>MANY CITIES hope that success in one industry may beget success in another. Take Aberdeen, which grew rich from oil exploitation in the North Sea. By a decade ago, the Granite City laid claim to more multimillionaires per head of population than anywhere else in Britain. Now a local tycoon, Sir Ian Wood, hopes to foster growth in a different sector. In May, with government funding, his development agency, Opportunity North East, opened a university-backed research facility to help startups in the city scale up their efforts.
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>His bet is on life sciences, a term encompassing high-tech efforts in making pharmaceuticals, biotechnology or medical devices. The city already has a decent record here. Professor David Blackbourn of the University of Aberdeen says ten companies have spun out from his institution. One, TauRx, based in a former bus depot, is trying to develop a treatment for Alzheimer’s and has raised over $800m since its founding in 2002. Its innovation, tested in human trials, targets tau tangles (abnormal clumps of protein that stick to neurons in the brain). Regulators will soon determine if the treatment is sufficiently effective. Its chief operating officer, Glenn Corr, calls it a “life and death” moment.
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>For life sciences in general much is also on the line. Since coming to office last year, Rishi Sunak has set great store by developing high-skilled sectors, such as artificial intelligence and the life sciences, arguing they will bring long-term gains to the economy. Life sciences gained prominence during covid-19. The world’s first randomised trial for covid treatment was conducted by the University of Oxford and then an effective vaccine for covid was developed byAstraZeneca, a British-Swedish company. They saved millions of lives.
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>Already some 300,000 people are employed in the sector and the government talks of that number surging. To that end, Mr Sunak’s administration has set out several ways that Britain aims to make matters easier for life-sciences startups. Will Quince, a health minister, says the “ecosystem” in which small firms operate puts too many obstacles in the way of those eager to grow. Both politicians talk of sweeping them away.
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>How much is really changing? Britain undoubtedly has advantages in advanced research. It is home to world-beating universities in life sciences in Cambridge, London and Oxford (see table), and also in spots like Aberdeen. British universities publish some of the most-cited academic publications in life sciences, though the country falls a bit short in getting patents filed. It would help if academics were spurred harder to apply for them.
>
>But academic excellence needs nurturing. Many had expected that, by now, Britain would have rejoined the Horizon Europe research network, the world’s largest, worth some £85bn ($108bn). Boris Johnson, when prime minister, said this would happen post-Brexit. Mr Sunak also called it his aspiration, and had seemed poised to unveil a deal in July. He did not, apparently because of worries about paying in necessary funds. A decision may be taken in the autumn. An alternative British-only scheme, called Pioneer, is widely seen as a second-best option.
>
>Beyond the universities, a second series of hurdles block Britain’s startups. Here, again, the country enjoys distinct advantages, so should be able to prosper. Around a third of all life-sciences-focused startups in Europe are reckoned to be there, more than in any country on the continent. That’s in part because of abundant talent, an entrepreneurial culture and sufficient funding being available for early-stage growth.
>
>But the startups had faced at least three more big challenges: painfully slow processes for getting trials for drugs or other products under way; the high cost of property (with knock-on effects on labour costs); and difficulty in securing access to large-scale capital to allow promising firms to grow. On each of these, the government has taken some welcome steps.
>
>Excessive delays in firms being able to conduct clinical trials are beginning to improve. The problems were in part because the underfunded medicines regulator, the MHRA, took much longer than most counterparts in other countries to let firms administer the first dose of a medication in a trial. Waiting for most of a year to get a trial started is “a really long time when your patent clock is ticking”, laments Lisa Patel of Istesso, a firm developing drugs to treat autoimmune diseases. (As 90% of products under trial end up failing, the faster the process is completed, the sooner researchers can move on to their next initiative.)
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>As a backlog at the MHRA that grew during covid eases, trial efficiency is improving. Another measure for the regulator is whether companies can recruit enough trial participants quickly. By May, say official data, 73% of trials signed up their target number of patients on time, up from just 23% in May last year. The government also promises to tackle a shortage of staff at the MHRA, which had held it back. The main reason for optimism, meanwhile, is an independent review that reported in May, by Lord O’Shaughnessy, which offered 27 recommendations including several to speed the regulatory process. The government sounds eager to implement many. These include: creating networks to help accelerate clinical trials; giving NHS staff incentives to sign up their patients; finding ways for new technologies to be rolled out sooner in the NHS.
