Cajal Fenestrated Cells

Cajal fenestrated cells are cells discovered by Spanish histologist Ramon Cajal in 1889. They are small cells with long thin processes called endings. Cajal cells are located in the nervous system and are involved in the transmission of nerve impulses.

An end is a long extension of a cell that ends on the surface of another cell. It plays an important role in transmitting signals between cells. The endings can be either short or long, and they can be located at different levels of the nervous system.

Cajal cells were found in the nervous tissue of frogs, but they are also found in other animals, including humans. They play an important role in regulating the activity of the nervous system and may be associated with various diseases such as Alzheimer's and Parkinson's disease.

Research by Cajal and his colleagues has shown that cell endings can change depending on environmental conditions and the level of nervous system activity. This can lead to changes in the transmission of nerve impulses and affect the behavior of the animal.

In conclusion, Cajal fenestrated cells are an important element of the nervous system, and their study can help in understanding the mechanisms regulating the activity of nervous tissue and related diseases.

Cajal Finest Cells - (s. Ramón in Cajal., 1865 – 1964) – **classical scientific term** meaning a special type of nerve cells in the main brain. They have unique morphological and functional characteristics, which makes them important for understanding neural communication processes in the central nervous system.

The Cajal cell is a unique cell that is one of the most famous types of nerve cells