Cholera and syphilis captured in BioArt
How historical artefacts can highlight the progression of science and medicine.
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2023-03-31T10:53:47+01:0016 March 2023|
How historical artefacts can highlight the progression of science and medicine.
2021-10-14T18:38:54+01:0021 July 2021|
How genomics is helping to understand melioidosis - a neglected, often fatal, bacterial disease.
2022-07-26T13:08:10+01:0028 June 2021|
"we are well aware that what we know about already is just a small percentage of the diversity that actually exists on Earth."
2022-12-17T09:05:07+00:0018 September 2019|
The method of a baby’s birth affects its collection of gut microbes – its microbiome. But we still don’t know if that has any long-term effects on health
2021-11-26T16:14:37+00:008 August 2019|
Sanger scientists have sequenced the largest number of Treponema pallidum bacterial genomes to date. The bacterium causes syphilis, a sexually transmitted disease that is making a comeback. Their findings show us how the bacteria have evolved over time and developed resistance to antibiotics.
2021-10-11T18:20:14+01:0012 June 2019|
A global child killer constantly changes its coat to evade destruction, but a worldwide network of scientists is using genetics to get one step ahead.
2019-03-14T23:01:49+00:0014 March 2019|
Using caterpillars to investigate how human pneumonia works.
2015-03-30T09:27:46+01:0030 March 2015|
30.03.15 In the rest of the world, Salmonella Typhi has only one type of flagellin, the whip-like structure that helps it to move. Indonesian strains have at least three different types. Fernanda Schreiber asks why
2015-03-02T09:30:26+00:002 March 2015|
02.03.15 We’re beginning to understand how bacterial DNA adapts and evolves. John Lees explains the long and short of the technology that’s made it possible
Wellcome Genome Campus,
Hinxton, Cambridgeshire,
CB10 1SA. UK
+44 (0)1223 834244
Wellcome Genome Campus,
Hinxton, Cambridgeshire, CB10 1SA. UK
+44 (0)1223 834244