An individual's belief in their capacity to execute behaviors necessary to produce specific performance attainments. Reflects confidence in ability to exert control over one's own motivation, behavior, and social environment. Core component of psychological resilience and predictor of treatment outcomes.
Self-efficacy influences behavior through four processes: (1) cognitive—setting goals and anticipating outcomes, (2) motivational—sustaining effort and perseverance, (3) affective—managing stress and negative emotions, (4) selection—choosing environments and activities. High self-efficacy activates prefrontal cortex control networks and dampens amygdala threat responses. Associated with higher dopamine and lower cortisol reactivity.
Self-efficacy is critical predictor of treatment adherence, pain coping, lifestyle change success, and recovery from chronic conditions. Patients with low self-efficacy trapped in helpless cognitive AMPs require specific interventions: mastery experiences (graded success), vicarious learning (modeling), verbal persuasion (encouragement), and physiological state reinterpretation. Resource-focused questions enhance self-efficacy by activating dopaminergic reward pathways.
- Strongest predictor of behavior change success across health domains
- Four sources: mastery experiences, vicarious learning, verbal persuasion, physiological states
- Low self-efficacy predicts poor chronic pain outcomes
- High self-efficacy buffers stress response (lower cortisol)
- Enhanced through graded task accomplishment and positive feedback
- Distinct from self-esteem (domain-specific vs global self-worth)
- Mediates relationship between pain intensity and disability
- Can be measured with validated scales (e.g., Pain Self-Efficacy Questionnaire)
- beliefs — self-efficacy is specific belief about personal capability
- placebo effect — self-efficacy amplifies placebo responses via expectancy
- nocebo effect — low self-efficacy increases nocebo vulnerability
- chronic pain — low self-efficacy predicts chronic pain disability
- pain neuroscience education — enhances self-efficacy by providing sense of control
- prefrontal cortex — high self-efficacy associated with PFC top-down control
- amygdala — self-efficacy reduces amygdala threat reactivity
- dopamine — self-efficacy experiences activate dopaminergic reward
- cortisol — high self-efficacy associated with lower stress cortisol
- HPA axis — self-efficacy buffers HPA axis reactivity to stress
- stress resilience — self-efficacy is core component of psychological resilience
- learned helplessness — opposite state; chronic low self-efficacy leads to helplessness
- cognitive AMPs — low self-efficacy is toxic cognitive AMP pattern
- buyer patients — buyer patients typically have higher self-efficacy for change
- Depression — depression characterized by low self-efficacy beliefs
- behavioral activation — mastery experiences increase self-efficacy reducing depression
- graded motor imagery — builds self-efficacy through graduated success experiences
- Solution-Focused Brief Therapy — SFBT enhances self-efficacy via resource-focused questions
- competence — self-efficacy reflects sense of competence in specific domains
- hope — self-efficacy generates hope through perceived control
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