Arthritis & Rheumatism

There are over 100 types of arthritis and rheumatic diseases including osteoarthritis, rheumatoid arthritis, and fibromyalgia. This site provides the latest arthritic and rheumatic information including the treatment options available.



Arthritis is a common disease that affects millions of people worldwide. This can be felt in the person's joints, skin and organs inside the body. Should the person feel anything wrong, it is advisable to go straight to the doctor. Doctors have discovered that there are over 100 types of arthritis. Given the number, the doctor will not be able to know which one is affecting the person without an examination.

There are 2 common forms of arthritis. The first is rheumatoid arthritis which is considered a chronic disease. There is inflammation in the joints caused by cartilage damage. Anyone who has this will suffer long term joint damage that will lead to chronic pain and disability. Pain is usually felt when waking up in the morning and will gradually disappear during the day.

Rheumatoid arthritis is a problem that will not go away. This happens in three stages. The first is swelling. The second is the rapid division and growth of cells. The third is when these cells release enzymes that will eat the bone causing the joint to lose shape until the person will not be able to move it anymore.

Since this is systemic disease, it can spread and affect other organs in the body. The best way to prevent is from happening is detecting it early to prevent the person from being disabled. This can be treated with proper medication and therapy. There many drugs available that the patient can use. Some drugs offer pain relief to reduce the inflammation. Others can just do one function.

The second is called osteoarthritis. This happens more often than rheumatoid arthritis but unlike the first, there is no inflammation present. The cartilage in the joint is damaged and will eventually degenerate. Pain will slightly be felt when the person gets up but this will hurt later on during the day. Osteoarthritis can either be primary or secondary. When it is primary, it is often associated with age. It is similar to a car where the parts have to be replaced due to wear and tear. Doctors consider this to be normal as people grow older.

The secondary type is often associated with something else that has caused this to happen. Some of these factors are an injury that took place, heredity, obesity and bone density. Osteoarthritis can be treated with medication, exercise, weight control, joint protection, physical and occupational therapy. This is done to relieve the pain and slow the progression of the disease. Both of these are caused by different things. The common thing between these 2 types is that joint pain can happen anywhere in the body.

Given the many medications available to treat this disease, the patient has to be aware of the side effects of each before choosing which one to use. The doctor should explain these to the person in order to make the right decision.



Friday, September 21, 2007

Doctor... What Are The Complications Of Being Treated For Rheumatoid Arthritis With Some Of The Drugs I’ve Heard About?

There are a number of possible complications that can occur in a patient with rheumatoid arthritis (RA) who is being treated with disease-modifying anti-rheumatic drugs (DMARDS) or biologic therapy. Here is a partial rundown of some of them. MTX seems to interfere with successful vaccination against pneumococci, the organism that causes most cases of pneumonia. Since pneumonia vaccination is a common procedure, this specific problem should be taken into account in a patient with RA. A limited immune response against influenza antigens has been seen with cyclosporine and azathioprine. Studies involving TNF inhibitors- drugs that block the effects of tumor necrosis factor- indicate that there should be no interference with pneumococcal infection. Examples of TNF-inhibitors include Enbrel, Humira, and Remicade. Patients undergoing TNF inhibitor treatment indicate that the expected immune response after an influenza vaccine is very good. Vaccination tactics where the use of rituximab or abatacept is planned are currently unclear. Risks for osteoporosis include smoking, insufficient calcium and vitamin D intake, expected ongoing prednisone use, and RA itself. To reduce the risk for fracture: • Lifestyle interventions to prevent bone loss should be encouraged • Calcium and vitamin D supplementation should be prescribed. oIn addition, blood levels of vitamin D25-OH should be checked to ensure that they are normal. oLevels <> 5 mg daily for more than 1-3 months) be considered for bisphosphonate therapy. • Regular testing for bone mineral density. o The best method for this is dual-energy x-ray absorptiometry (DEXA) scanning. o Testing should be performed every 1 to 2 years. o If there is bone loss over time, consider more aggressive osteoporosis therapy. Prior to starting TNF inhibitors, a chest x-ray and tuberculin skin test should be performed to screen for prior exposure to tuberculosis. Hospitalization and death from serious infections in patients treated with these agents have been reported and these drugs should be used with caution in patients with any susceptibility to infection or a history of tuberculosis. These drugs also should be avoided in patients with significant chronic infections and should be discontinued temporarily in all patients with acute infection. Risk for latent tuberculosis should be assessed prior to initiation of a TNF-antagonist. A tuberculin skin testing (PPD) > 5 mm or more is considered positive. What this means in a patient who comes from a country where BCG vaccine is routine is unclear. Even patients with a negative PPD before therapy initiation have developed active tuberculosis; therefore all patients should be monitored for active disease. PPD tests should be administered annually. Consultation with infectious disease specialists and pulmonary specialists as well as anti-tuberculosis therapy (usually isoniazid) should be considered before initiation of infliximab (Remicade) therapy in patients with a history of latent or active disease if a history of an adequate treatment course cannot be confirmed. Those patients who have several or highly significant risk factors for infection and negative test findings for latent disease probably also need to be treated. Anti-TNF agents should not be used in patients with chronic hepatitis B infections, although these drugs may be safe in hepatitis C-infected patients. Local injection site reactions with the subcutaneous drugs during the first month are usually temporary, and serious allergic reactions with infliximab infusions are not common. Skin reactions with anakinra (Kineret) occur but rarely lead to serious complications. With the anti-TNF agents, development of ANA positivity and lupus-like illness are also rare. Demyelinating conditions (MS-like disease) have been described. Another complication is aplastic anemia. Although the incidence of lymphoma is generally increased in RA patients, it is unclear as to the relative frequency in patients receiving anti-TNF agents. So far, it appears that TNF-inhibitors might even lead to a lower incidence of lymphoma. Heart failure may be aggravated by anti-TNF agents. In October 2006, the FDA approved hypersensitivity and infection-related labeling changes for infliximab. This agent is contraindicated in patients with known hypersensitivity to inactive components of the injectable product or to any mouse proteins. While most skin rashes, hives, shortness of breath, and drop in blood pressure have occurred within 2 hours of infliximab infusion, some serum sickness-like reactions (fever, rash, headache, sore throat, muscle aches, joint pains, edema, and/or swallowing difficulty) have been seen after the second dose and on restarting treatment after an extended period. After a severe hypersensitivity reaction, patients should not be receive infliximab again. In December 2006, the US Food and Drug Administration (FDA) issued an alert with regard to spontaneous fatal progressive multifocal leukoencephalopathy (PML) due to JC polyomavirus (Jacob-Creutzfeld [JC] virus) in a small number of patients with SLE who had received rituximab therapy. Rheumatology referral is strongly recommended for patients being considered for biologic therapy of any sort.

