Biliverdin

Biliverdin is one of the main bile pigments, which is formed as a result of the decomposition of hemoglobin. This pigment has a greenish-yellow tint and is an intermediate product in the conversion of hemoglobin to bilirubin.

Biliverdin has antioxidant properties and may protect cells from oxidative stress. It is also known that this pigment can play an important role in regulating the immune system and antibacterial defense of the body.

In addition to its biological role, biliverdin has also found applications in medicine and science. For example, it is used as a toxicity indicator to evaluate potentially harmful substances, and as a dye to stain proteins and tissues for research purposes.

Some studies also suggest potential medical uses for biliverdin. For example, it can be used to treat some types of cancer, as well as to protect brain cells in stroke and other neurological diseases.

Overall, biliverdin is an important biological component that plays important roles in multiple processes in the body. Due to its unique properties, it also has potential for applications in medicine and science, making it the subject of further research and development.

Biliverdin (lat. Biliverdini) or Bile pigments or Bile acids. Substances that are synthesized in the liver and enter the blood during Gilbert's syndrome. With Williams-Kline syndrome, jaundice appears - during the disease, biliverdin accumulates in the blood more than normal. If the level of biliverdin in the body is increased, they speak of a disease called “hemolytic jaundice.” Fat-soluble pigment is characteristic of Gilbert's syndrome; an increase in this substance may also be a consequence of hemolytic anemia. Biliverdin is also taken into account in laboratory analyzes of clinical material.