Active Case Finding for Rheumatic Fever in an Endemic Country

Author:

Okello Emmy1,Ndagire Emma12,Atala Jenifer1,Bowen Asha C.3,DiFazio Marc P.2,Harik Nada S.2,Longenecker Chris T.4ORCID,Lwabi Peter1ORCID,Murali Meghna2,Norton Scott A.2,Omara Isaac Otim1,Oyella Linda Mary1,Parks Tom5,Pulle Jafesi1,Rwebembera Joselyn1ORCID,Sarnacki Rachel J.2,Spurney Christopher F.2,Stein Elizabeth6,Tochen Laura2,Watkins David6,Zimmerman Meghan2ORCID,Carapetis Jonathan R.3,Sable Craig2,Beaton Andrea78ORCID

Affiliation:

1. Uganda Heart Institute Kampala Uganda

2. Children’s National Hospital Washington DC

3. Telethon Kids Institute Perth Western Australia Australia

4. Case Western Reserve University School of Medicine Cleveland OH

5. London School of Hygiene & Tropical Medicine London United Kingdom

6. University of Washington Seattle WA

7. Cincinnati Children's Hospital Medical Center Cincinnati OH

8. Cincinnati University School of Medicine Cincinnati OH

Abstract

Background Despite the high burden of rheumatic heart disease in sub‐Saharan Africa, diagnosis with acute rheumatic fever (ARF) is exceedingly rare. Here, we report the results of the first prospective epidemiologic survey to diagnose and characterize ARF at the community level in Africa. Methods and Results A cross‐sectional study was conducted in Lira, Uganda, to inform the design of a broader epidemiologic survey. Key messages were distributed in the community, and children aged 3 to 17 years were included if they had either (1) fever and joint pain, (2) suspicion of carditis, or (3) suspicion of chorea, with ARF diagnoses made by the 2015 Jones Criteria. Over 6 months, 201 children met criteria for participation, with a median age of 11 years (interquartile range, 6.5) and 103 (51%) female. At final diagnosis, 51 children (25%) had definite ARF, 11 (6%) had possible ARF, 2 (1%) had rheumatic heart disease without evidence of ARF, 78 (39%) had a known alternative diagnosis (10 influenza, 62 malaria, 2 sickle cell crises, 2 typhoid fever, 2 congenital heart disease), and 59 (30%) had an unknown alternative diagnosis. Conclusions ARF persists within rheumatic heart disease–endemic communities in Africa, despite the low rates reported in the literature. Early data collection has enabled refinement of our study design to best capture the incidence of ARF and to answer important questions on community sensitization, healthcare worker and teacher education, and simplified diagnostics for low‐resource areas. This study also generated data to support further exploration of the relationship between malaria and ARF diagnosis in rheumatic heart disease/malaria‐endemic countries.

Publisher

Ovid Technologies (Wolters Kluwer Health)

Subject

Cardiology and Cardiovascular Medicine

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