Author name: ASMAU UBA MUHAMMAD

Introduction Biotechnology is transforming the way we produce food, prevent diseases, and improve human health. It involves using living organisms, cells, or biological processes to develop useful products and technologies. In Nigeria, microbiologists play an important role in this transformation by studying microorganisms such as bacteria, fungi, and viruses and applying their knowledge to solve real-life problems. From improving soil fertility to discovering new medicines, microbiology is helping Nigeria explore locally available biological resources, strengthen food security, and support pharmaceutical development. Transforming Agriculture Through Microbial Biotechnology Agriculture remains an important part of Nigeria’s economy, providing food, employment, and income for millions of people. However, farmers face challenges such as declining soil fertility, crop diseases, and high costs of chemical fertilizers and pesticides. Microbiologists are addressing these challenges through the application of beneficial microorganisms. Certain bacteria, such as Rhizobium and Azotobacter, can improve the availability of nutrients in soil, particularly nitrogen, which plants need for healthy growth. Similarly, mycorrhizal fungi form beneficial relationships with plant roots, helping crops absorb water and essential minerals. These microorganisms can be developed into biofertilizers, offering farmers environmentally friendly alternatives or supplements to conventional fertilizers. Other beneficial microbes are used in the development of biopesticides, which help control agricultural pests and plant diseases while reducing dependence on synthetic chemicals. Microbiology also supports the production of fermented foods such as yoghurt, cheese, and traditional Nigerian food products. Through controlled fermentation, microorganisms improve food preservation, flavour, and, in some cases, nutritional quality. These applications create opportunities for local food processing, entrepreneurship, and employment. Advancing Pharmaceutical Innovation Microbiologists also contribute significantly to pharmaceutical research and healthcare development. Many important medicines originate from microorganisms. For example, Penicillium fungi are associated with the discovery of penicillin, one of the earliest antibiotics that transformed the treatment of bacterial infections. In Nigeria, microbiologists investigate bacteria, fungi, and other biological resources to identify potentially useful antimicrobial compounds. This research is particularly important because antimicrobial resistance, which occurs when microorganisms no longer respond effectively to medicines, threatens the successful treatment of infections. Microbiologists also contribute to vaccine research, disease diagnosis, quality control of pharmaceutical products, and the development of biological products. Through molecular biology, genetic engineering, and microbial biotechnology, researchers can investigate new approaches to disease prevention and treatment. The World Health Organization has identified local pharmaceutical, vaccine, and biological production as important components of Nigeria’s healthcare development. This creates opportunities for microbiologists, pharmacists, biotechnologists, and other scientists to collaborate in strengthening local research and manufacturing capacity. Building a Healthier and More Sustainable Nigeria Despite these opportunities, biotechnology development in Nigeria faces challenges, including inadequate research funding, limited laboratory infrastructure, and the need for stronger collaboration between universities, industries, and government agencies. Addressing these challenges requires sustained investment in scientific research, modern laboratory facilities, professional training, and the commercialization of research findings. Ultimately, biotechnology demonstrates that microorganisms are not merely agents of disease; they are valuable biological resources capable of improving human life. Through their contributions to agriculture, food production, medicine, and environmental sustainability, microbiologists are helping Nigeria develop practical solutions to national challenges. As Nigeria continues to strengthen its scientific and technological capacity, microbiologists will remain essential to building a more productive agricultural sector, a stronger pharmaceutical industry, and a healthier society. Figure 1. Application of microbial biotechnology in agriculture, food production, pharmaceutical research, and healthcare innovation in Nigeria. References Salisu, B. U., & Isiya, S. (2024). Biofertilizer production using phosphate-solubilizing Pseudomonas specie isolated from rhizosphere soil: Towards indigenous biofertilizer for enhanced crop productivity in Katsina, Nigeria. UMYU Journal of Microbiology Research, 9(1), 123-133. World Health Organization. (2024). A case study on the ecosystem for local production of pharmaceuticals, vaccines, and biologicals: the Nigeria context. World Health Organization. Oluwamakinde, E. P., Akpofure, O. D., Adeniran, S. O., & Fagbenro, O. S. (2026). Integrating advanced molecular biotechnology tools into toxicological research infrastructure for sustainable development in Nigeria. Discover Toxicology, 3(1), 1. written by/ Abdulsalam Mustapha Head of Department, Microbiology, Skyline University Nigeria  

