Public spending on health is often assumed to produce better outcomes, but the effectiveness of that investment can depend on the political systems that govern how resources are used. This research examines how democratic governance influences the relationship between health expenditure and public health outcomes across Europe. This research was presented at the Graduate Poster… continue reading
Communication is often defined through speech, language, and the ability to articulate thoughts in words. This project challenges that assumption by shifting attention to listening as a relational act that can include babies and non-verbal children as active participants. By reconsidering how communication is conceptualized, the research pushes back against speech-centered models that overlook the… continue reading
Melatonin is best known for its role in regulating sleep and circadian rhythms, but the molecular pathways through which it operates are not yet fully understood. Researchers continue to explore how melatonin signals are transmitted within cells and how those signals influence biological clocks. At SPARK! 2025 (Showcase of Projects, Art, Research, and Knowledge), Cathryn… continue reading
Research examining the long-term health consequences of violence exposure continues to expand beyond immediate injury and trauma. In “What doesn’t kill us, hurts us longer: a cross-sectional analysis of gun violence exposure and chronic pain in the United States,” published in BMC Public Health, Daniel C. Semenza, who teaches in the Criminal Justice MA program,… continue reading
DNA is more than a genetic blueprint. In the right configuration, it can function as a catalytic tool for detecting disease-related molecules with high precision. This project focuses on designing and optimizing hemin-binding DNA aptamers to improve the sensitivity and specificity of biosensing platforms. The research was presented at the Graduate Poster Exhibition during the… continue reading
Not all proteins reveal their function through visible structure alone. Some must be understood directly from their sequence. This project introduces a computational framework for identifying meaningful modular regions within protein sequences using residue-level properties such as hydrophobicity and charge. By detecting local environments without relying on known secondary structures, the work provides new tools… continue reading
