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Future food: health and sustainability
Read the conference report (PDF).
This conference, held by the Royal Society, brought together leading experts from industry, government and the wider scientific community to discuss the future of food sources and the human diet in decades to come.
The conference focused on two broad themes: the sustainability and health benefits of plant-based foods, and the application of synthetic biology in food production. The UK’s current standing in terms of food research, technical challenges, changing consumer preferences and public perception, safety and ethical issues, and the regulation of genome edited products was also explored.
Attending this event
This open event was free to attend and intended for those with an interest in food security and novel food technologies, from a variety of backgrounds including academia, industry, government, as well as regulatory and other scientific bodies.
Contact the Industry team for more information.
About the conference series
This meeting forms part of the Royal Society’s Transforming our Future series. The Transforming our Future meetings are unique, high-level events that address scientific and technical challenges of the next decade and bring together leading experts from wider scientific community, industry, government and charities.
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Organisers
Schedule
09:15 - 09:20 |
Welcome
Dame Sue Ion GBE FREng FRS
Dame Sue Ion GBE FREng FRSDame Sue Ion GBE FRS FREng is Hon President of the National Skills Academy for Nuclear. She was previously Chairman of the UK Nuclear Innovation Research Advisory Board (NIRAB). She represents the UK on a number of international review and oversight committees for the nuclear sector including the Euratom Science and Technology Committee which she chaired until late 2018. She was the only non-US member of the US Department of Energy’s Nuclear Energy Advisory Committee on which she has served from 2005-2020.She currently serves as a member of the Office of Nuclear Regulation Independent Advisory Panel. Sue spent 27 years with British Nuclear Fuels Ltd (BNFL) rising to the position of Chief Technology Officer in 1992, a post she held until 2006 when she assumed a number of mainly voluntary roles in Science and Engineering, including membership of the UK Council for Science and Technology and the Engineering and Physical Sciences Research Council (EPSRC). She was Vice President of the Royal Academy of Engineering 2002-2008 and chaired its MacRobert Committee 2013-2019. Sue was Deputy Chair of the Board of the University of Manchester until September 2018 and currently serves on the Board of the University of Central Lancashire. Her core expertise is in materials science and engineering associated with the nuclear sector. Sue is a member of the Chief Scientific Advisor for Wales’s Science and Innovation Advisory Council. She has been a Visiting Professor in the Department of Materials at Imperial College since 2006, holds an Honorary Professorship at the University of Manchester and is now Chair of the Royal Society Science, Industry and Translation Committee. |
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09:20 - 09:30 |
Opening remarks
Professor Cathie Martin MBE FRS
Professor Cathie Martin MBE FRSCathie is a group leader at the John Innes Centre and Professor at the University of East Anglia. Her interests span from fundamental to applied plant science. She researches the relationship between food and health and how crops can be fortified to improve diets and address the global challenge of escalating chronic disease. This work has involved linking leading clinical and epidemiological researchers with plant breeders and metabolic engineers to develop scientific understanding of how diet can help to maintain health, promote healthy ageing and reduce the risk of chronic disease. Cathie is also involved in genetic screens to identify crops that lack toxins that cause nutritional diseases and has recently initiated a collaborative project with China to research Chinese medicinal plants. Cathie was Editor-in-Chief of The Plant Cell (2008-2014) and is now an Associate Editor for Plant Physiology. She is a member of EMBO, AAAS, a Fellow of the Royal Society and in 2013 she was awarded an MBE for services to Plant Biotechnology. |
Chair
Professor Cathie Martin MBE FRS
Professor Cathie Martin MBE FRS
Cathie is a group leader at the John Innes Centre and Professor at the University of East Anglia. Her interests span from fundamental to applied plant science. She researches the relationship between food and health and how crops can be fortified to improve diets and address the global challenge of escalating chronic disease. This work has involved linking leading clinical and epidemiological researchers with plant breeders and metabolic engineers to develop scientific understanding of how diet can help to maintain health, promote healthy ageing and reduce the risk of chronic disease. Cathie is also involved in genetic screens to identify crops that lack toxins that cause nutritional diseases and has recently initiated a collaborative project with China to research Chinese medicinal plants.
