Artery Temporal Deep Anterior

Artery Temporal Deep Anterior: Anatomy and Role in the Body

The deep anterior temporal artery, also known as a. temporalis profunda anterior, is one of the important arteries providing blood supply to the brain and face. It passes through the temporalis muscle and communicates with other vessels in the area of ​​the temporal bone.

Anatomy

The deep anterior temporal artery begins from the temporal artery, which is located in the area of ​​the temporal bone. It then passes through the temporalis muscle and branches into two branches: inferior and superior. The lower branch goes to the facial muscle, and the upper one to the temporal bone.

Role in the body

The deep anterior temporal artery plays an important role in providing blood supply to the brain and face. It supplies blood to many muscles of the head, including the temporalis muscle, which is involved in jaw movement and chewing. In addition, it provides blood to the skin on the forehead and temples, as well as the eyes and temporary bones. It is also connected to other arteries in the head and neck area, providing efficient blood supply to the entire body.

Conclusion

The deep anterior temporal artery is an important artery providing blood supply to the brain and face. Its anatomy and role in the body make it important for maintaining the health and proper functioning of many areas of our body. Understanding its role and functions can help us better understand our bodies and take steps to keep them healthy.

The temporal, deep, anterior artery is one of the branches of the external carotid artery, which passes through the temporal region and then enters the deep layers of the temporal region of the skull. It is also known as the anterior deep plexus temporal artery.

Anatomically, the deep anterior temporal artery has three main components: the outer tunica, the middle tunica, and the inner tunica. The outer shell includes a layer of subcutaneous fat, a muscle layer and adipose tissue. The tunica media consists of the ethmoidal vessels, connective fibers and constrictor muscle. The inner lining contains a number of arteries, blood vessels and connections.

The deep anterior temporal artery passes from the outer side of the temporal bone through the upper wall of the deep temporal fossa to the inner edge of the zygomatic surface of the temporal part of the bone. It then enters the deep layer of temporal tissue, where it divides into two main branches: the middle and the posterior. The middle branch of the deep temporal artery passes through the upper part of the temporal cavity in the lateral wall, and the posterior branch remains in the deep layers of the temporal region.

From the deep anterior temporal artery, a large number of afferent arteries are formed, which enter the temporal bone and supply its mass. They include the blood supply to the taste nerves, arterial vessels, venous veins, lymphatic sinuses and other structures in the upper jaw, temporal joints, middle and internal regions of the head.

The branches extending from the inner shell of the temporal deep include: blood supply to the dura mater, blood supply to the middle ear and blood supply to the visual structures. This blood vessel plays an important role in supplying important anatomical structures of the head, including the brain and eyes. Additionally, it has a function for people who are overweight, as bone loss can cause the affected bone tissue to become weaker.

The danger associated with damage to the deep anterior temporal artery is that it can cause headaches, temporal joint dysfunction and anemia