Aim
The aims of the programme are to:
- engineer next generation ‘plug and play’ veterinary vaccine technology platforms by exploiting cutting edge transformative technologies underpinned by deep understanding of host immune response and host-pathogen interactions
- characterise platforms by conducting systematic and comparative evaluation to support the ‘plug and play’ framework for developing safe and cost-effective vaccines
- embed a One Health approach that will foster the development of new vaccine technology platforms suitable for use in animals and humans
Scope
Through this programme, Biotechnology and Biological Sciences Research Council (BBSRC) and Department for Environment Food and Rural Affairs (Defra) aims to deliver a strategic research programme that will catalyse the UK research and innovation community to use multi-disciplinary approaches to engineer next generation veterinary vaccine technology platforms. It will lead to forming a ‘plug and play’ modular design to enable rapid response and large-scale manufacturing associated with a smaller footprint, lower cost, and easier deployment.
The scope of the programme will target areas within the pipeline of platform technologies, from antigen discovery and delivery through to immunological understanding with focus on addressing key unmet needs in veterinary vaccine research and innovation. See the Global Veterinary Vaccinology Research and Innovation Landscape Survey Report | STAR-IDAZ on the STAR-IDAZ website.
This programme will focus on transformative technologies that will offer mechanisms to engineer next generation veterinary vaccines through ‘de novo’ platforms or modifying existing platforms. To enable a step change in the field of veterinary vaccinology, a systematic and comparative evaluation of platforms is required. A greater understanding is needed of the platform, administration route, pathogen type and the species-specific protective immunity differences relating to vaccine technology platforms and the efficacy of potential products. Such an analysis could include, but not limited to the:
- functionality of the platforms across species
- administration routes, for example, mucosal or intramuscular
- choice of pathogens
- species-specific differences in protective efficacy of the platforms and how these induce different immune responses for effective implementation
- systematic evaluation of vaccine efficacy and safety across species and pathogen
The research funded through this programme is to develop vaccines for livestock and aquaculture and to tackle antimicrobial resistance (AMR). The scope of the programme is disease agnostic.
This programme will fund research consortium that are cross-sector partnerships of academia, industry, and where appropriate government agencies (for example: if working on statutory disease linked to reference laboratories). This is to ensure the ultimately successful development, registration and deployment of novel vaccines through a thorough assessment of their base platform technology.
It is envisaged that this investment will catalyse transformation of veterinary vaccines research and innovation beyond existing capabilities through:
- the engineering of novel and well-characterised technology platforms
- the development and evaluation of new tools, technologies, and approaches for veterinary vaccines up to the proof-of-concept stage in the respective target animal species
- significant research advances in ‘unmet’ needs of veterinary vaccines, such as mucosal and bacterial vaccines
- adopting transformative technologies, such as artificial intelligence or engineering biology, which are underpinned by immunological data to allow for joined up approaches for rational design of veterinary vaccines
- platform technologies which can be shared across veterinary and medical communities.
- the development of next generation veterinary vaccine platforms that can be taken into late-stage vaccine development through interest from industry
For more information on the background of this funding opportunity, go to the Additional information section.
We encourage the research and innovation community to work together when developing applications. We expect to fund up to three research consortia which will create a cohort of projects that can coordinate with one another to tackling the challenge of platform technologies for veterinary vaccines.
We strongly encourage new partnerships that encompass disciplines not traditionally involved in veterinary sciences to facilitate novel thinking and increase capacity in veterinary vaccinology field.
We expect projects to harness expertise from across the bioscience community and beyond, including but not limited to:
- artificial intelligence specialists
- chemists
- computational and data scientists
- engineers
- immunologists
- industry
- medical scientists
- One Health experts
- policy makers
- social scientists
- synthetic biologists
- veterinarians
We strongly encourage early career researcher and research technical professionals to be involved in funded projects. At least one co-lead must be an early career researcher.
Duration
The duration of this award is maximum of five years.
Funding available
Projects will be selected for funding jointly by BBSRC and Defra.
The 100% FEC of your project can be up to £4 million.
BBSRC will fund 80% of the FEC.
Total cost to BBSRC must be between £2.5 million and £3.2 million. We are aiming to fund up to three consortia fostering a One Health approach.
What we will fund
Funded consortia should:
- foster cross-sector partnerships that bring together a range of expertise and disciplines, adopting multi-disciplinary working
- encompass disciplines not traditionally involved in veterinary sciences to facilitate novel thinking
- focus on veterinary vaccine technology platforms that can have broad applicability and are not only focused on tackling one disease or a single pathogen
- focus on any pathogens and AMR effecting animal health
- improve the health of any livestock or aquaculture relevant species
What we will not fund
Funded consortia should not:
- focus on developing a single vaccine for a single disease or pathogen. Aspects of the project can focus on a single disease or pathogen, but tools and technologies should have broad applicability across multiple conditions
- fund commercialisation and deployment of vaccine technology
- develop vaccine tools and technology that solely focus on improving human health and disease burden
- develop vaccines tools and technology that solely focus on improving health or reducing disease burden in non-food producing animals such as wildlife and companion animals
You cannot request funding for costs such as:
- product development costs
- fees or stipends for postgraduate studentships
- publication costs
Applications that are deemed out of scope by the BBSRC will be rejected without reference to expert review.
Supporting skills and talent
We encourage you to follow the principles of the Concordat to Support the Career Development of Researchers and the Technician Commitment.
Trusted Research and Innovation (TR&I)
UK Research and Innovation (UKRI) is committed in ensuring that effective international collaboration in research and innovation takes place with integrity and within strong ethical frameworks. Trusted Research and Innovation (TR&I) is a UKRI work programme designed to help protect all those working in our thriving and collaborative international sector by enabling partnerships to be as open as possible, and as secure as necessary. Our TR&I Principles set out UKRI’s expectations of organisations funded by UKRI in relation to due diligence for international collaboration.
As such, applicants for UKRI funding may be asked to demonstrate how their proposed projects will comply with our approach and expectation towards TR&I, identifying potential risks and the relevant controls you will put in place to help proportionately reduce these risks.
Further guidance and information about TR&I, including where applicants can find additional support.