What happens when the medicine we trust to save a life stops working? A child develops pneumonia. A mother develops an infection after caesarean surgery. A patient arrives at the hospital with severe sepsis. The antibiotic that should have brought relief is administered, but the infection continues to worsen, another drug is tried and it fails too. This is not a scene from a distant future. It is the growing reality of antimicrobial resistance (AMR). Unlike COVID-19, AMR does not arrive with dramatic headlines, crowded isolation centers or daily statistics. It advances quietly in hospitals, communities, farms and the environment. Yet its consequences can be devastating. Resistant infections can turn ordinary illnesses into prolonged battles, increase hospital stays and healthcare costs, and ultimately claim lives. For Nigeria, the warning bells are already ringing. Antimicrobials have transformed modern medicine, but their effectiveness is being threatened by misuse and overuse. Unnecessary prescriptions, self-medication, inappropriate drug choices, incomplete treatment and the use of antibiotics when they are not needed all give micro-organisms opportunities to survive and develop resistance. And when antibiotics fail, the consequences extend far beyond the individual patient. Modern healthcare itself depends on effective antimicrobials. Caesarean sections, major surgeries, cancer chemotherapy, organ transplantation and the treatment of severe infections all become considerably more dangerous when common antibiotics can no longer be relied upon. The Medical Laboratory: Nigeria’s Critical Weapon Against AMR In this battle, one weapon deserves far greater attention: Medical laboratory diagnosis. Too often, infections are treated empirically without confirming their cause. But fever does not automatically mean a bacterial infection, and even when bacteria are responsible, the same antibiotic will not work against every organism. This is where the medical laboratory becomes indispensable. Through proper specimen collection, microscopy, culture, identification of microorganisms and antimicrobial susceptibility testing (AST), the medical laboratory provides the evidence needed to determine what is causing an infection and which antimicrobial is most likely to work. In simple terms, The Medical laboratory replaces guesswork with evidence. A medical laboratory result can prevent an unnecessary antibiotic from being prescribed. It can identify a resistant organism before it spreads. It can help a clinician move from a broad-spectrum antibiotic to a more targeted treatment. It can also provide the surveillance data needed to understand which resistant organisms are emerging and which antibiotics are losing their effectiveness. The medical laboratory scientist is therefore not merely a professional who analyses specimens. The Medical laboratory is part of the frontline defence against AMR. Unfortunately, diagnostic capacity remains inadequate in many settings. Some healthcare facilities lack functional microbiology laboratories, quality-assured reagents, appropriate equipment, trained personnel and reliable systems for transporting specimens. Where diagnosis is unavailable, empirical treatment becomes the default and antimicrobial resistance finds fertile ground. Nigeria must therefore place medical laboratory diagnosis at the heart of its AMR response. Investment in microbiology laboratories, medical laboratory scientists, quality assurance, diagnostic technologies, specimen referral systems and antimicrobial susceptibility testing is not an unnecessary expense. It is an investment in the survival of effective medicine. But Medical laboratories cannot fight AMR alone. Clinicians must prescribe responsibly. Pharmacists must promote appropriate antimicrobial use. Patients must stop self-medicating and using leftover antibiotics. Hospitals must strengthen infection prevention and control. Policymakers must enforce regulations and support surveillance. The agricultural and environmental sectors must also be part of the response. This is why AMR demands a “One Health Approach” because resistant microorganisms do not respect the boundaries between humans, animals and the environment. The choice before Nigeria is becoming increasingly clear. We can continue to respond to resistant infections after they have become difficult to treat, or we can invest now in prevention, surveillance and accurate diagnosis. The Medical laboratory gives us the ability to know before we guess, to target before we overuse, and to act before resistance becomes irreversible. AMR may be a silent pandemic, but Nigeria’s response must be loud, deliberate and immediate. “Because the greatest danger is not simply that antibiotics may become less effective. It is that one day, the patient may be standing before us, the diagnosis may be correct, the treatment may be urgently needed and the medicine may no longer work. That day must not become Nigeria’s reality. The time to act is now”.  WRITTEN BY. Mrs. Rabiatu Ibrahim Mahmud Lecturer II.Medical Laboratory Science.

