Sponsor or institution
Clinical trials and research at Triad National Security, LLC
As of November 12, 2026, Find a Trial lists 15 NIH-funded research projects at this institution, with $9.1 million in listed awards. Every study is explained in plain English. Data from ClinicalTrials.gov and NIH RePORTER, updated November 12, 2026.
- 15NIH research projects
NIH-funded research (15)
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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Reconstructing HIV Epidemics from HIV Phylogenetics
Researchers are building smarter ways to map where undiagnosed people with HIV are and how the virus spreads, using evolutionary ideas and artificial intelligence.
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Understanding how PD-1 signaling shapes T cell responses in autoimmune disease
A project exploring how the PD-1 pathway affects T cell activation and tolerance in autoimmune conditions, with potential to improve therapies that balance immune attack and safety.
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How ions influence bacterial ribosome function and antibiotic interactions
This project looks at how ions affect how bacterial ribosomes read genetic information and interact with antibiotics, with the goal of understanding drug resistance.
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How hepatitis B spreads inside the liver
This project maps how hepatitis B moves among liver cells to help people living with chronic hepatitis B.
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Environmental sampling of Valley Fever fungus in New Mexico
Researchers will look for the Valley Fever fungus in New Mexico to understand where it lives and how it spreads, with findings that could help people stay safe.
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Portable brain scanner that links brain signals to brain structure
A new portable device will combine non-cryogenic magnetic sensors and ultra-low-field MRI to map fast brain signals together with anatomy for people with brain disorders like epilepsy.
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How segmented viruses shuffle genes to become new threats
This project looks at how hemorrhagic fever viruses like Crimean-Congo can swap whole gene segments during coinfection and what that might mean for people.
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Developing a new brain imaging system that combines MRI and magnetoencephalography without the need for cryogenics.
This study is testing a new way to take pictures of the brain and measure its activity at the same time, which could help doctors better understand and treat brain conditions like epilepsy, making it easier for patients to get the care they need.
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Estimating how long someone has had HIV and tracking new infections using multiple biomarkers
This project develops lab tests and computer methods that use several HIV markers to give a clearer estimate of how long someone has been infected and to better track new infections in communities.
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Understanding how hepatitis B virus spreads in the liver
This study is looking at how the hepatitis B virus affects the liver and aims to find better ways to treat it, especially for people who also have HIV or hepatitis C, so that patients can have more effective treatment options and possibly even a cure.
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Investigating how ions affect the function of ribosomes and their interaction with antibiotics
This study is looking at how ribosomes, the tiny machines in our cells that make proteins, work when faced with drug-resistant bacteria, and it aims to find out how certain ions, like magnesium, affect this process, which could help us develop better ways to fight antibiotic resistance.
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Understanding how Bunyaviruses change and spread through genetic exchange
This study looks at how certain viruses, called Bunyaviruses, share their genes when they infect the same cell, which could help us understand how they evolve and spread, ultimately leading to better ways to prevent and treat infections for patients.
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Understanding how HIV hides in the body and finding ways to eliminate it
This study is looking into why some people with HIV can keep the virus under control without ongoing treatment while others can't, and it's for anyone living with HIV who wants to understand more about how their body interacts with the virus and what new ways might help lead to a cure.
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Identifying key regions in HIV that lead to new virus strains.
This study is looking at how different strains of HIV mix together and aims to help public health officials make better decisions, which could lead to improved treatments and vaccines for people living with HIV.
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Understanding how some people control HIV without ongoing treatment
This study is looking into why some people can keep their HIV levels low even after stopping treatment, and it aims to find new ways to help manage HIV better and improve health for everyone living with the virus.
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