An independent report has been released today by Stevenage Bioscience Catalyst (SBC) that demonstrates its key role in delivering economic benefit from life sciences research and innovation in the UK.
SBC was formed in 2012 through a collaboration between the Department for Business, Energy and Industrial Strategy (BEIS), GlaxoSmithKline, Wellcome and Innovate UK. Located on the GSK Campus in Stevenage, it is home to the Cell and Gene Therapy Catapult Manufacturing Centre, LifeArc, Cytiva and around 40 thriving start-ups.
Entitled ‘Stevenage Bioscience Catalyst’s key role in delivering economic benefit from life sciences’, the report finds that SBC has supported not only early innovation but also scale-up businesses across the life sciences value chain, delivering an outstanding contribution to the UK economy.
Science, Research and Innovation Minister George Freeman said, “High-tech, high-skilled jobs in the life sciences sector are vital to both the UK becoming an Innovation Nation – growing clusters of opportunity for all, like Stevenage – as well as the UK playing a crucial role in solving some of the world’s biggest challenges. The excellent work being done at the Stevenage Bioscience Catalyst is a perfect example of the kind of public / private partnership cluster we need to see across the whole of the UK. I hope it will inspire other clusters in other parts of the country to similar growth and productivity in the years ahead as we develop our high skill Innovation Nation economy of the future.”
Key points from the report:
- Companies are attracted to SBC because of its central location, access to specialist facilities, mentors and funding at all stages of growth.
- Economic impact of SBC support is highly significant both at the local and national level delivering a GVA of £87m p.a. to the UK.
- Potential to deliver 5x increase in economic impact over the next 20 years creating 4,500 jobs and a cumulative net GVA of £740m.
- Companies have attracted over £2.3bn in finance whilst at SBC with levels of private equity investment now comparable to Cambridge, Oxford and London.
- Findings underline the contribution of the Stevenage cluster, with its key strength in cell and gene therapy, to deliver therapeutic treatments that improve the health and quality of people’s lives.
Dr Sally Ann Forsyth OBE, CEO of SBC, said: “From a standing start in 2012, we have built a thriving cluster of life sciences companies focussed on developing and commercialising cutting edge therapeutics. Today’s report shows that occupiers value the support we give them, that our companies are making a very significant contribution to the UK economy and that that they are attracting exceptional levels of investment to advance therapeutic research and development. This forms the core of our outstanding cluster and ultimately will result in new medicines to improve the quality of people’s lives.”
A unique environment for innovation and commercialisation
Located within the golden triangle and close to the academic centres of London, Cambridge and Oxford, SBC is ideally positioned for the translation and scale-up of cutting-edge innovation. The vibrant ecosystem brings together the innovation pipeline including leading universities, start-ups and multinationals. This has created an exciting, knowledgeable and collegiate community where interaction and collaboration are the norm.
A supportive environment is wrapped around this that provides access to specialist scientific equipment, business support and finance with mentoring from leaders in the field with the relevant scientific and commercialisation experience.
The report found that occupier companies are attracted by the reputation and image of SBC, as well as its central location, access to facilities and expertise. Proximity to similar companies is seen as essential including interaction with others within the commercialisation supply chain. Bioscience companies at SBC say the support they receive there has enabled them to speed up product development time by an average of nine months.
Dr Tony Wood, SVP, Medicinal Science & Technology, GSK said: “Stevenage is a leading destination for medical and scientific innovation in the UK and the Stevenage Bioscience Catalyst (SBC) is a core component of that, supporting UK life science SMEs as they scale up. As announced earlier in the year, we are excited to further build on this and work alongside SBC to enable the development of one of Europe’s largest life science campuses based in Stevenage, with the goal to create thousands of jobs and unlock up to £400 million of new private investment.”
SBC’s economic impact is highly significant both at the local and national level
The report clearly shows that SBC is creating a unique environment that supports bioscience companies and enables them, not just to grow, but to thrive. The analysis demonstrates the economic impact made by SBC-based companies in terms of financial contribution and number of jobs created. This is highly significant both at the local and national level:
Contribution to the UK economy
- SBC-based companies contributed a gross value added (GVA) of £87m p.a. (£34m net GVA p.a.) to the UK economy in 2020.
- As developments progress, figures are expected to increase to £417m gross GVA p.a. (£165m net GVA p.a.) contributed to the UK economy by 2040.
- There is potential to deliver 4,500 jobs and a cumulative net GVA of £740m over the 20-year period.
Contribution to the Hertfordshire economy
- Across Hertfordshire, currently SBC-based companies contribute £65m gross GVA (£20m net GVA) a year and 1,050 gross jobs (330 net jobs)
- By 2040, there is the potential to deliver £196m gross GVA (£61m net GVA) per year and over 3,000 gross jobs (940 net) in Hertfordshire.
SBC is located at the centre of the largest cell and gene cluster in Europe, and the third largest globally. The strength of this ecosystem and the support that it receives from both local and national government will help drive continued growth of this sector for the UK.
Mark Bretton, Chair, Hertfordshire LEP and Chair, LEP Network, said: “Our investment in Stevenage Bioscience Catalyst and the Cell and Gene Therapy Catapult has consolidated Stevenage’s position as a globally recognised hub for cell and gene therapy, attracting international companies with the potential to create thousands of high-level jobs. This exciting new report illustrates the benefits to the local region and national agenda, and highlights the potential for further growth and investment. This is a further example of the crucial part LEPs are playing in developing UK based sectors of global significance, a key element of their evolving role.”
Private equity investment at similar levels to Cambridge, Oxford and London
One of the strongest indicators of the added value and impact of SBC has been the success of the occupier companies in raising significant levels of grant/equity funding and their ability to attract investment through the public markets and/or acquisition.
Since opening in 2012, occupiers based at SBC had attracted finance up to the end of 2020 totalling £1.6bn through private equity of £0.8bn, IPO/FPO of £0.4bn and acquisitions of £0.4bn – plus an additional £0.7bn up to November 2021 taking the total to £2.3bn.
These findings are consistent with research data prepared by Beauhurst and published by Hertfordshire Local Economic Partnership in 2021 . The Beauhurst report illustrates that the total private equity investment in biotechnology raised in Stevenage between 2017 and 2020 is similar to that of Cambridge, Oxford and London but the average deal size in Stevenage was more than five times greater than the other clusters.
The success of the Stevenage cluster has been recognised by government through recent Life Science Opportunity Zone and High Potential Opportunity location awards.
Download the full report here
About Stevenage Bioscience Catalyst
Stevenage Bioscience Catalyst was formed through a collaboration between the Department for Business, Energy and Industrial Strategy (BEIS), GlaxoSmithKline, Wellcome and Innovate UK. This has created a globally recognised cluster for therapeutic research and development that provides support for translation and commercialisation of innovative new medicines.