The screening, diagnosis, and treatment of tuberculosis (TB) in children remain far from optimal – and in many respects lags behind what can be done for adults. Elri Voigt rounds up five developments in paediatric TB presented at the 52nd Union World Conference on Lung Health.
“The results are in: artificial intelligence (AI) outperforms humans at reading chest X-rays for signs of tuberculosis,” proclaimed a recent newsletter of the Stop TB Partnership. Tiyese Jeranji spoke to a variety of experts about the landmark study behind this proclamation and asked what AI-aided X-ray interpretation may mean for countries like South Africa with high TB burdens.
South Africa’s first National Tuberculosis Prevalence Survey found that many people without TB symptoms nevertheless have TB disease that can be detected using chest X-rays. Accordingly, new mobile X-ray screening programmes are being piloted in a number of provinces. Tiyese Jeranji reports.
Over 150 000 people who had TB in South Africa in 2018 were not diagnosed, according to findings from South Africa’s long-awaited National Tuberculosis Prevalence Survey. One reason for this is that an unexpectedly high number of people do not show the typical TB symptoms and are never x-rayed. Amy Green reports.
New World Health Organization guidance released this week endorses the wider use of chest X-rays and artificial intelligence for tuberculosis detection. Before these technologies can be fully utilised in South Africa, some regulatory and other issues will first have to be sorted out. Catherine Tomlinson reports.
Children shoulder approximately 12% of the global TB burden, and this proportion is likely higher in high TB burden countries. In South Africa, up to 30 000 children develop TB each year. Tiyese Jeranji spoke to TB expert, Dr Megan Palmer from Brooklyn Chest Hospital about treatment challenges and how to improve TB detection and treatment outcomes in children.