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Interview Title:“Science, Service & Leadership: The Dr. (Mrs) M. M. Adeyanju Story”

Interview Title:“Science, Service & Leadership: The Dr. (Mrs) M. M. Adeyanju Story” Preamble:In this edition of Science and Tech Connect Blog Interview Session, we spotlight Dr. (Mrs.) M. M. Adeyanju—Associate Professor of Biochemistry and Head of Forensic Science at Olabisi Onabanjo University, Ago-Iwoye, Ogun State. For over two decades, she has combined groundbreaking research in enzyme biotechnology and food innovation with a passion for teaching, mentorship, and leadership. A trailblazer for women in science and a champion of youth empowerment, Dr. Adeyanju’s story is one of resilience, impact, and vision for the future of biochemistry and science education in Nigeria. Interview Questions Career Journey & Inspiration My career in biochemistry stems from a passion for understanding life’s molecular basis and applying it to health, agriculture, and industry. Since joining Olabisi Onabanjo University in 2001, I have advanced through teaching, research, and leadership, with interests in enzyme biotechnology, food innovation, forensic science, and quality assurance. My work spans curriculum development, mentorship, and institutional strengthening, reflecting a two-decade journey from laboratory research to integrated scholarship, innovation, and leadership. 2.         S&T Team:Looking back, what were the most defining moments in your academic     and professional career that shaped the leader and researcher you are today? Since joining academia, I have contributed to teaching, research, and leadership, with several defining moments shaping my journey. Choosing biochemistry provided a strong foundation for understanding life processes and their applications, while joining Olabisi Onabanjo University in 2001 offered a platform to combine teaching, research, and service. Transitioning from researcher to leader expanded my role into quality assurance, curriculum development, and governance, strengthening institutional systems. Mentoring young scientists and supervising postgraduate work deepened my commitment to capacity building. My research further shaped my identity, extending scholarship beyond theory to societal relevance, fostering a leadership style rooted in rigor, collaboration, and service. As a woman in science, I have encountered challenges ranging from system-level barriers to societal norms and expectations, particularly the need to balance professional responsibilities with cultural expectations around family and caregiving. Early in my career, proving competence required extra effort, while navigating gender bias meant asserting my voice and value in competitive spaces. Limited access to opportunities further tested resilience. I overcame these barriers through mentorship, supportive networks, and excellence in teaching, research, and leadership. Mentoring younger women became central to my journey. These experiences, though demanding, shaped me into a leader committed to personal excellence, inclusivity, and advancing equity within academia. Teaching & Mentorship My teaching philosophy is to make biochemistry meaningful by linking molecular processes to real-life applications. In teaching Protein and Amino Acid Metabolism, I emphasize clinical relevance, such as metabolic disorders like phenylketonuria, alongside industrial uses, including microbial fermentation and protein engineering. This dual perspective engages students by showing biochemistry’s impact beyond exams. I reinforce learning through case studies, problem-based tasks, and discussions that integrate health and industrial contexts. By positioning biochemistry as both foundational science and driver of innovation, I foster curiosity, critical thinking, and motivation, encouraging students to actively connect theory with practice.     5.     S&T Team :  Many of your students have gone on to successful careers. Could you  share a mentorship experience that left a lasting impression on you? Mentorship is one of the most fulfilling aspects of my career, and I take pride in seeing students excel beyond the classroom. A memorable example is a student who recently earned a fully funded PhD scholarship at the University of Kansas. Recognizing his curiosity early, I guided him in refining his research interests, building skills, and preparing competitive applications. Watching his growth from eager learner to confident scholar was deeply rewarding. His success reaffirmed my belief that mentorship is about more than knowledge—it is about inspiring confidence, nurturing potential, and shaping the next generation of scientists and leaders. Research & Innovation 6.        S&T Team :  Your research covers enzymology, nutrition, proteomics, andfermentation technology. Which of your completed studies do you consider most impactful for public health in Nigeria, and why? Among my studies, I consider my work on enzyme applications in food and fermentation technology especially impactful for public health in Nigeria. One project explored using locally sourced microbial enzymes to enhance the nutritional quality and safety of fermented foods, improving protein digestibility, reducing anti-nutritional factors, and increasing micronutrient bioavailability. This addressed malnutrition and food insecurity with culturally acceptable, affordable solutions. Additionally, my work in nutritional biochemistry and proteomics—examining amino acid metabolism and protein quality—has advanced understanding of diet and health. Collectively, these studies bridge scientific discovery and societal need, offering sustainable strategies to improve nutrition and health outcomes. 7. S&T Team :  You are currently working on enzyme purification from ant-lion larvae and on sorghum-based liquor. What excites you most about these projects, and what real-world applications do you foresee? What excites me most about my current projects is their potential to expand knowledge while addressing practical challenges. In studying enzyme purification from ant-lion larvae, I am exploring novel enzymes with unique catalytic properties, offering applications in biodegradation, drug development, and industrial bioprocesses. This work broadens enzyme diversity and deepens understanding of insect biochemistry. Likewise, my research on sorghum-based liquor optimizes fermentation to enhance quality, safety, and value. With sorghum’s resilience and cultural importance, the project supports food security, nutrition, and local industry, while promoting economic empowerment and healthier, locally produced alternatives to imported beverages. What I find most rewarding is that both projects demonstrate how biochemistry can serve as a bridge between fundamental science and societal benefit—whether by uncovering novel enzymes with industrial potential or by enhancing the nutritional and economic value of indigenous crops. 8 S&T Team :. With over 30 peer-reviewed publications, how do you ensure that your research remains relevant to both local and global health challenges? My research is guided by the principle that science must address real needs. In Nigeria and Africa, malnutrition, food insecurity, and limited access to health technologies remain pressing, so I focus on locally available resources—such as sorghum and enzymes from underutilized organisms—to create sustainable, affordable solutions.

