Nationwide Grants

This funding opportunity supports research on innovative pain management strategies that align with osteopathic principles, targeting experienced researchers, new investigators, and physicians in training focused on improving patient outcomes and reducing opioid use.

This funding initiative provides financial support and resources to companies and researchers developing innovative products aimed at improving the lives of patients with inflammatory bowel diseases.

This grant provides funding for innovative research projects that enhance the development of alternative proteins, targeting improvements in plant-based and cultivated meat technologies.

This program provides funding and professional development opportunities for PhD students conducting research in food and agriculture, focusing on challenges like climate change and global demand, while requiring them to secure a financial sponsor.

This funding opportunity supports researchers developing innovative treatments for lung cancers with HER2 mutations or alterations, emphasizing patient involvement and translational research.

This funding opportunity supports early-career researchers in inflammatory bowel disease, providing financial resources and mentorship to help them establish independent research careers.

This funding opportunity supports early- to mid-career researchers at non-profit academic or research institutions to develop innovative methods for the early detection and prevention of lung cancer.

This program provides urgent funding for short-term research projects that address emerging threats to U.S. agriculture from pests or pathogens, supporting a range of eligible organizations including universities and nonprofits.

This funding opportunity supports research by osteopathic and medical professionals focused on the effectiveness of osteopathic approaches in managing chronic diseases and improving patient outcomes.

This funding opportunity supports independent researchers at U.S. nonprofit or academic institutions in advancing promising cancer research from preclinical stages to human testing.

This funding opportunity supports research by qualified healthcare professionals to explore how the osteopathic approach improves patient care outcomes, focusing on compassion, communication, and health disparities.

This funding opportunity supports cancer research projects, particularly those led by early-career scientists, that aim to improve care and outcomes for underserved populations.

This grant provides financial support to early-career researchers with MDs or PhDs who are focused on advancing their studies in Inflammatory Bowel Disease, such as Crohn's disease and ulcerative colitis, under the mentorship of experienced scientists.

This funding opportunity supports innovative research aimed at improving treatments for patients with inflammatory bowel disease, encouraging both new and established investigators from various fields to explore groundbreaking ideas.

This grant provides academic researchers worldwide with access to valuable biosamples and datasets to advance research in inflammatory bowel disease, focusing on diagnostics, therapeutics, disease management, and prevention.

This funding opportunity supports established researchers in inflammatory bowel disease to generate preliminary data for future large-scale research funding.

This funding opportunity provides up to $100,000 for research projects that investigate the effectiveness and scientific basis of Osteopathic Manipulative Medicine and Treatment, aimed at enhancing patient care and advancing the osteopathic profession.

This program provides an intensive, no-cost accelerator experience for early-stage technology companies, particularly those emerging from Alabama-based HBCUs, to develop and scale their solutions for the defense sector.

This program provides funding to undergraduate, medical, and graduate students in the U.S. to conduct research on Inflammatory Bowel Disease (IBD) under the mentorship of qualified faculty.

This grant provides funding for researchers focused on understanding and overcoming resistance to lung cancer therapies, supporting innovative studies across various lung cancer types and treatment approaches.