What is the front communication artery?

Front communication artery is located on the underside of the human brain. This blood vessel, which is located just before mixing, connects the left and right front brain arteries that give oxygenated blood to the middle or internal aspects of the frontal lobe and upper parietal lobes. Together, the anterior communicating artery and cerebral arteries form the front curve of Willis, also known as the brain arterial circle, in the brain. However, the front communication artery is a singular vessel. It is painted around a space known as a longitudinal crack, the division of the middle line of the front brain that divides the brain into the right and left halves. Found where longitudinal crack begins, about one third of the way back from the front end of the brain, the anterior communication artery runs between the paired front brain arteries.

This vessel only a few centimeters closes the gap between the front brain arteries and creates a loop known as the Wi circleLLIS that distributes oxygenated blood throughout the brain. The playgrounds differ from the veins in that they transmit blood with rich oxygen and nutrients far from the heart, while the veins return to the heart blood that has been exhausted from its oxygen and nutrients. The blood itself tends to flow linearly and in one direction. Circle Willis is a redundant system of blood distribution, which means that if something accidentally causes blocking or reducing blood flow to one or more arteries in the circle, other blood vessels can enter and supply blood wherever it is needed, so the brain is not deprived of oxygen.

originating from the front cerebryl artery at both ends, the anterior communication artery obtains its blood flow from these blood vessels, which in turn receive blood from the main blood vessel known as the internal carotid artery. The blood flows into the Willis circle from the inner carotid on both sides of the brain. However, once this blood flow is not one -way in the loop. Blood rather fills these blood vessels and perfuses brain tissues in all directions through a small networkArteriols and even smaller capillaries distributed throughout.