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The National Biomedical Research Centers (NBRCs) aim to enhance biomedical research by providing advanced equipment, scientific expertise, and innovative human-based models. Supported by NIH and other federal agencies, this initiative focuses on reducing reliance on live animal models through the development of New Approach Methodologies (NAMs). The program invites applications that propose actionable plans to refine and replace animal use, promoting innovative research at centers with existing nonhuman primate colonies.

The AISES SPRK-ing Interest in Computer Science program engages Indigenous K-12 students through fun coding and robotics activities. By utilizing Sphero BOLT and Indi robots, students gain hands-on experience in STEM and computer science, fostering greater interest and competency in these fields. Participating schools receive essential materials and training, promoting a culturally relevant learning experience. Priority is given to middle schools, encouraging greater participation in STEM+CS education among Native students.

The NIH's TALK initiative aims to enhance clinical practices for late talking children by funding research to identify early signs of language delays. This NOFO focuses on developing evidence-based strategies for screening and supporting children and their families. It targets children over 18 months who are not meeting language milestones, particularly those at higher risk due to various factors. Collaborative research efforts are encouraged to ensure effective identification and intervention.

The Jean Dreyfus Lectureship for Undergraduate Institutions Grant provides a $25,000 award to facilitate a visit by a notable researcher in the chemical sciences to undergraduate institutions. It includes funding for summer research fellowships for two students and requires the researcher to deliver accessible lectures to the public. This initiative honors Jean Dreyfus's legacy and supports the engagement of undergraduates in scientific research and discourse.

The International Foundation Grant is aimed at U.S.-based non-profit organizations working in developing countries to enhance health, education, and income levels for impoverished communities. While currently not accepting new applications, the foundation reviews proposals from previously invited organizations. The focus lies on holistic, community-driven projects in sectors such as agriculture, education, environment, and health. Partnerships with local entities are encouraged to ensure sustainable and impactful outcomes.

The Lots of Compassion Grant, supported by KidsGardening and Mrs. Meyer’s Clean Day, aims to transform vacant urban lots into thriving community gardens. By providing $20,000 to each of the 10 selected grantees, the initiative focuses on empowering under-resourced communities, fostering social connections, and enhancing mental health. The grant prioritizes organizations that involve diverse participants and demonstrate significant community impact, ensuring that the gardens not only flourish but also cultivate kindness and compassion.

The CDC's NCIPC is seeking research proposals to tackle implementation challenges in providing linkage to care services for individuals with opioid use disorder (OUD). This initiative encourages partnerships with public health entities and local healthcare champions to create actionable, evidence-based strategies. The goal is to enhance care access and ensure comprehensive overdose prevention services are available in real-world healthcare settings, thereby improving outcomes for those at risk of opioid overdose.

The KUH P30 Resource Core Center funding opportunity invites applications for centers aimed at enhancing research in Kidney, Urology, and Hematology diseases. These centers will provide essential resources, including data and tools, to the research community, fostering collaboration through a national network with the Center Coordinating Hub. This initiative by the National Institutes of Health aims to drive innovative research and shared expertise for improved health outcomes.

The KUH U24 Center Coordinating Hub aims to foster collaboration among funded Centers within the NIDDK/KUHN mission. This initiative encourages the development and sharing of vital research resources, including data, reagents, and expertise, with the broader scientific community. By creating a national network, the program enhances research capabilities and promotes innovative solutions in kidney, urology, and hematology diseases.

The NIDDK Multi-Purpose Resource-Related Research Centers Cooperative Agreement (U2C) invites applications to enhance research capabilities in areas such as obesity and diabetes. These centers provide specialized services, including technical support and data coordination, primarily to clients at other institutions lacking necessary expertise. This initiative aims to bolster high-impact research through collaboration and experiential training, addressing critical health challenges aligned with NIDDK's mission.

