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Meet some of our new contributors (3)

Published on: Author: the CVR science blog editors

As part of a new series of posts from CVR staff and students about their work, CVR final year PhD student Alice Coburn, writes about her research in the Murcia lab on influenza virus cross-species transmission. If you would like more information on the work of the Murcia lab on influenza, check out these publications on comparing horse and… Continue reading

Meet some of our new contributors (2)

Published on: Author: the CVR science blog editors

As part of a new series of posts from CVR staff and students about their work, CVR postdoc Chris Syme, writes about his research in the Bhella lab on the structural biology of viruses like Zika virus using a diverse array of imaging techniques. If you would like to hear more about one of the techniques Chris writes about… Continue reading

Meet some of our new contributors (1)

Published on: Author: the CVR science blog editors

In this post, CVR PhD students Steph, Yasmin and Weronika, briefly write about their research (Zika pathogenesis, cat retroviruses and new HepC diagnostics) and the groups that they belong to, as part of a short series of articles from new Contagious Thinking contributors (check the whole team out here). Contagious Thinking serves to communicate the… Continue reading

Thanks for a wonderful 2016 on Contagious Thinking!

Published on: Author: the CVR science blog editors

What a year…. 16 blog posts; 12 podcasts (5 external, 7 internal); 1 PI-led post (Thanks Ed and Dave!); 21 people interviewed; 7 contributors; an undergraduate student, 1,155 listeners and 5,148 blog views; 16 photos on Instagram;  7 videos on Youtube Thank you! Hi everyone. 2016 was a fantastic year for Contagious Thinking and our team,… Continue reading

Human cells can ADAP2 inhibit virus entry

Published on: Author: the CVR science blog editors

Knowledge of how cells and organisms defend themselves against pathogenic microbes is of paramount interest in our understanding of infection and immunity. Determining the mechanism by which cells achieve this – and exploiting this knowledge – may aid in the development of therapies as well as improving our understanding of how these microbes cause disease. Shu et al., (from the… Continue reading