Cathie was Editor-in-Chief of The Plant Cell (2008-2014) and is now an Associate Editor for Plant Physiology. She is a member of EMBO, AAAS, a Fellow of the Royal Society and in 2013 she was awarded an MBE for services to Plant Biotechnology.
09:30 - 10:00 |
The role of plant-centric dietary patterns: the potential for a double win
The challenge of feeding the world’s growing population a healthy and sustainable diet is huge. At present we are on track to greatly exceed the limit of 2 degrees C of global warming set by the Paris Climate Agreement, and at the same time poor quality diets are contributing to massive epidemics of obesity and diabetes that can reverse many of the major health gains of the last century. The EAT-Lancet Commission addressed this challenge by identifying dietary targets based on the best available evidence from all sources and then determined whether these foods could be sustainably produced for the expected population of 9.8 billion people by 2050. The identified dietary pattern was primarily, but not exclusively, based on plant protein sources, fruits, vegetables, and whole grains. Together with conversion to green energy, reductions in food loss and waste, and improved agricultural practices, such a diet can be sustainably produced. Dr Walter C Willett, Professor of Epidemiology and Nutrition, Harvard T.H. Chan School of Public Health
Dr Walter C Willett, Professor of Epidemiology and Nutrition, Harvard T.H. Chan School of Public HealthDr Walter Willett is Professor of Epidemiology and Nutrition at the Harvard T.H. Chan School of Public Health and Professor of Medicine at Harvard Medical School. He served as Chair of the Department of Nutrition at Harvard for 25 years. His work has focused on development of methods, using both questionnaire and biochemical approaches, to study the effects of diet on the occurrence of major diseases. He has applied these methods to large cohort studies, including nearly 300,000 men and women, that provide the most detailed information on the long-term health consequences of diets. Dr. Willett has published over 1,900 articles, primarily on lifestyle risk factors for cardiometabolic disease and cancer, and has written the textbook Nutritional Epidemiology. |
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10:00 - 10:30 |
Securing the food of the future: a foresight approach
It is possible to tension the planning for future food requirements against a number of trends which have both regional and global relevance. These trends show that, assuming they continue, a likely outcome will be some form of systemic failure of the food system. Research is generally currently focused on making small-scale incremental changes, but this is too slow and too conservative to meet medium-term needs. However, transformation is possible because of the very low efficiency with which food is currently produced. This needs a conceptual transition from food produced by agriculture to food produced by manufacturing. Many of the technologies for this transition already exist, but they need to be stitched together to develop new production processes. Unless these changes are made the environmental impacts of food production will eventually cause feedbacks in ways which will lead to declining productivity. I will provide an example from the UK as to what kinds of policies are needed to drive rapid change. Professor Sir Ian Boyd, Professor of Biology, University of St Andrews
Professor Sir Ian Boyd, Professor of Biology, University of St AndrewsIan Boyd is a Professor of Biology at the University of St Andrews and until 2019 was the Chief Scientific Adviser to the UK Government on food and environment. He is a marine and polar scientist by background but has spent most of his career studying system dynamics from the level of endocrine systems to whole ocean ecosystems. |
10:30 - 11:00 |
Alternative Meat – future of food or just a fad? A commercial view on the potential market size
Alternative meats have a long list of names, be it “cultured, clean, fake, mock or meatless”. All of the above have one thing in common - the rising flexitarian population has led to growth of this market segment due to various drivers, which I will elaborate on during the presentation. At present, when we talk about alternative meat we mainly refer to plant-based alternatives which, among others, are either soybeans, pea protein, mushrooms or lentil based. Lab-based or more precisely “cell-based” are still not commercially viable, yet a sector not to be underestimated when it comes to its future potential. Hence, during the presentation I am mainly going to focus on the plant-based meat alternative market. While good old veggie burgers have been around for a while, I will elaborate on what “flexitarian consumption behaviour” is based on and what ultimately should drive growth for the alternative meat market: 1) health and wellness, which to us is the most important but also most controversial one; 2) increased awareness of consumers about sustainability and the GHG footprint of agriculture worldwide; and 3) concerns around animal welfare, growing conditions and use of hormones in the process of raising animals. Benjamin M. Theurer, Director and Head of the Mexico Equity Research Office, Barclays
