Ghanaian doctorate researcher, David Mualen, at Ohio State University in United States is poised to revolutionise global healthcare with a groundbreaking achievement.
Mualen’s co-authored study, Experimental and Computational Investigation of Mixing Relevant to Real-World Challenge, showcases a game-changing technology that enables production of nanoparticles.
Mualen said the innovative millifluidic jet-mixing reactors can produce nanoparticles at kilogramme-per-day output while maintaining tight control over particle size, a leap in nanomanufacturing which has implications for patients, particularly in developing countries where access to advanced medicines is often limited.
Speaking virtually, Mualen said: “My motivation has always been rooted in the belief that science must serve people. If we can make high-quality drug delivery systems easier and cheaper to produce, we can improve healthcare access for millions, especially in underserved communities.
Read Also: FG launches automation-driven public service system
“The technology can impact not only healthcare but also sustainable agriculture, enabling controlled-release fertilisers and agrochemicals that reduce environmental pollution and raise crop efficiency.
“My supervisor, Prof Winter’s mentorship has shaped my growth. She pushed me to think beyond experiments to consider how each innovation can improve lives and strengthen global health.
“Growing up in Ghana, I experienced the consequences of medicine shortages and the high cost of imported therapeutics. This research is a step towards changing that narrative.
“The ability to produce nanoparticles at scale means we can make medicines more accessible, more affordable, and more effective for people around the world.
“Science should be a tool for human progress, not a privilege for a few. I’m driven by the idea that my work can make a tangible difference in people’s lives.
“The future of healthcare is nano, and I’m excited to be a part of it.
“This research is not just about nanoparticles; it’s about people. It’s about improving lives, strengthening healthcare systems, and creating a more equitable world. “I’m humbled by the opportunity to contribute to the global effort to improve healthcare. I hope my work inspires others to pursue science with purpose and passion.
“The research has significant implications for patients worldwide, particularly in developing countries where access to advanced medicines is often limited. The ability to produce nanoparticles quickly, reliably, and affordably can determine whether patients receive timely care, reduce drug shortages, and lower treatment costs.”