The COBRE for Skeletal Health and Repair's primary objective is to sustain the success of Phase I in Phase II. By mentoring a new generation of junior investigators to achieve independent funding, the center can expand and enhance skeletal research at Rhode Island Hospital and Brown University.
Our current pilot projects are led by promising young investigators who specialize in clinical, biological and engineering research.
Supporting the Investigators
The research projects will be supported by three core facilities that are developed to meet the needs of new investigators: bioengineering, molecular biology and imaging, and administration. By sustaining and continually developing the proposed research infrastructure, clinicians, research scientists, junior investigators, senior investigators, biologists and bioengineers will work side-by-side. This multi-disciplinary approach is necessary to develop translational strategies for prevention and treatment of skeletal joint diseases.
Achieving Our Goals
The long-term goal of the Center of Biomedical Research Excellence (COBRE) for Skeletal Health and Repair is to develop a multidisciplinary translational research center focusing on discovering mechanisms of cartilage joint diseases and developing prevention and treatment strategies. Since the start of the COBRE in 2007, seven full project investigators have received R01 or R01-equivalent federal grants and “graduated” from the COBRE training program, and published more than 240 peer-reviewed articles including landmark discoveries in Nature, Molecular Cell, and PNAS. All twenty target junior investigators have received extramural funding as Principal Investigator. New state-of-the-art laboratories and core facilities have been built in bioengineering, imaging, molecular biology and nanomedicine.
The main objective of the Phase III COBRE is to strengthen and transition the COBRE research infrastructure into a competitive, independent, and self-sustaining academic center of excellence-Brown Center of Musculoskeletal and Motion Sciences (BCMMS) in five years. To achieve this main objective, four specific aims are proposed as follows.
Aim 1, Administrative Core provides strong leadership in translational research, evaluates the performance of technical Core Resources and Facilities, guides mentoring efforts in the Pilot Projects Program, and implements the COBRE transitioning plan;
Aim 2, Bioengineering Core enhances an interactive research environment and provides the unique resources of biomechanical testing at the cell, tissue, and organ levels;
Aim 3, Imaging, Molecular Biology, and Nanomedicine Core enhances translational research from bench to bedside, provides critical expertise and equipment in small animal live imaging analysis, and facilitates development of novel nanomaterial delivery vehicles for diagnostics and therapeutics;
Aim 4, Pilot Projects Program mentors a new generation of researchers in multiple disciplines of musculoskeletal research including clinicians, biologists, and engineers, facilitates research collaborations, and sustains the strong research environment developed in the first two phases of COBRE.
Our vision is, by sustaining and transitioning the established high-caliber research infrastructure, we will enable clinicians working side-by-side with basic research scientists, junior investigators with senior investigators, and biologists with bioengineers for a long term into the future.