The BRAIN Initiative aims to foster innovation in the development of next-generation devices for recording and modulating the human central nervous system. This funding opportunity encourages clinical studies and translational research to create advanced therapeutic and diagnostic devices for neurological disorders. Applicants are advised to submit Letters of Intent 60 days before the proposal deadline. This initiative emphasizes milestones and collaboration with NIH staff throughout the project.

The BRAIN Initiative invites applications for clinical studies aimed at advancing devices for recording and modulation in the human central nervous system. This funding opportunity focuses on small clinical trials that provide vital data for device development, particularly for treatments of central nervous system disorders. Investigators are encouraged to explore both non-significant and significant risk studies to enhance understanding of device functionality and design, ultimately contributing to improved clinical outcomes.

The R3PEATS Rigor Scholar Cohort Awards (K12) are designed to empower early-career researchers by enhancing their skills in rigorous scientific practices. This initiative promotes collaboration across institutions to develop best practices in research methodologies, including preregistration and randomization. Participants will gain essential training to ensure excellence and transparency in scientific research, aligning with the NIH's commitment to improve replicability and reproducibility in the field.

The Kate Stokes Memorial Award, established in memory of CLP Programme Officer Kate Stokes, offers a $5,000 grant annually to an exceptional team of CLP alumni. Focused on supporting young conservationists, the award emphasizes teams demonstrating passion and commitment to conservation efforts. The Conservation Leadership Programme (CLP), initiated in 1985, provides vital support for applied biodiversity projects in less developed countries, helping young leaders gain practical conservation experience.

The R3PEATS Multi-Team Triangulation initiative supports collaborative research teams to explore a central biomedical question using diverse methods and model systems. It emphasizes the importance of identifying biological variability and ensuring the robustness of findings through replication strategies. This program is part of the NIH Common Fund's Rigor, Replicability, & Reproducibility to Promote Excellence in Science, aiming to enhance the accuracy and translation of scientific discoveries.

The R3PEATS Grassroots Rigor Projects, funded by the NIH, aim to enhance research practices through two project types: Metascience and Laboratory Capacity-Building. Metascience projects focus on creating tools and metrics to promote high-quality research, while Laboratory Capacity-Building projects help labs adopt new techniques and share data that influence research outcomes. This initiative is part of a broader effort to improve rigor, replicability, and reproducibility in scientific research.

The Climate Program Office (CPO) FY2026 Earth System Science and Services Partnership (ESSSP) aims to enhance NOAA's mission through collaborative research and activities. It focuses on understanding changes in Earth's systems and their impacts on ecosystems and communities. Eligible applicants include academic institutions offering doctoral degrees in NOAA-related sciences. The total funding available is approximately $10 million, supporting initiatives that encompass research, data evaluations, and stakeholder engagement.

The BRAIN Initiative seeks innovative proposals for preclinical proof of concept studies on novel recording and modulation technologies aimed at diagnosing and treating central nervous system (CNS) disorders. This initiative supports diverse, multidisciplinary teams to enhance our understanding of the human CNS and prepare technologies for first-in-human studies. Applications are due by 5:00 PM local time, with optional Letters of Intent encouraged 60 days prior to the proposal deadline.

The Forecast for Clinical Trial Readiness for Rare Diseases (R21) aims to enhance the development and testing of diagnostics and therapeutics for rare diseases. This funding opportunity invites researchers to facilitate clinical trial readiness by developing rigorous biomarkers and clinical outcome measures. Through collaborative efforts with various stakeholders, NCATS seeks to improve the efficiency of moving candidate therapeutics towards clinical trials, ultimately increasing the likelihood of successful treatments for rare diseases.