Benjamin M. Theurer, Director and Head of the Mexico Equity Research Office, BarclaysBenjamin M. Theurer is a Director and Head of the Mexico Equity Research office. He covers multiple sectors across the Americas, including Americas Agribusiness, Latin America Consumer, and Latin America Multi-Industry. Prior to joining Barclays in 2011, Benjamin worked at DWS Investments, the Frankfurt-based asset management branch of Deutsche Bank, as a buy-side analyst and deputy fund manager for Latin American Equities. He holds a master's degree in International Economics (Mag.rer.soc.oec) from a joint program at the University of Innsbruck (Austria) and Universidad Complutense de Madrid (Spain). |
Chair
Lucinda Bruce-Gardyne, Founder, Genius Foods and Royal Society Entrepreneur in Residence
Lucinda Bruce-Gardyne, Founder, Genius Foods and Royal Society Entrepreneur in Residence
Since graduating with a Physiology degree, Lucinda has spent her career working with food. After training at Leiths School of Food and Wine and the Michelin-starred Bibendum Restaurant, she ran a successful catering company before returning to Leiths to teach. There, she co-authored the award winning Leiths Techniques Bible, focusing on the functionality of mainstream ingredients and cooking techniques.
After her son was diagnosed with a gluten intolerance, she published How to Cook for Food Allergies, explaining how to successfully substitute mainstream ingredients in home cooking. The hardest recipe to perfect was gluten-free bread but Lucinda was determined to crack it for her son. She founded Genius Foods, launching her bread across the UK in 2009. Genius is now the UK’s leading gluten-free bakery brand, selling its innovative products globally.
Lucinda sits on the Genius Board and continues to pioneer mainstream, tasty gluten-free products. Lucinda is also Royal Society Entrepreneur in Residence at Edinburgh University, Board Director of The Scale Up Institute, and is on the Scotland Food and Drink Innovation Board.
11:35 - 12:05 |
The technical challenges of delivering vegan products in a meat-free environment in a sustainable manner
We are facing one of the biggest global issues of our time. With the world’s population estimated to reach 9 billion by 2050, we need to find ways of ensuring that we can feed people without severely damaging the planet in the process. The effect of meat on the planet is receiving almost weekly coverage in the UK. The UK market has dramatically changed over the last 12 months. Vegan Innovation is the biggest driver in Meat Free and the SKU count has increased by +126 (net). As most of these are targeted at people who have a predominantly meat-based diet, the challenge remains of trying to deliver a similar eating experience but using plant-based ingredients. The discussion will centre around what these challenges are and what Quorn Foods is doing technically and scientifically to overcome them. Dr Muyiwa Akintoye, Head of R&D Quorn Foods
Dr Muyiwa Akintoye, Head of R&D Quorn FoodsDr Muyiwa Akintoye is married with a son and daughter and is trained as a Food Technologist. He is currently Head of Research and Development with Quorn Foods and has gained experience over the years in Food Research and Food Manufacture methods in areas as diverse as canning, breakfast cereals, brewing and dairy. Muyiwa obtained his PhD from the University of Leeds and has been with Quorn Foods since 1993. He has responsibility for establishing and driving forward R&D programs and activities that are business value enhancing whilst maintaining and establishing a solid scientific basis for these activities. These include the assessment of new ingredients with particular emphasis on identifying and implementing significant cost saving opportunities, evaluating and developing new innovative processes for the manufacture of meat free products – vegan and vegetarian – under the Quorn brand, working with suppliers to develop and improve the delivery of savoury flavour in Quorn products, and sensory and consumer research responsibilities. Muyiwa has written articles in peer-reviewed journals and holds a number of patents. |
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12:05 - 12:35 |
The Potential and Power of Pea Protein
