Sponsor or institution
Clinical trials and research at University of New Hampshire
As of November 12, 2026, Find a Trial lists 1 clinical trial run by University of New Hampshire that is recruiting, in United States. 1 was first registered in the last 30 days. By phase: Phase 2 (1). There are also 42 NIH-funded research projects at this institution, with $16.4 million in listed awards. Every study is explained in plain English. Data from ClinicalTrials.gov and NIH RePORTER, updated November 12, 2026.
- 1Clinical trials
- 42NIH research projects
- 1New in 30 days
- 1Country
All recruiting trials (1)
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Cross-Cutting E-Health Prevention for College Students
This study tests a package of six online prevention tools to reduce alcohol misuse and sexual violence among first-year University of New Hampshire students living in campus housing.
NIH-funded research (newest 40 of 42)
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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Calcium signaling proteins and heart disease: mapping how ions shape structure and function
A research program will study how calcium-binding proteins in the heart change shape and behavior when ions bind, to understand a form of heart disease.
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New iris-to-lens reprogramming to study eye tissue regeneration
A project at the University of New Hampshire is exploring how eye tissues can regenerate by reprogramming iris cells to lens-like tissue to understand and potentially treat degenerative eye diseases.
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Expansion of New Hampshire’s Workplace Health Surveillance Program
A state health program is expanding to track and respond to workplace injuries, illnesses, hazards, and deaths, with a focus on lead exposure, opioid overdoses, suicide, infectious diseases, and worker well-being.
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C1ORF150 control of human mast cell activation in urticaria
A study in people with chronic hives to understand how a specific gene variant (C1ORF150) affects mast cell activation and how this could lead to better treatments.
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Data Science Core to boost multi-omics biomedical research
A Data Science Core project at UNH aims to strengthen how researchers design experiments, analyze data, and share large multi-omics datasets to accelerate biomedical and bioengineering breakthroughs.
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Molecular and Cellular Phenotyping Core for Biomedical Research
This grant funds a core facility at UNH that accelerates biomedical and bioengineering research by providing advanced imaging, proteomics, and material-mechanics tools to researchers and students.
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Center for Integrated Biomedical and Bioengineering Research at UNH
A big UNH initiative to boost biomedical and bioengineering work by funding early-stage and mid-career researchers, improve mentoring, and upgrade lab infrastructure to help translate discoveries into health solutions.
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Peptides and small molecules to modulate signaling proteins and interfaces
A long-term NIH grant explores new ways to influence key signaling proteins involved in cancers and viral infections using peptides, small molecules, and novel nanobodies that target allosteric sites.
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Not a Number Program: preventing child exploitation in Minnesota
A community-based program tests a prevention education plan to lower the risk of sexual exploitation among Minnesota youth.
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A clever machine-learning method to understand genetic factors in cleft lip and palate
A high‑dimensional genetic data project uses new machine‑learning ideas to better understand and predict risk for orofacial clefts in newborns.
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Promoting Chronic Wound Healing with Advanced Hydrogels
A patient-friendly approach uses specially designed hydrogels that release and present growth-promoting signals to boost blood vessel growth and healing in chronic wounds.
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Wearable AI system to collect and analyze AAC language data in kids
A small NIH-funded project will test a wearable ring and AI tools to automatically collect and analyze language samples from children who use AAC devices.
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DNA hydrogels that mimic and control the body's cell-support matrix
Researchers are making DNA-based gels that act like the material around cells to help grow and repair tissues.
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Ethical use of AI-powered assistive robots to support people with dementia
This project will create ways to use AI-powered assistive robots to help people living with Alzheimer's dementia and their unpaid care partners while protecting dignity, privacy, and shared decision-making.
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Not a Number: a prevention program to protect children and youth from commercial sexual exploitation in Minnesota
This project compares the Not a Number prevention program with usual practices to see if it helps protect at-risk children and youth in Minnesota from commercial sexual exploitation.
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Smart home robot to help people with Alzheimer's live safely at home
This project will use a mobile home robot to help people with Alzheimer's stay independent, safe, and better connected with their caregivers.
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How the eye's light-sensing enzyme PDE6 is controlled
Researchers are learning how the enzyme PDE6 controls rod and cone cells to help people with inherited retinal diseases get clearer diagnoses and future therapies.
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Using special hydrogels to improve healing of chronic wounds
This study is looking at how special gels that combine different healing ingredients can help chronic wounds heal better, and it could lead to new treatments that make recovery easier for patients.
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Blocking PRMT5 to fight drug-resistant neuroendocrine cancers
Researchers are testing whether blocking a protein called PRMT5 can help people with neuroendocrine tumors that have stopped responding to cancer drugs.
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Changing STAT5 to shift STAT3 activity in triple-negative breast cancer
Researchers are trying to change the activity of a protein called STAT5 so it can alter STAT3 behavior and slow tumor growth in people with triple-negative breast cancer.
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Evaluating a program to prevent the commercial sexual exploitation of children in Minnesota
This study is testing a program called Not a Number that helps protect kids and teens in Minnesota from being exploited, and it's designed for youth-serving organizations to learn how to better support at-risk youth.
