disease-modifying antirheumatic drug disease-modifying antirheumatic drug disease-modifying antirheumatic drugs (dmards) comprise a category of otherwise unrelated disease-modifying drugs defined by their use in rheumatoid arthritis to slow down disease progression. the term is often used in contrast to nonsteroidal anti-inflammatory drugs (which refers to agents that treat the inflammation, but not the underlying cause) and steroids (which blunt the immune response but are insufficient to slow down the progression of the disease). methotrexate hydroxychloroquine auranofin, a gold salt the term "antirheumatic" can be used in similar contexts, but without making a claim about an effect on the disease course. other terms that have historically been used to refer to the same group of drugs are "remission-inducing drugs" (rids) and "slow-acting antirheumatic drugs" (saards). terminology although the use of the term dmards was first propagated in rheumatoid arthritis (hence their name), the term has come to pertain to many other diseases, such as crohn's disease, lupus erythematosus, sjögren syndrome, immune thrombocytopenic purpura, myasthenia gravis, sarcoidosis, and various others. the term was originally introduced to indicate a drug that reduces evidence of processes thought to underlie the disease, such as a raised erythrocyte sedimentation rate, reduced haemoglobin level, raised rheumatoid factor level, and more recently, a raised c-reactive protein level. more recently, the term has been used to indicate a drug that reduces the rate of damage to bone and cartilage. dmards can be further subdivided into traditional small molecular mass drugs synthesised chemically and newer "biological" agents produced through genetic engineering. some dmards (e.g. the purine synthesis inhibitors) are mild chemotherapeutics, but use a side effect of chemotherapy—immunosuppression—as their main therapeutical benefit. subdivision dmards have been classified as: synthetic (sdmard) conventional synthetic and targeted synthetic dmards (csdmards and tsdmards, respectively) csdmards are the traditional drugs (such as methotrexate, sulfasalazine, leflunomide, hydroxychloroquine, gold salts) tsdmards are drugs that were developed to target a particular molecular structure biological (bdmard) can be further separated into original and biosimilar dmards (bodmards and bsdmards) bsdmards are those that have the same primary, secondary, and tertiary structure as an original (bodmard) and possess similar efficacy and safety as the original protein members drugmechanismtype abatacept t-cell costimulatory signal inhibitor bdmard adalimumab tnf inhibitor bdmard anakinra il-1 receptor antagonist bdmard apremilast phosphodiesterase 4 (pde4) inhibitor tsdmard azathioprine purine synthesis inhibitor unknown baricitinib jak1 and jak2 inhibitor tsdmard certolizumab pegol tnf inhibitor bdmard chloroquine (anti-malarial) suppression of il-1, induce apoptosis of inflammatory cells and decrease chemotaxis unknown ciclosporin (cyclosporin a) calcineurin inhibitor unknown d-penicillamine (seldom used today) reducing numbers of t-lymphocytes etc. unknown etanercept decoy tnf receptor bdmard filgotinib janus kinase (jak) inhibitor tsdmard golimumab tnf inhibitor bdmard gold salts (sodium aurothiomalate, auranofin) (seldom used today) unknown csdmard hydroxychloroquine (anti-malarial) tnf-alpha, induce apoptosis of inflammatory cells and decrease chemotaxis csdmard infliximab tnf inhibitor bdmard leflunomide pyrimidine synthesis inhibitor csdmard methotrexate (mtx) purine metabolism inhibitor csdmard minocycline 5-lo inhibitor unknown rituximab chimeric monoclonal antibody against cd20 on b-cell surface bdmard sarilumab il-6 receptor antagonist bdmard secukinumab il-17 inhibitor bdmard sulfasalazine (ssz) suppression of il-1 & tnf-alpha, induce apoptosis of inflammatory cells and increase chemotactic factors csdmard tocilizumab il-6 receptor antagonist bdmard tofacitinib janus kinase (jak) inhibitor tsdmard ustekinumab il-12 and il-23 inhibitor bdmard although these agents operate by different mechanisms, many of them can have similar impacts upon the course of a condition. some of the drugs can be used in combination. a common triple therapy for rheumatoid arthritis is methotrexate, sulfasalazine, and hydroxychloroquine. alternatives when treatment with dmards fails, cyclophosphamide or steroid pulse therapy is often used to stabilise uncontrolled autoimmune disease. some severe autoimmune diseases are being treated with bone marrow transplants in clinical trials, usually after cyclophosphamide therapy has failed. furthermore, should dmards fail, tocilizumab can be used for tumor necrosis factor (tnf) inhibitor treatments in nice guidance. combinations of dmards are often used, because each drug in the combination can be used in a smaller dose than if it were given alone, thus reducing the risk of side effects. many patients receive an nsaid and at least one dmard, sometimes with low-dose oral glucocorticoids. if disease remission is observed, regular nsaids or glucocorticoid treatment may no longer be needed. dmards help control arthritis, but do not cure the disease. for that reason, if remission or optimal control is achieved with a dmard, it is often continued as a maintenance dosage. discontinuing a dmard may reactivate disease or cause a "rebound flare", with no assurance that disease control will be re-established upon resumption of the medication.