Publications by authors named "Oyime P Aula"

Article Synopsis
  • - The study focuses on improving a quick and affordable DNA dipstick method for diagnosing schistosomiasis, a significant public health problem, by optimizing it for samples from infected mice and spiked human samples.
  • - Researchers collected various samples (urine, blood, feces) from infected mice and spiked human samples, using the DNA dipstick for DNA extraction and amplification techniques like LAMP for visualization.
  • - Results showed successful identification of S. japonicum from both mice and human samples, indicating that this method could lead to rapid, cost-effective diagnostics and help control schistosomiasis in affected regions.
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Schistosomiasis is a common neglected tropical disease of impoverished people and livestock in many developing countries in tropical Africa, the Middle East, Asia, and Latin America. Substantial progress has been made in controlling schistosomiasis in some African countries, but the disease still prevails in most parts of sub-Saharan Africa with an estimated 800 million people at risk of infection. Current control strategies rely primarily on treatment with praziquantel, as no vaccine is available; however, treatment alone does not prevent reinfection.

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Molecular diagnostics are powerful tools for disease detection but are typically confined to the laboratory environment due to the cumbersome methods required to extract nucleic acids from biological samples. Accurate diagnosis is essential for early detection of parasitic worm infections and for monitoring control programs, particularly during new transmission outbreaks to limit infection spread. We optimized the recently developed DNA dipstick technology to purify Schistosoma japonicum DNA from different life stages in <60 s.

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Hookworms are some of the most widespread of the soil-transmitted helminths (STH) with an estimated 438.9 million people infected. Until relatively recently Ancylostoma ceylanicum was regarded as a rare cause of hookworm infection in humans, with little public health relevance.

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