Preventing tuberculosis with community‐based care in an HIV‐endemic setting: a modelling analysis

Author:

Ross Jennifer M.1ORCID,Greene Chelsea2,Broshkevitch Cara J.3ORCID,Dowdy David W.4ORCID,van Heerden Alastair56ORCID,Heitner Jesse7,Rao Darcy W.8,Roberts D. Allen9ORCID,Shapiro Adrienne E.110ORCID,Zabinsky Zelda B.2,Barnabas Ruanne V.711

Affiliation:

1. Division of Allergy and Infectious Diseases Department of Medicine University of Washington Seattle Washington USA

2. Department of Industrial and Systems Engineering University of Washington Seattle Washington USA

3. Department of Epidemiology University of North Carolina Chapel Hill North Carolina USA

4. Department of Epidemiology Johns Hopkins Bloomberg School of Public Health Baltimore Maryland USA

5. Centre for Community Based Research Human Sciences Research Council Pietermaritzburg South Africa

6. SAMRC/Wits Developmental Pathways for Health Research Unit University of the Witwatersrand Johannesburg South Africa

7. Division of Infectious Diseases Massachusetts General Hospital Boston Massachusetts USA

8. Bill & Melinda Gates Foundation Seattle Washington USA

9. Department of Epidemiology University of Washington Seattle Washington USA

10. Department of Global Health University of Washington Seattle Washington USA

11. Harvard Medical School Boston Massachusetts USA

Abstract

AbstractIntroductionAntiretroviral therapy (ART) and tuberculosis preventive treatment (TPT) both prevent tuberculosis (TB) disease and deaths among people living with HIV. Differentiated care models, including community‐based care, can increase the uptake of ART and TPT to prevent TB in settings with a high burden of HIV‐associated TB, particularly among men.MethodsWe developed a gender‐stratified dynamic model of TB and HIV transmission and disease progression among 100,000 adults ages 15−59 in KwaZulu‐Natal, South Africa. We drew model parameters from a community‐based ART initiation and resupply trial in sub‐Saharan Africa (Delivery Optimization for Antiretroviral Therapy, DO ART) and other scientific literature. We simulated the impacts of community‐based ART and TPT care programmes during 2018−2027, assuming that community‐based ART and TPT care were scaled up to similar levels as in the DO ART trial (i.e. ART coverage increasing from 49% to 82% among men and from 69% to 83% among women) and sustained for 10 years. We projected the number of TB cases, deaths and disability‐adjusted life years (DALYs) averted relative to standard, clinic‐based care. We calculated programme costs and incremental cost‐effectiveness ratios from the provider perspective.ResultsIf community‐based ART care could be implemented with similar effectiveness to the DO ART trial, increased ART coverage could reduce TB incidence by 27.0% (range 21.3%−34.1%) and TB mortality by 34.6% (range 24.8%–42.2%) after 10 years. Increasing both ART and TPT uptake through community‐based ART with TPT care could reduce TB incidence by 29.7% (range 23.9%−36.0%) and TB mortality by 36.0% (range 26.9%−43.8%). Community‐based ART with TPT care reduced gender disparities in TB mortality rates, with a projected 54 more deaths annually among men than women (range 11–103) after 10 years of community‐based care versus 109 (range 41–182) in standard care. Over 10 years, the mean cost per DALY averted by community‐based ART with TPT care was $846 USD (range $709–$1012).ConclusionsBy substantially increasing coverage of ART and TPT, community‐based care for people living with HIV could reduce TB incidence and mortality in settings with high burdens of HIV‐associated TB and reduce TB gender disparities.

Funder

Firland Foundation

National Institute of Allergy and Infectious Diseases

Publisher

Wiley

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