Active Government Funding Opportunities

DoD seeks translational arthritis research that bridges preclinical findings into clinical solutions for Service Members and Veterans. Projects must demonstrate high-impact, hypothesis-driven applied research with preliminary data and clear pathways to real-world medical applications.

Supports investigator-led spinal cord injury research across basic to translational science phases. Aims to advance SCI patient care, treatment outcomes, and quality of life through competitive grants.

The Army seeks clinical trial research to advance vision capabilities and treatments. This opportunity supports innovative medical studies addressing soldier visual performance and eye health.

The Army seeks research ideas to advance understanding and countermeasures for tick-borne diseases affecting military readiness. This program supports early-stage scientific investigations to develop novel prevention, diagnosis, or treatment solutions.

This DoD funding supports clinical trials testing new spinal cord injury treatments with potential to significantly improve patient outcomes. The program welcomes early-career researchers and requires community partnership to ensure research relevance.

Army seeks investigator-initiated research proposals addressing vision science and ocular performance challenges. Support ranges from basic science through applied research to advance soldier visual capabilities and medical treatments.

The Army seeks translational research advancing vision science and optical technologies for military applications. This opportunity funds development of novel vision-related capabilities to bridge fundamental research and field-deployable solutions.

This DoD funding accelerates spinal cord injury research from promising ideas to clinical applications through translational research. It supports early-career partnerships and requires community engagement to ensure real-world relevance.

Develop novel therapeutics and diagnostic tools to prevent, treat, or detect tick-borne diseases like Lyme disease. This program funds R&D to address a significant public health threat through innovative medical countermeasures.

This DoD funding supports clinical translation research to move spinal cord injury treatments from preliminary studies into larger clinical trials. It prioritizes removing barriers to clinical success and identifying effective diagnosis, treatment, and rehabilitation options.

DoD seeks innovative, high-risk autism research to accelerate discoveries and improve outcomes for autistic individuals. This award supports novel ideas with potential to generate impactful data and open new investigation pathways.

Support clinical trials evaluating new treatments, devices, and approaches for autism management. Awards fund proof-of-concept through large-scale efficacy studies, with funding incentives for early-career researchers partnering with experienced mentors.

Support early-career researchers conducting innovative autism studies and proof-of-principle clinical trials. This award funds high-impact research ideas with required community partnership to advance autism understanding and treatment.

This Army Medical Research funding supports translational research addressing health impacts from toxic exposures on military personnel. Projects bridge discovery science to clinical solutions for affected service members and veterans.

The Army seeks innovative technologies and therapeutic approaches to treat severe burn injuries in military personnel. This award funds development of novel burn treatment solutions from basic research through clinical application.

This Army funding opportunity supports investigator-initiated research into toxic exposures affecting military personnel, seeking novel scientific studies to understand health impacts and inform prevention strategies.

The Army seeks patient-centered research to advance burn treatment and recovery outcomes for military personnel. This funding supports innovative clinical studies and therapeutic approaches to improve care for burn-injured soldiers.

The Army seeks innovative research on military burn treatment and prevention through discovery-phase awards. This funding targets novel solutions to improve clinical outcomes for service members with severe thermal injuries.

This award supports clinical trials investigating health outcomes and treatments for service members exposed to toxic substances during military operations. The research aims to establish evidence-based interventions and improve medical care for affected veterans.

Develop advanced communications and networking technologies to enable seamless, secure connectivity for distributed naval operations across manned and unmanned platforms. Address challenges like jamming, spectrum limitations, and infrastructure constraints to support real-time command and control.

Develop research resources, datasets, and infrastructure to advance rare cancers research and treatment outcomes. Supports patient tissue repositories, tumor models, data-sharing platforms, and community engagement strategies.

The Army seeks applied research innovations in orthopaedic medicine to advance soldier health and readiness. This award funds development of new treatments, devices, or technologies addressing musculoskeletal injuries and combat-related orthopedic conditions.

DoD seeks development of a multiomic atlas from human bone marrow failure samples to create an open-access research resource. This dataset will enable discoveries advancing understanding of bone marrow failure diseases across the research and clinical community.

This DoD funding supports early-stage rare cancer research ideas with potential for high-impact discoveries. The program welcomes exploratory approaches and accepts preliminary data from related disease studies to advance novel investigation pathways.

The Army seeks orthopaedic clinical research to advance musculoskeletal injury treatment and recovery for military personnel. This award funds innovative studies addressing combat-related and service-connected orthopaedic conditions.