Mrs Folasade Esther Akinwumi, a Nigerian food scientist, researcher, and food industry professional, was recently elected as a Fellow of the Institute of Food Science and Technology (FIFST), one of the highest professional honours awarded by the UK’s leading body for food science and technology. Originally from Ogbomoso, Oyo State, she spent more than a decade in Nigeria’s food manufacturing industry before earning a Master’s by Research in Food Science from the University of Lincoln, United Kingdom, where her research focused on protein and starch functionality and sustainable food systems.
In this interview with ADAM MOSADIOLUWA, she reflects on her journey from the factory floor to internationally recognised research, the significance of her Fellowship, the role of science in unlocking the potential of Nigeria’s indigenous crops, her globally recognised contributions to scientific peer review, and her advice to young Nigerians, particularly women, aspiring to careers in food science, research, and academia.
Congratulations on your election as a Fellow of the Institute of Food Science and Technology (FIFST) in the United Kingdom. How did you receive the news, and what did the recognition mean to you personally?
I was especially delighted and humbled when I received the congratulatory email from the Membership Administrator of the Institute of Food Science and Technology. I was honoured because the Fellowship of the Institute of Food Science and Technology is a recognition by my professional peers of my contributions to the profession of food science. It made me pause and reflect on my professional journey, from my early years working in the food industry, through my recent pivot to research, to my efforts in communicating nutrition science to the public.
On a personal level, it was not simply about adding letters after my name or the prestige that came with the fellowship. It was a reminder that a commitment to improving people’s lives through food can have a meaningful impact. I also see the Fellowship as a responsibility to continue contributing to the profession.
The Fellowship is one of the highest professional honours in food science in the UK. Looking back on your career, what does attaining this milestone represent for you?
An IFST Fellowship represents much more than a professional milestone. It is the culmination of years of learning and a genuine passion for improving lives through food science. Looking back, my career has taken me through different areas of the profession. I was in the food manufacturing industry in Nigeria, then moved on to scientific research and nutrition education. Each of these experiences has come together to make me a recipient of one of the highest honours in food science. I also see it as recognition of the growing contribution that Nigerian professionals are making on the global stage. Exceptional talent and innovation are coming out of Africa, and I hope this achievement encourages more young scientists to believe that their work can have an international impact while remaining relevant to solving local challenges.
Can you take us through your journey from Ogbomoso to becoming an internationally recognised food scientist, highlighting the experiences that shaped your career?
I had part of my primary, all of my secondary and university education in Ogbomoso. I am a graduate of food science from the prestigious Ladoke Akintola University of Technology (LAUTECH). After my service year, I was employed as a food QA supervisor in NASCO Foods, one of the FMCGs in Nigeria. Over the next decade, I rose through the ranks to a managerial position. Those years gave me invaluable practical experience in food production, quality management, product development and improvements, and the realities of feeding millions of consumers. As my career progressed, I reached a point where I needed a deeper understanding of the science behind many of the challenges I encountered in practice. I realised that while industry focuses on producing food at scale, research provides the evidence needed to create more sustainable foods. This led me to pursue a Master’s by research in Food Science at the University of Lincoln in the UK, where I researched starch and protein of underutilised legumes. Rather than seeing industry and research as separate paths, I saw them as complementary. My experience in industry helped me identify real-world problems, and research gave me the scientific tools to investigate and solve them.
Over the years, I have been privileged to join several professional organisations. I began as a student member of the Nigerian Institute of Food Science and Technology (NIFST), eager to learn from experienced professionals. As my career progressed, I became a professional member of NIFST, which reflected my growing experience and commitment to the profession. I also joined several international professional bodies, including the Institute of Food Technologists (IFT) in the United States. Last year, I was elected a Fellow of the Nigerian Institution of Professional Engineers and Scientists (NIPES). Each membership has exposed me to new ideas, collaborations, and global perspectives on food science and innovation. My recent election as a Fellow of the Institute of Food Science and Technology (IFST) in the United Kingdom feels like a natural progression of that journey. When I look back, I see a career built not only on academic qualifications or professional achievements but on a commitment to lifelong learning, collaboration, and using science to improve public health.
