T cells will save us from COVID-19, part two
…the ancestral virus, or from peptide pools covering the regions of spike that are changed in the variant viruses. As shown previously, T cell epitopes in the spike protein of…
…the ancestral virus, or from peptide pools covering the regions of spike that are changed in the variant viruses. As shown previously, T cell epitopes in the spike protein of…
…bats harbor many SARS-like coronaviruses. Subsequent research revealed that some of these bat viruses have pandemic potential. We knew that CoVs lurked in bats in China with the potential to…
Despite recent proclamations to the contrary by WHO, there is good evidence that individuals who are asymptomatically infected with SARS-CoV-2 can efficiently spread infection to others. The levels of virus…
…seasonality (summer, early autumn) in temperate climates. It is caused by members of the genus enterovirus, Coxsackievirus A10 and A16 or enterovirus type 71, viruses that are related to poliovirus.…
…and November. In the spring of 1919 a second disastrous wave of infections took place. The H3N2 strain of influenza virus was responsible for a pandemic in 1968-1970. This virus…
…replication, single-cell RNA sequencing was done to determine the alterations of mRNAs caused by virus infection. This analysis identified a set of genes whose transcription was induced by virus infection…