Interview Title:“Science, Service & Leadership: The Dr. (Mrs) M. M. Adeyanju Story” Read Post »

WORLD LABORATORY DAY 2025

Title: 20 Ways Science Laboratory Technology is Revolutionizing the World for a Sustainable Future By Dr. Babajide Gboyega Alalade, AISLT Science Laboratory Technology ProfessionalWorld Laboratory Day – April 23rd As we mark another World Laboratory Day, it is crucial to spotlight the transformative power of Science Laboratory Technology (SLT) in driving innovation, solving global challenges, and forging a path toward a sustainable future. Often working behind the scenes, science laboratory technologists are the unsung heroes powering research, industry, and education across all sectors of the economy. Here are 20 impactful ways SLT is revolutionizing our world sustainably: 1. Renewable Energy Innovations SLT supports the development of solar cells, wind turbines, and biofuels through advanced material characterization and testing, accelerating the transition from fossil fuels to green energy. 2. Climate Change Research Laboratory technologies are central to analyzing atmospheric samples, tracking greenhouse gas emissions, and modeling climate scenarios, guiding global environmental policies. 3. Water Purification & Treatment Through analytical techniques, SLT enables the detection of contaminants and development of eco-friendly filtration systems that provide clean water to communities. 4. Sustainable Agriculture SLT aids in soil analysis, pesticide residue testing, and development of organic fertilizers, promoting food security while minimizing environmental harm. 5. Environmental Monitoring From air quality testing to soil and water pollution detection, laboratory technology ensures that environmental standards are met and ecosystems are protected. 6. Recycling and Waste Management Science labs innovate biodegradable materials and enhance recycling processes through chemical and material analysis, reducing landfill impact. 7. Green Chemistry Development SLT supports the design of non-toxic, sustainable chemicals and industrial processes, lowering ecological and human health risks. 8. Nanotechnology for Clean Tech Laboratories facilitate the development of nanomaterials for cleaner energy storage, environmental remediation, and efficient water purification. 9. Biodiversity Conservation Molecular labs help identify, catalog, and protect endangered species using DNA barcoding, helping to maintain ecological balance. 10. Alternative Materials Discovery SLT contributes to developing sustainable alternatives to plastic, such as bioplastics and plant-based polymers, reducing plastic pollution. 11. Sustainable Mining Practices Laboratory analysis improves ore extraction efficiency and waste reduction, promoting responsible resource utilization. 12. Industrial Process Optimization Through laboratory-based quality control and process analysis, industries reduce energy use and raw material waste. 13. Carbon Capture Technologies Science labs are at the forefront of developing systems to capture and store carbon emissions from industrial sources. 14. Energy-Efficient Building Materials Laboratories test and refine insulating materials and smart glass to create sustainable building solutions. 15. Eco-Friendly Product Development SLT supports the creation and testing of sustainable consumer products, from detergents to electronics, reducing environmental footprints. 16. Ocean Health Research Marine laboratories analyze microplastics, pH levels, and pollutants in oceans, contributing to global marine conservation efforts. 17. Scientific Education & Capacity Building SLT empowers the next generation of scientists with hands-on learning, fostering a culture of innovation and problem-solving for sustainability. 18. Food Safety & Preservation Laboratory analysis ensures food quality, promotes sustainable packaging, and minimizes spoilage, reducing food waste globally. 19. Sustainable Textile & Fashion Innovation Laboratory technologies analyze and develop biodegradable textiles and dyes, supporting ethical fashion practices. 20. Disaster Risk Reduction SLT aids in the analysis of natural disaster patterns and supports the development of early warning systems, helping communities adapt to climate challenges. Conclusion Science Laboratory Technology is a silent yet powerful driver of sustainable progress. As we celebrate World Laboratory Day, let us recognize the vital role of SLT professionals in the creating a cleaner, greener, and more resilient world. The future is in the lab — and the lab is in the future.

