Sponsor or institution
Clinical trials and research at Leidos Biomedical Research, INC.
As of November 12, 2026, Find a Trial lists 151 NIH-funded research projects at this institution, with $1.4 billion in listed awards. Every study is explained in plain English. Data from ClinicalTrials.gov and NIH RePORTER, updated November 12, 2026.
- 151NIH research projects
NIH-funded research (newest 40 of 151)
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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Improving public health responses to COVID-19 through standardized testing.
This study is looking to improve how we fight COVID-19 by testing blood samples to see if people have had the virus, and it’s designed for anyone interested in better ways to manage the disease.
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Creating a large library of cancer models for research use
This study is creating a collection of new cancer models to help researchers and companies find better ways to treat cancer, making it easier for everyone to work together and share ideas.
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Advancing global cancer control through data analysis and international collaboration
This study is all about helping countries around the world work better together to fight cancer by sharing important information and training scientists, especially in places that need extra support.
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Support for HIV and HPV cancer prevention clinical trials in the Americas
This study is working on new vaccines and treatments to help prevent cancers related to HIV and HPV, making sure that patients in the US, Latin America, and the Caribbean can access better options as these exciting trials move forward.
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Development and production of clinical-grade biopharmaceuticals
This study is all about making safe and effective new medicines, like vaccines and treatments for various conditions, so that patients can have access to the latest therapies that meet high-quality standards.
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Understanding the immune response to COVID-19
This study is looking for ways to improve COVID-19 testing and understand how our immune system fights the virus, and you can help by sharing samples to make these tests better for everyone.
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Support for operations at the National Cancer Institute in Frederick.
This study is all about helping cancer researchers at the National Cancer Institute work better together, which could lead to better treatments and care for patients like you in the future.
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Improving operations for clinical trials management systems.
This study is working to make it easier for researchers and healthcare providers to manage clinical trials by improving a system that helps them access and organize important trial information.
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Creating a biorepository for cancer prevention samples.
This study is creating a collection of biological samples from patients to help researchers find better ways to prevent cancer, and you might have the chance to contribute your samples to support this important work.
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Creating a laboratory to prevent cancer through immunotherapy.
This study is setting up a new lab to find better ways to use the immune system to help prevent cancer, and it aims to create helpful strategies that could benefit patients in the future.
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Developing vaccines and therapeutics through program analysis and planning.
This study is working on making better vaccines and treatments by looking closely at how they are developed, so that patients can have more effective options in the future.
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Developing tests to detect cancer early using tissue samples.
This study is looking for ways to spot cancer early by examining tissue samples, and patients can help by sharing their samples or joining in on related research.
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Storage and maintenance of blood specimens for breast cancer prevention trials
This study is all about safely storing blood and white cell samples from over 19,000 women to help researchers learn more about preventing and treating breast cancer, so even if you’re not directly involved, you could still benefit from the discoveries made in the future!
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Updating clinical data for childhood cancer cases
This study is gathering and updating health information from 14,000 kids who have had cancer to help researchers better understand childhood cancers and improve treatments, so families can feel hopeful about contributing to important discoveries.
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Support for bioinformatics activities at the NCI Center.
This study is all about making it easier for scientists to work together and share important health data, which could lead to better treatments and faster clinical trials that might help patients like you in the future.
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Support for operations at the National Cancer Institute in Frederick
This study is all about making things run smoother at the National Cancer Institute in Frederick, so that researchers can do their best work on cancer studies and clinical trials, which could ultimately help patients like you.
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Developing treatments for cancers caused by RAS gene mutations
This study is working on new treatments for certain types of cancer caused by changes in the HRAS gene, and it brings together top scientists and technology to help create better options for patients like you.
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A facility for advanced imaging of cancer-related structures
This study is setting up a special lab that helps scientists take clear pictures of tiny structures related to cancer, making it easier and faster for them to understand how cancer works and find better treatments.
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Developing and supporting pilot projects for cancer research initiatives
This study is all about finding better ways to support cancer research, so that patients like you can benefit from improved treatments and care.
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Investigating new treatments for acute myeloid leukemia using retinoic acid receptors
This study is looking at how certain compounds can help improve treatments for acute myeloid leukemia (AML) and similar cancers by boosting the immune system and finding ways to target cancer cells without harming healthy ones, making therapies safer and more effective for patients.