Alongside research, I recognised the need to make nutrition science more accessible. Scientific knowledge is only valuable if people can understand and use it. That inspired me to establish AboutGuts, a nutrition awareness platform founded to provide simple explanations on gut health, digestion, and food choices. The resource offers articles and guides aimed at helping households understand how diet affects day-to-day wellbeing. The website hosts a tool known as Fibre Counter, which allows users to log their meals and instantly view their estimated daily fibre intake.
You earned your first degree in Food Science from LAUTECH about 18 years ago before spending more than a decade at NASCO Foods. What initially attracted you to food science, and what made you remain committed to the profession?
My interest in food science began with curiosity. I was always fascinated by how the same raw agricultural material could be transformed into completely different products simply by changing the processing method. For example, how cassava tubers can be processed into gari, fufu, or starch, depending on the processing method; how cereals can be processed into different textures and shelf-stable products; or how heat, fermentation, or drying can completely change the characteristics of food. I wanted to understand the science behind those transformations. Studying Food Science at LAUTECH gave me the scientific foundation, while my years at NASCO Foods allowed me to see these principles applied on an industrial scale. Every new product, every packaging material, every processing line presented an opportunity to learn something new. Working in industry also taught me that food manufacturing is a balance between science, technology, quality, safety, efficiency, and consumer expectations.
What has kept me committed to the profession is that I have never stopped being curious. Food science is constantly evolving. New ingredients, new preservation technologies, smarter packaging systems, and more sustainable processing methods continue to emerge. There is always another question to answer and another innovation to explore. That curiosity eventually led me into research, where I could investigate those questions more deeply while building on the practical experience I had gained in industry. Looking back over the past 18 years, I still find the profession as exciting as I did when I first started because there is always something new to discover. Food science is one of those rare fields where you never stop learning.
You spent over a decade in Nigeria’s food manufacturing industry before pursuing a Master’s by Research at the University of Lincoln. What motivated that transition from industry to academic research?
Throughout my years in manufacturing, I encountered numerous technical questions about ingredients, processing methods, product functionality, and shelf stability. We often relied on existing scientific evidence to make decisions, but I found myself wanting to understand the underlying mechanisms in greater depth. I wanted to know not just what works, but why it works. Research provided the environment to explore those questions systematically. It allowed me to investigate food systems at a much deeper level, design experiments, analyse data, and contribute new knowledge to the profession rather than simply applying existing knowledge.
My industrial experience also influenced the kind of research I wanted to pursue. Having worked with food products and manufacturing processes for many years, I was naturally drawn to practical research with real-world applications. I have always believed that the best research is inspired by genuine industry challenges and has the potential to inform future innovations. Looking back, I don’t see it as moving from industry to academia. I see it as building a bridge between the two. Industry taught me how food science is applied in practice, while research strengthened my ability to ask better questions, generate evidence, and contribute to the advancement of the profession. Today, I draw on both experiences, and I believe they complement each other.
Having worked extensively in both industry and academia, what would you say are the biggest differences between the two, and how has each influenced your perspective as a food scientist?
Having worked in both environments, I have come to appreciate that industry and academia are not competing worlds; they are complementary. They simply ask different questions and define success differently. In industry, the focus is on delivering solutions that are practical, efficient, consistent, and commercially viable. Decisions often have to be made within tight timelines. We have to balance product quality, processing efficiency, consumer expectations, regulatory requirements, and cost. It teaches you how to solve problems with the resources and constraints you have.
Academic research, on the other hand, allows you to slow down and ask deeper questions. Instead of asking, ‘Does this process work?’ you ask, ‘Why does it work?’ and ‘Can it be improved?’ Research encourages you to challenge assumptions, generate evidence, and contribute new knowledge that can influence future practices across the industry. My years in manufacturing gave me a practical mindset. They taught me to think about scalability, manufacturability, product consistency, packaging, shelf life, and the realities of producing food for consumers every day. Research has strengthened my analytical thinking and taught me to approach problems with greater scientific rigour, ensuring that conclusions are supported by evidence rather than experience alone. I believe my greatest strength today comes from combining both perspectives. When I look at a research question, I naturally think about how the findings could be applied in a manufacturing environment. Likewise, when I encounter an industrial challenge, I instinctively think about the scientific principles behind it and whether there is an opportunity to investigate it further. That ability to move comfortably between science and application has shaped my perspective as a food scientist.
Your research focuses on starch and protein functionality. For readers unfamiliar with these areas, why are they important, and how could they shape the future of food production?
