Viruses are dependent upon the host cell protein synthesis machinery, thus they have developed a range of strategies to manipulate host translation to favour viral protein synthesis. Consequently, the study of viral translation has been a powerful tool for illuminating many aspects of cellular translational control. Although much work to date has focused on translational regulation by RNA viruses, DNA viruses have also evolved complex mechanisms to regulate protein synthesis. Here we summarize work on a large family of DNA viruses, the Herpesviridae, which have evolved mechanisms to sustain efficient cap-dependent translation and to regulate the translation of specific viral mRNAs
Transcription control is the foundation of gene regulation. Whereas a cell is fully equipped for thi...
Transcription control is the foundation of gene regulation. Whereas a cell is fully equipped for thi...
Viruses feature an evolutionary shaped minimal genome that is obligately dependent on the cellular t...
Viruses are dependent upon the host cell protein synthesis machinery, thus they have developed a ran...
Herpesviral mRNAs are produced and translated by cellular machinery, rendering them susceptible to t...
Herpesviral mRNAs are produced and translated by cellular machinery, rendering them susceptible to t...
Viruses do not carry their own protein biosynthesis machinery and the translation of viral proteins ...
Viruses are obligate intracellular parasites, and their replication requires host cell functions. Al...
Viruses are among the ultimate conquerors. Even the exploits of Genghis Khan and Alexander the Grea...
International audienceRegulation of protein synthesis by viruses occurs at all levels of translation...
mRNA translation requires the ordered assembly of translation initiation factors and ribosomal subun...
Modulation of the host cell’s translational machinery is a crucial part of viral infection strategie...
mRNA translation requires the ordered assembly of translation initiation factors and ribosomal subun...
In response to numerous signals, latent herpesvirus genomes abruptly switch their developmental prog...
Viruses rely on the cellular machinery of host cells to synthesize their proteins, and have develope...
Transcription control is the foundation of gene regulation. Whereas a cell is fully equipped for thi...
Transcription control is the foundation of gene regulation. Whereas a cell is fully equipped for thi...
Viruses feature an evolutionary shaped minimal genome that is obligately dependent on the cellular t...
Viruses are dependent upon the host cell protein synthesis machinery, thus they have developed a ran...
Herpesviral mRNAs are produced and translated by cellular machinery, rendering them susceptible to t...
Herpesviral mRNAs are produced and translated by cellular machinery, rendering them susceptible to t...
Viruses do not carry their own protein biosynthesis machinery and the translation of viral proteins ...
Viruses are obligate intracellular parasites, and their replication requires host cell functions. Al...
Viruses are among the ultimate conquerors. Even the exploits of Genghis Khan and Alexander the Grea...
International audienceRegulation of protein synthesis by viruses occurs at all levels of translation...
mRNA translation requires the ordered assembly of translation initiation factors and ribosomal subun...
Modulation of the host cell’s translational machinery is a crucial part of viral infection strategie...
mRNA translation requires the ordered assembly of translation initiation factors and ribosomal subun...
In response to numerous signals, latent herpesvirus genomes abruptly switch their developmental prog...
Viruses rely on the cellular machinery of host cells to synthesize their proteins, and have develope...
Transcription control is the foundation of gene regulation. Whereas a cell is fully equipped for thi...
Transcription control is the foundation of gene regulation. Whereas a cell is fully equipped for thi...
Viruses feature an evolutionary shaped minimal genome that is obligately dependent on the cellular t...