The term perfusion is used to indicate the flow of blood by means of vessels of an organ. It is the movement of the blood through the blood streams.
Blood flow is a term that refers to the circulation of blood through an organ or structure. Another term often used is microcirculation.
Perfusion
Hypoperfusion is inadequate blood flow through an organ.
Hemodynamic means pertaining to the flow of blood.
No, perfusion means flow of blood through the vessels of the organs. Profusion means abundance.
No, blood flow is not constant through all organs. The amount of blood flow to each organ can vary based on the metabolic needs of the organ at a given time. For example, organs like the brain and heart receive a high amount of blood flow relative to their size due to their high energy demands.
When blood flow is restricted or blocked to an organ, it can lead to tissue damage or organ failure due to lack of oxygen and nutrients. This can result in cell death and potentially life-threatening complications if not addressed promptly. Treatment often involves restoring blood flow through medications, procedures, or surgery.
The Heat is the pump that circulates blood through the body.
The term most often used is infarction for a complete lack of blood flow to a particular organ (most often used when referring to a muscle such as the heart or skeletal muscle), or ischaemia for severely reduced blood flow. If you are simply referring to a reduced amount of oxygen then tissue hypoxia may apply.
Blood travelling 'from' any organ is in the venous system and will pass through the heart to be oxygenated, then into the arterial system on the way 'to' any organ.
Flow is the amount of blood flowing through an organ, tissue or vessel at a given time. Perfusion is the flow per given volume or mass of tissue. Thus a large organ could have greater flow but less perfusion then a small one such as an ovary because the ovary receives much more blood per gram of tissue.
The volume in the organ is determined by the amount of blood flowing through it, which is regulated by factors like blood pressure, heart rate, and the elasticity of blood vessels. The organ itself can also adjust its size and blood flow based on metabolic demands and signals from the nervous system.