The world’s population is projected to approach 10 billion people by 2050. At the same time, climate change, shrinking agricultural land, water scarcity, and increasing pressure on natural resources are making traditional food production more challenging. These realities mean we cannot rely solely on conventional approaches to feeding the world. We need to identify new ingredients, improve existing crops, and develop more efficient ways of producing nutritious foods. This is where research into starch and protein functionality becomes important. Many alternative protein sources, such as beans, peas, lentils, and other legumes, are naturally abundant and more environmentally sustainable than many conventional animal protein sources.
However, consumers will only accept these foods if they have the right texture, taste, stability, and cooking characteristics. My research focuses on understanding how these ingredients behave during processing so that they can be transformed into quality food products that people genuinely enjoy eating. By understanding how proteins and starches interact during food processing, we can develop products that make better use of locally available crops, reduce food waste, and expand the range of foods available to consumers.
One thing I always like to point out is that plant-based protein is not new to Nigerians. Long before it became a global trend, our diets already included protein-rich foods such as beans, cowpeas, bambara groundnuts, soybeans, and traditional soy products like awara or wara soya. What is changing is not the existence of these foods, but our scientific understanding of how to process them into a wider range of quality products that meet modern consumer needs while retaining their nutritional value.
Nigeria has an abundance of legumes and other indigenous crops with tremendous potential, yet many remain underexplored by both researchers and industry. Legumes can be used to produce plant-based milk, yoghurt alternatives, protein concentrates and isolates, gluten-free flours, meat alternatives, high-protein snacks, breakfast cereals, and ingredients for bakery products. They can also be incorporated into composite flours for bread, biscuits, noodles, and pasta, improving their nutritional profile while reducing reliance on imported wheat. Through food science, we can unlock new applications for these crops, creating opportunities for farmers, supporting local food manufacturers, reducing dependence on imported ingredients, and adding value to what we already produce.
During your time at the University of Lincoln, you worked on Project Pythagoras, which explored pea milk production. Can you tell us about that project and its significance for sustainable food systems?
Project Pythagoras was an exciting research initiative that explored the production of pea milk as a sustainable plant-based alternative to conventional dairy products. While the idea may sound simple, producing a plant-based milk of good quality involves much more than blending peas with water. One of the biggest scientific challenges is understanding how plant proteins behave during processing to achieve the right taste, texture, stability, appearance, and nutritional quality that consumers expect. My role in the project focused on understanding the functionality of pea proteins and how processing conditions influence the quality of the final product. This involved investigating how different processing techniques affect properties such as protein solubility, emulsification, stability, and sensory characteristics. These are important considerations because consumers expect plant-based milk to perform like dairy milk in appearance, mouthfeel, and shelf stability. The significance of the project extends far beyond pea milk itself.
As the global population continues to grow and climate change places increasing pressure on agricultural systems, there is an urgent need to diversify our sources of protein. Plant proteins generally require less land and water and produce lower greenhouse gas emissions than many conventional animal protein sources. Developing high-quality foods from these crops is therefore an important part of building more sustainable food systems. What I found particularly interesting was that the principles behind Project Pythagoras are highly relevant to countries like Nigeria. Although peas are not a major crop in Nigeria, we have an abundance of protein-rich legumes. The same scientific principles we applied to pea proteins can be used to develop innovative products from these locally available crops.
You have also conducted research on runner bean starch and plant-based nutrition. Which of your research projects are you most proud of, and why?
Every research project has taught me something different, so it’s difficult to choose just one. However, if I had to pick, I would say my work on underutilised legumes has been the most rewarding because it sits at the intersection of food science, sustainability, agriculture, and innovation. I am proud of my research on runner bean starch because it demonstrated that ingredients from lesser-known crops can possess functional properties that make them valuable for food applications. That is particularly important for countries like Nigeria. We are richly blessed with agricultural resources, but there is still enormous scope to increase the value we derive from them through research, innovation, and food processing. I hope my work contributes, even in a small way, to showing how science can help transform local crops into products that are competitive, sustainable, and relevant to the food systems of the future.
You are one of only three people globally in the Nutrition category to receive the Cureus Laureate Award for peer review. How did you react to that recognition, and why is peer reviewing so important to scientific research?
