Diagnosing Ebola in Sierra Leone

Wellcome Trust Blog

sierra leone

Wellcome-funded virologist Professor Ian Goodfellow is usually based in the Division of Virology at the University of Cambridge, but he recently took a break from his usual research to travel to Sierra Leone and help out at an Ebola diagnostic facility. In the first of a two-part series, he tells us about his experiences in an Ebola diagnostics facility in Sierra Leone and what more needs to be done to get the current epidemic under control…

What is your day job? Tell us a bit about your research…

Ian gfMy main research focus is virus-host interactions, focusing primarily on noroviruses, the major cause of gastroenteritis in the developed world. We’ve used a variety of approaches to try to understand the viral life cycle and more recently have taken the first steps towards the identification of therapeutic approaches for the control of norovirus infection in patients. My interests have recently spread into…

View original post 1,928 more words

Ebola news and research

Ebola virus The Science and Science Translational Medicine journals (both published by the American Association for the Advancement of Science)  have compiled over a decade’s worth of material (including much of their published news and research) into an Ebola Virus  Special Collection. This collection on the viral disease has been made freely available to researchers and the general public and can be viewed here.

Medical Library Team
medlib@abdn.ac.uk

Image of the week: Ebola

Wellcome Trust Blog

L0076142 Ebola. Sculpture by Luke Jerram, c. 2004

This week’s image is of a sculpture of the Ebola virus, created by artist Luke Jerram.

It is an unusual, and artistic, take on Ebola. With the virus continuing to spread in West Africa and the responses from the global health community regularly in the news, we’ve found that journalists and health writers have been requesting images of the virus, but they are not easy to come by.

Made entirely of glass, Luke’s sculpture is approximately one million times larger than the virus itself, and is part of a series of similar glass-works called Glass Microbiology.

All the pieces in this series are transparent and colourless, in deliberate contrast to artificially coloured scientific images. Being smaller than the wavelength of light, viruses in fact have no colour. To create the series, Luke worked in consultation with virologists from the University of Bristol, and photographs of his work have…

View original post 100 more words