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Investigating the immune response to HPV vaccines
This study is looking at how well different HPV vaccines work by checking the immune response they create, especially against high-risk types like HPV 16 and 18, to see if just one dose could be as effective as the usual three doses, which could help improve vaccination methods and better protect against cervical cance
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Developing new cancer treatments and diagnostic tests
This study is all about finding better ways to diagnose and treat cancer, so patients can get personalized care that fits their specific needs, with new tests and treatments being developed and tested just for them.
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Investigating molecular assays for cancer epidemiology
This study is looking at how to better understand cancer by analyzing blood and cervical samples from patients, using advanced technology to check for mutations and immune responses, which can help improve cancer prevention and treatment.
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A repository for storing human biospecimens for epidemiology research
This study is all about safely storing and managing samples from patients to help researchers understand diseases better and improve health for everyone.
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Investigating genetic factors that influence cancer risk and outcomes
This study is looking at how our genes might affect the risk of getting cancer and how it progresses, and if you choose to participate, you could help us learn more by sharing a small sample of your genetic material, which could lead to better ways to prevent and treat cancer.
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Identifying genetic factors that increase breast cancer risk
This study is looking at how certain inherited genes might increase the risk of breast cancer, and it's for anyone interested in understanding more about the genetic factors that could help improve prevention and treatment options for this condition.
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Improvements to facilities for better air quality and compliance
This study is working to improve the air quality and safety of a research facility by upgrading its heating and cooling systems and adding backup power, which will help ensure that important biomedical research can be done more reliably, ultimately benefiting patients through better clinical trial outcomes.
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Developing a data commons for cancer immune monitoring and analysis.
This study is working to bring together and organize important cancer-related information, especially about how the immune system responds to cancer, so that researchers can easily access high-quality data to help develop better treatments for patients like you.
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Replacing an air handling unit to improve building conditions
This study is about improving the air system in building 1021 to make it cooler and more comfortable for everyone inside by replacing an old air unit with a new one that better handles the heat from washing machines below.
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Renovating rooms for animal studies on chemical hazards.
This study is all about making certain rooms better for scientists who are studying how different chemicals affect animals, so they can do their important work in a safer and more effective space.
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Renovating laboratory rooms for chemical biology research
This project is all about upgrading a lab to help scientists study how chemicals can improve our understanding of biology, which could eventually lead to new treatments that benefit patients like you.
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Expansion of the CCR Aquatics Facility for cell signaling research
This study is all about improving a research facility to help scientists better understand how cells communicate, which could eventually lead to new treatments that benefit patients like you.
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Expanding the immunocompromised patient care area.
This study is working to make a bigger and better space for patients with weakened immune systems, so they can receive care in a more comfortable and accessible environment.
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Replacing an outdated water tank with energy-efficient heaters
This study is looking at ways to make the chilled water system in building 560 better by replacing an old, leaking tank with new energy-efficient heaters, which will help save water and energy, ultimately making the facility a nicer place for patients.
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Creating and testing specialized antibodies for research purposes
This study is all about creating special antibodies that scientists can use for their research, making sure they are high-quality and tailored to what each researcher needs.
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Developing a new drug for spinal cord injury treatment
This study is working on a new drug called NgR(310)Fc [AXER-204] that aims to help people with spinal cord injuries, and it's all about making enough of the drug to test it safely in humans to see if it can really make a difference.
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Operational tasks for cancer research facilities
This study is looking at what is needed to set up and lease spaces for important cancer research at a special center in Maryland, which will help improve treatments and research for patients like you.
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A program to improve data tools for cancer research
This study is working on new tools to help collect and analyze data about cancer and other diseases more accurately, which could lead to better treatments for patients like you.
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Installation of vestibules and a covered walkway at a research facility
This project is all about making a research facility safer and easier to access by adding two new entryways and a covered walkway, while also moving some equipment around so the labs can keep running smoothly during the upgrades.
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Installing a new system to improve cooling efficiency in a building.
This study is looking at how adding a special device to the building's cooling system can help keep labs comfortable all year round, save on energy costs, and make maintenance easier, especially when the weather gets colder.
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