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>MANY CITIES hope that success in one industry may beget success in another. Take Aberdeen, which grew rich from oil exploitation in the North Sea. By a decade ago, the Granite City laid claim to more multimillionaires per head of population than anywhere else in Britain. Now a local tycoon, Sir Ian Wood, hopes to foster growth in a different sector. In May, with government funding, his development agency, Opportunity North East, opened a university-backed research facility to help startups in the city scale up their efforts.
>
>His bet is on life sciences, a term encompassing high-tech efforts in making pharmaceuticals, biotechnology or medical devices. The city already has a decent record here. Professor David Blackbourn of the University of Aberdeen says ten companies have spun out from his institution. One, TauRx, based in a former bus depot, is trying to develop a treatment for Alzheimer’s and has raised over $800m since its founding in 2002. Its innovation, tested in human trials, targets tau tangles (abnormal clumps of protein that stick to neurons in the brain). Regulators will soon determine if the treatment is sufficiently effective. Its chief operating officer, Glenn Corr, calls it a “life and death” moment.
>
>For life sciences in general much is also on the line. Since coming to office last year, Rishi Sunak has set great store by developing high-skilled sectors, such as artificial intelligence and the life sciences, arguing they will bring long-term gains to the economy. Life sciences gained prominence during covid-19. The world’s first randomised trial for covid treatment was conducted by the University of Oxford and then an effective vaccine for covid was developed byAstraZeneca, a British-Swedish company. They saved millions of lives.
>
>Already some 300,000 people are employed in the sector and the government talks of that number surging. To that end, Mr Sunak’s administration has set out several ways that Britain aims to make matters easier for life-sciences startups. Will Quince, a health minister, says the “ecosystem” in which small firms operate puts too many obstacles in the way of those eager to grow. Both politicians talk of sweeping them away.
>
>How much is really changing? Britain undoubtedly has advantages in advanced research. It is home to world-beating universities in life sciences in Cambridge, London and Oxford (see table), and also in spots like Aberdeen. British universities publish some of the most-cited academic publications in life sciences, though the country falls a bit short in getting patents filed. It would help if academics were spurred harder to apply for them.
>
>But academic excellence needs nurturing. Many had expected that, by now, Britain would have rejoined the Horizon Europe research network, the world’s largest, worth some £85bn ($108bn). Boris Johnson, when prime minister, said this would happen post-Brexit. Mr Sunak also called it his aspiration, and had seemed poised to unveil a deal in July. He did not, apparently because of worries about paying in necessary funds. A decision may be taken in the autumn. An alternative British-only scheme, called Pioneer, is widely seen as a second-best option.
>
>Beyond the universities, a second series of hurdles block Britain’s startups. Here, again, the country enjoys distinct advantages, so should be able to prosper. Around a third of all life-sciences-focused startups in Europe are reckoned to be there, more than in any country on the continent. That’s in part because of abundant talent, an entrepreneurial culture and sufficient funding being available for early-stage growth.
>
>But the startups had faced at least three more big challenges: painfully slow processes for getting trials for drugs or other products under way; the high cost of property (with knock-on effects on labour costs); and difficulty in securing access to large-scale capital to allow promising firms to grow. On each of these, the government has taken some welcome steps.
>
>Excessive delays in firms being able to conduct clinical trials are beginning to improve. The problems were in part because the underfunded medicines regulator, the MHRA, took much longer than most counterparts in other countries to let firms administer the first dose of a medication in a trial. Waiting for most of a year to get a trial started is “a really long time when your patent clock is ticking”, laments Lisa Patel of Istesso, a firm developing drugs to treat autoimmune diseases. (As 90% of products under trial end up failing, the faster the process is completed, the sooner researchers can move on to their next initiative.)
>
>As a backlog at the MHRA that grew during covid eases, trial efficiency is improving. Another measure for the regulator is whether companies can recruit enough trial participants quickly. By May, say official data, 73% of trials signed up their target number of patients on time, up from just 23% in May last year. The government also promises to tackle a shortage of staff at the MHRA, which had held it back. The main reason for optimism, meanwhile, is an independent review that reported in May, by Lord O’Shaughnessy, which offered 27 recommendations including several to speed the regulatory process. The government sounds eager to implement many. These include: creating networks to help accelerate clinical trials; giving NHS staff incentives to sign up their patients; finding ways for new technologies to be rolled out sooner in the NHS.