The Centers for Structural Biology of HIV and Other Infectious Diseases aims to support innovative frontier science research that establishes new technologies and methodologies to provide insight into the mechanisms of hostpathogen interactions, as well as translational research to inform the development of novel and/or improved preventive interventions, therapeutics, diagnostics, and curative interventions across a broad spectrum of infectious diseases. These Centers focus on understanding the dynamics of molecular complexes, with the intention of informing mechanistically based discovery and/or design of interventions for the prevention, treatment, and cure of HIV and other infectious diseases. The goal is to facilitate the discovery of new therapeutic targets, new classes of interventions ranging from diagnostics, to small molecules and protein therapeutics, to neutralizing antibodies, and novel vaccine candidates, including nanoparticle vaccines, elucidate the mechanisms of action of interventions, and to determine the structural basis for interventional failures, but not support end-to-end preclinical development.

Of particular interest are the components of infectious agents and/or hosts for which sufficiently complete structureshave yet to be determined, including macromolecular complexes of proteins, nucleic acids, carbohydrates, lipid membranes, and/or small molecules. The Centers will be responsible for the validation of structural data using biological, biochemical, and computational methods and artificial intelligence (AI) models to help understand the biological mechanisms and structure-function relationships of these complexes.

The BRAIN Initiative, led by the NIH, aims to advance neurotechnologies at institutions with limited NIH funding. This funding opportunity encourages collaboration and knowledge transfer to integrate innovative neurotechnologies into research and training programs. While applications are currently not being solicited, potential applicants should start developing partnerships and projects in preparation for future submissions. This initiative will enhance the dissemination of BRAIN technologies and support novel research practices.

The BRAIN Initiative aims to advance innovative neurotechnologies by funding early-stage clinical studies for devices that record or stimulate the human central nervous system. This initiative encourages collaborations between clinical researchers and device manufacturers to facilitate groundbreaking studies. By addressing the challenges of obtaining safety and utility data, this program supports both non-invasive and significant risk devices, providing essential insights into their functionality and design. Applications are currently not being solicited, allowing time for meaningful project development.

The NIDA Avenir Program aims to cultivate innovative leaders in addiction science by funding exceptional early stage investigators (ESIs) embarking on pioneering research. Launched in 2015, this initiative encourages high-risk, high-reward mechanistic studies related to Substance Use Disorders (SUDs) across diverse scientific domains. Applications from new investigators and those outside addiction research are welcomed, fostering interdisciplinary approaches that enhance understanding of SUD mechanisms. The program supports ESIs who may lack preliminary data but demonstrate potential for impactful contributions.

The NIH Stroke Clinical Trials Network (StrokeNet) aims to enhance stroke treatment and recovery through a robust national infrastructure. Funded by the National Institutes of Health, this initiative focuses on clinical trials that evaluate innovative therapies for stroke patients and those at risk. The program is currently not soliciting applications but encourages the development of collaborations to support the national coordinating center and data management efforts, ultimately improving outcomes for individuals affected by stroke.

The National Institute of Allergy and Infectious Diseases (NIAID) is launching a funding opportunity for Clinical Trials Units (CTUs) as part of its effort to combat HIV/AIDS. This initiative aims to support innovative clinical trials and implementation research to improve prevention and treatment strategies. With a focus on both domestic and international research sites, CTUs will play a crucial role in addressing the HIV epidemic and enhancing participant recruitment and retention. This funding opportunity is authorized under the Public Health Service Act.

The Homeless Veterans' Reintegration Program (HVRP) aims to assist veterans experiencing homelessness by providing tailored employment services. This federal initiative focuses on helping veterans transition to stable employment through job training, case management, and connections to local supportive services. HVRP aligns with national priorities to enhance career outcomes for veterans, ensuring they receive the necessary tools and resources for sustainable employment and integration into the workforce.

The National Institutes of Health (NIH) is continuing its support for the NeuroNEXT initiative, which focuses on conducting clinical trials and biomarker validation studies for neurological disorders. This infrastructure aims to foster innovation and enhance the development of effective neurotherapeutics for both adult and pediatric populations. While applications for network clinical research sites are not currently being solicited, this notice allows potential applicants to prepare collaborative and responsive applications.