We live in an era of unprecedented need to promote the use of plant-derived ingredients in order to enhance human health, and to reduce the environmental impact of food production through increased utilisation of plant foods. As legumes, pulse crops are of increasing interest in achieving these goals; their seeds provide an excellent source of protein, starch, fibre and micronutrients while, as nitrogen-fixing crops, they do not require additional nitrogen fertiliser. Pea has grown in popularity for the manufacture of plant-based foods, including meat alternatives, in recent years. As a source of substantial natural and induced genetic variation, pea can be adapted to meet the divergent needs of food manufacture. Removal of proteins with antinutritional properties and enhancing those that contribute to desirable industrial processes can be achieved through genetic means. ‘Speed breeding’ can be used to deliver commercially-relevant materials in a shortened timeframe. Professor Claire Domoney, Head of the Department of Metabolic Biology and Biological Chemistry, John Innes Centre, Norwich Research Park
Professor Claire Domoney, Head of the Department of Metabolic Biology and Biological Chemistry, John Innes Centre, Norwich Research ParkProfessor Claire Domoney is Head of the Department of Metabolic Biology and Biological Chemistry at the John Innes Centre, Norwich, UK. She holds an honorary chair at the University of East Anglia and has been awarded the Royal Agricultural Society of England medal and MBE for her contributions to crop improvement. Her main research is on seed quality traits in pea, with a principal focus on understanding the genetic basis for protein accumulation and its relevance to nutrition. She uses metabolomic and genetic approaches to reveal links between biochemical pathways in developing seeds, generating germplasm which provides novel insights to legume seed traits. Major partnerships are crucial to her work, through leadership of the Defra-funded Pulse Crop Genetic Improvement Network (PCGIN) and participation in EU and LINK consortia-led projects, all involving wide-ranging collaborations with breeders and additional industries. |
12:35 - 13:00 |
Swimming against the tide – optimising the accumulation of omega-3 LC-PUFAs in transgenic Camelina seed oils for use in aquaculture
We have been evaluating the possibility of producing omega-3 LC-PUFAs in different transgenic hosts to provide a sustainable source of these important nutrients, with a specific interest in producing de novo these health-beneficial fatty acids independent of oceanic sources. Attempts to metabolically engineer plants with the primary algal biosynthetic pathway for LC-PUFAs has been successfully carried out in a range of species and leading to the production of a transgenic oilseed crop (Camelina sativa) which contains over 30% omega-3 LC-PUFAs in its seed oil. We have carried out field trials in Europe and North America and also evaluated the use of GM Camelina seed oil as a replacement for fish oil in aquafeed diets, observing effective substitution in feeds for salmon and sea bream. Collectively, these data confirm the original potential of using transgenic plants to make omega-3 fish oils. However, many challenges beyond the laboratory remain to ensure this innovation delivers for the public good. Professor Johnathan Napier, Flagship Leader, Rothamsted Research
Professor Johnathan Napier, Flagship Leader, Rothamsted ResearchOriginally from Northern Ireland, Johnathan obtained his BSc (hons) in Agricultural Sciences from the University of Nottingham, followed by a PhD in plant biochemistry from King’s College London. He carried out post-doctoral research at the University of Cambridge, then taking up a position at Long Ashton Research Station in Bristol. His research group relocated to Rothamsted Research in 2003 where he is currently Flagship Leader. Johnathan is also an Affiliated Lecturer at the University of Cambridge and Visiting Professor at the University of Nottingham, who also awarded him a DSc in 2006. He has published over 170 peer-reviewed papers, and is the inventor on multiple patents relating to the biotechnology of lipid metabolism. Since 2014 he has been running the most comprehensive GM field trials in the UK, evaluating the performance of metabolically engineered oilseeds to accumulate omega-3 fish oils, as well as more recently carrying out the first field trials of gene-edits crops. |
Chair
Dr Stephen Chambers, Founding Partner, Subsero and Royal Society Entrepreneur in Residence
Dr Stephen Chambers, Founding Partner, Subsero and Royal Society Entrepreneur in Residence
Stephen Chambers is founding partner at Subsero, an early-stage investor committed to venture creation in healthcare and life sciences. Dr Chambers is an experienced entrepreneur having founded and worked in a number of pharma and biotech start-ups in the US and the UK. He co-founded Abpro Therapeutics, serving as Vice President of Technology. Previously, he was a founding scientist at Vertex Pharmaceuticals working on a number of drug discovery and development programs, including a number of FDA approved drugs. Dr Chambers has co-authored over 30 peer-reviewed publications and has a number of patents issued. He is Royal Society Entrepreneur in Residence at Imperial College Centre for Synthetic Biology. Stephen has a BSc from Bangor University, an MSc from Birmingham University and a PhD in Molecular Biology from Warwick University.
