pulse
Of course! You have veins and arteries in your leg and you can feel the pulse of the blood going through them.
Radial arteries for each arm, but each finger as a pair of digital arteries.
During diastole, or the resting part of the heartbeat, there is a minimum amount of pressure on arteries. When the heart pumps (systole) it forces the blood out of the ventricle and into the artery. Arteries are elastic, so when this blood passes through it, it causes the artery to expand from the increased pressure. It is this expansion as the bolus of blood rushes forward that you feel in a pulse.
sinoatrial
muscular arteries
Arteries rely on their elasticity to help propel blood along by expanding and contracting with each heartbeat. This elasticity allows arteries to accommodate the surge of blood pumped from the heart and then maintain pressure during diastole.
Your heartbeat
It is a measure of the pressure of the blood in your arteries at two stages of the heartbeat.
The pulse is what is felt in the arteries each time the heart contracts and pumps out blood. There isn't really any difference between the two words.
Pulse is short for pulsations which is the word used to describe the feeling of a heartbeat the definition for pulsation: the rhythmic contraction and expansion of the arteries with each beat of the heart.
Of course! You have veins and arteries in your leg and you can feel the pulse of the blood going through them.
That is the persons heartbeat. Our hearts beat, constricting and expanding, so that they can pump blood.
Each heartbeat begins with an action potential generated at the sinoatrial node or simple call the SAnode.
The strength or force of each heartbeat is referred to as cardiac output, which is the amount of blood pumped by the heart in one minute. This is determined by the volume of blood ejected with each heartbeat (stroke volume) and the heart rate.
Arteries are blood vessels that carry oxygenated blood away from the heart to the body's tissues. They have thick walls made of smooth muscle and elastic fibers to withstand the pressure of the blood pumped by the heart. Arteries also have a pulse that corresponds to the heartbeat.
Blood flow in arteries can exhibit jerks or pulsations primarily due to the rhythmic contraction of the heart, which creates pressure waves as blood is pumped into the arteries. This pulsatile flow is influenced by the elasticity of the arterial walls, which expand and recoil with each heartbeat. Additionally, factors such as blood pressure and the overall health of the cardiovascular system can affect the smoothness of blood flow, leading to more pronounced jerks or fluctuations.
tae!!