11:15 George Freeman (Conservative)

It is worth saying that that leadership is not just in human genomics but in animal and plant genomics. I was recently up in Scotland visiting the Roslin Institute and the James Hutton Institute. Across the UK, we have such an understanding of not only genomics across humans, animals and plants, and their diseases, but the application of those genomics to help to develop drought-resistant crops for Africa and disease-resistant crops that do not need to be sprayed with highly carbon-intensive pesticides. The underpinning technology is fundamental to net zero and global sustainability, to allowing agriculture in sub-Saharan Africa and to improving nutrition and health around the world. The front end now is cancer and rare disease, but the revolution in technology will drive sustainability and prosperity around the world over the coming decades.

I have put the research security agenda right at the heart of our definition. Here in the UK, in 2020 we set out the Genome UK 10-year genetic healthcare strategy, with £175 million for life-saving programmes around cancer and rare diseases. We have set out the UK biological security strategy, recognising exactly the points made by the right hon. Gentleman about biosecurity in an interconnected world. In the pandemic, we saw the cost of disease to the global economy, as well as to our own, and we glimpsed the value of health and strong health resilience. That is biosecurity in terms of human health, but we are also in a world in which more and more food products and animal products are transported, and where climate change is driving new patterns of migration in insects and animals. There is a growing threat of infectious disease—pathogen biosecurity—which is one of the issues that our new economic security cabinet has looked at. We have now refreshed our biological security strategy.

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