Sponsor or institution
Clinical trials and research at Morgan State University
As of November 12, 2026, Find a Trial lists 19 NIH-funded research projects at this institution, with $21.2 million in listed awards. Every study is explained in plain English. Data from ClinicalTrials.gov and NIH RePORTER, updated November 12, 2026.
- 19NIH research projects
NIH-funded research (19)
Early-stage science funded by the US National Institutes of Health. Most of these projects don't enroll patients, but they show what is being worked on.
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Digital twins of the hypothalamus, placenta, and gut to help manage gestational diabetes
A study using computer-based models of a pregnant person’s brain, placenta, and gut to better understand how gestational diabetes develops and how to tailor treatments.
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How HPV's capsid protein crosses membranes and moves inside cells
Researchers are looking at how a key HPV protein crosses cell membranes and whether a small cellular peptide can stop the virus, which could help people affected by HPV.
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Cardiac effects of weathered microplastics on the heart
This project looks at how weathered microplastics found in the environment might affect heart cells and heart function in adults.
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ORBIL-AI: Making medical AI more reliable and easier to trust
Aims to create a smarter, safer AI system that learns from multiple medical signals without repeating the same information, so it can be trusted in real clinical use.
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Recruitment Core to Boost Health Disparities Research in Baltimore
A funding opportunity to hire a senior biomedical scientist to strengthen health disparities research and mentorship at Morgan State University, focusing on conditions like HIV/AIDS, cancer, diabetes, and cardiovascular disease in Baltimore.
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Noninvasive brain stimulation to relieve chemotherapy-induced nerve pain in cancer patients
A small study will test if a non-invasive brain stimulation treatment can reduce painful nerve pain from cancer drugs, with attention to diverse patients who often experience this pain.
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Perceived discrimination, where you live, and race shape immune cell behavior
A study at Morgan State University is looking at how geography, race, and perceived discrimination relate to how immune cells behave in the body.
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Wastewater surveillance to protect health in Black communities
A project uses wastewater data and AI to track COVID-19 spread in high-risk, primarily African American communities and see how vaccination affects outcomes.
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Community Engagement Core for Health Equity at Morgan State University
A community-focused program at Morgan State University partners with local communities to improve health equity through collaborative projects and training.
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Investigator Development Core to Grow Early-Stage Biomedical Investigators
A program at Morgan State University helps junior faculty and postdocs grow into independent biomedical researchers, with training, mentoring, and grant-writing support.
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Enhancing Biomedical Research Capacity at Morgan State University
A resource program that strengthens Morgan State University’s core facilities to boost the quality and productivity of biomedical research.
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Administrative Core for a health disparities research center
A center-wide Administrative Core provides leadership and coordination for health disparities research activities, budgeting, planning, evaluation, and technology transfer to support high-impact health research in Baltimore.
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Center for Urban Health Disparities: Accelerating Biomedical and Behavioral Health Research in Baltimore
A large NIH center-based grant from Morgan State University aims to boost biomedical and behavioral health research to reduce health disparities in urban, minority communities.
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Personalized nasal models to improve how medicines reach the sinuses
This project will build person-specific computer models to show how nasal sprays move through the nose and where medicine lands for people with chronic rhinosinusitis.
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Improving Health in Urban Communities
This center helps researchers find new ways to improve health and reduce health differences for people in urban communities, especially those from minority groups.
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Modeling how drugs are absorbed in the nasal cavity
This study is looking at ways to make nasal sprays for chronic rhinosinusitis work better, so patients can get more relief from their symptoms with fewer side effects.
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Improving health for urban communities by addressing health disparities
This study is working to improve health care for people in urban communities, especially minorities, by creating new research projects that focus on diseases that affect them the most, so patients can get better support for their health needs.
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Helping underrepresented students transition from community college to a bachelor's degree in psychology and STEM fields.
The BRIDGE to the Baccalaureate Program helps underrepresented minority students from Prince Georges Community College smoothly transition to Morgan State University to earn their bachelor's degrees in psychology and STEM fields, offering them personalized support, mentoring, and research opportunities along the way to
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Advanced grinding technology for biomedical research
This study is testing a special machine that helps break down plant materials and cells faster and more effectively, which could lead to better medicines and useful plant compounds for health.
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