Dept. of the Army -- USAMRAA
USAMRAA, a U.S. Army agency, funds medical research and development grants for various health programs.
Funding for Innovative Prostate Cancer Research Ideas
This grant funds innovative research projects aimed at advancing prostate cancer understanding and patient care. Businesses and researchers developing novel approaches are encouraged to apply.
Grant for Prostate Cancer Research Innovation
This grant supports innovative research partnerships focused on prostate cancer. Fund up to 41 research projects with independent faculty PIs using complementary approaches to accelerate breakthroughs in prostate cancer research and conquer the disease.
Get Funding for Ovarian Cancer Research Tools
Are you developing or enhancing human-based resources for ovarian cancer research? This award supports projects creating or improving tools like specimen biorepositories, tissue banks, or large datasets to accelerate crucial research in the field.
Fund Your Ovarian Cancer Research Breakthroughs
This grant fuels innovative translational research in ovarian cancer, leveraging existing human-based resources like patient samples and clinical data to accelerate discoveries and address critical unmet needs. Focus on correlative studies that enhance understanding of tumor subtypes, treatment response, and prognosis, not on conducting clinical trials themselves.
Fund Your Breast Cancer Research Innovation
This award empowers promising early-career scientists to innovate and lead groundbreaking breast cancer research. It funds visionary individuals, not just projects, with a focus on challenging current understanding and driving progress.
Fund Your Breast Cancer Research Career: DoD Fellowship
This fellowship from the Dept. of the Army supports brilliant early-career scientists aiming for groundbreaking breast cancer research. It provides funding and training to develop you into an independent leader in the field.
Secure Funding for Breast Cancer Innovation
Are you a visionary leader with groundbreaking ideas to end breast cancer? This award offers significant funding and freedom to pursue your most novel, high-risk concepts, even if your background isn't directly in breast cancer research.
Fund Your Cancer Research: Postdoc Fellowship for Innovators
Are you a recent medical or doctoral graduate or an early career mentor focused on groundbreaking cancer research? This award supports innovative, high-risk/high-impact postdoctoral fellowships in areas like blood, pediatric, or skin cancers, and nanotechnology for radiation protection.
Fund Your TSC Research: Get Grant Money!
This grant supports innovative research focused on Tuberous Sclerosis Complex (TSC) for new and transitioning investigators. It aims to advance understanding and treatment of TSC manifestations, including preclinical studies.
Unlock Funding for TSC Research & Treatment Innovations
This award supports pilot clinical trials for businesses developing innovative interventions to treat or manage Tuberous Sclerosis Complex (TSC). Secure funding to gather crucial preliminary data for larger, impactful clinical trials.
Funding for Neurofibromatosis Clinical Trials
The Department of the Army is funding innovative clinical trials to reduce the impact of neurofibromatosis (NF). Businesses and researchers can receive grants to develop new treatments, drugs, devices, or approaches for NF1, NF2, and schwannomatosis.
Unlock Funding for Tuberous Sclerosis Research
This grant from the Dept. of the Army funds innovative research to understand and treat Tuberous Sclerosis Complex (TSC). Businesses and researchers can apply for funding to develop new hypotheses and explore groundbreaking concepts in TSC pathogenesis and manifestations.
Fund Your Breakthrough Research: DoD Grants Available
The Department of the Army is offering funding to support innovative research aimed at decreasing the clinical impact of Neurofibromatosis. This award is designed for promising new investigators looking to establish careers in NF research.
Unlock Funding for NF Research & Innovation
Are you a researcher or institution dedicated to advancing neurofibromatosis (NF) treatments? This award offers funding for groundbreaking studies that aim to reduce the clinical impact of NF and improve patient quality of life.
Fund Your NF Research Breakthroughs: DoD Grants Available
This grant from the Department of the Army supports innovative research aimed at reducing the impact of neurofibromatosis (NF) in patients. Funding is available for exploring high-risk, high-gain concepts and developing new hypotheses in NF research, benefiting those focused on NF1, NF2, and schwannomatosis.
Fund Your ALS Therapeutic Breakthroughs!
Businesses developing novel, high-risk/high-reward therapeutic ideas for ALS treatment can receive funding to support innovative research with significant potential for clinical impact. This award supports groundbreaking concepts and new avenues of investigation, not incremental advancements.
Fund Your ALS Therapy Development: Get DoD Grants
Biotech and pharma companies developing preclinical therapeutics for ALS can receive significant funding from the Department of the Army. This grant supports the advancement of new treatments through preclinical testing and development.
Get Funding: Advance MS Research & Patient Care
This award fuels groundbreaking, high-risk/high-reward research ideas to accelerate understanding and treatment of Multiple Sclerosis. It's for innovative projects with the potential for significant impact on MS causes, progression, or patient well-being.
Fund Your Ovarian Cancer Research Career!
This award supports early-career investigators aiming to become leading ovarian cancer researchers through intensive mentoring and national networking. Get the resources and connections you need to make significant breakthroughs.
Get DoD Funding for Ovarian Cancer Research Breakthroughs
Are you a researcher or institution developing innovative, high-risk/high-reward ideas to advance ovarian cancer research? The DoD is offering pilot awards to support groundbreaking studies that could lead to major discoveries, even without preliminary data.