14:05 - 14:35 |
Using biotechnology to brew animal proteins and nutrients
Microbial fermentation of proteins for food processing and nutrition is well established and vital to the global food system. Recent advances in cheaply reading and writing DNA combined with lab automation and data science – the field known as “synthetic biology” – now allows for brewing an ever greater variety of proteins, including complex animal proteins that have useful food and nutrition functions. This possibility has captured the imagination of food brands, food creators, consumers and advocates for reducing dependency on animal agriculture. Ginkgo Bioworks is a Boston based cell programming company with one of the world’s most sophisticated platforms for engineering microbes. Ginkgo’s large-scale synthetic biology platform, or Foundry, can take uniquely powerful approaches towards microbial production of animal proteins. This allows us to imagine a food system where a diverse range of brewed animal proteins and ingredients plays a more prominent role in mainstream food and nutrition. Jason Kakoyiannis, Corporate Development, Ginkgo Bioworks and Board Member, Motif Foodworks
Jason Kakoyiannis, Corporate Development, Ginkgo Bioworks and Board Member, Motif FoodworksJason Kakoyiannis focuses on corporate development at Ginkgo Bioworks, a Boston-based organism design company where engineers read and write DNA to design microbes made-to-order for clients across a range of industries, including nutrition, chemicals, medicine, and agriculture. At Ginkgo, Jason’s role is to catalyse the formation of new operating companies that use Ginkgo’s technology in different end markets. Motif Foodworks is one such company, which recently raised $120 million to produce a variety of animal proteins through fermentation. Prior to joining Ginkgo, Jason held strategic growth roles at Givaudan developing global products and brands with Unilever, Natura and others. He began his career as an M&A attorney at Shearman & Sterling. He is a board member at Motif and currently advises several biotech start-ups. Jason received his BA from Brown University, MA from Yale University, and JD from University of Southern California. |
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14:35 - 14:55 |
How CRISPR technology can help us all eat more fruits and vegetables
If predictions hold true, gene editing technologies will have a dramatic benefit on human health. While many of the early agriculture-based biotech efforts have focused on increasing the efficiency and production of corn and soy, there is also a substantial societal benefit to be had from improving specialty crops. Diet is the single largest contributor to human health and currently over 2 billion people are obese or overweight, and are thus at high risk for a myriad of diet-related diseases. At Pairwise, much of our effort is focused on using CRISPR technology to improve fruits and vegetables, so that people want to consume more of them. Not only are the health benefits of eating fresh produce well established, but the use of CRISPR to create more desirable produce means that the benefits of the technology are easier to understand and communicate. My presentation will focus on different approaches to gene editing in agriculture, and what Pairwise is doing to develop better fruits and vegetables for us all. Haven Baker, Co-founder and Chief Business Officer, Pairwise
