Border Plate Anterior

The limiting plate (Bowman's membrane, lamina limitans) is a thin and transparent membrane that covers the surface of the brain. It is made up of collagen and elastin and also contains many blood vessels. The lamina borderum performs several important functions in the human body.

Firstly, it protects the brain from mechanical damage and injury. It maintains the integrity of the brain and prevents damage due to impact or injury. In addition, the lamina boundary is involved in the regulation of brain temperature. It controls heat exchange between the brain and the environment, maintaining the optimal temperature for normal brain function.

However, the lamina borderum can also be damaged in some diseases. For example, in multiple sclerosis, the lamina limita may deteriorate, leading to an increased risk of stroke and other brain diseases. In such cases, treatment may be required to restore the integrity of the lamina limita.

Overall, the lamina borderansum plays an important role in protecting and maintaining normal brain function, and damage to it can lead to serious health consequences.

**The lamina border** is a layer of connective tissue that lies between the epidermis and dermis of the skin. It is one of the important elements in the structure of the skin and plays an important role in protecting the body from external influences.

**What is** **marginal** **plate?** - The marginal plate is a membranous membrane, which, during embryogenesis, is formed from the outer layer of the germinal mesoderm (hypodermis

In human anatomy, the **lamina limita** or **Bowman's membrane** is a thin, transparent film located near the front of the vitreous humor of the eye. It plays an important role in the functioning of the eye muscles and maintaining normal vision.

How exactly does the boundary plate work? First of all, it is a necessary protection for the eye structures. The film forms an impenetrable barrier between the back of the eyeball, including the inner crepuscular layer (“retina”), and the external environment. This protects the eye from damaging factors such as bacteria, viruses and chemicals.

In addition, the marginal plate helps maintain the correct shape of the eye. Thanks to its light elasticity, it ensures the correct tension of all joints and fabrics, preventing them from stretching and tearing. These functions are especially important for children's eyes, which are just beginning to develop and require special protection.

At the same time, the anterior limiting plate is not the same as the vitreous body, which is located behind it. Vitreous substance is a gelatinous liquid that helps visual images pass through the eye. Essentially, it works in a similar way to the eye liquid found in bottles used to improve nearsighted vision.

Finally, the anterior limiting plate also plays a role in preparing the eyes for the action of certain drugs, such as local anesthetics or anti-inflammatory drugs. These drugs can penetrate through the walls of blood vessels and capillaries, and then into the lamina border. This process allows them to achieve their goals without affecting the rest of the eye and ensuring safe delivery of the drug.

In conclusion, the anterior limiting plate is an essential element for the proper functioning of the eyes and the health of these important sensory organs. Without this film, vision could suffer, leading to vision problems such as nearsightedness or eye fatigue after a long period of reading.