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Nigerian Government Approves New Minimum Energy Performance Standard For Room Air Conditioners to boost energy efficiency, sustainability

Nigerian Government Approves New Minimum Energy Performance Standard For Room Air Conditioners to boost energy efficiency, sustainability The Federal Government of Nigeria has approved the rollout of new Minimum Energy Performance Standard (MEPS) and energy labelling for air conditioners (ACs) so cooling is more energy efficient, affordable and environmentally friendly. Air conditioners are among the highest energy-consuming appliances, accounting for over 40 percent of household electricity usage and much of that is wasted due to outdated technology, which is common, locally. This newly approved standard, aligned with international best practices, will help ensure that Nigeria is home to modern appliances which use electricity more optimally than outdated models with power savings that can be redirected to other sectors of the economy. The standard also helps ensure that more climate-friendly refrigerant gasses are used in the equipment, consistent with the Government’s Nationally Determined Contribution (NDC) to the Paris Climate Agreement. The new standard was developed under the project “Scaling Up Energy-Efficient and Climate-Friendly Cooling in Nigeria’s NDC Revision” implemented by the Energy Commission of Nigeria (ECN) with technical support from the United Nations Environment Programme’s (UNEP) United for Efficiency (U4E) team and funding from the Clean Cooling Collaborative (CCC), and in collaboration with the Standards Organisation of Nigeria (SON). The MEPS will be implemented in phases, enhancing energy efficiency and transitioning refrigerant gasses used in the equipment. Three efficiency steps will come into effect over time using the Nigeria Seasonal Energy Efficiency Ratio (NSEER), an international test method tailored for local weather conditions.  From a current performance baseline, energy efficiency must improve 6% by 2026, 36% by 2029, and 48% by 2031. “Nigeria’s new energy efficiency standard for air conditioners, set to save 11.5 TWh of energy annually by 2040, are a game-changer for Africa. By reducing energy consumption and emissions by 39 million tonnes of CO₂ over the next 15 years, Nigeria is not only lowering costs for consumers but also leading the way toward a more sustainable and greener economy for the continent,” said Dr. Rose Mwebaza, Africa Director and Regional Representative,UNEP. The transition to climate-friendly refrigerants will also be guided by an upper limit on global warming potential, set to take effect in 2029. Commenting on this development, the Director-General of the ECN, Dr. Mustapha Abdullahi described the newly approved MEPS as a game changer. “For ECN, we believe that many Nigerians are paying excessive amounts for operating cooling systems. By setting an efficient standard for air conditioning, we are taking steps make use of this vital equipment more affordable and accessible while caring for the environment.” UNEP-U4E’s Waste Electrical and Electronic Equipment expert (middle) instructing technicians and engineers on end-of-life management of Air Conditioners during a workshop at Government Technical College, Kano State, Nigeria. Following approval of the MEPS, the ECN Director-General emphasized that enforcement would be key. This includes ensuring that labels are provided to manufacturers and importers of air conditioning systems, a process that is currently under discussion by the government He also highlighted the importance of raising awareness among Nigerians about the benefits of energy-efficient products, helping consumers make informed decisions about their energy use. “The people who consume large amount of electricity, need to understand the benefits of purchasing energy-efficient and climate friendly air conditioning systems.  To enhance awareness campaigns, the ECN plans to expand its outreach to sub-national regions, educating consumers about the new MEPS and the impact of their current energy usage on electricity costs. We will also engage vendors, assemblers, and marketers to present solutions,” said  Dr. Mustapha Abdullahi. “In fact, we are already taking action. We recently held a meeting with Daikin which is one of the largest air conditioner manufacturers globally. Like many companies operating in Nigeria, Daikin recognizes the importance of adopting and enforcing the new MEPS and labelling. Given the size of Nigeria’s market, aligning with rigorous international requirements ensures consistency and competitiveness. We are confident based on our in-depth market review and consultations with industry that by 2026, all air conditioners entering the country will meet the standard set by the ECN and SON in collaboration with UNEP U4E. This is a significant step in addressing one of the major challenges in the power sector – reducing energy waste in an affordable manner for consumers and mitigating greenhouse gas emissions” said Abdullahi. Abdullahi further emphasised that the government remains committed to driving the energy efficiency agenda and promoting environmentally sustainability in the cooling sector.  He also revealed that plans to develop a standard and labelling for refrigeration appliances, currently the second-largest consumers of household energy in Nigeria, are already underway. “UNEP U4E is proud of this accomplishment following years of hard work supporting the Federal Government of Nigeria in its pursuit of sustainable cooling and environmental solutions. We look forward to building on this solid foundation to address additional opportunities around new products and proper training on handling of equipment at the end of its useful life. Alongside regulatory efforts, we are supporting a new consumer finance programme with UNDP to help make the most efficient products more affordable and accessible through the newly launched AGORA project,” noted Brian Holuj, Programme Manager of UNEP U4E. “As Africa’s largest cooling market and one of the fastest-growing cooling markets in the world, Nigeria’s new standard are a big deal and will ensure that every new air conditioner sold is an efficient one and that the country is no longer a dumping ground for energy-wasting models,” said Noah Horowitz, Senior Director of the Clean Cooling Collaborative which provided funding support for this work. “By significantly reducing cooling-related energy consumption, this standard will not only reduce greenhouse gas emissions but also lower household utility bills across the country, and we hope this bold action serves as a blueprint for other nations in the region to follow.”

