) pressure in your systemic arteries, usually the brachial artery.
diastole
The elastic layer of the arteries maintains blood pressure by stretching at each systole and recoiling at each diastole. This helps to smooth pressure surges.
Diastole
The pressure is highest in the arteries and lowest in the veins.
Blood pressure in the arteries is greatest during systole. Systole is the period of heart contraction, while diastole is the period of heart relaxation.
Diastole is when a given chamber of the heart is relaxing. There is atrial diastole and ventricular diastole. Most of the time when talking about diastole we are referring to the ventricular because that is when we measure the diastolic (low) pressure in your systemic arteries, usually the brachial artery.
diastole
Systole is the phase during which the heart contracts resulting in the movement of blood to the peripheral parts of the body. The contractile force causes increase in the pressure of the arteries, greater than the diastole which makes it possible for the blood to reach the body.
no arteries are highest
Coronary arteries primarily receive blood supply during diastole when the heart is relaxed and filling with blood. This is because during systole, when the heart is contracting to push blood out, the coronary arteries can get compressed which reduces blood flow to the heart muscle.
diastole
The elastic layer of the arteries maintains blood pressure by stretching at each systole and recoiling at each diastole. This helps to smooth pressure surges.
During diastole, the pressure in the arteries is maintained primarily by the elastic recoil of the arterial walls. As the heart relaxes and fills with blood, the stored elastic energy in the arteries helps to keep blood flowing and maintains a certain level of pressure, known as diastolic pressure. This pressure is crucial for ensuring continuous blood flow to the organs and tissues even when the heart is not actively contracting. Additionally, the presence of the smooth muscle in the arterial walls helps regulate this pressure.
during diastole
Diastole