frequency as acute respiratory distress syndrome resulting in high patient mortality; immunocompromised individuals, neonates and infants are the most susceptible to life-threatening adenovirus infections. Despite our knowledge, there is not an effective antiviral therapy publically-available for the treatment of severe adenovirus infections.

Our laboratory studies how adenovirus interacts with host cell signalling pathways to promote viral replication. In this regard, we are particularly interested in how adenovirus engages with the ubiquitin-proteasome system and ubiquitin-like proteins to regulate host cell DNA damage response pathways. The current project aims to expand on studies currently ongoing in the laboratory to identify proviral and antiviral cellular factors that can be targeted therapeutically to limit viral replication. We will use proteomic techniques such as mass spectrometry to identify novel proviral/antiviral cellular factors, and genomic techniques such as CRISPR, allied with super-resolution microscopy, to establish the molecular basis of proviral/antiviral activities and determine whether these factors can be targeted to limit viral replication.

Applicants should have a strong background in virology and molecular and cellular biology. Previous laboratory experience is essential. Applicants should be ambitious, enthusiastic and self-motivated, and hold at least an Upper Second Class Honours Degree, or equivalent, in a relevant biological subject.

frequency as acute respiratory distress syndrome resulting in high patient mortality; immunocompromised individuals, neonates and infants are the most susceptible to life-threatening adenovirus infections. Despite our knowledge, there is not an effective antiviral therapy publically-available for the treatment of severe adenovirus infections.

Our laboratory studies how adenovirus interacts with host cell signalling pathways to promote viral replication. In this regard, we are particularly interested in how adenovirus engages with the ubiquitin-proteasome system and ubiquitin-like proteins to regulate host cell DNA damage response pathways. The current project aims to expand on studies currently ongoing in the laboratory to identify proviral and antiviral cellular factors that can be targeted therapeutically to limit viral replication. We will use proteomic techniques such as mass spectrometry to identify novel proviral/antiviral cellular factors, and genomic techniques such as CRISPR, allied with super-resolution microscopy, to establish the molecular basis of proviral/antiviral activities and determine whether these factors can be targeted to limit viral replication.

Applicants should have a strong background in virology and molecular and cellular biology. Previous laboratory experience is essential. Applicants should be ambitious, enthusiastic and self-motivated, and hold at least an Upper Second Class Honours Degree, or equivalent, in a relevant biological subject.