Research discoveries at Baylor College of Medicine can potentially reach the point where they evolve into practical applications that improve the quality of life. After
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Dr. Margaret (“Peggy”) Goodell, an expert in the field of stem cell research, is recognized for her distinguished career and continuing achievements in original scientific work.
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The findings offer potential new targets for antivirals to treat this serious threat to children and immunocompromised patients.
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This study is the first to show that rotavirus-altered lipid metabolism in the intestine plays a role in the disease.
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Human intestinal enteroids have revolutionized the study of gastrointestinal viruses like rotavirus.
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The work also highlights the value of human organoid technology to improve the understanding of any disease and identify potential clinical applications.
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Llama nanobodies may offer an option for treating norovirus, a global health problem for which there are no vaccines or antiviral drugs.
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The findings provide insight into the viral infection process, highlighting unique pathways and targets for developing effective therapeutics.
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The findings are an example of how viruses can evolve by incorporating structurally distinct modules with similar functionality.
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Researchers anticipate that the human nose organoid system would help accelerate the transfer of lab-developed therapeutics to the bedside.
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