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Autoimmune Diseases: When the Immune System Confusion

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Autoimmune Diseases: When the Immune System Confusion - Feeling tired for no reason , sudden blurred vision or tingling fingers may be a symptom of a moment that is not harmful , but it can also be an early sign of a serious disease that is difficult to cure , which is an autoimmune disease .
Is an autoimmune disease ?

Autoimmune diseases are diseases that are not caused by bacteria but by viruses or errors in your immune system . Instead of attacking harmful bacteria , the immune system actually attacks the tissues of your body blindly , to " backfire " . This is because the system can not distinguish foreign cells by the body's own cells . The result is a severe inflammatory reaction . Almost any organ or tissue can be damaged , from nerves , brain , eyes , heart , joints , until the muscles throughout the body . Crohn's disease , lupus , rheumatoid arthritis ( arthritis ) , multiple sclerosis ( MS ) and type 1 diabetes are examples of the most well-known autoimmune diseases .
Why the immune system attacks the body's own cells ?

The immune system works in two steps , ie distinguish foreign cells by the body's own cells and take action against foreign cells . If the first step goes wrong , then there are two possibilities . First , the immune system is suppressed and the body no longer recognize foreign pathogens . This is the case where the AIDS weakens the immune system . Second , the immune system is not muted so attacking the body's own cells and foreign cells without exception . This is the case in autoimmune diseases . Your immune system to be completely out of control .

Although he has done a lot of intensive research , the experts have not managed to find out the exact cause of autoimmune disease . However , note that there are a number of risk factors that play a role . In addition to genetic predisposition , infections and environmental factors also play an important role as triggers of autoimmune diseases .

    Genetic . Autoimmune diseases tend to be inherited in families . In a study of twins is known that if one identical twin suffers from an autoimmune disease , twin probability 30-50 percent also suffer from the same disease . But not 100 percent , which means that the gene is not solely responsible for the onset of disease . Often , patients can compensate for genetic defects and her normal life without autoimmune disease .
    Infection . Fragile immune system which can be damaged by trigger factors such as viral infections . This may occur due to genetic weakness causes the immune system can not cope with certain viruses . They have difficulty distinguishing viral proteins with the protein body and attack them , as soldiers who can not distinguish between enemy forces and the people that fired them . Epstein - Barr virus is suspected to be a trigger multiple sclerosis . Another trigger is the Coxsackie virus , which is also thought to trigger type 1 diabetes .
    Environment and food . Compared to our ancestors , we are far more exposed to different chemicals that overwhelm the immune system . When the immune cells in the intestines of any sort of substances that we eat is dangerous and is not , the possibility of error increases . Autoimmune diseases can occur through reaction to a substance that makes confusion , whether hazardous or not . Rotavirus is very similar to molecules specific photoreceptors in the eye . This confusion is thought to cause uveitis , which in turn can damage eyesight .

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