Innovations for Human Health via Engineering of Biotic/Abiotic Interfaces

The interfaces between living and non-living systems provide an exciting domain for enhancing human health. We will explore three innovations and the contributions that Quantitative Biosciences and Engineering students are making to research on health-enhancing biotic/abiotic materials interfaces. First, we will examine neurovascular health and introduction of novel neural transducers and interfaces. Then we will examine nanostructuring of titanium to create signaling pathways that accelerate healing of bone tissues after implantation of orthopedic devices. Finally, we will examine Surface Nano-Faceting (SNF) of copper to show how the efficacy and speed of neutralization of microbes can be enhanced by altering the internal microstructures and surface topography of copper substrates. The main purpose of this seminar presentation is to highlight some of the roles and contributions of QBE undergraduates and graduates to health-related research at Mines.

Dr. Lowe's diverse career spans national laboratory research and management, to innovation and entrepreneurial leadership in the nanomaterials industry. In 2011, Thomson Reuters recognized him as one of the Top 100 Materials Scientists of the 21st century. Lowe remains an active partner within the venture investment community to translate his team's discoveries into commercial products, including new highly effective antimicrobial nano-faceted metallic surfaces and hybrid material systems to reduce sports impact injuries.