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PubMed · 11323574

[Systemic sclerosis. Which therapies?].

Abstract

Sistemic sclerosis is a connective tissue disease characterized by excessive deposit of collagen in the skin and in different viscera such as the lung, the heart, the kidney, the gastrointestinal tract and muscoloskeletal system. Fibrosis is a natural and not reversible consequence of this extracellular matrix accumulation. Past management strategies have not been successful, usually. New physiopathologic knowledges establish the bases to obtain a more successful control of the disease evolution. Literature data underline the importance of a timely and personalized therapy based on kind, seriousness and stage of internal organs involvement to allow the patient to continue normal public relations, a good quality of life and the improvement of its global prognosis of this disease, often cause of disability and death. Actually, drug therapeutic management is based on combined use of vascular drugs: topical (Nitroglycerin patches), oral (Ace inhibitors and Calcium channel blockers) or, in severe cases, parenteral vasodilators (Prostaglandins and Prostacyclins), immunosuppressive therapies (Cyclophosphamide, Cyclosporin A, Methotrexate) and antifibrotic drugs (Penicil-lamine, Interferons).

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BibTeXRIS

L Bettoni. 2001. [Systemic sclerosis. Which therapies?].. https://pubmed.ncbi.nlm.nih.gov/11323574/

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[Pathogenic mechanisms in systemic sclerosis and their therapeutical consequences. Part 1: pathogenesis].

Systemic sclerosis I(cleroderma) is a connective tissue disease caracterized by an aberrant immune activation, a vasculopathy and a fibrosis of skin and multiple internal organs (lung, kidneys, gut, among others). At present no unifying pathogenetic hypothesis exists to explain all aspects of this disease. The current hypothesis is that in patients with a favourable genetic background, certain environmental factors could produce alterations of cellular and humoral immunity and alterations of the microcirculation resulting in excessive fibrosis. A crucial component in systemic sclerosis pathogenesis is the persistent and unregulated activation of genes encoding the various extracellular matrix proteins. This is in correlation with different cytokines and growth factors produced mainly by T lymphocytes.

Fibrosis↗