Around the world, the study of DNA is transforming healthcare, agriculture and biotechnology, creating industries worth trillions of dollars and reshaping the future of scientific innovation. Known as genomics, this rapidly advancing field is helping countries develop breakthrough medicines, improve food production and unlock new opportunities for economic growth. Nigeria is now positioning itself to become part of that global transformation with plans to establish the Nigeria Genomic City, an ambitious initiative aimed at harnessing the country's rich genetic resources for scientific research, precision medicine, food security and long-term economic growth.
Unveiled at a high-level stakeholders' meeting in Abuja, the project is expected to strengthen Nigeria's transition towards a knowledge and innovation driven economy by expanding investment in science, research and technology.
Minister of Education, Dr. Tunji Alausa, described the Nigeria Genomic City as a strategic national investment that has been in development for more than 20 months. Designed as a multi-agency and multi-ministerial initiative, he said the project is intended to serve as a national asset rather than belong to any single institution.
"This project is not about institutional ownership or individual interests. It belongs to Nigeria and must be driven through broad national collaboration. It is about creating a sustainable national asset that will benefit generations of Nigerians," he said.
Alausa warned that Nigeria's growing population would become a true demographic advantage only through sustained investment in science, research and innovation.
"The biggest demographic dividend ever witnessed anywhere in the world could become a demographic calamity for us if we fail to act. We do not have a choice," he said.
Despite being one of Africa's richest reservoirs of genetic diversity, Nigeria has yet to fully harness this scientific resource. While advanced economies have built trillion-dollar biotechnology and genomics industries, Alausa noted that much of Africa's genomic data continues to generate value abroad with limited benefits returning to the continent. He said Nigeria must strengthen data sovereignty, protect its scientific resources and pursue partnerships that deliver mutual benefits.
To support that ambition, the Federal Government is finalising arrangements for the National Research and Innovation Development Fund, expected to mobilise nearly $500 million annually for research and innovation nationwide. According to the minister, the proposal will proceed to the Federal Executive Council and the National Assembly before the enabling legislation is presented for presidential assent.
The University of Abuja will host the Nigeria Genomic City, while the National Information Technology Development Agency, the National Board for Technology Incubation and other strategic partners will provide technological and innovation support. The Federal Ministry of Education will coordinate implementation and collaboration among participating institutions.
Minister of State for Education, Prof. Suwaiba Ahmad, said Nigeria has the population, growing research capacity and technical expertise needed to deliver the initiative, adding that the ministry will continue mobilising partnerships and institutional support to bring the project to reality.
Presenting the technical framework, Prof. Mayowa Ojo Owolabi, Pioneer Director of the Centre for Genomic and Precision Medicine at the University of Ibadan, said the initiative will establish a national platform built on genomic, biological and health data to accelerate discoveries, commercialise innovations and improve disease prevention, diagnosis, treatment and cures.
He said the project would also improve crop and livestock production, strengthen food security, attract investment, develop a world-class scientific workforce and position Nigeria as a global exporter of biotechnology innovations. Artificial intelligence, bioinformatics, robust data sovereignty and intellectual property protection will underpin the initiative, alongside stronger collaboration with Nigerian researchers in the diaspora.
Globally, genomics is enabling scientists to understand how genes influence disease, identify health risks, develop targeted medicines and vaccines, and advance precision medicine, where treatments are tailored to a person's genetic makeup. It is increasingly being used to combat cancer, sickle cell disease, malaria, diabetes and other hereditary conditions while strengthening responses to emerging infectious disease outbreaks. In agriculture, it is helping develop high-yield, drought-resistant and disease-resistant crops, improve livestock breeding and strengthen food security, driving a biotechnology industry that continues to attract investment and create jobs.
Africa possesses the world's greatest human genetic diversity because modern humans originated on the continent, yet Africans remain significantly underrepresented in global genomic research. With one of the continent's richest reservoirs of genetic diversity, Nigeria is well placed to help change that narrative.
The proposed Nigeria Genomic City is expected to bring together universities, research institutes, teaching hospitals, technology companies and private investors to generate genomic data, develop new medicines and diagnostics, commercialise scientific discoveries and build a globally competitive biotechnology ecosystem.
If realised, the initiative could become a defining milestone in Nigeria's scientific journey, positioning the country not only as a consumer of global innovation but as a recognised contributor to the future of biotechnology.
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