Haven Baker, Co-founder and Chief Business Officer, PairwiseHaven Baker is a Co-founder and Chief Business Officer of Pairwise, a next generation agriculture company focused on using gene editing technology to address global food challenges. In his role, Baker is responsible for developing the company’s commercial strategy and using CRISPRs to bring new crop varieties to the market to make fruits and vegetables more convenient, affordable and sustainable. Prior to Pairwise, Baker was the General Manager and Senior Vice President of Plant Sciences at the JR Simplot Company, one of the largest privately held food and agribusiness companies in the US. Baker built the team and strategy for Simplot’s biotechnology potato and strawberry efforts and commercialized the Innate potato, one of the first biotech products to have both consumer and producer benefits. Baker has significant experience at the intersection of technology and business. He served as a Senior scientist at the Barnett Institute at Northeastern University and later worked as an investment professional at Peter Thiel’s Clarium Capital before joining Simplot. Baker received a BS from Yale University, a PhD in chemistry from Northeastern University, and an MBA with distinction from Harvard Business School. He grew up on a farm in Washington State. |
14:55 - 15:15 |
The Meat Machine
The first animals were domesticated for meat production over 10,000 years ago. Despite their incredible inefficiency, these archaic “machines" are still our only source of meat. The rapidly expanding field of cellular agriculture aims to overturn ten millennia of dogma, and produce real meat grown from animal cells, without the devastating environmental and animal welfare consequences of our current food system. MosaMeat, a Dutch start-up company founded in 2016, aims to produce beef grown exclusively from muscle and fat stem cells taken from a small biopsy of muscle from a living cow. This talk will present a vision for an alternative “meat machine”, one which may be only a few years away… Dr Joshua Flack, Senior Scientist, MosaMeat
Dr Joshua Flack, Senior Scientist, MosaMeatJosh is a Senior Scientist and Team Leader at MosaMeat, a leading cultured meat company based in Maastricht, the Netherlands. Josh’s team is responsible for the identification, purification and optimisation of bovine muscle and fat cells for the production of cultured beef. Prior to his move to the continent, Josh completed his PhD at the Laboratory of Molecular Biology in Cambridge, in the lab of Dr Mariann Bienz, working on cellular signalling pathways that are activated during colon cancer. A keen sailor and skier, Josh is acutely aware of the impact of the meat industry on the environment, and is working to reinvent meat in an environmentally sustainable way. |
Chair
Professor Wendy Russell, Gut Health Theme Lead and Professor of Molecular Nutrition, University of Aberdeen Rowett Institute
Professor Wendy Russell, Gut Health Theme Lead and Professor of Molecular Nutrition, University of Aberdeen Rowett Institute
Wendy is the Gut Health Theme Lead and Professor of Molecular Nutrition at the University of Aberdeen Rowett Institute. Her research focuses on developing healthy foods as part of a resilient food supply chain. This includes identifying the potential of plant-based crops, particularly in protein provision for the future and the exploitation of underutilised species to improve both nutrition and agrobiodiversity. Wendy works closely with both UK and global food producers, as well as the wider food and drink industry, to identify new opportunities and was awarded FDF ‘Scientist of the Year’ for this work. More information about her research can be found online.
