The installation was commissioned to mark the 30th anniversary of the Oxford Vaccine Group which was established in 1994, and set out to provide scientific research into the development and implementation of vaccines, in particular diseases for which there were at the time no effective vaccines.
The installation consists of six, three-dimensional sculptures woven in English willow, representing different diseases for which OVG has developed a vaccine: pneumonia, meningitis, typhoid, Covid, malaria and Ebola. Five of these will be suspended in the central room of the Museum, within the How Evolution Works gallery, with the sixth – a 2.4m long representation of Ebola weighing 75kg – lying at floor level.
‘For 30 years, OVG has been working at the forefront of vaccine research in the fight against these diseases and many others, saving millions of lives, and helping people of all ages live longer, happier and healthier lives,’ says Professor Pollard, Director of the Oxford Vaccine Group, ‘and it is really exciting to see Angela bring this to life in her artwork.’
more recommended stories
Rapid-Acting Antidepressants Share Neuroimmune PathwaysKey Points Researchers identified common neuroimmune.
SuperAgers and Alzheimer’s Disease Risk ExplainedKey Summary SuperAgers maintain exceptional episodic.
Inherited Genetics and Cancer Susceptibility ExplainedKey Summary Inherited genetics directly influences.
Multiple Sclerosis Mortality Trends Reveal Care Gaps in the USAKey Points Multiple sclerosis mortality in.
Drinking Water With Meals Linked to Higher Food IntakeKey Points Summary A new Appetite.
Cyclosporiasis Risk: Who Faces the Highest Threat?Key Summary Cyclosporiasis cases are increasing.
EP2 Receptor Research Opens New Path for Healthy AgingKey Points Researchers identified the EP2.
Obesity-Associated Leukemia Linked to InflammationKey Takeaways Researchers identified how obesity.
Chronic Xanthan Gum Alters Gut Microbiota and Colon HealthKey Points Chronic xanthan gum consumption.
Calcific Aortic Valve Stenosis Linked to Gum Disease BacteriaKey Points Researchers identified a potential.
Leave a Comment