A cross-sectional study on social functioning and its associated factors among patients with severe mental illness in Minhang District, Shanghai - Scorecard - MDSpire
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A cross-sectional study on social functioning and its associated factors among patients with severe mental illness in Minhang District, Shanghai
Clinical Scorecard: An Analysis of Social Functioning and Contributing Factors in Individuals with Severe Mental Illness in Minhang District, Shanghai: A Cross-Sectional Study
At a Glance
Category
Detail
Condition
Severe Mental Illness (SMI)
Key Mechanisms
Social functioning, depressive symptoms, perceived social support
Target Population
Patients with severe mental illness in Minhang District, Shanghai
Care Setting
Community-based rehabilitation
Key Highlights
36.6% prevalence of social dysfunction among patients with SMI
Depressive symptoms more prevalent than anxiety symptoms
Higher perceived social support associated with better social functioning
More severe depressive symptoms linked to greater social dysfunction
Guideline-Based Recommendations
Diagnosis
Use standardized clinical assessments to evaluate social functioning and emotional symptoms
Management
Integrate routine screening for depressive symptoms in community mental health management
Monitoring & Follow-up
Monitor social functioning and emotional symptoms regularly to optimize rehabilitation efforts
Risks
Patients with severe depressive symptoms are at higher risk for social dysfunction
Patient & Prescribing Data
Registered patients with SMI in Minhang District, Shanghai
Focus on enhancing social support and addressing depressive symptoms
Clinical Best Practices
Conduct district-wide surveys for comprehensive mental health assessments
Utilize validated scales for measuring social functioning and emotional health
Promote community rehabilitation programs based on empirical data
Integrated proteomic and metabolomic analyses identified redox-metabolic signatures associated with chronic posttraumatic stress disorder and accelerated biological aging across multiple organ systems.
