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Implementation of a Strongyloides screening strategy in solid organ transplant donors and recipients
Author(s) -
Camargo Jose F.,
Simkins Jacques,
Anjan Shweta,
Guerra Giselle,
Vianna Rodrigo,
Salama Sam,
Albright Carla,
Shipman Elizabeth,
Montoya Jose,
Morris Michele I.,
Abbo Lilian M.
Publication year - 2019
Publication title -
clinical transplantation
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.918
H-Index - 76
eISSN - 1399-0012
pISSN - 0902-0063
DOI - 10.1111/ctr.13497
Subject(s) - medicine , strongyloides , strongyloides stercoralis , strongyloidiasis , serology , transplantation , immunosuppression , organ transplantation , solid organ , immunology , antibody , helminths
Background Strongyloides stercoralis infects 100 million people worldwide. Mortality rates in hyperinfection syndrome exceed 50%. Donor‐derived Strongyloides infection has occurred after heart, kidney, kidney‐pancreas and liver transplantation; yet, only 10% of the US organ procurement organizations currently screen donors for strongyloidiasis. Methods We report a fatal case of donor‐derived disseminated Strongyloides infection in a liver transplant recipient. Following this case, we implemented universal screening and treatment of donors and recipients. We reviewed our local epidemiology and outcomes after protocol implementation. Results From a total of 355 deceased donors accepted at our center between January 2016, and March 2018, 14 (3.9%) had positive Strongyloides serology. Except for the index case, all other recipients of Strongyloides antibody‐positive donors within that period (including 10 kidneys, 3 livers, one combined liver/kidney, and one kidney/pancreas from eight seropositive donors) received post‐transplant prophylaxis with ivermectin, and to date are alive and doing well without signs of infection. Between October 2015, and September 2016, a total of 441 deceased donor solid organ transplants were performed at our center. 220 of these recipients had pretransplant Strongyloides serology available, and 23 of them were seropositive (10.5%). Within the first two years after the implementation of universal screening and treatment of donors and recipients, we had no cases of Strongyloides reactivation in our center. Conclusions Implementation of a Strongyloides screening and treatment protocol in our center was an effective strategy to prevent both recipient‐ and donor‐derived strongyloidiasis. Transplant centers should consider implementation of Strongyloides preventive strategies.