From Idea to Investor: What Nigerian Startups Must Know Before Seeking Funding For many Nigerian entrepreneurs, funding is an important step in turning an idea into a growing business. However, having a good idea is only the beginning. Investors want to see evidence that the problem is real, the market exists, customers need the solution and the business has the potential to grow.  From Idea to Evidence Before approaching investors, founders need to validate their ideas. They should understand the problem they are solving, who their customers are, how the problem is currently addressed and why their solution is different. Customer research, early users, sales, pilot programmes and partnerships can provide evidence that the business is solving a genuine problem. Know Your Funding Needs Not every startup needs the same type of funding. An early stage startup may need capital to develop and test its product, while a growing business may need funding to expand its team, technology or market. Founders should know exactly how much they need, what the money will be used for and what they expect to achieve with it. Funding should be connected to clear business milestones. Possible sources include grants, angel investors, accelerators, venture capital, debt and strategic investment. The Securities and Exchange Commission recognises different capital raising options depending on the nature and circumstances of the business. Get Your Business Investment Ready Investors will want to understand the company’s financial position, business model and ownership structure. Founders should therefore have accurate financial records and understand revenue, expenses, cash flow, burn rate and runway. They should also prepare for due diligence. Company registration documents, ownership records, contracts, intellectual property and relevant financial and regulatory documents should be properly organised. Understand the Investment Deal Receiving funding in exchange for equity means giving an investor part ownership of the company. Founders need to understand valuation, dilution, shareholder rights and other terms before accepting an investment. They should also research potential investors and consider their sector, investment stage, experience and the value they can bring beyond capital. Build a Clear Pitch A strong pitch should communicate the problem, solution, market, business model, traction, team, financial position and funding requirement clearly. The pitch should not simply describe an idea. It should show why the opportunity exists and why the team is capable of executing it. Understand the Nigerian Context Nigerian startups also need to understand the regulatory environment surrounding their businesses and fundraising activities. The Nigeria Startup Act 2022 established a framework for technology enabled startups, including startup labelling, the Startup Support and Engagement Portal and a Startup Investment Seed Fund for eligible startups. For regulated capital raising activities, founders must also consider the applicable Securities and Exchange Commission requirements. Is a Means, Not the Destination Raising capital is not the final goal. The purpose of funding is to help the business achieve specific objectives and build a sustainable company. For Nigerian founders, moving from idea to investor therefore requires more than confidence in an idea. It requires market evidence, financial understanding, preparation, a clear funding plan and an understanding of what investment means for the future of the business. The stronger the preparation, the more meaningful the conversation with potential investors can become. References Securities and Exchange Commission Nigeria.* Raising Capital. [SEC Nigeria](https://home.sec.gov.ng/for-businesses/raising-capital/?utm_source=chatgpt.com) Federal Republic of Nigeria.* Nigeria Startup Act 2022. [Nigeria Startup Act 2022](https://www.startup.gov.ng/doc/NIGERIA_STARTUP_ACT_2022_Final_Publication.pdf?utm_source=chatgpt.com) Startup Nigeria.* Startup Support and Engagement Portal. [Startup Nigeria](https://www.startup.gov.ng/about?utm_source=chatgpt.com)

Artificial intelligence is rapidly changing the way students and researchers search for information, develop ideas, and communicate their findings. From discovering academic literature to improving the clarity of written work, AI tools can make research faster and more efficient. However, the convenience they offer also creates an important responsibility: AI should support human thinking, not replace it. The most responsible approach is to treat artificial intelligence as a research assistant. It can help researchers brainstorm ideas, identify gaps, organise information, and improve writing, while the researcher remains responsible for the arguments, analysis, evidence, and final conclusions. Using AI Ethically in Research One useful application of AI is brainstorming and outlining. Researchers can use AI as a discussion partner to explore different perspectives, generate possible research questions, identify counterarguments, or organise scattered notes into a clearer structure. The purpose is not to allow AI to develop the entire argument, but to use it to stimulate and organise the researcher’s own thinking. AI can also assist with literature discovery. Platforms such as Elicit and ResearchRabbit can help researchers discover relevant studies and understand how different publications connect within a field. However, finding a paper is only the beginning. Researchers should read the original publications and assess their methodology, evidence, findings, and relevance before relying on them. Another practical application is