I was genuinely surprised and deeply honoured. Recognition is always meaningful, but what made this award particularly special was knowing that it recognised a contribution that often happens behind the scenes. Peer reviewing is largely voluntary work. It is rarely visible to the public, yet it is one of the most important processes in maintaining the quality and credibility of scientific research. To learn that I was one of only three recipients globally in the Nutrition category made the recognition even more humbling. I saw it not just as a personal achievement but as a reflection of the importance of giving back to the scientific community.
Every researcher benefits from peer review at some point in their career, so contributing to that process is both a privilege and a responsibility. For readers who may not be familiar with it, peer review is essentially the quality assurance system of science. Before research is published, it is evaluated by independent experts who assess whether the methods are scientifically sound, whether the conclusions are supported by the evidence, whether the work is original, and whether it makes a meaningful contribution to existing knowledge. That process helps maintain public confidence in scientific publications and ensures that research meets high professional standards. I have always approached peer review as more than simply identifying weaknesses in a manuscript.
My aim is to provide constructive feedback that helps researchers strengthen their work. Behind every manuscript is a scientist who has invested considerable time and effort, so it is important to review fairly, objectively, and respectfully. Good peer review should improve research, not discourage researchers. The experience has also benefited me personally. Reviewing the work of researchers from different parts of the world exposes me to new ideas, emerging technologies, and different approaches to solving scientific problems. It continually challenges me to think critically and has undoubtedly made me a better researcher.
Throughout your career, you have worked in quality assurance, product development, research, teaching, and scientific publishing. Which of these roles has challenged you the most?
Looking back, I would say product development has been the most challenging role because it requires you to bring together almost every aspect of food science into a single product. Developing a successful food product is far more complex than many people realise. It is not enough for a product to be nutritious or scientifically sound. It also has to taste good, have the right texture, remain stable throughout its shelf life, comply with food regulations, be manufacturable on a commercial scale, meet consumer expectations, and remain economically viable. Finding the right balance between all of those factors is both a science and an art. A small change to an ingredient or processing condition can affect everything else, from flavour and appearance to packaging requirements, production efficiency, and shelf stability. That complexity is what makes product development both challenging and incredibly rewarding. At the same time, each of the other roles has influenced the way I think as a food scientist.
Quality assurance taught me discipline, consistency, and attention to detail. Research taught me to question assumptions and rely on evidence. Teaching reminded me that scientific knowledge only becomes valuable when it can be communicated clearly. Peer reviewing strengthened my critical thinking and reinforced the importance of scientific integrity. Food science is one profession, but it can be practised in many different ways. I’ve been fortunate to experience it from the factory floor, the laboratory, the classroom, and the scientific publishing desk.
The food manufacturing industry is often fast-paced and demanding. What are some of the biggest lessons you learned during your years at NASCO Foods that continue to influence your work today?
My time at NASCO Foods taught me lessons that no textbook or university laboratory could have taught. It was where I truly came to appreciate the responsibility that comes with producing food that millions of people trust every day. One of the most important lessons I learned was that small decisions can have very big consequences. A slight variation in an ingredient, or a processing parameter that falls outside specification, can affect product quality, consumer confidence, and even a company’s reputation. That experience taught me to respect precision, consistency, and attention to detail. I also learned that success in food manufacturing depends on people just as much as it depends on technology. You quickly realise that producing safe, high-quality food requires everyone, from machine operators and quality assurance personnel to engineers, procurement teams, and management, to work towards a common goal. It taught me the importance of communication, teamwork, and respecting the expertise that every individual brings to the production process.
Another lesson that has stayed with me is the importance of balancing innovation with practicality. It is easy to develop an exciting idea in a laboratory, but in industry that idea must also be affordable, scalable, compliant with regulations, and acceptable to consumers. That experience has influenced the way I conduct research today. I always ask myself, ‘Can this research solve a real problem? Can it eventually benefit industry, consumers, or society?’ Perhaps most importantly, NASCO taught me resilience. Manufacturing is a fast-paced environment where unexpected challenges are part of everyday life. Equipment can fail, raw materials can vary, customer demands can change, and production schedules can be extremely demanding. Learning to stay calm, analyse problems objectively, and make informed decisions under pressure has been invaluable throughout my career.
Looking back, NASCO gave me far more than technical experience. It gave me a practical mindset that continues to shape how I approach research, innovation, and leadership. Even today, I strive to ensure that the science I pursue has relevance beyond academic journals and can ultimately make a meaningful impact on the food industry and society.
