02169nas a2200181 4500000000100000008004100001260008400042100001600126700001400142700001800156700001200174245019800186856007400384300001000458490000600468520149900474022001401973 2021 d bInstitute of Research and Community Services Diponegoro University (LPPM UNDIP)1 aAsyura MMAZ1 aWijaya IR1 aToshukowong T1 aWang RS00aEffectiveness Analysis of Single Dose Rifampicin-Post-Exposure Prophylaxis (SDR-PEP) as A Preventive Intervention for Leprosy Transmission: A Systematic Review of Randomized Controlled Trials uhttps://ejournal2.undip.ac.id/index.php/jphtr/article/view/10794/6240 a35-430 v43 aIntroduction: Leprosy is a skin disease that reaches 200,000 cases annually. Considered a neglected tropical disease, 80% of annual leprosy remained in countries such as Brazil, India, and Indonesia. Multi-drug treatment is effective in curing leprosy but ineffective in preventing further transmission. The implementation of large-scale single dose rifampicin-post exposure prophylaxis suggests the inhibition of leprosy transmission and thus needs validation.Methods: This systematic review was carried out based on the PRISMA statement from multiple databases using set keywords. A total of 646 studies were identified, followed by 4 randomized controlled trials included after screening.Results: 86,502 subjects were divided into control and interventional groups and were to be followed up in 2-6 years. Most studies showed a significant decrease of leprosy cases by 50-60%. Furthermore, a complementary effect between single-dose rifampicin-post exposure prophylaxis and Bacillus Calmette–Guérin vaccine was identified. Moreover, the cost-effectiveness of the intervention was analyzed which resulted in IDR 80,414,775 being averted in its 25th year of implementationConclusion: The review established promising results of implementing single dose rifampicin-post exposure prophylaxis to prevent leprosy transmission. Further national scale intervention with a multi-layered approach is suggested to ensure full support and continuity of the large-scale intervention  a2597-4378