language and writing support. Tools such as Grammarly can help identify grammatical errors, improve clarity, and refine the presentation of academic writing. However, researchers should ensure that such tools do not alter the meaning of their arguments or replace their own intellectual contribution. Protecting Academic Integrity The use of AI in research also requires careful verification. AI systems can produce inaccurate information, incomplete summaries, or references that do not exist. Every important fact, quotation, citation, and research claim should therefore be checked against the original source. Transparency is equally important. Researchers should acknowledge significant use of AI where required and document how the technology contributed to their research process. This makes the role of AI clear and helps maintain trust in academic work. Most importantly, researchers must maintain cognitive control. Critical thinking, data interpretation, evaluation of evidence, and final decision-making should remain human responsibilities. Overdependence on AI may make research more convenient, but it can also weaken the skills that academic research is designed to develop. Ultimately, the goal is not to choose between artificial intelligence and human intelligence. It is to use both responsibly. AI can help researchers work more efficiently, but expertise, judgment, curiosity, and intellectual integrity must remain at the centre of the research process. References QuillKi. How to Use AI for Academic Research Without Losing Academic Integrity. Source article American Psychological Association. Learning Artificial Intelligence. APA resource ResearchRabbit. Research Literature Discovery and Mapping. ResearchRabbit Elicit. AI Research Assistant for Literature Review and Research. Elicit ResearchGate. Preserving Academic Integrity in the Age of AI: Navigating Challenges and Exploring Solutions. ResearchGate publication ScienceDirect. Research on the Use of AI and Writing Support Tools. ScienceDirect article Grammarly. Writing and Grammar Assistance. Grammarly  

Nigeria loses staggering sums to corruption every year, yet convictions of high-profile offenders remain rare and asset recoveries are frequently disputed. Traditional auditing, designed to check compliance rather than uncover deliberate deception, has repeatedly proven too blunt an instrument for a problem this calculated and this well concealed. Forensic accounting, which fuses accounting, investigation and courtroom-ready evidence, has emerged as one of the few tools capable of following money through the shell companies, ghost workers and inflated contracts that corrupt officials use to disguise theft. The scale of the problem shows up clearly in Nigeria’s standing on Transparency International’s Corruption Perceptions Index (CPI), which scores 180 countries from 0 (highly corrupt) to 100 (very clean). Nigeria has hovered in the mid-twenties for most of the past decade, ranking 140th out of 180 countries in 2024 with a score of 26 before slipping slightly to 142nd in 2025 despite holding the same score (Transparency International, cited in The Guardian Nigeria, 2025; Trading Economics, 2025). A Decade of Stagnation As Figure 1 and Table 1 show, Nigeria’s CPI score has barely moved since 2019, drifting between 24 and 26 points while its global rank swung from 146th to a low of 154th in 2021 before recovering to 140th in 2024 (ICIR, 2025; Trading Economics, 2025). That flat trend line is precisely why anti-graft agencies have leaned so heavily on forensic accounting: conventional bookkeeping and statutory audits have not moved the needle, so investigators have turned to techniques built specifically to expose concealment rather than merely confirm compliance. Figure 1: Nigeria’s CPI score and global rank, 2019-2025. Source: Transparency International, compiled via ICIR (2025) and Trading Economics (2025). Table 1: Nigeria’s Corruption Perceptions Index, 2019-2025 Year CPI Score (/100) Global Rank (of 180) 2019 26 146 2020 25 149 2021 24 154 2022 24 150 2023 25 145 2024 26 140 2025 26 142 From Bookkeeping to Bloodhound Forensic accounting differs from a routine audit in both purpose and method. Okoye and Gbegi (2013) describe it as the application of accounting, auditing and investigative skills to matters that may end up in a courtroom, meaning every finding must be defensible as legal evidence rather than a management footnote. Modugu and Anyaduba (2013), in an early empirical study of Nigerian practitioners, found that forensic accounting significantly improves the detection and reduction of financial fraud precisely because it targets intent, not just error. In practice, Nigeria’s Economic and Financial Crimes Commission (EFCC) and Independent Corrupt Practices Commission (ICPC) draw on a common toolkit, summarised in Table 2. Table 2: Selected forensic accounting techniques used by Nigerian anti-graft agencies Technique What It Does Lifestyle audit Compares an official’s visible assets and spending with declared income to flag unexplained wealth. Forensic data analytics Mines payroll, procurement and bank-transfer data for duplicate payments, ghost workers and round-tripped funds. Asset tracing Follows the movement of stolen funds through shell companies, real estate and offshore accounts. Net-worth analysis Reconstructs an individual’s true financial position over time to prove illicit enrichment in court. Litigation support Packages financial evidence into reports and expert testimony usable in EFCC/ICPC prosecutions. Evidence That It Works – With Caveats There is measurable payoff. A 2025 case-study review of EFCC prosecutions found that