A simple tool for doubling down on disease control

"The information to support this dual effort is available in academic journals, but translating the information into a usable and practical format available to the right people at the right time is key to changing the way co-endemic diseases are controlled," says Claire J. Standley, PhD, MSc, assistant research professor with Georgetown's Center for Global Health Science and Security (CGHSS).

To meet that challenge, Standley, along with a group of global health researchers based at Georgetown University Medical Center, have created a web-based tool easily accessible to public health decision-makers on the ground. For now, the tool -- a website app with a simple interface -- pairs schistosomiasis, a neglected tropical disease, with malaria and allows users to enter factors based on local conditions and political constraints to determine the outcome of integrating control measures. The method and app are described in PLOS Neglected Tropical Diseases April 12.

Malaria and schistosomiasis are co-endemic throughout much of sub-Saharan African as well as certain regions of South America, the Middle East and Southeast Asia. Both are known to have complex immunological and pathological interactions. In all of these places, children experience the greatest impact of these diseases.

"This disease combination is particularly interesting," Standley explains. "We know that having schistosomiasis increases the risk of severe malaria. So if, for example, public health officials are in a community handing out bed nets, it could make sense to also treat for schistosomiasis because of the down-the-road benefit of reducing the risk of malaria."

In future iterations of the tool, the team plans to add financial and resource allocation data to the app.

"This would allow users to also assess cost-effectiveness and other real-world benefits of integrating disease control," she says. "We want to literally put the information in the hands of those making practical decisions on the ground to significantly increase the efficacy of disease control."

The research was supported by a Grand Challenges Explorations grant from the Bill & Melinda Gates Foundation.