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An artist’s illustration of artificial intelligence (AI). This image depicts how AI could be used in the field of sustainability from biodiversity to climate. It was created by Nidia Dias ...

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Engaging Introductions: Capturing Your Audience’s Interest The initial impression your blog post makes is crucial, and that’s where your introduction comes into play. Hook your readers with a captivating opening that sparks curiosity or emotion. Address their pain points or questions to establish a connection. Outline the purpose of your post and give a sneak peek into what they can expect. A well-crafted introduction sets the tone for an immersive reading experience. Crafting Informative and Cohesive Body Content Within the body of your blog post lies the heart of your message. Break down your content into coherent sections, each with a clear heading that guides readers through the narrative. Dive deep into each subtopic, providing valuable insights, data, and relatable examples. Maintain a logical flow between paragraphs using transitions, ensuring that each point naturally progresses to the next. By structuring your body content effectively, you keep readers engaged and eager to learn more. Powerful Closures: Leaving a Lasting Impression Concluding your blog post isn’t just about wrapping things up – it’s your final opportunity to leave a strong impact. Summarize the key takeaways from your post, reinforcing your main points. If relevant, provide actionable solutions or thought-provoking questions to keep readers thinking beyond the post. Encourage engagement by inviting comments, questions, or sharing. A well-crafted conclusion should linger in your readers’ minds, inspiring them to explore further or apply what they’ve learned.

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The Art of Drawing Readers In: Your attractive post title goes here

Engaging Introductions: Capturing Your Audience’s Interest The initial impression your blog post makes is crucial, and that’s where your introduction comes into play. Hook your readers with a captivating opening that sparks curiosity or emotion. Address their pain points or questions to establish a connection. Outline the purpose of your post and give a sneak peek into what they can expect. A well-crafted introduction sets the tone for an immersive reading experience. Crafting Informative and Cohesive Body Content Within the body of your blog post lies the heart of your message. Break down your content into coherent sections, each with a clear heading that guides readers through the narrative. Dive deep into each subtopic, providing valuable insights, data, and relatable examples. Maintain a logical flow between paragraphs using transitions, ensuring that each point naturally progresses to the next. By structuring your body content effectively, you keep readers engaged and eager to learn more. Powerful Closures: Leaving a Lasting Impression Concluding your blog post isn’t just about wrapping things up – it’s your final opportunity to leave a strong impact. Summarize the key takeaways from your post, reinforcing your main points. If relevant, provide actionable solutions or thought-provoking questions to keep readers thinking beyond the post. Encourage engagement by inviting comments, questions, or sharing. A well-crafted conclusion should linger in your readers’ minds, inspiring them to explore further or apply what they’ve learned.

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Crafting Captivating Headlines: Your awesome post title goes here

Engaging Introductions: Capturing Your Audience’s Interest The initial impression your blog post makes is crucial, and that’s where your introduction comes into play. Hook your readers with a captivating opening that sparks curiosity or emotion. Address their pain points or questions to establish a connection. Outline the purpose of your post and give a sneak peek into what they can expect. A well-crafted introduction sets the tone for an immersive reading experience. Crafting Informative and Cohesive Body Content Within the body of your blog post lies the heart of your message. Break down your content into coherent sections, each with a clear heading that guides readers through the narrative. Dive deep into each subtopic, providing valuable insights, data, and relatable examples. Maintain a logical flow between paragraphs using transitions, ensuring that each point naturally progresses to the next. By structuring your body content effectively, you keep readers engaged and eager to learn more. Powerful Closures: Leaving a Lasting Impression Concluding your blog post isn’t just about wrapping things up – it’s your final opportunity to leave a strong impact. Summarize the key takeaways from your post, reinforcing your main points. If relevant, provide actionable solutions or thought-provoking questions to keep readers thinking beyond the post. Encourage engagement by inviting comments, questions, or sharing. A well-crafted conclusion should linger in your readers’ minds, inspiring them to explore further or apply what they’ve learned.

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