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The Cancer Research Agency and Cris Cancer Foundation have jointly funded 1.7 million pounds, which is over 2 million USD, for the LungVax research project. This funding will cover laboratory research and the production of 3,000 initial doses within the next two years. The vaccine will then be tested on individuals at high risk of lung cancer.

LungVax vaccine, developed by a team from Oxford University, the Francis Crick Institute, and University College London (UCL), is currently in the laboratory research stage. It uses technology similar to AstraZeneca’s Covid-19 vaccine to train the immune system to recognize and destroy cancer cell proteins. Professor Mariam Jamal-Hanjani of UCL and the Francis Crick Institute believes the vaccine could potentially cure up to 90% of all forms of lung cancer.

In the future, researchers will study the vaccine’s ability to activate the immune response successfully and proceed to human trials if the results are promising. This is the second lung cancer vaccine research project globally, with the first project showing a 41% reduction in the risk of death for certain types of lung cancer patients. Lung cancer is one of the leading causes of cancer-related deaths, and this vaccine could offer new hope for treatment.

Additionally, lung cancer has a high mortality rate globally, with Vietnam ranking second in new incidence rates and first in cancer death rates in 2023. The development of a successful lung cancer vaccine could have significant implications for public health and help reduce deaths caused by this deadly disease.

The funding provided by Cancer Research Agency and Cris Cancer Foundation is crucial for this project’s success as it covers both laboratory research costs and production costs for initial doses. The development of an effective lung cancer vaccine could significantly impact public health by providing new hope for treatment options.

Professor Jamal-Hanjani believes that LungVax has enormous potential as it uses technology similar to AstraZeneca’s Covid-19 vaccine to train immunity against cancer cells. With further development, this innovative approach could lead to better outcomes for patients with various types of cancers.

Overall, this joint effort between two leading organizations highlights how collaboration can drive progress towards finding effective solutions for some of humanity’s most pressing health issues like lung cancer.

In conclusion, LungVax is a promising new addition to our arsenal against lung cancer. With continued support from organizations like Cancer Research Agency and Cris Cancer Foundation, we may soon see significant improvements in treatment outcomes for those affected by this deadly disease.

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