Friday Afternoon Lab Crawl
University of Louisville researchers are opening their labs for us on Friday afternoon after the poster session. Visit some of the labs for a couple hours before you proceed down to the Speed School of Engineering for a reception & play time in the new MakerSpace
Micro/Nano Technology Center (MNTC) - RSVP requested, on your registration form (If you don't RSVP, you can still see the lab and do the self-guided audio tour)
The Micro/Nano Technology Center (MNTC) at the University of Louisville comprises three primary facilities:
- Cleanroom Facility – A $30M, 10,000 ft² Class 100/1000 laboratory used for the fabrication of novel materials and devices.
- Huson Imaging & Characterization Laboratory (HICL) – Equipped with a comprehensive suite of Scanning Electron Microscopes (SEMs) and Atomic Force Microscopes (AFMs), HICL supports both imaging and the creation of advanced nanoscale structures.
- BioEM Laboratory – Located on the UofL Health Sciences Campus, this imaging facility offers specialized equipment for life and medical science research, while also supporting cross-disciplinary applications.
The MNTC serves University of Louisville researchers, academic collaborators, and industry partners, providing access to cutting-edge tools and expertise in micro- and nanofabrication. Its services are utilized regionally, nationally, and internationally.
To learn more, visit our website: https://louisville.edu/micronano
Marklein Anthropology Lab (Belknap Academic Building BAB 417)
In the BAB teaching labs, Anthropology students at UofL receive hands-on training in forensic anthropology methods. These skills allow them--in the field or lab--to learn about individuals in the recent and distant past through their skeletal remains. These stories bring justice to the dead and teach us about history from the people who lived it.
Campus Sustainability Tour
The University of Louisville is committed to integrating sustainability into everything we do - from how we manage our facilities, finances and people to what we teach in the classroom and what we research in the lab. Our vision is to create a university that is itself a living laboratory for sustainability and a campus community that leads by example and educates as much by what we do as by what we say. Our goal is to make decisions which reflect a balanced consideration for environmental, social and economic responsibility and to continually learn as we go. Video
Biology Labs at Health Sciences Campus.
The Hwangbo Lab investigates how environmental factors—such as diet, light, and temperature—interact with genetic pathways to shape feeding behavior, sleep, and circadian rhythms, ultimately influencing health and aging. We use Drosophila melanogaster (the fruit fly) as a model organism to uncover these complex interactions and to develop fly models of human diseases.
Dr. Menze’s molecular physiology laboratory investigates the basis of animal anhydrobiosis (‘life without water’). We develop biomimetic approaches to enhance the long-term preservation of biologics, including the dry preservation of red blood cells for transfusion in austere environments and the stabilization of biomedical-relevant model cell lines at room temperature. A variety of agencies, including the Department of Defense (DOD), the Defense Advanced Research Projects Agency (DARPA), the National Institutes of Health (NIH), the National Science Foundation (NSF), and the National Aeronautics and Space Administration (NASA), funded or are currently funding our work at UofL.
Biology Labs at Belknap campus
Demarco Lab
Adult or tissue-resident stem cells are crucial progenitor cells that maintain our tissues and organs throughout life. The Demarco lab is interested in how metabolism can impact stem cells. Using Drosophila flies as a model, we use genetics, cell biology, biochemistry and other approaches to determine how changes in lipid (fat) metabolism impact the abilities of stem cells to be maintained and activated. Our ultimate goal is to find common pathways and targets that can be shared across different stem cell populations, including in humans.
Christian Lab
