By Grateful Ogunjebe
In March 2026, Nigerian newspapers buzzed about genetically modified crops (GMCs) and the possibility of adopting them in the country. The National Biosafety Management Agency (NBMA) reassured the public about the safety of these foods. In June 2024, Bill Gates visited Nigeria to discuss investment opportunities in this area.
To shed light on GMCs, we spoke to Chinechendo Eze, a food microbiologist and biotechnologist at the University of Louisiana at Lafayette. With over ten years of research experience, Eze has valuable insights on the subject.
Eze argues that GMCs can help farmers produce more food on less land. In a piece for The Guardian, she stated, “We face a growing population, making it harder to meet the demand for food.” In another interview with the Nigerian Tribune, she emphasized that innovations like genetic crop improvement and precision farming can redefine agriculture and boost food security.
Her research published in the Journal of Agriculture, Aquaculture, and Animal Science highlights the importance of gene function validation for crop improvement. This kind of research allows scientists to create detailed maps of plant traits, aiding future biotechnology efforts.
In another study, Eze explored how environmental conditions affect transgenic crops and the challenges this poses for farmers. Understanding these interactions is vital for breeding and ensuring crop safety.
Eze is also focused on sustainable agriculture. In 2024, she led a study on sweet potatoes in Nigeria, finding that poor storage conditions lead to significant losses due to spoilage. Her team suggested improving storage practices to combat these issues, which could benefit farmers economically.
Beyond agriculture, Eze works on using microbes to tackle plastic waste. In a recent publication, she described how microbial communities can effectively break down plastics, suggesting that they could be key to future waste management solutions.
Eze acknowledges fears surrounding GMCs, but she believes they are largely based on misinformation. “These crops are the most tested in the world before reaching consumers,” she noted.
She stresses that Nigeria needs to invest in agricultural research to develop crops that can handle climate change and other challenges. Building strong research facilities and mentorship programs for young scientists is also crucial.
“From genetic improvements to farm innovations, we have a chance to transform agriculture,” Eze explained. “We need biotechnology that helps farmers, especially women and youth, access these advancements.”
Eze advocates for bridging the gap between labs and farms through community hubs where farmers can learn about better farming techniques and practices.
She also finds joy in teaching and mentoring young scientists. “It’s rewarding to guide future researchers and help them appreciate the world of science,” she shared.
In addition to her academic work, Eze actively supports women in science and belongs to several professional organizations.
As the agricultural landscape evolves, the push for innovative and sustainable practices becomes ever more critical. For more information on genetically modified foods, check out the National Biosafety Management Agency.
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