By Juliet Umeh

At the 36th Landmark University Centre for Research, Innovation and Discoveries (LUCRID) webinar, Dr. Omoaruemike Okereke, a leading figure in microbial genetic engineering, delivered a keynote address that placed bioeconomy and gene modification strategies at the heart of sustainable agricultural transformation. Her talk, titled “Bioeconomy: Leveraging Advancements in Gene Modification Strategies for Improvements in Agriculture,” drew the attention of researchers, policymakers, and industry leaders from across Nigeria and beyond. The session reflected both the promise and the challenges of applying cutting-edge genetic technologies in agriculture, healthcare, and environmental management.

The LUCRID webinar has become a respected platform for exploring the intersection of innovation, sustainability, and national development. This year’s event placed bioeconomy in focus, underscoring the potential of science-driven solutions in reshaping critical sectors. Dr. Okereke’s keynote provided both a scientific overview and a practical roadmap, balancing the enthusiasm around gene modification with the caution required in addressing ethical, regulatory, and safety concerns in Nigeria.

“Bioeconomy is more than a scientific concept,” she told participants. “It is a framework for ensuring that our biological resources are used in ways that create value, reduce waste, and support livelihoods. Gene modification strategies are tools that, when used responsibly, can help us achieve food security, healthcare innovation, and environmental protection.”

Speaking from her experience as a scientist deeply engaged in microbial systems, Dr. Okereke shared insights into how microorganisms can be genetically engineered to drive bio-based production. Her research has explored waste valorization using microbial platforms, converting agricultural and industrial residues into valuable bioproducts such as enzymes, biofuels, and biochemicals. “In Nigeria, waste is often seen as a burden,” she explained. “But through genetic engineering, we can convert waste into wealth. We can design microbial strains that produce biochemicals, plastics alternatives, or pharmaceutical ingredients from residues that would otherwise pollute our environment.”

Her work demonstrates that bioeconomy is not abstract. It has tangible applications that address both national and global challenges. By focusing on microbial genetic modification, Dr. Okereke has positioned herself as one of the foremost advocates for deploying biotechnology to build sustainable economies in emerging nations. “We must stop seeing biotechnology as a foreign solution. It is a Nigerian solution too. With our local biodiversity and our young scientists, we have the capacity to lead in this space,” she said firmly.

Participants at the webinar engaged actively with her presentation, raising questions about safety, regulatory frameworks, and public acceptance of gene modification technologies. In response, Dr. Okereke emphasized that building trust is as important as building technologies. “Public perception is critical. We must communicate clearly about what gene modification is, why it is safe, and how it benefits communities. Regulation must also be strong, transparent, and adapted to our national realities.”

She pointed to international examples where bioeconomy initiatives have delivered measurable results but stressed the importance of tailoring strategies for Nigeria. “The European Union, the United States, and China have established bioeconomy frameworks that drive both industry and innovation. For Nigeria, we must define a bioeconomy that leverages our agricultural base, addresses our healthcare gaps, and supports environmental resilience. Gene modification is one part of this broader puzzle.”

Her message resonated strongly with industry leaders and policymakers present. Several participants noted that the keynote highlighted both opportunities for innovation and the urgent need for regulatory clarity. Discussions following her presentation centered on how Nigeria can balance progress in genetic engineering with responsible oversight to ensure safety and public trust.

The significance of the webinar extended beyond the academic community. The event was reported on the official Landmark University website and shared widely on LinkedIn, where it attracted interest from global experts in biotechnology and sustainable development. That international visibility underscored the reach of Dr. Okereke’s research and its implications for global sustainability.

Her pioneering work in microbial genetic engineering has already earned her recognition as a voice shaping the bioeconomy in Nigeria. By demonstrating how waste streams can be converted into high-value products through microbial modification, she has opened up pathways for industries to reduce costs while reducing environmental impact. “Sustainability must not be treated as a slogan,” she told me after her talk. “It must be engineered into the way we farm, manufacture, and manage our environment. Biotechnology offers us the ability to engineer that future.”

The LUCRID webinar reinforced Landmark University’s role as a hub for research and knowledge exchange. For participants, the highlight was not only the scientific content but also the clarity with which Dr. Okereke tied her research to everyday issues—food security, environmental waste, and economic resilience. One student participant remarked after her talk, “It was the first time I understood how microbial research could affect farmers, industries, and even households. She showed us the real-world impact.”

As Nigeria and other emerging economies face the dual pressures of climate change and population growth, the push for sustainable agriculture and industrial innovation has become urgent. Gene modification strategies, when applied thoughtfully, can deliver solutions that scale. Dr. Okereke’s keynote served as a reminder that Nigeria has both the intellectual capacity and the scientific infrastructure to contribute to global bioeconomy leadership.

Looking ahead, she emphasized the need for continued investment in research infrastructure, capacity building, and cross-sector partnerships. “We cannot afford to lag behind,” she said. “If Nigeria commits to building its bioeconomy today, we will not only feed our people, but also contribute technologies to the global market. Gene editing strategies give us the tools, but leadership and vision will determine how far we go.”

The 36th LUCRID webinar ended with calls for stronger collaboration between universities, industry, and government to accelerate bioeconomic development. For many attendees, Dr. Okereke’s keynote crystallized the opportunities at stake. By linking genetic innovation with sustainable development, she offered a vision that was both scientifically rigorous and nationally relevant.

Her presence at the LUCRID platform highlighted her standing not just as a researcher but also as a thought leader in Nigeria’s scientific community. With her emphasis on local capacity, responsible regulation, and global engagement, Dr. Okereke continues to shape the conversation on how biotechnology and gene modification can transform economies.

As the applause closed her keynote, it was clear that the audience had not only learned about the science but had also been inspired to see biotechnology as a driver of Nigeria’s future. Her words carried both urgency and optimism: “We have the tools. We have the talent. The question now is whether we will commit to using them to build a sustainable bioeconomy for Nigeria and for the world.”