Jolly Taurus

Jolly bodies are specific structures that are found in the cytoplasm of some cells. They were discovered by French histologist Jean Jolly in 1908 and named after him.

Jolly bodies are microscopic granules consisting of protein and lipids. They have a spherical shape and can be of various sizes, from a few micrometers to several tens of micrometers. These granules are formed as a result of the synthesis of proteins and lipids in the cytoplasm of cells.

One of the main functions of jolly corpuscles is to protect the cell from various stress factors, such as toxic substances, infections and other factors that can damage the cell. They may also play a role in regulating cell metabolism, e.g.

In addition, Jolly bodies can serve as an indicator of various diseases associated with impaired cell metabolism. For example, in some forms of cancer, Jolly bodies may appear in large quantities in the cytoplasm of tumor cells. This can indicate the presence of a tumor and help in diagnosing and treating cancer.

Despite the fact that jolly corpuscles were discovered more than 100 years ago, their role in biology and medicine still remains poorly understood. However, their study can lead to new discoveries and the development of new methods for treating various diseases.

Author about Jolly Telles: Lived, Treated, Taught.

Stroke and reincarnation. Jolly Teles is a doctor.

Jean Jolly, born in France to a Lorraine father who later emigrated to the United States and an Italian-Spanish mother, worked primarily in Paris. He studied medicine at the Paris Sorbonne, then interned at the Leipzig St. Elisabeth Hospital, after which he returned to Paris, where he married the Russian ballerina Elena Bui-Mukhanova, and then divided his teaching activities between the Paris Practical School, of which he became the founder, and the Normal Clinical School school in Saint-Cloud, created by Embden-Max. A doctor of medicine and physiology, he also tried to join the diplomatic service to improve medical care abroad, but returned from this venture due to his temperament. In 1936, he headed the Polish-Lithuanian Research Institute, which provided him with great assistance in writing a multi-volume history of cardiovascular diseases