← Back to contracts

The Effect of Exercise on T Cell Aging in Rheumatoid Arthritis

US · IL NIH grant awarded #nih-5K23AG080066-02

Summary

Investigate the effects of exercise training on T cell aging and function in rheumatoid arthritis patients, utilizing data from an existing NIH-funded trial and conducting a pilot study to inform future research.

What they want

The project aims to understand how exercise benefits immune health in rheumatoid arthritis (RA) patients, specifically focusing on T cell function, mitochondrial oxidative metabolism, and markers of T cell aging. It involves three objectives for career development: 1) developing geroscience-specific competency in clinical aging research assessments; 2) acquiring skills in translational aging science statistical analysis; and 3) cultivating clinical-translational aging research leadership skills. The study will utilize data from an NIH-funded randomized, controlled trial to compare a remotely supervised caloric restriction and exercise training (CRET) program against lifestyle counseling for its effects on RA regulatory T cell function, metabolism, and T cell aging. An independent pilot study will also be conducted to assess the safety, acceptability, and feasibility of a remotely supervised high-intensity aerobic exercise training intervention to inform a future R01 randomized controlled trial.
Deliverables
  • Develop geroscience-specific competency in clinical aging research assessments
  • Acquire skills in translational aging science statistical analysis
  • Cultivate clinical-translational aging research leadership skills
  • Determine if CRET program improves RA regulatory T cell function and metabolism (Aim #1)
  • Determine if CRET program improves T cell aging (Aim #2)
  • Perform an independent pilot study on high-intensity aerobic exercise training for RA immune aging (Aim #3)
  • Inform future R01 randomized controlled trial proposal
Technical requirements
  • Remotely supervised caloric restriction and exercise training (CRET) program
  • Remotely supervised high-intensity aerobic exercise training intervention
Key personnel
  • Mentors and collaborators at the Duke Molecular Physiology Institute and Duke Aging Center
The Effect of Exercise on T Cell Aging in …
Onboard