"Effectiveness of Patient Education Program About Trunk Control Exercises on Balance and Functional Mobility in Individuals With Post-stroke Hemiparesis: A Randomized Control Trial"

The prevalence of stroke in adults increased by 14.6% in 2022 compared to data collected in 2013. Poor balance, postural asymmetry, abnormal gait, and fall-related complications due to reduced trunk control can limit social interactions. Trunk control is an important predictor of functional independence for stroke-affected individuals recovering from functional impairments. Studies have found that individuals with post-stroke hemiparesis have mild-to-severe trunk dysfunction even 6 months post-stroke occurrence. Evidence also indicates that the muscular strength of the trunk is significantly reduced in acute and chronic stages, which leads to poor functional performance. As trunk function significantly contributes to functional recovery, the importance of trunk training needs to be emphasized, and education should be provided to stroke patients for faster functional mobility.

Patient education programs guide patients, caregivers, and family members to understand and promote the patient's participation in continuing care and treatment decisions. This method assists patients in incorporating information, expertise, beliefs, and behaviors related to their health promotion and faster functional recovery from physical and psychological impairments. Patient education provides adequate and appropriate scientific knowledge for patients to improve their awareness of illness conditions and health-promoting practices. Studies also suggest that the patient education process increases patient's involvement in rehabilitation practices.

Although trunk control exercises are performed during routine rehabilitation programs, knowledge and education about trunk training exercises are not specifically emphasized in stroke rehabilitation protocols. Stroke patients need to be educated not only about upper and lower functional training but also should understand trunk control training during their rehabilitation process to acquire skills.

In this proposed study, a patient education program highlighting the significance of trunk control, its role in functional improvement, and patient-centered self-care might provide better functional mobility compared to a standalone trunk control exercises program. Through this program, patients can concentrate not only on limb training but also emphasize trunk-related functional tasks to improve overall body function. Therefore, our current study hypothesized that a patient education program about the trunk training program during the rehabilitation process may improve balance and functional mobility better than a standalone trunk control exercises program in patients with post-stroke hemiparesis.