Folasade Esther Akinwumi
As a woman who has built a successful career in food science, what challenges have you encountered, and what advice would you give to young women considering careers in science, technology, engineering, and research?
Building a career in food science has been both rewarding and demanding. Like many women in science, I have encountered situations where I had to work harder to prove my capabilities, particularly in environments where leadership and technical roles have traditionally been male-dominated. There were occasions when I had to overcome unconscious biases, balance multiple responsibilities, and remain focused despite setbacks.
At the same time, I believe it is equally important to acknowledge that being a woman has also opened doors to valuable opportunities designed to encourage greater female participation in science. One such opportunity was being awarded a support grant through Funds for Women Graduates (FfWG). That support not only contributed to my academic journey but also reinforced the importance of investing in women researchers and creating pathways for them to thrive. Programmes like these play a vital role in helping talented women reach their full potential and contribute meaningfully to science and society. I have also been fortunate to learn from supportive mentors, collaborate with outstanding colleagues, and belong to professional organisations that value knowledge, innovation, and diversity. Those experiences have reinforced my belief that creating inclusive environments benefits not only individuals but also science itself.
My advice to young women considering careers in science, technology, engineering, and research is simply to not let stereotypes determine your ambitions. If you are curious, willing to work hard, and passionate about solving problems, there is a place for you in science. I encourage young women to seek mentors, build strong professional networks, ask questions with confidence, and embrace lifelong learning. Science is constantly evolving, and the most successful researchers are those who remain curious and open to new ideas, whether male or female. I hope that as more women enter leadership positions in research, academia, and industry, they will inspire the next generation to see science not as a field with barriers, but as a field of possibilities. Every young girl with a passion for discovery should know that she belongs in the laboratory, the classroom, the boardroom, and wherever scientific decisions are being made.
Nigerian researchers often speak about funding constraints and limited research infrastructure. Based on your experience in Nigeria and the United Kingdom, what changes would you like to see in Nigeria’s research ecosystem?
Having worked in both Nigeria and the United Kingdom, I have come to appreciate that excellent research is not driven by funding alone. It is driven by an ecosystem that allows researchers to ask important questions, access the right facilities, collaborate effectively, and translate discoveries into real-world impact.
Funding is certainly an important part of that ecosystem. Researchers need sustainable investment to undertake ambitious projects, maintain modern laboratories, access specialised equipment, and attract talented students and early-career scientists. However, funding on its own is not enough. One of the biggest changes I would like to see in Nigeria is stronger collaboration between universities, research institutes, government, and industry. Too often, valuable research remains within academic journals without reaching the people and industries that could benefit from it. When researchers and industry work together from the beginning, research is more likely to address practical challenges and generate innovations that improve food production, create jobs, and strengthen the economy.
I would also like to see greater investment in shared research infrastructure. Not every university needs to own every piece of sophisticated equipment, but researchers across institutions should have reliable access to modern analytical facilities, pilot-scale processing equipment, and well-maintained laboratories. Shared facilities make better use of limited resources while encouraging collaboration across institutions. Another area that deserves attention is support for early-career researchers. Many talented young scientists have excellent ideas but struggle to secure funding, mentorship, or opportunities to develop independent research programmes. Competitive grants, structured mentoring, international exchange programmes, and stronger postgraduate support can help retain talented researchers and reduce the loss of skilled scientists to other countries. Finally, I believe we should place greater emphasis on research that builds on Nigeria’s own strengths.
We are blessed with a rich diversity of crops and indigenous food resources. By investing in research on local raw materials, value addition, food processing, and sustainable manufacturing, we can develop solutions that are not only scientifically innovative but also economically relevant and globally competitive.
Looking back over your career, were there moments when you doubted yourself or considered giving up? How did you overcome those periods?
Absolutely. I think anyone who says they have never experienced self-doubt is probably not being completely honest. Every meaningful career has moments of uncertainty, and mine has been no exception. There have been times when experiments did not produce the expected results, manuscripts required substantial revision, or career decisions involved significant uncertainty. Moving between industry and academia, adapting to new environments, and pursuing research in highly competitive settings all came with their own challenges.
