Optimizing Recovery After Knee Arthroplasty
Presented by John O’Halloran
While total knee replacement remains a primary solution for advanced osteoarthritis, nearly 26% of patients report dissatisfaction one year after surgery due to unfulfilled expectations or persistent functional deficits. This course explores the critical transition from traditional inpatient care to modern same-day discharge models, as well as the specialized rehabilitation strategies required to bridge the gap in patient satisfaction. Participants will evaluate the clinical impact of advanced technologies, such as robotic-assisted surgery and 3D-printed implants, while mastering evidence-based interventions for quadriceps facilitation and terminal joint extension. The curriculum emphasizes a shift toward superior outcomes through the implementation of neuromuscular electrical stimulation (NMES) and specialized weight-bearing exercises to restore functional gait and balance. Designed for physical therapists and healthcare providers, this course provides the tools to manage complex recoveries and safely guide patients back to high-level activities, including kneeling and running.
Learning Objectives
- Analyze the history of knee arthroplasty and the factors contributing to patient dissatisfaction
- Distinguish the indications for advanced technology versus traditional knee arthroplasty procedures
- Implement advanced and standard range-of-motion rehabilitation techniques across all clinical settings
- Use continuous passive motion and neuromuscular electrical stimulation appropriately within postoperative rehabilitation
Meet your instructor
John O’Halloran
John O’Halloran, PT, DPT, OCS, ATC (retired), CSCS (retired), Cert MDT, Certified SCTM-1 Practitioner, is a board-certified orthopedic clinical specialist by the American Physical Therapy Association with over 30 years of experience in the field of orthopedics. He earned his postprofessional Doctor of Physical Therapy from…
Chapters & learning objectives
1. Introduction to the Knee
This chapter examines the history of knee arthroplasty and the massive global burden of osteoarthritis as a leading cause of disability. Clinicians will analyze current statistical trends, including the rising volume of revision surgeries and the need to manage patient expectations to improve long-term satisfaction scores.
2. Surgical Procedures
Participants will compare traditional surgical approaches with advanced technological interventions, such as robotic-assisted TKA and unicompartmental knee arthroplasty. This section explores how these surgical advancements influence hospital length of stay and the subsequent rehabilitation timeline for various patient populations.
3. Functional Balance and Range of Motion
This chapter focuses on mastering clinical benchmarks for range of motion and on identifying the factors that contribute to chronic joint stiffness or persistent pain. Clinicians will explore the biomechanical impact of joint effusion on quadriceps inhibition and evaluate fall risk assessment tools to ensure a safe transition to independent mobility.
4. Rehabilitation Recommendations
Clinicians will master practical interventions for early quadriceps facilitation, including neuromuscular electrical stimulation and the specialized “church pew exercise” for weight acceptance training. This chapter provides evidence-based protocols for progressive rehabilitation, from early-stage home exercise circuits to late-stage return-to-sport prerequisites for running and impact loading.
More courses in this series
Optimizing Outcomes After Total Joint Arthroplasty
John O’Halloran
Optimizing Function After Shoulder Arthroplasty
John O’Halloran
Optimizing Gait After Hip Arthroplasty
John O’Halloran
Optimizing Recovery After Knee Arthroplasty
John O’Halloran
Optimizing Complex Cases in Joint Arthroplasty
John O’Halloran
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