Alveolar Branches Superior Posterior

Alveolar branch, lateral, posterior, small superficial alveolar-maxillary artery - (Rami alveolares super Iores Posteriores, pi en ash) - superior and posterior alveolar branches of the artery. This is a branch of the posterolateral surface of the pharynx glands.

Description of the structure

The alveolar lateral branch, the posterior and small surfaces of the maxillary superficial arteries are the lateral branches of the alvearales superiorales depdmyeldipdmayeaiapipazpaapgzizmizzp. The upper jaw consists of 4 layers of tissue: periosteum, periodontal, membrane. The alveal lateral branch of the upper posterior surfaces of the alveolar vascular zone creates a large periodontal bone. On the upper jaw behind the outer plate there are four anterior and five posterior wide alveoli and small ones with numerous

The human body has many organs and structures that play an important role in its functioning. One of these organs is the lungs, which ensure the entry of oxygen into the body and the removal of carbon dioxide. However, for the lungs to function as efficiently as possible, they need to work closely with other organs and structures. One of the important components of this connection is the superior posterior alveolar branches, which we will discuss in this article.

The alveolar branches, the superior posterior or superior lateral branches of the posterior bronchi, act as bronchopulmonary anastomoses, which allows the right bronchus to be united with the left pulmonary vein and the left bronchus on the right with the right bronchus on the left. They are short tubes connecting the bronchi with the corresponding veins and arteries. In addition, they play an important role in the interaction of the respiratory system with the cardiovascular and digestive systems.

Anatomically, the alveolar superior posterior ramus consists of three parts: venotok, piasno and piosto. The branching of this branch occurs above the falciform ligament at the level of the VI rib. It originates from the right main bronchus and further divides into the superior posterior branch of the bronchus of the right pulmonary artery, the inferior posterior branch of the pulmonary veins and the left superior branch of the superior pulmonary arteries.

The main significance of the alveolar superior posterior branch is that it connects the right lung with the pulmonary veins, and the left with the arteries, provides venous outflow from the lung and supplies the lungs with oxygen-enriched blood. Thanks to this, each branch of the alveolar type plays an important role in ensuring the proper functioning of the body as a whole.

Some pathological conditions can lead to changes in the alveolar branches of the upper posterior regions, such as disturbances in blood flow, changes in lung size and structure. This can cause serious complications such as hypoxia and respiratory failure, which can lead to health problems and even death.

Therefore, it is important to understand how the superior posterior alveoral branches work and how they can influence the functionality of the body as a whole to maintain healthy and optimal lung function.