John Yin

I’m driven by the opportunity to explore the dynamic intersection of chemical engineering and biology. My work focuses on understanding how viruses replicate, spread, evolve, and persist. Using molecular and cell biology, mathematical and computational modeling, and quantitative wet-lab experiments, I aim to answer fundamental questions about virus-host interactions and develop innovative strategies to combat viral infections. Links to my peer-reviewed publications can be found on here.

At the Wisconsin Institute for Discovery, I lead an interdisciplinary team dedicated to understanding viral behavior and engineering new solutions to manage it. Collaboration is at the heart of our efforts, connecting experts from fields such as biophysics and evolutionary biology, infectious disease, and artificial intelligence (AI). This approach not only drives breakthroughs in virus-host research and therapeutic innovation but also enriches the training of students. By engaging with diverse perspectives and cutting-edge methodologies, students develop critical skills, embrace interdisciplinary thinking, and prepare to tackle complex challenges at the interface of biology and engineering.

Teaching and mentoring future scientists and engineers is the most rewarding aspect of my work. I encourage my students to think creatively, value innovation, and approach their work with strong ethical principles. It’s deeply fulfilling to see them grow into skilled researchers equipped to address real-world problems.

Beyond the lab, I find inspiration in the arts and humanities. Playing piano and cello fuels my creativity and complements my scientific pursuits. I am committed to addressing societal challenges—from preventing pandemics to training the next generation of scientific and technological leaders. Together, through science, collaboration, and creativity, we can shape a healthier and more resilient future.

August 2024