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Review of ivermectin MDA for onchocerciasis and hookworm co-infections in endemic regions

Review of ivermectin MDA for onchocerciasis and hookworm co-infections in endemic regions
Photo by Lucas Vasques / Unsplash
Key Takeaway
Consider integrated strategies for onchocerciasis and hookworm co-infections, noting gaps in immunological data.

This is a narrative review that synthesizes evidence on integrated control of onchocerciasis and soil-transmitted helminths, focusing on co-infected populations in Onchocerca volvulus endemic regions. The scope includes preventative chemotherapy, population surveillance, post-elimination vector surveillance strategies, and Mass Drug Administration (MDA) with ivermectin.

The authors report a positive impact of MDA with ivermectin on hookworm co-infections. However, they note notable gaps in human immunological studies regarding the impact of onchocerciasis elimination in co-infected populations.

Key limitations acknowledged by the authors include the limited availability of comprehensive data on the immunological interactions between O. volvulus and other neglected tropical diseases, as well as gaps in human immunological studies. The review does not report specific effect sizes, p-values, confidence intervals, or sample sizes.

Practice relevance emphasizes the need for integrated control strategies and diagnostic tools to identify multiple diseases endemic to a particular region. The authors suggest that these approaches may support broader elimination efforts, but the evidence base remains incomplete.

Study Details

Study typeSystematic review
EvidenceLevel 1
PublishedMay 2026
View Original Abstract ↓
Onchocerciasis is one of the neglected tropical diseases targeted by the World Health Organization (WHO) for elimination through preventative chemotherapy, population surveillance, and post-elimination vector surveillance strategies. Several Onchocerca volvulus endemic regions suffer from co-infections that create challenges for preventative chemotherapy which ultimately hinders global elimination efforts. Though co-infection dynamics between onchocerciasis and other neglected tropical diseases are described in literature, this review demonstrates notable gaps in human immunological studies with regard to the impacts of onchocerciasis elimination in co-infected populations. In regions where multiple NTDs coexist healthcare workers are faced with diagnostic and treatment challenges that underscore the need for integrated control strategies and diagnostic tools to identify multiple diseases endemic to a particular region. Though treatment and control measures have demonstrated challenges, a positive aspect was noted in this review regarding co-infection of onchocerciasis and soil-transmitted helminths (STH), wherein Mass Drug Administration (MDA) with ivermectin for treatment of onchocerciasis had a positive impact in treating hookworm co-infections. With limited availability of comprehensive data on the immunological interactions between O. volvulus and other neglected tropical diseases there is a need for further research to determine the necessary steps required to reach onchocerciasis elimination in foci that currently face treatment challenges and complications.
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