forensic accounting techniques were successfully applied in roughly 80 percent of the cases examined, contributing directly to convictions and the recovery of misappropriated funds (International Institute of Academic Research and Development, 2025). High-profile matters, from the NDDC scandal to the prosecution of a former Central Bank governor, have relied on forensic reconstruction of financial trails rather than confession or eyewitness testimony (Premium Times, 2020; BBC News, 2023). Yet recoveries do not always translate into transparency. In 2026, the EFCC announced the recovery of ₦1.233 trillion in corruption-linked assets, but independent forensic review of the announcement found that the agency withheld the granular ledger needed to verify who received restitution and on what basis, illustrating that generating forensic evidence is only half the accountability equation (The Digger, 2026). What Still Holds It Back Nigerian researchers point to structural gaps rather than a failure of the method itself. A study published in the International Journal of Research and Innovation in Social Science found that the EFCC has no dedicated forensic accounting department, and that firms with genuine forensic expertise are rarely engaged to support investigations (RSIS International, 2023). A separate 2025 review noted that public awareness of forensic accounting remains low, which limits both its preventive value and the political pressure to fund it properly (IIARD, 2025). The Path Forward None of this makes forensic accounting a failed experiment; it makes it an underused one. Embedding forensic units directly inside EFCC and ICPC, mandating forensic audits for high-risk procurement, and publishing recovery data in a verifiable format would convert isolated prosecutorial wins into a systemic deterrent. Nigeria’s stagnant CPI score suggests that awareness campaigns and new legislation alone will not move the trend line. Institutionalising forensic accounting, and making its findings public rather than discretionary, is the more realistic route to finally shifting it. References BBC News (2023). Godwin Emefiele: Nigeria’s suspended central bank governor charged. ICIR (2025). Nigeria ranked 140th in global corruption index. International Centre for Investigative Reporting. IIARD (2025). Forensic Accounting Techniques as Tools for Nigerian Public Sector Fraud Reduction. International Journal of Accounting and Financial Management, 11(3), 146-157. Modugu, K. P., & Anyaduba, J. O. (2013). Forensic accounting and financial fraud in Nigeria: An empirical approach. International Journal of Business and Social Science, 4(7), 281-289. Okoye, E. I., & Gbegi, D. O. (2013). Forensic Accounting: A Tool for Fraud Detection and Prevention in the Public Sector. Premium Times (2020). NDDC scandal and school feeding programme fraud reports. RSIS International (2023). Forensic Accounting Techniques and White-Collar Crime in Nigeria Public Sector. International Journal of Research and Innovation in Social Science. The Digger (2026). Unraveling the Recovery Narrative: A Forensic Analysis of Nigeria’s ₦1.233 Trillion Corruption Recovery Claims. The Guardian Nigeria (2025). Nigeria improves ranking in 2024 global corruption index. Trading Economics (2025).

University education is not only about passing examinations or earning a degree. It is also about becoming an informed, confident, and well-rounded individual who understands the world beyond their chosen field of study. This is where general knowledge becomes important. For university students, having a broad understanding of current affairs, history, technology, culture, science, economics, and society can make a significant difference. A student studying Law, for example, benefits from understanding politics, economics, technology, and social issues because these areas often influence the legal system. Similarly, a student studying Computer Science can benefit from understanding business, ethics, and global developments in technology. General knowledge also improves communication and confidence. Students who are informed about what is happening around them are often better prepared to participate in classroom discussions, debates, interviews, presentations, and professional conversations. Knowing a little about different subjects can also help students connect with people from different backgrounds. In today’s rapidly changing world, staying informed is more important than ever. Artificial intelligence, climate change, global business, digital security, economic developments, and emerging technologies are constantly reshaping society. Students who make a habit of reading, asking questions, listening to credible sources, and exploring new ideas are better positioned to understand these changes. General knowledge does not mean memorising endless facts. It is about developing curiosity. It means knowing enough to ask better questions, understand different perspectives, and make informed decisions. University students can build their general knowledge in simple ways: reading newspapers and credible online publications, following educational platforms, attending seminars, engaging in debates, watching documentaries, learning about different cultures, and having meaningful conversations with people outside their areas of study. Ultimately, a university graduate should leave school with more than a certificate. Education should expand the mind, broaden perspective, and prepare students to engage intelligently with the world around them.  In a world where knowledge is constantly evolving, the most valuable habit a student can develop may simply be the willingness to keep learning.