Clinical Scorecard: Chronic Pain as a Disorder of Brain Network Dynamics: A Systems Model Incorporating Physiological Regulation and Self-Organization

At a Glance

Key Highlights

• Chronic pain is linked to disturbances in large-scale brain network organization.
• Physiological regulation influences brain network dynamics in chronic pain.
• The triple-network model integrates SN, DMN, and CEN interactions.
• Neuromodulatory interventions like rTMS may enhance network flexibility.
• Stable pain states may arise from self-organization of brain networks.

Guideline-Based Recommendations

Diagnosis

• Assess alterations in SN, DMN, and CEN through neuroimaging.

Management

• Consider multimodal treatment strategies that address physiological regulation.

Monitoring & Follow-up

• Evaluate changes in brain network dynamics and physiological states over time.

Risks

• Potential for persistent pain states due to dysregulated network interactions.

Patient & Prescribing Data

Individuals experiencing chronic pain.

Restoration of physiological regulation may be necessary for durable recovery.

Clinical Best Practices

• Incorporate assessments of physiological regulation in chronic pain management.
• Utilize neuroimaging to understand brain network dynamics in patients.
• Explore neuromodulatory treatments to enhance network flexibility.

Related Resources & Content

• Chronic Pain Research