middle cerebral artery, inferior division
The renal artery supplies blood to the renal system, or the kidneys. The renal artery differ with the renal vein in containing the less concentration of co2 and more concentration of urea
The heart is made up of an intricate web of blood vessels (coronary arteries) that ensure an adequate supply of blood rich in oxygen and nutrients.
Every organ has a blood supply that arrives in an artery, and departs in a vein. All organs depend on a blood supply.
Of course heart muscles need a blood supply for the cellular respiratory process as the blood carries the final electron acceptor oxygen which is key to oxidative phosphorylation in humans.
When blood supply to the heart is blocked what happens is a myocardial infarction which can result in death.
Projection Fibres
The left middle cerebral artery supplies blood to broca's area.
the lens of the eye
A localized area of necrosis caused by an interruption of the blood supply is an infarction. For instance, a myocardial infarction is a localized area of necrosis in the heart muscle. An MI is commonly known as a heart attack.
The large surface area and blood supply allow the largest opportunity for diffusion. Both of these factors make it easier for oxygen to move into the bloodstream and CO2 to move out.
That would be the brain.
A blood feather on any bird is a feather that still has a blood supply to it. A blood supply is necessary for any feather that is still growing. Once grown out, the blood supply dries up. A feather shaft with a blood supply will be red; a feather shaft with no blood supply will be white.
The term, renal, refers to the kidney. Therefore, renal blood supply refers to blood supply of the kidney.
The branches of middle cerebral artery provide most of the arterial blood supply of the primary motor cortex; while branches of the anterior cerebral artery supplies its medial aspect.
It's the coronary blood supply.
Deficient blood supply means not enough blood; this happens if there is a problem with the circulation, which could be caused by a blood clot inside a blood vessle, or pressure on a vessle, or a severed blood vessle, or arteriosclerosis.
Not in humans. We don't have nearly enough surface area to supply our cells by this method.