Various Forms of Multiple Sclerosis Treatment

Multiple sclerosis involves an inflammatory process at the level of the central nervous system, resulting in the destruction of myelin. Myelin is a substance that surrounds the body's nervous cells, facilitating the transmission of nervous impulses between neurons. If the integrity of the nervous cells' myelin is compromised, the transmission of nervous impulses between neurons is perturbed, causing serious neurological dysfunctions.

Multiple sclerosis primarily affects the body's ability to respond promptly to external stimuli (sensorial function), decreases the mobility of the musculoskeletal system (motor function) and reduces mental performance (cognitive function). People affected by multiple sclerosis can in time suffer from serious neuropsychological disorders, such as: depression, short-term memory loss, compromised judgment, emotional instability, mania and even dementia. Multiple sclerosis can also affect the activity of the internal organs, causing renal dysfunctions or disorders of the gastrointestinal tract.

Multiple sclerosis can affect the entire activity of the body and people who suffer from this disease can develop serious physical and neuropsychological conditions. The progression of multiple sclerosis is intermittent and unpredictable. People affected by multiple sclerosis can experience periods of remission, followed by states of relapse. The symptoms generated by the disease occur in episodes, or flares. Although most of the damage caused by this type of neurological disease to the organism can be minimized and reversed with the means of an appropriate multiple sclerosis treatment, modern medicine doesn't hold the cure for this particular type of disease. The majority of multiple sclerosis treatments available today are focused on extending the periods of remission and on reducing the duration and the intensity of symptomatic flares, being unable to completely overcome the disease.

The most effective medication used in multiple sclerosis treatments is beta interferon. This substance is commonly used in multiple sclerosis treatments for helping in the process of myelin reconstruction. By using beta interferon in multiple sclerosis treatments, doctors are able to control the evolution of the disease and to fight the actual causes of its generated neurological dysfunctions.

Considering the fact that the disease also generates muscle weakness, inflammation, pain and rigidity, the majority of multiple sclerosis treatments include nonsteroidal anti-inflammatory drugs, which can help in alleviating the symptoms experienced at the level of the musculoskeletal system. Corticosteroids are also commonly used in multiple sclerosis treatments, as they can minimize the intensity of the physical symptoms experienced during the stages of relapse. Multiple sclerosis treatments often include anticonvulsants, analgesics, mild sedatives and muscle relaxants in the periods of symptomatic exacerbation.

If patients develop internal disorders due to inappropriate activity of the nervous system, multiple sclerosis treatments can also involve the use of medications such as anticholinergics (drugs that reduce bladder spasms), urinary tract antispasmodics and antidiuretics.

For improving mental performance, memory and concentration, multiple sclerosis treatments can also include Selective Serotonin Reuptake Inhibitors and Central Nervous System Stimulants. These medications are able to ease the generalized state of mental fatigue characteristic to people affected by multiple sclerosis. If patients suffer from serious psychological conditions, such as depression or emotional instability, multiple sclerosis treatments can also involve the use of anti-depressives and mild sedatives.

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Common Criteria of Multiple Sclerosis Diagnosis

Multiple sclerosis is an inflammatory neurological disease which generates a wide symptomatic spectrum. Multiple sclerosis primarily affects the central nervous system, interfering with the normal activity of the nervous cells. Multiple sclerosis involves deterioration of the neurons' myelin, a very important substance that facilitates the transmission of nervous signals between nervous cells. If myelin is affected, the connections between neurons are compromised and the body fails to respond promptly to external stimuli.

Multiple sclerosis can cause various dysfunctions in different regions of the body, causing a wide range of physical, neurological and psychological manifestations. The deterioration of myelin can affect the body's motor functions, causing difficulty walking, loss of dexterity, poorly coordinated moves, loss of balance; sensorial functions, causing decreased visual acuity, altered perceptions of external stimuli; and cognitive functions, causing poor mental performance, loss of concentration and even memory loss. In some cases, multiple sclerosis can even interfere with the normal activity of the internal organs, causing renal affections and disorders of the gastrointestinal tract.

Due to the complex nature of multiple sclerosis symptoms, it is virtually impossible to diagnose the disease relying solely on patients' external manifestations. The symptoms generated by neurological diseases have an unspecific character, thus making the process of multiple sclerosis diagnosis even more difficult. Hence, multiple sclerosis can be correctly diagnosed only after performing elaborate physical examinations and various laboratory tests.

Multiple sclerosis diagnosis involves the accumulation of various suggestive data through the means of specific medical procedures and laboratory analyses. The first step in the process of multiple sclerosis diagnosis usually involves the examination of patients' motor functions. People with this type of neurological disease generally have trouble walking and maintaining their balance. Loss of dexterity, muscle weakness and poorly coordinated moves are also suggestive signs for multiple sclerosis diagnosis. Furthermore, sensorial dysfunctions, such as decreased vision, are very common to people with neurological diseases and an important multiple sclerosis diagnosis criterion involves looking for signs of internuclear ophthalmoplegia (double, blurred vision).

The process of multiple sclerosis diagnosis often involves MRI scans and lumbar puncture. MRI scans (magnetic resonance imaging) are an important step in confirming the multiple sclerosis diagnosis. MRI scans verify the integrity of the nervous system, using magnetic waves for generating pictures. If MRI scans can sometimes be inconclusive in the process of multiple sclerosis diagnosis, lumbar puncture is a reliable criterion in verifying the presence of neurological disease. Through the means of lumbar puncture, doctors are able to inspect the state of the spinal cord's fluid, checking for evidence of inflammation at the level of the nervous system.

Neuropsychological tests are also very important in the process of multiple sclerosis diagnosis. The aim of these tests is to find evidence of compromised mental performance due to destruction of myelin. Most patients with neurological diseases often suffer from poor concentration, decreased judgment and even short-term memory loss and the main purpose of neuropsychological tests is to reveal the presence of these symptoms. Another important step in establishing the multiple sclerosis diagnosis involves looking for signs of depression, as more than 80 percent of people affected by this type of neurological disease eventually become depressed.

Multiple sclerosis diagnosis is very complex and requires various medical procedures and tests for revealing conclusive signs of the disease. Most patients are diagnosed with multiple sclerosis only if more than two specific tests confirm the presence of neurological dysfunctions.

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