A new study looking at the replication stage of the SARS-CoV-2 virus that causes COVID-19 reveals important mechanisms in its replication that could be the foundation for new antiviral therapies.
Cell & Microbiology
Apr 5, 2024
0
9
Scientists in Canada and the U.S. have discovered a new way in which Ebola—an often deadly virus affecting people mostly in sub-Saharan Africa—reproduces in the body.
Molecular & Computational biology
Mar 17, 2024
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126
A detailed atomic exploration into how the dengue virus replicates its genome could catalyze the development of high-precision targeted antiviral therapeutics.
Cell & Microbiology
Oct 31, 2023
0
1
A broad-spectrum antiviral drug candidate, 2-thiouridine, that targets positive-strand RNA viruses has been identified and characterized.
Biochemistry
Oct 20, 2023
0
14
RNA viruses, such as the coronavirus that causes COVID-19, are in a life-and-death race the moment they infect a cell.
Cell & Microbiology
Jan 24, 2023
0
58
Scientists have discovered why some coronaviruses are more likely to cause severe disease, which has remained a mystery until now. Researchers of the University of Bristol-led study, published in Science Advances today (November ...
Biochemistry
Nov 23, 2022
0
537
Researchers have identified a promising strategy for development of broad-spectrum antiviral therapies that centers around promoting a strong immune response capable of stopping a number of viruses in their infectious tracks.
Biochemistry
Oct 10, 2022
0
91
More than half of known human pathogenic diseases such as dengue, hepatitis, pneumonia, malaria, Zika and more, can be aggravated by climate change. That eye-opening and startling finding is the topic of a research paper ...
Earth Sciences
Aug 8, 2022
1
373
A collaborative study from UT Southwestern scientists has identified a new function for a protein called TAO2 that appears to be key to inhibiting replication of the influenza virus, which sickens millions of individuals ...
Cell & Microbiology
Jun 20, 2022
0
278
Human cells use a protein named TBC1D5 to route influenza A viruses inside host cells for destruction, preventing the virus from spreading replicated copies of itself to other cells, according to a study published in Nature ...
Cell & Microbiology
Oct 29, 2021
0
83
