Other Investigational Treatment Options for SMA

EP: 1.Describing SMA Progression Over Time

EP: 2.Unmet Needs of Older Patients Living With SMA

EP: 3.Examining the Importance of Early Treatment for SMA

EP: 4.Key Functional Milestones Affected by Disease Progression

EP: 5.The Importance of Supportive Care for Patients Living With SMA

EP: 6.Introduction to Therapies Used to Treat SMA

EP: 7.Splicing Modifiers and Gene Therapy for SMA

EP: 8.Key Clinical Considerations for the Management of SMA

EP: 9.Assessing Different Factors When Selecting a Treatment

EP: 10.Evaluating the Potential of Intrathecal Gene Therapy

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EP: 11.Other Investigational Treatment Options for SMA

EP: 12.Insurance Considerations for SMA Therapies

EP: 13.Optimizing Multidisciplinary Care Approaches for the Future of SMA Management

EP: 14.Final Panel Thoughts on the Management of SMA

Clinical Brief: Combination Therapies and Future Directions for SMA

Main Discussion Topics

• Potential benefits of combining treatments with different mechanisms of action
• Myostatin inhibition as a promising complementary therapy
• Chloride channel modulation for neuromuscular function enhancement
• Addressing fatigue and endurance limitations in patients with SMA

Key Points for Physicians

• Combining therapies targeting different aspects of SMA pathophysiology (SMN protein, muscle function) may provide additive benefits.
• Intravenous and subcutaneous myostatin inhibitors show promise in clinical trials when combined with SMN2 modulators.
• Chloride channel inhibitors being studied across multiple neuromuscular conditions could benefit patients with SMA.
• Fatigue management remains a critical unmet need for older patients with SMA.

Notable Insights

The panel expressed particular enthusiasm for combination approaches that address the genetic defect and downstream effects on muscle, potentially offering greater functional benefits than monotherapy.

Clinical Significance

The next phase of SMA treatment will likely involve rational combinations of therapies targeting different pathophysiological mechanisms to maximize functional outcomes and address persistent symptoms such as fatigue and reduced endurance.