A Comprehensive Training Experience in Aging Research
The Oklahoma Geroscience Training Program provides a curriculum that extends well beyond traditional coursework. Trainees develop scientific expertise through a combination of classroom instruction, research immersion, quantitative training, grant development, and professional skill building. Together, these experiences create a training environment designed to prepare the next generation of independent investigators in aging biology.
The curriculum is intentionally structured to evolve alongside trainees as they progress through the program. Early experiences emphasize foundational knowledge and exposure to diverse areas of geroscience, while later stages focus on scientific specialization, research leadership, and career preparation. Throughout training, trainees engage with faculty and peers from OU Health, the Oklahoma Medical Research Foundation, and the Oklahoma City VA Medical Center, gaining experience in an interdisciplinary research environment that reflects the collaborative nature of modern biomedical science.
A central feature of the curriculum is its emphasis on understanding the biological mechanisms that drive aging and age-related disease. Through coursework, seminars, journal clubs, and laboratory experiences, trainees explore topics ranging from cellular and molecular aging processes to translational approaches aimed at improving healthspan. These activities are complemented by rigorous quantitative training that prepares trainees to analyze complex biological datasets and interpret the increasing volume of multi-omic and longitudinal data that now defines much of aging research.
The curriculum also prioritizes scientific communication and grant development. Through activities such as journal clubs, research presentations, manuscript preparation, and the program's F-Troop grant-writing initiative, trainees learn how to communicate scientific discoveries effectively and compete successfully for fellowship and career development funding.
Professional development remains a continuous component of training. Workshops and enrichment activities help trainees build leadership, management, mentoring, and career-planning skills while reinforcing the principles of scientific rigor, responsible conduct of research, and reproducibility. By integrating these elements into every stage of training, the program seeks to develop not only exceptional scientists, but also future leaders in geroscience research.