KMID : 0806120230530040480
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´ëÇÑ°£È£ÇÐȸÁö 2023 Volume.53 No. 4 p.480 ~ p.495
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A Structural Equation Model on Social Re-Adjustment of Stroke Patients: Based on Roy¡¯s Adaptation Model
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Kim Jung-Mi
Kim Hwa-Soon
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Abstract
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Purpose: This study aimed to develop and test a structural equation model on social re-adjustment of individuals with stroke based on a literature review and Roy¡¯s adaptation model.
Methods: This study involved 321 participants who had a stroke and visited the outpatient department after discharge. The hypothetical model was developed based on Roy¡¯s adaptation model and a comprehensive review of previous literature on the topic. The model comprised four exogenous variables (neurological damage, gender [man], age, and social support) and five endogenous variables (activities of daily living, acceptance of disability, depression, rehabilitation motivation, and social re-adjustment). The data were analyzed using SPSS Windows software version 22.0 and AMOS 23.0.
Results: Out of 28 research hypotheses, 18 were supported, and they indicated approximately 64% probability of social re-adjustment. Social re-adjustment is directly and significantly affected by age, social support, activities of daily living, and depression. Social re-adjustment is indirectly affected by neurological impairment, gender (men), age, social support, and rehabilitation motivation.
Conclusion: Continuous assistance and care should be provided for individuals with disabilities caused by sudden neurological damage to facilitate gradual improvement in their social re-adjustment. To enhance social re-adjustment, especially among older adults, newly developed interventions should focus on improving their activities of daily living, preventing depression, and enhancing support from family and healthcare personnel.
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KEYWORD
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Stroke, Social Adjustment, Social Support, Activities of Daily Living, Depression
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