Taken from :Nathan Wei, MD FACP FACR is a rheumatologist and Director of the Arthritis and Osteoporosis Center of Maryland. He is a Clinical Assistant Professor of Medicine at the University of Maryland School of Medicine.

Thursday, September 20, 2007

How Glucosamine Can Help With Joint Pain?

For those people who suffer from any form of arthritis and especially osteoarthritis and are now looking for ways to treat the effects of this condition through more natural and alternative ways, one such way is by increasing the amount of Glucosamine they consume. This particular substance is a type of amino sugar which our bodies create naturally and it is believed to help the cartilage found between our joints to be repaired or even to create new cartilage altogether. In fact many people who suffer from osteoarthritis have found this particular supplement to be extremely beneficial. They have found by increasing the amount of Glucosamine in their bodies often helps to alleviate the pain and other effects that are caused by osteoarthritis. Below we provide you with some further facts relating to Glucosamine that you may find interesting.

This substance was first identified by G Ledderhose in 1876, however it was not until 1939 that it was fully defined by Walter Haworth. Although it is made in the body naturally it can be obtained from other products, it helps to produce sugars that contain ample amounts of nitrogen essential to our body.

Today many people who suffer from osteoarthritis will take this particular supplement orally. It is believed that by taking Glucosamine the cartilage which becomes damaged over time can be repaired and rebuilt and so combat some of the effects felt when suffering from various forms of arthritis. However there is quite a lot of conflicting evidence which can not provide these people with substantive proof that this supplement is truly effective in helping to treat arthritic ailments.

On average a person who is using glucosamine in order to treat their osteoarthritis will take around 1500 mg each day normally in a salt formulation. But be wary when purchasing any kind of glucosamine that is available as either glucosamine sulfate (MonaVie includes glucosamine sulfate) or as glucosamine hydrochloride, you may also find that some of these supplements also contain chondroitin sulfate and methylfulonylmethane.

This particular substance as previously mentioned helps to form new cartilage in the body but it also helps to keep the bodies joints well cushioned and makes sure that they are well lubricated. This then helps them to remain flexible and prevents the joints in the body from being damaged further.

Anyone who takes this supplement will find that one of the most common side effects is that stools become softer and the amount of intestinal gases the body produces increases. For those people who do suffer from these unwanted side effects they may find that just changing to another brand of glucosamine supplement will help to alleviate the problems.

Please note that women who are pregnant or who are trying to get pregnant as well as children should at no stage ever be taking glucosamine supplements. Although there have been a few studies carried out there is not sufficient enough proof to provide us with what effect it has on the foetus or a child as they develop.

As glucosamine is in fact an amino sugar it is important that people who suffer from diabetes who are taking this supplement will need to make sure that their blood sugar levels are checked regularly.

In order for a person's bones to function properly the cartilage between the joints needs to remain undamaged. However in a lot of cases as a person grows older so the cartilage begins to break down and becomes easily damaged. In some cases where the cartilage has either broken off or the bone surrounding develops a spur a person will find that their joints become inflamed and they find it very difficult and painful to move. Also the amount of flexibility they had in their joints when they were younger has decreased as well. Today there are many older people who now suffer from such debilitating conditions as osteoarthritis who have found that by taking Glucosamine it has helped to not only relieve the pain they feel but also improve the condition of their joints.

Article Source: http://www.healthandwellnesscentral.com

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