What is Endomorphine?

There are two types of endomorphin: endomorphin-1 and endomorfin-2. Both are chemicals found inside cells called neurons, which are the basic building blocks of the brain, nervous system and spinal cord. Endomorphins affect several physical and mental functions, such as pain perception, stress and cardiovascular, respiratory and digestive functions. These substances are endogenous, which means that they are produced by the body itself and are also opioid peptides, which means that they operate specifically by binding to other substances called opioid receptors that occur mainly in the brain, spinal cord and digestive system. Endomorphins are subject to great research and some scientists believe that they can be used to develop various pharmaceutical drugs, including new painkillers, Alzheimer's disease and anti-inflammatory products.Alins and beta-endorphins. In the body, various opioid peptides bind to different types of opioid receptors. There are three main types of opioid receptors that are called recipeRy Delta, Kappa and MU. Endomorphins specifically bind to the receptors. Opioid peptides were first discovered by scientists at the age of 70, although endomorphins were not isolated and identified in mammals later.

Endomorphin-1 is found in many different areas of the brain, while the endomorfin-2 is found primarily in Míša, spleen and lower brain stem. Both substances affect the central nervous system, which means the brain and spinal cord and the peripheral nervous system, which means nerves and nerve cells in the rest of the body. Scientific studies show that endomorphins are strongly associated with the ability of the body to feel pain. This has stimulated research focused on developing new types of analgesics or painkillers based on endomorphins. Another research focused on the effects of endomorphins on the immune system, as well as cardiovascular and gastrointestinal function.

Research has shown that endomorphins can be useful in the development of new leék. For example, endomorfin-2 has shown some promise as a possible treatment for Alzheimer's disease, while some studies indicated that endomorphin-1 can reduce pain and inflammation of arthritis. However, there are several problems with the development of pharmaceutical drugs using endomorphins and all medical research using these substances is experimental and preliminary. The difficulties include endomorphins can cause addiction and serious respiratory problems. Furthermore, endomorphin-1 is rapidly degraded in the bloodstream and reduces its efficacy as medical treatment.