Best Grants for Public Health in District of Columbia

The NIH is announcing a funding opportunity for competitive revisions of ongoing grants to tackle unforeseen public health crises. This Urgent Competitive Revision program aims to facilitate timely responses to emerging health challenges. Once the Notice of Funding Opportunity is published, eligible applications will be directly routed to the appropriate NIH awarding component. Only submissions in response to an Urgent Guide Notice published by an NIH Institute or Center will be accepted.

The CORE Funding: Lilly Research Grant aims to advance research on genetic hearing loss. It invites investigators to explore the genetic factors contributing to hearing loss, promoting innovative projects that enhance understanding in this critical area. Supported by the American Academy of Otolaryngology - Head & Neck Surgery Foundation, the grant fosters significant research efforts to improve outcomes and strategies in otolaryngology, ensuring a comprehensive approach to hearing health.

The CORE Funding: AHNS Trainee Pilot Research Award supports innovative research in head and neck oncology, encouraging trainees to engage in clinical or translational studies. Since its inception, CORE has provided over $14 million in grants, facilitating significant advancements in otolaryngology. This initiative aims to enhance research efforts, reduce fragmentation, and promote collaboration among various stakeholders to improve outcomes for patients with head and neck neoplastic diseases.

The CORE Funding: AHNS Thyroid Cancer Survivors’ Association Award aims to support vital research projects focused on thyroid cancer, encompassing prevention, diagnosis, treatment, and outcomes. This initiative by the American Academy of Otolaryngology - Head and Neck Surgery Foundation promotes advancements in the field through funding opportunities that enhance research capabilities and foster collaboration among researchers. Through the support of this award, significant strides can be made in understanding and combating thyroid cancer.

The CORE Funding: AHNS Presidential Award supports innovative research that integrates emerging technologies in head and neck cancer studies. This initiative aims to address critical gaps in early detection and treatment, especially for patients with advanced disease. By leveraging tools such as AI and advanced imaging, the program seeks to enhance understanding of disease mechanisms and improve patient-centered intervention strategies, ultimately advancing the field of otolaryngology.

Native Forward awards are allocated based on the financial aid information provided by the institution’s Financial Aid Office. Awards can vary, ranging from $100 to $30,000 per academic year.

Native Forward Scholars Fund members of federally and state-recognized Tribes as well as first and second-generation descendants. However, Native Forward Scholars Fund scholarship opportunities have different Tribal eligibility requirements and can be determined by submitting a Tribal Eligibility Certificate.

Grace Wall Barreda Memorial Scholarship

This opportunity is provided to honor the life and legacy of Grace Wall Barreda.

The purpose of the Grace Wall Barreda Scholarship program is to provide financial assistance to eligible American Indian and Alaska Native graduate students pursuing degrees full-time at an accredited institution in Public Health or Environmental Science/Studies.

This opportunity is a need-based award.

The CDC is offering funding to enhance collaboration among tuberculosis control programs and various partners in the U.S. This initiative aims to strengthen relationships with national TB control entities, federal agencies, academia, and community organizations. The goal is to promote health and quality of life by preventing, controlling, and eventually eliminating tuberculosis in the United States, building on previous funding opportunities.

The LAST MILE program, initiated by the NIAID, aims to enhance the implementation and effectiveness of HIV prevention and treatment strategies through real-world effectiveness trials. By fostering collaborations and focusing on diverse populations, this initiative seeks to translate clinical findings into practical applications. The program supports research across various disciplines, aligning with the NIH's mission to improve HIV/AIDS outcomes and address associated comorbidities. This multifaceted approach promises to bridge the gap between clinical trials and community-based interventions.

The NLM Grants for Scholarly Works in Biomedicine and Health (G13) program invites applications to support the creation of book-length manuscripts and scholarly works that are vital for U.S. health professionals and scientists. This initiative aims to foster critical reviews and analytical syntheses that enhance understanding of biomedical and public health challenges, ultimately contributing valuable resources for education, research, and clinical practice.

The Collaborative Centers in Children’s Environmental Health Research and Translation program aims to establish a national network of research centers focused on improving children's health through innovative research and public health strategies. By fostering collaboration within the children’s environmental health community, these centers will lead the way in translating scientific findings into actionable practices, ensuring a healthier future for children while addressing emerging environmental threats.

The State Biomonitoring Cooperative Agreement aims to enhance public health laboratories' ability to conduct biomonitoring and assess human exposure to environmental chemicals. This funding opportunity emphasizes community investigations, state-level studies, and emerging chemicals not covered in the National Exposure Report. By improving laboratory capacity and fostering collaboration, the initiative seeks to identify harmful exposures and evaluate intervention effectiveness over a three-year period.

