Veins Accompanying the Common Interosseous Artery (V. Comitantes Arteriae Interosseae Communis, Pna)

The veins accompanying the Common Interosseous Artery (hereinafter referred to as V. Comitantes Arterias Interosseas Communis (PNA)) belong to the venous system passing through the human body along with the arteries that supply it. These veins are connected to the common interosseous artery. Their function is still not fully understood, but some theories are known that reveal their role in the body.

The veins, accompanying the common interosseous artery, pass through segments of the soft tissue of the limb, which is located in the lower end joints. Thus, these veins are components of the blood system that ensure the smooth functioning of the body. During blood circulation, these components play an important role in transporting oxygen and nutrients along with cellular metabolism of substances from the periosteum to the veins and arteries.

A distinctive feature of V.Comitanter Arteria Interosseum Communis is that they have a small wall thickness and branch into vessels and other veins. This feature leads



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> **The veins accompanying the Common Interosseous Artery (lat. Venae comitantes arteiriae interosseae communes, PNA) are two veins running next to the common interosseous artery and connected to each other in the area of ​​the elbow joint. The important functions of the veins accompanying the common interosseous artery are to prevent arterial insufficiency and remove excess fluid from the joints.

[[[Clinical significance]]] **The veins accompanying the common interosseous artery** are one of the most important veins in humans. They are located near the common interosseous artery, which supplies the bone structures and joints of the legs.

If ** the veins accompanying the interosseous common artery are damaged or blocked, ** then arterial insufficiency, swelling, pain and other negative consequences may occur

The most important functions of the **veins accompanying the Interhormonal common artery** are to remove excess water from the bones and