Antirheumatic Drugs Impact Factor
Rheumatoid
arthritis (RA) is the second most common type of arthritis, affecting about 1.5 million Americans. It’s an inflammatory disease that’s caused by an autoimmune condition. The disease occurs when your body attacks its own healthy joint tissues. This results in redness, inflammation, and pain. The main goal of RA
drugs is to block inflammation. This helps prevent joint damage. Disease-modifying
antirheumatic drugs (DMARDs) are a gaggle of medicines commonly utilized in people with atrophic arthritis. A number of these
drugs also are utilized in treating other conditions like Marie-Strumpell disease, rheumatoid arthritis, and systemic LE. They can also be used to in the treatment of other disorders including connective tissue disease such as
systemic sclerosis (SSc),
systemic lupus erythematosus (SLE), and Sjogren
syndrome (SS), as well as in treatment of inflammatory myositis, vasculitis, uveitis, inflammatory bowel disease, and some types of cancers. Each DMARD has a unique mechanism of action ultimately interfering with critical pathways in the inflammatory cascade. Although many medications can be used in the treatment of RA, methotrexate is the most commonly used agent as an initial treatment. RA treatment is complicated with several factors playing a role in decision making, including disease activity and severity, comorbidities, and patient preference (including cost, route of
administration and frequency of monitoring).
High Impact List of Articles
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Effect of four intestinal strains on TNF-a ± IL8 and IL6 expression in Caco-2 cells
Yongbo Kang* & Yue Cai
Research Article: Clinical Practice
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Effect of four intestinal strains on TNF-a ± IL8 and IL6 expression in Caco-2 cells
Yongbo Kang* & Yue Cai
Research Article: Clinical Practice
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Diabetes and renal and cardiovascular outcomes
Carl Erik Mogensen
News and Views: Clinical Practice
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Diabetes and renal and cardiovascular outcomes
Carl Erik Mogensen
News and Views: Clinical Practice
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Will computational simulation in congenital heart disease ever make it out of the engineering lab and into the clinic?
Alison L Marsden and Jeffrey A Feinstein
Editorial: Clinical Practice
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Will computational simulation in congenital heart disease ever make it out of the engineering lab and into the clinic?
Alison L Marsden and Jeffrey A Feinstein
Editorial: Clinical Practice
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Acknowledgement: Volume 6 Issue 4
Appendices: Clinical Practice
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Acknowledgement: Volume 6 Issue 4
Appendices: Clinical Practice
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Risk for new-onset diabetes mellitus after transplantation: implication of advanced age and immunosuppressive therapy
Moro O Salifu, Dale Distant, Dhiren M Haria, Mariya Stratilatova, Sheni Meghani, Joon Hong, Nabil Sumrani, Eli Friedman and Mariana S Markell
Research Article: Clinical Practice
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Risk for new-onset diabetes mellitus after transplantation: implication of advanced age and immunosuppressive therapy
Moro O Salifu, Dale Distant, Dhiren M Haria, Mariya Stratilatova, Sheni Meghani, Joon Hong, Nabil Sumrani, Eli Friedman and Mariana S Markell
Research Article: Clinical Practice
Relevant Topics in Clinical