Population-based HIV model would benefit research and public health initiatives worldwide.

TOP INSIGHT
The model is an assay that identifies new combinations of naturally occurring antibody biomarkers, resulting in a promising set of four biomarkers that could be used.
"Improved methods for classifying recent infection from older infections are critically needed to help identify the most effective prevention strategies," Tomaras said.
Tomaras and colleagues worked to develop a way to measure HIV incidence that takes into account the unique features of the current epidemic while also capitalizing on recent insights into how the virus and the body interact during the early phases of infection.
The result was an assay that identifies new combinations of naturally occurring antibody biomarkers, resulting in a promising set of four biomarkers that could be used. The new assay has a longer, and thus more accurate, time-period that constitutes recent infection, and fewer false classifications.
"Having a more accurate HIV incidence test could substantially reduce costs for researchers, because they would need a much smaller sample size to enroll in studies," Tomaras said.
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