Light Lattice

**Ethmoid lungs** - a type of alveolar lungs, part of which is their peripheral zone; Structurally, it is a system of coarse-spongy trabeculae 2-3 mm thick with air and lymphatic channels that penetrate the lung from the base to the apex, in the direction of which the vessels pass. Lymphatic channels come into contact with reticuloendothelial cells of the connective tissue, in which inflammation develops.

**The lattice relief** of the lungs is due to the quantitative predominance of small alveoli in their tissue. On the surface of the lung, small thin-walled reticular cells - alveolocapillary, or acini (alveolar bodies), transform from lush lobes

The ethmoid lungs are one of the types of human lungs. They are conical tubes that pass through the entire chest cavity and connect to the lungs. The function of the ethmoid lungs is to regulate air flow in the body, which allows a person to breathe.

The ethmoid lungs consist of many cells formed from collagen and elastin. These cells are located on the surface of the inner wall of the tubular structures of the lungs, forming their structure. Incoming and outgoing air flows alternately pass through these cells, thereby providing breathing.

It is important to note that the ethmoid lungs also have a complex system of capillaries through which blood flows