In the face of the ever-present threat of a pandemic, UK scientists have taken a proactive approach, commencing on the development of vaccinations as a preventive measure against the cryptic “Disease X.”
The project is being carried out painstakingly within the fortified boundaries of the government’s high-security Porton Down laboratory facility in Wiltshire, where a devoted team of over 200 scientists is at the helm of this ground-breaking venture.
What is Disease X?
According to the World Health Organisation (WHO), “Disease X represents the recognition that a significant global outbreak may result from a pathogen that is currently unrecognised as a cause of human illness.” This phrase was first used in 2018.
Disease X is the cryptic moniker given to the significant threat posed by unknown viruses to human health. Disease X is listed on a short list of diseases designated as a priority for research by the World Health Organisation, with well-known threats such as SARS and Ebola.
The work at hand entails navigating uncharted territory, with scientists building a list of probable animal viruses capable of leapfrogging to humans and spreading globally at an unprecedented rate. The hazy and ill-defined character of the impending menace has earned it the moniker “Disease X.” The arduous effort is led by the realisation that forecasting which of these potential diseases will cause the next pandemic remains a mystery.
The Vaccine Development and Evaluation Centre at Porton Down has expanded its focus beyond COVID to include the coming threat of “Disease X.” While its initial focus was on evaluating the efficacy of vaccinations against developing COVID variants, scientists have recently shifted their focus to closely monitoring a variety of high-risk infections. Among these are bird flu, monkeypox, and hantavirus, a rodent-borne disease.
Among the early accomplishments was the development of the world’s first vaccine for Crimean-Congo hemorrhagic fever. This disease, spread by ticks, has a 30% fatality rate. The new vaccine is being tested on 24 volunteers in the first clinical trials. The fever has becoming more common in Europe, owing to rising global temperatures and infected travellers returning to the UK.
According to one study, climate change and demographic movements are exacerbating the risk of a new pandemic. Cross-species viral transmissions have been aided by urbanisation and altered environments, as evidenced by bird flu. Climate change has allowed disease vectors such as ticks and mosquitos to migrate into formerly inhospitable areas.