Tiffin University’s senior forensic science major Lilly Graham is building an impressive record of undergraduate research, contributing to scientific publications while leading independent, award-winning research through a nationally competitive program.
Graham is a co-author of two recent journal articles, contributing to the writing and editing of manuscripts. The first study, “Chromatographic-Based Binding and Thermodynamic Studies of Antibiotic Micropollutants with Humic Acid Using Affinity Microcolumns,” examined how several common antibiotics bind to humic acid, a natural component of soil and water that can transport pollutants. In a second study, “Screening of Binding by Antidiabetic Drugs to Normal vs. AGE-Modified Human Serum Albumin through Covalent Immobilization and Microscale Affinity Chromatography,” colleagues used a rapid laboratory technique to study how several diabetes drugs bind to human serum albumin. The method proved to be a quick and reliable way to study drug-protein interactions, which could help improve drug research and personalized treatments.
Graham’s independent research was conducted through a National Science Foundation-funded Research Experiences for Undergraduates program at the University of Nebraska–Lincoln. Her project, “Characterization of Affinity Chromatographic Supports with Entrapped Polystyrene Nanoplastics for Pharmaceutical Microcontaminant Interactions,” explored how pharmaceutical contaminants interact with nanoplastics in the environment and how these interactions may impact ecosystems and human health. She presented this research at both the American Chemical Society National Conference and the University of Nebraska–Lincoln, where she received the Best Chemistry Poster Award, recognizing both the quality of her research and her ability to communicate complex scientific concepts. Graham is currently preparing a manuscript based on this work for publication.
The experience presenting at the conference strengthened her preparation for future academic and professional goals. “Presenting my research helped me practice explaining technical concepts clearly, which is an important skill for patient care and collaboration in the medical field,” she said. “Seeing research tied to medicinal and pharmaceutical applications reinforced my interest in pursuing a career in medicine.”
Dr. Mark Sabo, Dean of the School of Science, Technology and Health, emphasized the significance of Graham’s research contributions.
“It is rare for undergraduate students to have the opportunity to participate in research that leads to peer-reviewed publications. To see a student contribute to two journal articles before even graduating is extraordinary and reflects Lilly’s intellectual ability and willingness to pursue opportunities that link knowledge to professional practice.”
Graham’s achievements highlight Tiffin University’s commitment to experiential learning, providing students with meaningful opportunities to engage in research, develop professional skills and prepare for careers in science and related fields.
To learn more about forensic science at Tiffin University, go to tiffin.edu/academics/school-of-science-tech-health/forensic-science or email admiss@tiffin.edu.