Recent progress of Stevens-Johnson syndrome/toxic epidermal necrolysis: Diagnosis criteria, pathogenesis and therapy.
Natsumi HamaShigeki AokiChun-Bing ChenAkito HasegawaYouichi OgawaMarc VocansonHideo AsadaChia-Yu ChuCheng-Che E LanRoni P Dodiuk-GadToshiharu FujiyamaTyng-Shiuan HsiehKousei ItoElina JerschowYoshiko MizukawaSaeko NakajimaKazutoshi NakamuraJean-François NicolasTakashi K SatohTatsuo ShioharaHayato TakahashiMikiko TohyamaTakahiro UedaKatsuaki UraHideaki WatanabeYukie YamaguchiThierry M NordmannWen-Hung ChungDean NaisbittCarlo PincelliWerner J PichlerLars E FrenchElizabeth PhillipsRiichiro AbePublished in: The British journal of dermatology (2024)
Stevens-Johnson syndrome (SJS) and toxic epidermal necrolysis (TEN) represent a severe spectrum of rare mucocutaneous reactions, primarily drug-induced and characterized by significant morbidity and mortality. These conditions manifest through extensive skin detachment, distinguishing them from other generalized skin eruptions. The rarity and severity of SJS/TEN underscore the importance of accurate diagnostic criteria and effective treatments, which are currently lacking consensus. This review proposes new diagnostic criteria to improve specificity and global applicability. Recent advancements in understanding the immunopathogenesis of SJS/TEN are explored, emphasizing the role of drug-specific T cell responses and HLA polymorphisms in disease onset. The review also addresses current therapeutic approaches, including controversies surrounding the use of immunosuppressive agents and the emerging role of TNF-α inhibitors. Novel therapeutic strategies targeting specific pathogenic mechanisms, such as necroptosis and specific immune cell pathways, are discussed. Furthermore, the development of new drugs based on these insights, including targeted monoclonal antibodies and inhibitors, are examined. The review concludes by advocating for more robust and coordinated efforts across multidisciplinary medical fields to develop effective treatments and diagnostic tools for SJS/TEN, with the aim of improving patient outcomes and understanding of the disease and its mechanisms.