Dr. Ramon Francisco Barajas's research lab at Oregon Health & Science University focuses on advanced imaging techniques to improve treatments for glioblastoma, a particularly aggressive brain cancer. The lab investigates the role of the hypoxic tumor immune microenvironment, specifically how certain immune cells can suppress the effectiveness of cancer therapies. By better understanding this immune response, the lab aims to correlate imaging findings with treatment outcomes, ultimately contributing to more effective immunotherapy strategies for cancer patients.

Dr. Monica T Hinds' lab at Oregon Health & Science University focuses on innovative solutions to cardiovascular challenges, especially related to vascular devices like stents and heart valves. The lab develops biodegradable metal alloys for stents that prevent clotting and restenosis, and studies how patient-specific factors affect outcomes in transcatheter aortic valve replacements. By combining engineering with biology, the lab aims to enhance patient safety and device longevity in cardiovascular treatments.

Dr. Summer Lynne Gibbs leads a research lab focused on developing innovative imaging tools to help surgeons better visualize cancerous tissues and critical nerves during surgery, particularly for prostate and cranial nerve procedures. Using advanced fluorescence guided surgery (FGS) techniques, the lab aims to create specially designed fluorescent probes that can distinguish between tumor and nerve tissues, improving surgical outcomes and reducing complications for patients. Their work addresses critical limitations in current surgical technologies to ensure safer and more effective surgeries.

Dr. Justin Merritt's lab at Oregon Health & Science University explores the complex interactions of proteins in the bacteria Streptococcus mutans, which is closely linked to tooth decay. The research focuses on a unique protein complex called the RNA degradosome, which helps these bacteria manage gene regulation in response to their environment. By studying how different proteins work together within this complex, the lab aims to identify new therapeutic targets to reduce S. mutans levels and combat dental caries.