Oxford University's Vaccine Produces Strong Immune Response in Older Adults, Hailed as Potential 'Game Changer'
Scientists at Oxford University have made a significant breakthrough in their Covid-19 vaccine development, with phase two data showing that the vaccine triggers a robust immune response in healthy adults aged 56-69 and people over 70. This is a critical finding, as older adults are at increased risk of severe disease and death from Covid-19. The UK Government has placed orders for 100 million doses of the Oxford vaccine, enough to vaccinate most of the population if it receives regulatory approval.
Key Takeaways:
- The Oxford vaccine produces a strong immune response in older adults, with a similar response to that seen in younger volunteers.
- The vaccine is well-tolerated in older adults, with no significant side effects reported.
- The UK Government has placed orders for 100 million doses of the Oxford vaccine, with the aim of vaccinating most of the population if it receives regulatory approval.
- The vaccine is cheaper to produce than Pfizer's vaccine, with a price of £2.23 per dose in EU countries, compared to £29.47 per dose in the US.
- The Oxford vaccine uses traditional methods of vaccine production, inserting the spike protein of coronavirus into a common cold virus, whereas Pfizer's vaccine uses messenger RNA to instruct cells to make the spike protein.
- The Pfizer vaccine requires two jabs, given three weeks apart, and needs to be stored at extremely cold temperatures, making it more complicated to administer.
- Many experts believe that Oxford is not far behind Pfizer in terms of vaccine development, and may release its findings in the coming weeks.
Statistics:
- 100 million doses of the Oxford vaccine have been ordered by the UK Government.
- The price of the Oxford vaccine in EU countries is £2.23 per dose.
- The price of the Pfizer vaccine in the US is £29.47 per dose.
- The Pfizer vaccine requires storage at temperatures of -80 degrees Celsius.
- 70-80% of vulnerable adults may be vaccinated by Easter, according to Sir John Bell.
Sources:
- The Lancet
- Oxford University
- BBC News
- Telegraph UK
- NHS
- Biomedical Advanced Research and Development Authority (Barda)
- Medicines and Healthcare products Regulatory Agency (MHRA)
- Francis Crick Institute