During those periods, it was natural to question whether I was on the right path. What helped me was remembering why I chose this profession in the first place. My motivation has never been simply to collect qualifications or titles, but a desire to contribute through science. When I focused on that purpose rather than immediate outcomes, it became much easier to persevere through temporary setbacks. Another source of strength has been the support of mentors, colleagues, family, and friends. No one succeeds entirely on their own, and I have been fortunate to have people who believed in me, challenged me, and encouraged me to keep moving forward, even when progress seemed slow.
Outside research and professional commitments, how do you unwind, and what hobbies or interests help you maintain a healthy work-life balance?
Outside of research, I enjoy the simple things that help me switch off and recharge. I’m an avid movie lover, and I find that watching a good film is a great way to relax and take a break from the demands of research. Whether it’s a thought-provoking drama, a documentary, or a light-hearted comedy, I appreciate a good story. I also love cooking up a storm in my kitchen. While my professional work focuses on the science behind food, cooking at home allows me to experience food from a completely different perspective. It’s creative, relaxing, and gives me the freedom to experiment with flavours, ingredients, and recipes simply for the enjoyment of it. It’s a reminder that beyond all the science, food is ultimately about bringing people together and creating memorable experiences.
Spending time with family and friends is equally important to me. Those moments help me maintain perspective and remind me that success is measured not only by professional achievements but also by the relationships we nurture along the way. I have learned that maintaining a healthy work-life balance is essential for creativity and productivity. Stepping away from research occasionally allows me to return with fresh ideas, renewed energy, and a clearer perspective.
Having reached another important milestone in your career, what professional goals or research projects are you most excited to pursue in the coming years?
Being elected a Fellow of the Institute of Food Science and Technology is a significant milestone, but I see it as the beginning of a new chapter rather than the culmination of my career. It encourages me to think even more ambitiously about the impact I would like my research to have in the years ahead.
Scientifically, I am excited to continue exploring the functionality of plant proteins and underutilised crops, particularly how they can be transformed into high-quality, sustainable food ingredients and products. There is tremendous potential to unlock greater value from crops that are already familiar to many communities, and I believe food science has an important role to play in helping realise that potential. Beyond my own research, I am passionate about mentoring the next generation of scientists.
Throughout my career, I have benefited from the guidance and encouragement of exceptional mentors, and I believe we have a responsibility to create similar opportunities for young researchers. Ultimately, my goal is not simply to publish more papers or receive more recognition. It is to conduct research that is scientifically rigorous, practically relevant, and capable of making a lasting contribution to the food sector and to society. If my work can inspire others, help solve real-world challenges, and contribute to a more sustainable and innovative food system, I will consider that a meaningful legacy.
Finally, what advice would you give to young Nigerians who dream of building successful careers in food science, whether in industry, research, or academia?
My advice to young Nigerians is to remain curious and never stop learning. Don’t be afraid to ask questions, challenge assumptions, or explore new ideas, because that is where innovation begins. I would also encourage them to build a strong foundation in the fundamentals. Science evolves rapidly, and new technologies will continue to emerge, but a solid understanding of core scientific principles will always remain valuable. Invest in developing your technical skills, communication skills, and ability to think critically, because successful scientists must not only generate knowledge but also communicate it effectively and work collaboratively.
Whether you choose a career in industry, research, or academia, remember that each path is valuable and each contributes differently to society. Industry transforms scientific knowledge into products and processes that people use every day. Research expands our understanding of the world and creates new possibilities. Academia inspires and prepares the next generation of scientists. These careers are interconnected, and moving between them can enrich your perspective and broaden your impact.
I would also encourage young scientists to seek mentors, embrace collaboration, and take advantage of opportunities beyond their immediate environment. Scholarships, professional societies, conferences, internships, and international collaborations can broaden your horizons and open doors you may never have imagined.
Many of the opportunities that have shaped my own career began with a willingness to apply, learn, and step outside my comfort zone.
Most importantly, believe in your potential. Nigeria is home to exceptionally talented young people with the creativity, resilience, and determination to make meaningful contributions to science and innovation. The challenges we face today-from food security and sustainability to climate resilience and value addition-also present tremendous opportunities for those willing to develop solutions.
Whatever path you choose, pursue excellence with integrity, remain humble enough to keep learning, and remember that success is not measured only by the positions you hold or the awards you receive, but by the positive difference your work makes in the lives of others. If your knowledge can help solve problems, inspire people, and contribute to your community, then you have already begun to build a meaningful legacy.
Dream boldly, work diligently, stay curious, and never underestimate the impact that one committed scientist can have.