Ernesto Schmitt, Co-founder & Arch Crafter, The Craftory
Ernesto Schmitt, Co-founder & Arch Crafter, The CraftoryErnesto Schmitt is Co-founder at The Craftory, a $375 million investment house dedicated to backing cause-driven challenger brands in consumer goods. The first deal announced by The Craftory in 2019 was an $18 million investment in NotCo, a Chilean venture using machine learning to create plant alternatives for animal protein-based foods including (not)meat, (not)fish and (not)dairy. Ernesto is also a serial entrepreneur, having created half a dozen technology ventures over the past 20 years, with successful exits to Twitter, Intel and Coty, amongst others. Dr Andreas Sewing, Head of Research and Development (Vegetable Seeds), BASF
Dr Andreas Sewing, Head of Research and Development (Vegetable Seeds), BASFA Cell and Molecular Biologist by training, Andreas studied Human Biology and completed his PhD at the Philipps-University of Marburg, Germany. He continued his work as a postdoctoral fellow at the Imperial Cancer Research Fund in London, UK where he worked to understand the impact of oncogenes on the cell cycle control in human cells and the role in human cancer. In 1997, Andreas started the journey of discovering human medicines in the area of pain and neurological disorders with Smithkline Beecham, UK, as Senior Investigator. In 2000 Andreas joined Pfizer where he held a number of senior management positions within the R&D organisation: Principle Scientist High Throughput Screening, Associate Director Lead Discovery Technologies and Director Primary Pharmacology. Andreas holds an MBA from the Open University, UK and is also a Lean/Six Sigma Black Belt. Switching from red to green Biotechnology and Science as Global Head of R&D Support for Bayer Vegetables Seeds in 2011, Andreas is now the Head of Research and Development of the Vegetable Seeds unit and member of the Bayer Crop Science Research and Development leadership team. Helen Munday, Chief Scientific Officer, Food and Drink Federation
Helen Munday, Chief Scientific Officer, Food and Drink FederationHelen Munday is the Food and Drink Federation’s Chief Scientific Officer. Helen is accountable for the diverse food safety and science policy briefs, but also has responsibility for sustainability and contributes to health and wellbeing policy. Helen has a wealth of experience in the food and drink sector. Helen started her career with Mars Petcare where she spent 20 years in various roles including nutrition research, product development and innovation processes. Helen has also held the position of Director of Scientific and Regulatory Affairs for Coca-Cola and worked as Lead Technologist in AgriFood at InnovateUK. Helen is a Fellow of the Institute of Food Science and Technology and the Royal Society of Chemistry (becoming President of the former in 2020) and a Registered Nutritionist. With her qualifications in Agricultural and Meat Science, together with her vast business experience, Helen has a broad and deep knowledge across the entire AgriFood chain. Professor Chris Elliott, OBE, Institute for Global Food Security, Queen’s University Belfast
Professor Chris Elliott, OBE, Institute for Global Food Security, Queen’s University BelfastChris is currently Professor of Food Safety and founder of the Institute for Global Food Security at Queen’s University Belfast. He served as Pro Vice Chancellor responsible for the Medical and Life Sciences Faculty between 2015 and 2018. He has published more than 400 peer reviewed articles, many of them relating to the detection and control of agriculture, food and environmental related contaminants. His main research interests are in the development of innovative techniques to provide early warning of toxin threats across complex food supply systems. Protecting the integrity of the food supply chain from fraud is also a key research topic and Chris led the independent review of Britain’s food system following the 2013 horsemeat scandal. He currently coordinates a flagship Horizon2020 project involving 16 European and 17 Chinese partners on food safety and also coordinates an European Institute of Innovation and Technology flagship research project. Over the years, Chris has developed a high level network of collaborators across Europe, the United States, the Middle East and Asia. He is a visiting Professor at the China Agriculture University in Beijing and the Chinese Academy of Sciences, a recipient of a Winston Churchill Fellowship and an elected Fellow of the Royal Society of Chemistry and Royal Society of Biology. Chris has received numerous prizes and awards for his work. In 2017, he was awarded the Royal Society of Chemistry Theophilus Redwood Prize and was also awarded an OBE by Her Majesty Queen Elizabeth II. Professor Alan Raybould, Professor of Innovation in the Life Sciences, University of Edinburgh
Professor Alan Raybould, Professor of Innovation in the Life Sciences, University of EdinburghAlan joined the University of Edinburgh in 2019 as Professor of Innovation in the Life Sciences. His research focuses on the use of science to inform decision-making, particularly improving the efficiency and effectiveness of regulation of products of new technology in agriculture and food production. Following a PhD in genetics at the University of Birmingham, Alan became a Principal Scientific Officer at the Centre for Ecology and Hydrology. He joined Syngenta at Jealott’s Hill in the UK in 2001. He led preparation of environmental risk assessments as part of worldwide regulatory submissions for Syngenta’s genetically modified crop products. Alan moved to Syngenta’s headquarters in Basel, Switzerland in 2014. He was a Senior Science and Technology Fellow working on risk assessment and societal acceptance of agricultural products of new technology, including insect-control sprays based on RNA interference and crops bred using gene editing. |