The TIRBEE funding opportunity supports federally-recognized Tribes and Tribal Entities in establishing or enhancing Institutional Review Boards. This initiative aims to strengthen the capacity for biomedical research involving human participants within these communities by improving review and oversight capabilities. Eligible organizations are invited to apply, with applications subject to NIH's standard peer-review process to ensure only the most meritorious proposals are considered.

The Cancer Prevention and Control Programs aim to eliminate cancer through collaborative efforts among state, territorial, and tribal organizations. Funded by the CDC, this program supports initiatives such as breast and cervical cancer screening, cancer control planning, and cancer surveillance. By fostering partnerships and community involvement, the program seeks to improve health outcomes and achieve the mission of 'All People Free of Cancer.' This comprehensive approach ensures that resources are effectively coordinated to address the cancer burden in communities.

Seeding Research, Networking, and Capacity Building at Minority-Serving Institutions

Introduction & Purpose

RWJF is committed to ensuring everyone has a fair and just opportunity to be as healthy as possible. To achieve this goal, we support research that examines the historical and systemic factors that cause health inequities. Some of those determinants are poverty, discrimination, and limited access to quality education, housing, safe environments, and healthcare. As attacks on data and academic freedom and ongoing funding cuts to federal health equity research and programs continue, philanthropy’s work to achieve fair and equitable health, including a more equitable research funding ecosystem, is more important than ever. While philanthropic support for Minority-Serving Institutions (MSIs) has increased in recent years, there is more to be done to rectify historical disparities in funding. 

This call for proposals (CFP) provides support to health equity research centers at MSIs to strengthen research infrastructure and capacity-building. Capacity-building will help develop staff, skills, culture, resources, and systems that enable research to happen effectively. Specific work that RWJF may fund under this CFP includes specific skill or methodology training; faculty release time; support for research assistants, advisors, and project staffing; mentoring, professional development and collaboration, and more.

Through this CFP, RWJF will expand its efforts to transform deeply rooted beliefs about which data and research methods are valued, whose perspectives are prioritized, and which populations deserve resources. By supporting the infrastructure and capacity-building needs of MSIs, this opportunity strengthens their ability to generate critical evidence and to cultivate transformative, actionable solutions toward health equity. 

RWJF believes in health equity research that is grounded in systems thinking; supports and disseminates evidence identifying and implementing structural solutions to racial and health inequities. This CFP seeks mission-aligned institutions to participate in cohort-style peer learning to advance their ability to engage in health equity research and apply for competitive funding opportunities in the future.

Although no single philanthropy can fill the gap left by federal funding cuts, this CFP demonstrates strong support for research, historically underrepresented researchers, and research centers that are positioned to pave the way toward a future where health is not a privilege, but a right.

The Native Public Health Resilience (NPHR) program is a new funding opportunity aimed at supporting Tribes and Tribal Organizations in delivering essential public health services. Sponsored by the Indian Health Service, this initiative seeks to bolster public health infrastructure and resilience within tribal communities, ensuring they have the necessary resources to address health challenges effectively. Eligible applicants will receive financial assistance to enhance their public health capabilities and improve community health outcomes.

About the ASHFoundation

ASHFoundation supports innovators and sparks innovation in communication sciences. We give early support to promising students, researchers, and clinicians exploring bold ideas to transform the field and improve people's lives.

Artificial Intelligence in Communication Sciences and Disorders Research Grant

About

The American Speech-Language-Hearing Foundation (ASHFoundation) invites investigators to submit proposals for up to four research grants ranging from $25,000 to $50,000. The Artificial Intelligence in Communication Sciences and Disorders Research Grant (AI in CSD Research Grant) supports interdisciplinary studies that advance the ethical, clinically and scientifically grounded application and integration of artificial intelligence (AI) into communication sciences and disorders (CSD) practice and service delivery. Funding may be applied to one- or two-year studies.

Specific Objectives of the Funding Opportunity

As part of this initiative, the ASHFoundation invites proposals that implement AI technologies to transform clinical practice, education, and research in CSD. Proposals that are submitted under this funding opportunity must meet the following:

• Include interdisciplinary research teams that integrate clinicians and AI researchers,
• Address clinically relevant questions or have a clear translational potential, and
• Cover one or more of the following priority areas: AI-driven assessment and diagnosis; personalized and adaptive interventions; equitable access to care; data infrastructure for predictive analytics; technology innovation; prevention for public health; and ethical standards for AI integration.

Innovations in Low-Cost and Simplified Pathogen Sequencing Workflows

Catalyzing Innovation through Partnerships

At its core, Grand Challenges catalyzes bold innovation through partnership - bringing together funders, researchers, implementers, and public health leaders to solve complex global challenges. This multi-partner initiative reflects the Grand Challenges ethos, leveraging complementary expertise and investments to accelerate accessible genomic sequencing solutions for low- and middle-income Countries.

