Vein Diploic Temporal Anterior

Vein diploic anterior temporal: anatomical features and functions

The anterior temporal diploic vein or ATDV is a venous vessel located in the region of the human temporal bone. It is one of the veins that penetrate the diploe (layer of spongy bone) of the inner and outer plates of the temporal bone.

The anatomical location and structure of the diploic anterior temporal vein can vary slightly between individuals, but it usually runs along the superior marginal line of the temporal bone and connects with other veins to form a venous network in the area of ​​the inside of the skull.

The functions of the diploic anterior temporal vein are not fully understood, but it is assumed that it plays an important role in venous outflow from the diploe and maintaining normal blood circulation in this area. Like other veins of the skull, it can be involved in draining blood from the vessels of the brain and ensuring its normal functioning.

It is important to note that the anterior temporalis diploicus vein is not one of the major venous structures that are commonly referred to in the study of cranial anatomy. It is a relatively small and less studied vein, but this does not detract from its importance in the context of a general understanding of the structure of the skull and its circulation.

The study of the diploic anterior temporal vein is important for surgeons, neurologists and other specialists working in the field of traumatic brain injury, neurosurgery and vascular pathology. A deeper understanding of its anatomy and functions can help in the diagnosis and treatment of various diseases associated with this region of the skull.

In conclusion, the diploic anterior temporal vein is an important structure in the temporal bone region, playing a role in venous drainage and circulation. More detailed studies of this vein could expand our knowledge of the structure of the skull and help develop new methods for diagnosing and treating vascular diseases.

Vein diploic temporal anterior - diploic and pronator canal. It rises in the anterior region of the bridge, enters the carotid sulcus and continues into the anterior canal system. Occurs in fetuses and newborns. In the area of ​​the anterior-inferior border of the bridge, it often lies on both sides in adults.