Virology

Paul and the Mosquitos

From the authors of Paul Has Measles and Paul Stays Home comes Paul and the Mosquitos, an illustrated book for children about mosquito-borne diseases. In his camp, Paul and his friends discuss which is the most dangerous animal of all. They would never have imagined it would be the mosquito. ...

T cells will save us from COVID-19, part 3

In the two previous installments (one, two) of what has now become my praise of T cells, I explained that the SARS-CoV-2 protein sequences recognized by T cells do not change, likely explaining why vaccines prevent serious disease and death caused by any variant. Today I will explain that virus-specific ...

A whale of a virus story

The ancestors of cetaceans (whales, dolphins, and porpoises) moved from land to the sea over 50 million years ago. Many viruses infect cetaceans, but how they evolved during the shift from land to sea is unknown. Fossilized retroviral genomes integrated into cetacean DNA provide insight into this question. The retroviral ...

Evolution of a bacterial protein into a virus-like, RNA binding capsid

Starting with a bacterial protein, directed evolution in the laboratory has been used to produce a virus-like capsid that binds and protects RNA. This finding has implications for the origins of viruses. One view of the evolution of life is that viruses were present even before the first cells in ...

Dynamics of SARS-CoV-2 Vaccine-Induced Antibody Immunity

Gertrud U. Rey Vaccination against the vaccine-preventable diseases is preferable to natural infection because it prevents illness and the long-term effects associated with many infections; and in most cases, it also leads to better immunity. In the case of immunity induced by SARS-CoV-2 vaccination, it is slowly becoming clear that ...
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