Can fatigue be improved in patients with Ehlers-Danlos Syndrome (EDS) with a genetic component?

Managing Fatigue in Ehlers-Danlos Syndrome with Genetic Component

Fatigue in Ehlers-Danlos Syndrome (EDS) can be significantly improved through a structured approach focusing on tailored physical activity, psychoeducational interventions, and addressing underlying factors, even when there is a genetic component to the condition.

Understanding Fatigue in EDS

• Fatigue is a frequent and clinically significant problem affecting more than three-quarters of EDS patients 1
• Fatigue in EDS is multifactorial, involving sleep disturbances, concentration problems, social functioning issues, self-efficacy concerns, and pain severity 1
• Patients with EDS often experience worsening symptoms over time, with fatigue being universal and often resulting from or contributing to pain and disordered sleep 2

Evidence-Based Management Strategies

Physical Activity Interventions

• Tailored physical activity programs should be offered to EDS patients with fatigue as part of their clinical care 3
• Physical activity should be structured and individualized based on the patient's specific needs, capabilities, and disease manifestations 3
• Long-term physical activity as a lifestyle change should be encouraged rather than short-term interventions 3
• Physical therapy with attention to methods preventing deconditioning is essential for comprehensive fatigue management 4

Psychoeducational Interventions

• Structured psychoeducational interventions that go beyond information provision should be offered to explore thoughts, feelings, and behaviors related to fatigue 3
• These interventions should be periodically reassessed and not restricted based on previous participation 3
• Cognitive behavioral approaches may be particularly helpful for addressing fatigue-related issues in EDS 1, 4

Medical Evaluation and Treatment

• Evaluation for underlying causes of fatigue should include assessment for:

  • Sleep disorders, which are common contributors to fatigue in EDS 4
  • Autonomic dysfunction, particularly POTS (Postural Orthostatic Tachycardia Syndrome) 3, 5
  • Gastrointestinal issues, which affect up to 98% of hypermobile EDS patients 5
  • Nutritional deficiencies that may contribute to fatigue 4

• For patients with suspected autonomic dysfunction:

  • Assess for orthostatic tachycardia using postural vital signs 3
  • Consider referral for autonomic function testing including tilt table testing 3

Multidisciplinary Approach

• A multidisciplinary team approach is recommended, involving:
  • Rheumatologists for joint hypermobility management 5
  • Cardiologists for evaluation of cardiovascular autonomic dysfunction 5, 4
  • Gastroenterologists for assessment of GI manifestations 3, 5
  • Sleep specialists for addressing sleep disturbances 4

Self-Management Strategies

• Patients often develop their own strategies to adapt to their limitations when conventional medicine is unsuccessful 2
• Complementary interventions may be beneficial as part of a comprehensive approach 2
• Self-care strategies should be guided by knowledgeable medical providers 2

Important Considerations and Pitfalls

• Diagnostic catheter angiography carries increased risks in patients with collagen vascular diseases; non-invasive imaging should be used whenever possible 3
• For patients with vascular EDS (Type IV), special caution is needed with any invasive procedures due to risk of arterial rupture 3, 5
• Opioid medications should be avoided for chronic pain management in EDS patients 3
• Fatigue management should be needs-based and not restricted by previous treatment attempts, as fatigue factors can change over time 3

Monitoring and Follow-up

• Regular assessment of fatigue severity, impact, and coping strategies should be part of usual care 3
• Shared decision-making between patients and healthcare providers is essential for effective fatigue management 3
• Ongoing medical evaluation for new problems and review of new evidence about proposed treatments is necessary 4