About this Challenge

This Grand Challenge is co-funded by the Gates Foundation, and the Temasek Foundation, and will be managed by the United Nations Foundation. This Grand Challenge is implemented in collaboration with a network of global and regional partners, including International Pathogen Surveillance Network (IPSN), hosted by the WHO Hub for Pandemic and Epidemic Intelligence, the Africa Pathogen Genomics Initiative (Africa PGI), and the Asia Pathogen Genomics Initiative (Asia PGI) as regional technical and public-health partners. This RFP aims to accelerate the development of affordable, scalable, and operationally simple sequencing solutions, enabling routine use of genomics for public health in low- and middle-income countries (LMICs).

Award Structure and Funding Level

To accommodate different stages of innovation maturity, this RFP supports a tiered award structure, with funding levels and expectations aligned to the readiness and scope of the proposed work. Indicative award categories are:

For more mature concepts aimed at workflow refinement, performance optimization, and generation of proof-of-concept and validation data in relevant public-health use cases in LMICs.

Innovations in Low-Cost and Simplified Pathogen Sequencing Workflows

Catalyzing Innovation through Partnerships

At its core, Grand Challenges catalyzes bold innovation through partnership - bringing together funders, researchers, implementers, and public health leaders to solve complex global challenges. This multi-partner initiative reflects the Grand Challenges ethos, leveraging complementary expertise and investments to accelerate accessible genomic sequencing solutions for low- and middle-income Countries.

About this Challenge

This Grand Challenge is co-funded by the Gates Foundation, and the Temasek Foundation, and will be managed by the United Nations Foundation. This Grand Challenge is implemented in collaboration with a network of global and regional partners, including International Pathogen Surveillance Network (IPSN), hosted by the WHO Hub for Pandemic and Epidemic Intelligence, the Africa Pathogen Genomics Initiative (Africa PGI), and the Asia Pathogen Genomics Initiative (Asia PGI) as regional technical and public-health partners. This RFP aims to accelerate the development of affordable, scalable, and operationally simple sequencing solutions, enabling routine use of genomics for public health in low- and middle-income countries (LMICs).

Award Structure and Funding Level

To accommodate different stages of innovation maturity, this RFP supports a tiered award structure, with funding levels and expectations aligned to the readiness and scope of the proposed work. Indicative award categories are:

For concepts with preliminary feasibility evidence that are ready to advance from prototype toward an integrated workflow—optimizing performance, broadening assay or pathogen coverage, and generating more robust cost-reduction and performance data.

Innovations in Low-Cost and Simplified Pathogen Sequencing Workflows

Catalyzing Innovation through Partnerships

At its core, Grand Challenges catalyzes bold innovation through partnership - bringing together funders, researchers, implementers, and public health leaders to solve complex global challenges. This multi-partner initiative reflects the Grand Challenges ethos, leveraging complementary expertise and investments to accelerate accessible genomic sequencing solutions for low- and middle-income Countries.

About this Challenge

This Grand Challenge is co-funded by the Gates Foundation, and the Temasek Foundation, and will be managed by the United Nations Foundation. This Grand Challenge is implemented in collaboration with a network of global and regional partners, including International Pathogen Surveillance Network (IPSN), hosted by the WHO Hub for Pandemic and Epidemic Intelligence, the Africa Pathogen Genomics Initiative (Africa PGI), and the Asia Pathogen Genomics Initiative (Asia PGI) as regional technical and public-health partners. This RFP aims to accelerate the development of affordable, scalable, and operationally simple sequencing solutions, enabling routine use of genomics for public health in low- and middle-income countries (LMICs).

Award Structure and Funding Level

To accommodate different stages of innovation maturity, this RFP supports a tiered award structure, with funding levels and expectations aligned to the readiness and scope of the proposed work. Indicative award categories are:

For technically ambitious or higher-risk, earlier-stage concepts focused on feasibility testing, assay or workflow prototyping, and initial cost-reduction validation. Intended approaches that require focused development to demonstrate viability.

Multiplex Platforms to Assess Indicators of Micronutrient Status, Inflammation and Infectious Disease

The Challenge

Although combined immunological measurement of several micronutrient biomarkers has been demonstrated, current methods still have important limitations. These include heterogeneity in the composition of standards and controls; inconsistent batch-to-batch performance of analyte-binding molecules; variable reactivity for some analytes, especially soluble transferrin receptor (sTfR); and a functional analytical range that is too narrow to cover the physiological values of some analytes, such as CRP. It would also be valuable to add bioindicators for vitamins B1, B2, B9 and B12, which may require binding molecules that recognize metabolites or proteins associated with deficiency, a specific vitamer (plasma methyl-tetrahydrofolate without reacting with folic acid), comparable reactivity across vitamers (several folate forms in red blood cells), or a specific carrier-protein form (holo-transcobalamin rather than apo-transcobalamin or haptocorrin for vitamin B12).

