PROVIDENCE, R.I. (May 7, 2026) — As demand for orthopedic procedures continues to rise nationwide, University Orthopedics is advancing patient care with a new Center for Clinical Optimization—a personalized, evidence-based program designed to prepare patients, both surgical and non-surgical, for better overall outcomes.
The program emphasizes identifying and addressing modifiable health risks that may make patients ineligible for much-needed orthopedic procedures, including joint replacement and spine surgery. By optimizing factors such as bone health, chronic disease management, smoking cessation, mobility, and overall physical condition, providers aim to reduce complications, shorten recovery times, and enhance long-term results.
“Clinical optimization allows us to take a proactive approach to patient care,” said Dr. Mouhanad El Othmani, a surgeon with UOI’s Joint Replacement Center and one of the program’s supervising physicians. “When we improve a patient’s health—whether they’re preparing for surgery or simply trying to feel better—we can make a meaningful difference in their recovery and quality of life.”
The initiative reflects a broader shift in healthcare toward preoperative optimization, as studies show that unmanaged conditions—such as diabetes, obesity, smoking, and osteoporosis—can increase the risk of surgical complications and delay healing.
University Orthopedics’ multidisciplinary model includes coordinated care among physicians, rehabilitation specialists, and other providers to develop personalized optimization plans. These may involve targeted therapies, including GLP-1 medications; smoking cessation programs; strength and conditioning programs; medication management; and patient education.
Healthcare systems across the country are increasingly adopting similar strategies as they seek to improve outcomes, reduce hospital stays, and lower overall costs associated with orthopedic procedures.
University Orthopedics officials say the program is part of a continued effort to enhance patient safety and deliver more predictable surgical results.
For more information, visit: https://universityorthopedics.com/clinicaloptimization/