Cost-effectiveness of different strategies for screening and treatment of Strongyloides stercoralis in migrants from endemic countries to the European Union

Background The best strategy for controlling morbidity due to imported strongyloidiasis in migrants is unclear. We evaluate the cost-effectiveness of six possible interventions.Methods We developed a stochastic Markov chain model. The target population was adult migrants from endemic countries to th...

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Main Authors: Philip Erick Wikman-Jorgensen, Jara Llenas-Garcia, Jad Shedrawy, Joaquim Gascon, Jose Muñoz, Zeno Bisoffi, Ana Requena-Mendez
Format: Article
Language:English
Published: BMJ Publishing Group 2020-05-01
Series:BMJ Global Health
Online Access:https://gh.bmj.com/content/5/5/e002321.full
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spelling doaj-313e1d5d10814c38bcd851e956f043f32020-11-25T03:41:09ZengBMJ Publishing GroupBMJ Global Health2059-79082020-05-015510.1136/bmjgh-2020-002321Cost-effectiveness of different strategies for screening and treatment of Strongyloides stercoralis in migrants from endemic countries to the European UnionPhilip Erick Wikman-JorgensenJara Llenas-GarciaJad ShedrawyJoaquim GasconJose MuñozZeno BisoffiAna Requena-MendezBackground The best strategy for controlling morbidity due to imported strongyloidiasis in migrants is unclear. We evaluate the cost-effectiveness of six possible interventions.Methods We developed a stochastic Markov chain model. The target population was adult migrants from endemic countries to the European Union; the time horizon, a lifetime and the perspective, that of the health system. Average and incremental cost-effectiveness ratios (ACER and ICER) were calculated as 2016 EUR/life-year gained (LYG). Health interventions compared were: base case (no programme), primary care-based presumptive treatment (PCPresTr), primary care-based serological screening and treatment (PCSerTr), hospital-based presumptive treatment (HospPresTr), hospital-based serological screening and treatment (HospSerTr), hospital-based presumptive treatment of immunosuppressed (HospPresTrim) and hospital-based serological screening and treatment of the immunosuppressed (HospSerTrim). The willingness to pay threshold (WTP) was €32 126.95/LYG.Results The base case model yielded a loss of 2 486 708.24 life-years and cost EUR 3 238 393. Other interventions showed the following: PCPresTr: 2 488 095.47 life-years (Δ1 387.23LYG), cost: EUR 8 194 563; ACER: EUR 3573/LYG; PCSerTr: 2 488 085.8 life-years (Δ1377.57LYG), cost: EUR 207 679 077, ACER: EUR 148 407/LYG; HospPresTr: 2 488 046.17 life-years (Δ1337.92LYG), cost: EUR 14 559 575; ACER: EUR 8462/LYG; HospSerTr: 2 488 024.33 life-years (Δ1316.08LYG); cost: EUR 207 734 073; ACER: EUR 155 382/LYG; HospPresTrim: 2 488 093.93 life-years, cost: EUR 1 105 483; ACER: EUR −1539/LYG (cost savings); HospSerTrim: 2 488 073.8 life-years (Δ1365.55LYG), cost: EUR 4 274 239; ACER: EUR 759/LYG. One-way and probabilistic sensitivity analyses were undertaken; HospPresTrim remained below WTP for all parameters’ ranges and iterations.Conclusion Presumptively treating all immunosuppressed migrants from areas with endemic Strongyloides would generate cost savings to the health system.https://gh.bmj.com/content/5/5/e002321.full
collection DOAJ
language English
format Article
sources DOAJ
author Philip Erick Wikman-Jorgensen
Jara Llenas-Garcia
Jad Shedrawy
Joaquim Gascon
Jose Muñoz
Zeno Bisoffi
Ana Requena-Mendez
spellingShingle Philip Erick Wikman-Jorgensen
Jara Llenas-Garcia
Jad Shedrawy
Joaquim Gascon
Jose Muñoz
Zeno Bisoffi
Ana Requena-Mendez
Cost-effectiveness of different strategies for screening and treatment of Strongyloides stercoralis in migrants from endemic countries to the European Union
BMJ Global Health
author_facet Philip Erick Wikman-Jorgensen
Jara Llenas-Garcia
Jad Shedrawy
Joaquim Gascon
Jose Muñoz
Zeno Bisoffi
Ana Requena-Mendez
author_sort Philip Erick Wikman-Jorgensen
title Cost-effectiveness of different strategies for screening and treatment of Strongyloides stercoralis in migrants from endemic countries to the European Union
title_short Cost-effectiveness of different strategies for screening and treatment of Strongyloides stercoralis in migrants from endemic countries to the European Union
title_full Cost-effectiveness of different strategies for screening and treatment of Strongyloides stercoralis in migrants from endemic countries to the European Union
title_fullStr Cost-effectiveness of different strategies for screening and treatment of Strongyloides stercoralis in migrants from endemic countries to the European Union
title_full_unstemmed Cost-effectiveness of different strategies for screening and treatment of Strongyloides stercoralis in migrants from endemic countries to the European Union
title_sort cost-effectiveness of different strategies for screening and treatment of strongyloides stercoralis in migrants from endemic countries to the european union
publisher BMJ Publishing Group
series BMJ Global Health
issn 2059-7908
publishDate 2020-05-01
description Background The best strategy for controlling morbidity due to imported strongyloidiasis in migrants is unclear. We evaluate the cost-effectiveness of six possible interventions.Methods We developed a stochastic Markov chain model. The target population was adult migrants from endemic countries to the European Union; the time horizon, a lifetime and the perspective, that of the health system. Average and incremental cost-effectiveness ratios (ACER and ICER) were calculated as 2016 EUR/life-year gained (LYG). Health interventions compared were: base case (no programme), primary care-based presumptive treatment (PCPresTr), primary care-based serological screening and treatment (PCSerTr), hospital-based presumptive treatment (HospPresTr), hospital-based serological screening and treatment (HospSerTr), hospital-based presumptive treatment of immunosuppressed (HospPresTrim) and hospital-based serological screening and treatment of the immunosuppressed (HospSerTrim). The willingness to pay threshold (WTP) was €32 126.95/LYG.Results The base case model yielded a loss of 2 486 708.24 life-years and cost EUR 3 238 393. Other interventions showed the following: PCPresTr: 2 488 095.47 life-years (Δ1 387.23LYG), cost: EUR 8 194 563; ACER: EUR 3573/LYG; PCSerTr: 2 488 085.8 life-years (Δ1377.57LYG), cost: EUR 207 679 077, ACER: EUR 148 407/LYG; HospPresTr: 2 488 046.17 life-years (Δ1337.92LYG), cost: EUR 14 559 575; ACER: EUR 8462/LYG; HospSerTr: 2 488 024.33 life-years (Δ1316.08LYG); cost: EUR 207 734 073; ACER: EUR 155 382/LYG; HospPresTrim: 2 488 093.93 life-years, cost: EUR 1 105 483; ACER: EUR −1539/LYG (cost savings); HospSerTrim: 2 488 073.8 life-years (Δ1365.55LYG), cost: EUR 4 274 239; ACER: EUR 759/LYG. One-way and probabilistic sensitivity analyses were undertaken; HospPresTrim remained below WTP for all parameters’ ranges and iterations.Conclusion Presumptively treating all immunosuppressed migrants from areas with endemic Strongyloides would generate cost savings to the health system.
url https://gh.bmj.com/content/5/5/e002321.full
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