The improved assays must combine high analytical specificity, sensitivity and robustness with a functional analytical range matched to the physiological values expected in the target populations (women of reproductive age, including during pregnancy and lactation, preschool-age children and older adults). Assays must remain low-cost (no more than US$20 for all analytes measured in duplicate) and require very small sample volumes, preferably less than 10 µL of plasma or serum). The tests are intended for population surveillance rather than local clinical (point-of-care) use. They should be designed to run many samples in a single batch in a small number of national or regional reference laboratories. The goal is to reduce dependence on expensive, infrequent population surveys and on export of samples to specialized laboratories in high-income settings.

This challenge is structured around two alternatives, a minimum-scope approach and an optimistic-scope approach. Targets are aligned with the candidate Target Product Profile for this platform, and applicants will be held to the relevant performance, cost and instrument targets.

Multiplex Platforms to Assess Indicators of Micronutrient Status, Inflammation and Infectious Disease

The Challenge

Although combined immunological measurement of several micronutrient biomarkers has been demonstrated, current methods still have important limitations. These include heterogeneity in the composition of standards and controls; inconsistent batch-to-batch performance of analyte-binding molecules; variable reactivity for some analytes, especially soluble transferrin receptor (sTfR); and a functional analytical range that is too narrow to cover the physiological values of some analytes, such as CRP. It would also be valuable to add bioindicators for vitamins B1, B2, B9 and B12, which may require binding molecules that recognize metabolites or proteins associated with deficiency, a specific vitamer (plasma methyl-tetrahydrofolate without reacting with folic acid), comparable reactivity across vitamers (several folate forms in red blood cells), or a specific carrier-protein form (holo-transcobalamin rather than apo-transcobalamin or haptocorrin for vitamin B12).

The improved assays must combine high analytical specificity, sensitivity and robustness with a functional analytical range matched to the physiological values expected in the target populations (women of reproductive age, including during pregnancy and lactation, preschool-age children and older adults). Assays must remain low-cost (no more than US$20 for all analytes measured in duplicate) and require very small sample volumes, preferably less than 10 µL of plasma or serum). The tests are intended for population surveillance rather than local clinical (point-of-care) use. They should be designed to run many samples in a single batch in a small number of national or regional reference laboratories. The goal is to reduce dependence on expensive, infrequent population surveys and on export of samples to specialized laboratories in high-income settings.

This challenge is structured around two alternatives, a minimum-scope approach and an optimistic-scope approach. Targets are aligned with the candidate Target Product Profile for this platform, and applicants will be held to the relevant performance, cost and instrument targets.

The Cancer Prevention and Control Programs aim to enhance cancer outcomes by funding partnerships among national, state, territorial, and tribal organizations. These initiatives focus on evidence-based strategies for cancer surveillance, prevention, and control, specifically targeting breast and cervical cancer screening for underserved populations. Through collaboration, the program seeks to improve clinical services and cancer survivorship, ultimately striving towards the vision of 'All People Free of Cancer' by leveraging resources and community involvement.

The FY 2027 Service Area Competition (SAC) funding aims to enhance health services in underserved communities across the U.S. by providing grants for comprehensive preventive and primary care. This initiative allows for a competitive selection of service areas, ensuring that health centers can effectively deliver high-quality healthcare. Additional service areas may be announced throughout the year to accommodate changes in service availability, supporting continuous care for those in need.

The NIOSH K01 grant offers vital support for early-career researchers in occupational health, providing 'protected time' for mentorship and professional development. This funding aims to bridge the gap from postdoctoral training to independent research, fostering the next generation of investigators. By emphasizing skill enhancement and independence, the program plays a crucial role in advancing safety and health research. Applicants must articulate their mentorship needs and demonstrate the potential for increased autonomy in their research careers.

The SCALE initiative aims to combat injury, violence, overdose, and suicide, the leading causes of morbidity and mortality among individuals aged 0-44. By enhancing implementation and outreach, this funding opportunity seeks to empower organizations to implement effective prevention strategies, especially in underserved communities, including tribal areas. The program encourages collaboration and continuous improvement to achieve sustainable reductions in these critical public health issues.

The Native Hawaiian Health Care Improvement Act Program provides funding to enhance the health status of Native Hawaiians through comprehensive health care services. This initiative supports one administrative award to Papa Ola Lokahi and five awards to certified Native Hawaiian Health Care Systems. The program aims to ensure tailored health promotion and disease prevention services within island communities, addressing specific regional health needs from fiscal years 2027 to 2031.

This grant aims to enhance global polio eradication efforts through innovative modeling approaches. It focuses on developing effective strategies for cVDPV2 outbreak response and optimizing surveillance following global WPV eradication. The initiative also seeks to build a skilled public health workforce in statistical and mathematical modeling, assess economic impacts of response strategies, and foster capacity among students to address polio and other vaccine-preventable diseases.