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Creating DNA-based materials to mimic natural tissue environments
This study is exploring how to create special materials from DNA that can mimic the natural support structures in our bodies, which could help doctors grow healthy cells for treatments in regenerative medicine.
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Expanding workplace health tracking for New Hampshire workers
Building better tracking of workplace injuries, exposures, and causes of death to help protect people who work in New Hampshire.
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New peptides and small molecules to block harmful cell signaling in cancer and viral infections
This project develops peptides, small molecules, and nanobodies that act on signaling proteins linked to cancer and viral infections so they could become more precise treatments for people with those conditions.
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How some rodents survive extreme dehydration
Researchers are learning how certain rodents tolerate severe dehydration to find ideas that might help people who face dangerous fluid loss.
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Creating wearable technology to improve communication for children with speech difficulties
This study is testing a smart finger ring that helps track and understand how children who use communication devices are doing with their language skills, making it easier for parents and speech therapists to see their progress and support them better.
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Understanding how brain cells communicate during memory formation
This study looks at how certain brain cells in the hippocampus get ready and work together to help us remember things, which could lead to better treatments for memory-related issues like dementia and PTSD.
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Creating 3D human brain-like structures using stem cells for testing new treatments
This study is working on creating tiny brain-like structures from stem cells to help test new treatments for diseases like Alzheimer's and Parkinson's, making it easier to find effective therapies for patients.
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Using AI robots to improve care for people with dementia
This study is exploring how friendly robots powered by artificial intelligence can help make life easier and more enjoyable for people with dementia, while also making sure they feel respected and included in decisions about their care.
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Understanding how axolotls regenerate their eye lenses
This study is looking at how axolotls and newts can heal their eye lenses after getting hurt, and it aims to learn more about the special cells that help them do this, which could eventually lead to new treatments for people with similar eye problems.
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Exploring how bystanders can help prevent self-directed violence among marginalized youth.
This study is looking at what encourages young people, especially those from diverse backgrounds, to step in and help when they see someone struggling with thoughts of self-harm, so we can better understand how to support both the helpers and those in need.
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Training future engineers and scientists in regenerative medicine
This study is all about helping students from middle school to college learn about regenerative medicine and biofabrication through fun, hands-on projects, while also training teachers to make science exciting and accessible for everyone, especially those from under-represented backgrounds.
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Using a smart robot to help individuals with Alzheimer's live at home
This study is testing a friendly robot called MARSS that helps people with Alzheimer's live more independently at home by providing support with daily activities, health check-ins, and keeping them safe, all while making life easier for their family caregivers.
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Improving workplace health and safety in New Hampshire
This study is looking at workplace injuries and health issues in New Hampshire to find out which jobs are most at risk and to help create better safety measures, especially for problems like substance use and mental health, so everyone can work in a healthier environment.
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Investigating new peptides and small molecules that target signaling proteins in cells
This study is exploring how tiny molecules can interact with important proteins in our cells to help improve treatments for diabetes and some cancers, making it easier for doctors to find new ways to help patients feel better.
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Understanding how photoreceptor enzymes are regulated in the eye
This study is looking at how certain changes in a gene related to a key enzyme in our eyes can affect our vision, especially for those with inherited retinal diseases, to help find new ways to treat these conditions.
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Exploring how bystanders can help prevent self-directed violence among marginalized youth and young adults
This study is looking at how friends and bystanders can help prevent self-harm and suicide among young people, especially those from marginalized backgrounds, by learning to recognize when someone is in trouble and how to step in to help.
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How gut bacteria affect opioid pain relief and tolerance
This study is looking at how changes in the bacteria in your gut might affect how well opioid pain medications work for you, helping to find out who might be more likely to develop problems with opioid use before they start treatment.
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Injectable hydrogel to improve healing of chronic wounds
This study is testing a special gel that can be injected into chronic wounds, like those caused by diabetes, to help them heal better by targeting harmful proteins, so if you have a slow-healing wound, this treatment might make a big difference for you!
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Injectable hydrogel to help regenerate damaged neural tissues
This study is testing a new gel that can help deliver special cells to heal damaged nerves, like those hurt in spinal cord injuries, and it aims to improve recovery and restore movement for patients.
Quick answers
How many clinical trials run by University of New Hampshire are recruiting right now?
1, as of November 12, 2026. 1 of them was first registered in the last 30 days. We update this list each time we refresh our data from ClinicalTrials.gov.
Where are these trials running?
All of them have sites in United States. Each study page lists its sites and which ones are recruiting.
What phases are they in?
Phase 2: 1. Trials with no phase listed are usually device, behavioural or observational studies.
How do I join one?
Open a study, check the "Is this trial a fit for you?" section, then contact the study team listed on the page. They will ask a few screening questions. Asking is free and does not commit you to anything. Talk it over with your doctor first.
Find the studies that fit you
A list is a starting point. Tell us your situation in your own words and we'll rank the studies that match and explain why. It's free and needs no account.