Castello lab - RNA-binding proteins in virus infection

Castello lab - RNA-binding proteins in virus infectionCastello lab - RNA-binding proteins in virus infectionCastello lab - RNA-binding proteins in virus infection

Castello lab - RNA-binding proteins in virus infection

Castello lab - RNA-binding proteins in virus infectionCastello lab - RNA-binding proteins in virus infectionCastello lab - RNA-binding proteins in virus infection
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Welcome to the Castello lab

Welcome to the Castello lab Welcome to the Castello lab Welcome to the Castello lab Welcome to the Castello lab

Welcome to the Castello lab

Welcome to the Castello lab Welcome to the Castello lab Welcome to the Castello lab Welcome to the Castello lab

About Us

RNA-binding proteins in virus infection

ERC-funded research - Unveiling the composition of viral ribonucleoproteins

ERC-funded research - Unveiling the composition of viral ribonucleoproteins

'A virus is bad news wrapped up in proteins' Sir Peter Medawar.

Viral RNA is 'at the heart' of virus infection and, therefore, the interactions that it establishes with the host cells are critical for the viral life cycle. Our goal is to uncover the molecular mechanisms underpinning these poorly characterized host-virus interactions and explore their therapeutic potential.

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ERC-funded research - Unveiling the composition of viral ribonucleoproteins

ERC-funded research - Unveiling the composition of viral ribonucleoproteins

ERC-funded research - Unveiling the composition of viral ribonucleoproteins

The Castello lab is funded by the vRNP-capture ERC Consolidator grant to discover the viral and cellular proteins that engage with viral RNAs in infected cells. Our data suggest that viruses from different families hijack a highly overlapping set of cellular RNA-binding proteins that play central roles in the viral life cycle. This opens 

The Castello lab is funded by the vRNP-capture ERC Consolidator grant to discover the viral and cellular proteins that engage with viral RNAs in infected cells. Our data suggest that viruses from different families hijack a highly overlapping set of cellular RNA-binding proteins that play central roles in the viral life cycle. This opens the possibility to identify host targets for broad spectrum antiviral therapies. 


Joining the Castello lab as PhD student

ERC-funded research - Unveiling the composition of viral ribonucleoproteins

Cutting-edge approaches to study the viral life cycle

If you are interested in joining the Castellolab as PhD student, you should consider applying to the MRC CVR PhD programme and and the Welcome Trust Integrative infection biology. Deadlines are approaching. 


ADVICE:

Write a strong and convincing cover letter explaining why you meet the goals of the programme and why you are a competitive ca

If you are interested in joining the Castellolab as PhD student, you should consider applying to the MRC CVR PhD programme and and the Welcome Trust Integrative infection biology. Deadlines are approaching. 


ADVICE:

Write a strong and convincing cover letter explaining why you meet the goals of the programme and why you are a competitive candidate. Highlight your academic and scientific achievements. 


Cutting-edge approaches to study the viral life cycle

Cutting-edge approaches to study the viral life cycle

Cutting-edge approaches to study the viral life cycle

Our expertise spans multiple disciplines, from molecular virology and cellular biology to OMICS and computational biology

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Work in a world leading institute for virus research

Cutting-edge approaches to study the viral life cycle

Work in a world leading institute for virus research

The MRC University of Glasgow Centre for Virus research harbours state-of-the-art infrastructures and facilities, from BSL3 laboratories and insectaries to RNA sequencing and cryo-EM facilities. With a large critical mass in virology ranging from structural and molecular virology to evolution and epidemiology

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