What are interleukins?
Interleukins are naturally occurring proteins produced by the body that help the body's immune system. They are not stored in the cells of the body, but are excreted when stimulation, such as infection. While dozens of interleukins and their effects have been identified, scientists believe there are many others. Different types of interleukins are responsible for launching the assortment of immune responses fighting infection, including pain, fever, inflammation, allergic reactions and cell regeneration.
as part of the family of cytokines of molecules that have an important role in the immune system, but actively create an immune response. Instead, they serve as messengers, passing the word between cells - especially white blood cells - to let them know that their services are needed. Suitable cells then go to work.
The role of interleukins in the immune system has led to their use in prudence types of cancer and diseases, including rheumatoid arthritis and Crohn's disease. While the body produces rEllatively small amounts of interleukins, scientists have figured out how to reproduce them in laboratories, which is easily available for healing purposes. When administered, these high -dose interleukins start healthy cells to double their efforts to combat cancer cells and other threats for the body. Biological therapy using interleukins can also help restore the immune system practically eliminated sometimes by hard treatment needed to destroy cancer tumors.
The side effects of interleukin therapy may include very low blood pressure, swelling, chills, fever, nausea and vomiting. Bars and bleeding can occur more easily. Adverse reactions are usually short -term and rarely persist as soon as treatment is over, although the severity of side effects may be cleaned by some patients require hospitalization during treatment.
While interleukin therapy that increases the immune systemM on overdrive, may have great health benefits in some situations, it is assumed that an excessive immune system is the culprit for autoimmune diseases including lupus, fibromyalgia and multiple sclerosis. It is assumed that such diseases are caused by disintegration in communication. Another part of the make -up of the body's immune system - T Suppressor cells - has to signal the end of the fight as soon as the body won, and interleukins are crucial for obtaining a word. However, problems may arise when the cells do not receive the interleukins message to stop fighting, have decided to ignore the message that stops or receive a message to continue fighting because the non -functional T cells incorrectly believe that some infection remains.