Clinical Report: Rehabilitation of Core Muscles in Stroke Recovery
Overview
This narrative review outlines the framework for core-focused rehabilitation during the early stages of stroke recovery. It emphasizes the distinction between preparatory bed-level exercises, such as bridging and assisted rolling, and true early mobilization, highlighting the importance of individualized approaches based on patient characteristics.
Background
Stroke is a leading cause of disability worldwide, often resulting in impaired trunk control and balance, which can hinder rehabilitation efforts. The early post-stroke period is critical for rehabilitation, necessitating precise definitions and approaches to mobilization and trunk training. Understanding the role of core muscle rehabilitation can enhance recovery outcomes for stroke survivors, as supported by recent studies.
Data Highlights
This narrative review synthesizes findings from various studies.
Key Findings
Core training should complement, not replace, evidence-based functional training in early stroke rehabilitation.
Upright early mobilization is distinct from preparatory bed-level trunk activation.
Individualization of rehabilitation strategies is crucial, considering factors such as age, stroke severity, and neurological status.
Fixed hyperacute dose prescriptions for core training are not supported by current evidence.
Recommendations regarding dosage and specific benefits for dysphagia should be tailored to individual patients.
Clinical Implications
Healthcare professionals should consider integrating core muscle rehabilitation into early stroke recovery once patients are medically stable. Individualized rehabilitation plans are essential to address the unique needs of each patient, particularly concerning trunk control and balance.
Conclusion
Core muscle rehabilitation can be integrated into early stroke recovery, particularly for improving trunk control and balance. Its implementation should be cautious and individualized.
