Causes Of Multiple SclerosisFor starters, there is always the hereditary factor. The hereditary factor is present in almost all of the diseases. For instance, if a great great grandmother had multiple sclerosis, then there is a big chance that her descendants might have the disease as well. Aside from heredity, the environment, according to researchers, also affects the pathogenesis of multiple sclerosis. An antigen or allergen commonly found in the environment could trigger a response from the body that later on leads to an immunocompromised system. Multiple Sclerosis being an autoimmune disease Research has it that multiple sclerosis is an autoimmune disease which means that the body’s personal immune system attacks its own cells. For reasons that are still unknown, the body’s immune cells show aggression towards and obliterate the myelin sheath that covers the neurons like an insulator inside the brain and the spinal cord. This myelin sheath is responsible for the transmission and the prevention of unnecessary electrical activity that short circuits one cell from another cell. Once communication between the brain and the other parts of the body is disrupted, the transmission of sensations and control messages are not anymore normal. This pathophysiology is that of multiple sclerosis. Plaques in multiple sclerosis The progression of the disease’s symptoms is correlated with the development of new plaques within the parts of the brain that simultaneously control the affected areas. These plaques are developed from the demyelinated areas, which are basically the tiny round areas of gray neuron that no longer has a white myelin covering. What makes multiple sclerosis more complicated is that, the pattern of the appearance of the plaques has absolutely no pattern. This makes multiple sclerosis completely unpredictable. Inflammation of the myelin sheath Normal cells are covered by a sheath that acts as an insulator. This sheath is made up of adipose substances that are called myelin. Myelin is very helpful in the correct and appropriate transmission of nerve impulses. Once this sheath is damaged from too much inflammation, multiple sclerosis occurs. WBC action T cells, which are special subsets of white blood cells, are important in the development of multiple sclerosis. Normally, the T cells are able distinguish between self and non-self. However, with multiple sclerosis, the T cells become weak when it comes to recognizing and differentiating self and non-self. In fact, in most multiple sclerosis cases, these lymphocytes recognize the healthy cells of the central nervous system as foreign and harmful and attack. There is a BBB or a blood-brain barrier that serves as a tight barrier between the blood and the brain. This barrier is made up of endothelial cells that completely line the walls of the blood vessels. Since the auto-reactive T cells start attacking healthy cells and trigger an inflammatory process, they tend to cross the BBB, when they are not at all supposed to. This breaks down the BBB, thus, leading to multiple sclerosis. Comments |
MenuMy ArticlesTreatment For Multiple Sclerosis With No Side EffectsHow To Treat Multiple Sclerosis Good News On Pregnancy And Multiple Sclerosis Multiple Sclerosis According To The Multiple Sclerosis Association Of America More Information On Multiple Sclerosis Childbirth May Slow Multiple Sclerosis Common Human Bacteria Triggers Multiple Sclerosis Symptoms Of Multiple Sclerosis? The History Of Multiple Sclerosis Pathophysiology Of Multiple Sclerosis Teenage Obesity And Multiple Sclerosis Lifesaving Drug For Multiple Sclerosis How To Diagnose Multiple Sclerosis What Multiple Sclerotic People Should Avoid During Christmas The Clinical Part Of Multiple Sclerosis How To Know If It Is A Multiple Sclerosis Relapse The Kurtzke Expanded Disability Status Scale And Multiple Sclerosis Causes Of Multiple Sclerosis How Is Multiple Sclerosis Classified? |
||||||||
|
© 2024 Multiple Sclerosis - Site Map - Privacy Policy - Blue Roses Return To AccessInfoHub.com