Davidson Reaction

Davidson Reaction is a biological reaction that was discovered in 1936 by American pathologist James Davidson. This reaction is one method for determining enzyme activity in biological samples.

Davidson was a renowned pathologist who researched various diseases such as cancer, tuberculosis and others. He also studied the biochemical processes occurring in the body and developed many methods for studying them.

In the 1920s, Davidson began studying enzyme activity in the tissues of various animals. He discovered that some enzymes could only be active in the presence of certain substances called coenzymes. This discovery led to the development of a method for determining enzyme activity, which became known as the Davidson reaction.

The Davidson reaction involves adding an enzyme and a substrate to a sample, which react with each other to form a reaction product. A coenzyme is then added to the sample, which activates the enzyme and speeds up the reaction. If the enzyme is active, the reaction product will be formed faster than if the coenzyme is absent.

The Davidson method is widely used in biochemical studies to determine the activity of various enzymes. It can also be used in medicine to diagnose and treat various diseases.

Davidson Reaction - is a process of urine dehydration under the influence of dichloramine, which is formed by mixing chloride and potassium permanganate. The resulting iron dichloride is oxidized by ascorbic acid and converted into its highly reactive metal ion.

The reaction occurs in the human body and is pathological. As a result of the pathology, urine cannot be filtered and removed from the body, which leads to poisoning and the development of symptoms of urolithiasis.

Davidson's reaction is an easy-to-diagnose condition characterized by the formation of iron crystals in the urinary system. Diagnosis of the reaction is carried out microscopically, and crystals with a diameter of up to 2