Kyphosis Treatment in Scheuermann's Kyphosis — Skeletally Mature Patient
Clinical Scenario
This protocol addresses Scheuermann's kyphosis (SK) in a skeletally mature patient — a population in whom vertebral remodeling through bracing alone is no longer achievable. The clinical picture may include symptomatic thoracic deformity, pain, and in more advanced cases progressive deformity or neurologic deficit, which can be indications for escalated management.
Patient Profile
Skeletal maturity marks a critical threshold in SK management. In skeletally immature patients, bracing targets vertebral remodeling; once growth is complete, that mechanism is no longer available. Progressive deformity refractory to conservative care, worsening pain, and neurologic deficit are recognized indications for further intervention in this group.
Treatment Approach (Overview)
Nonoperative management for symptomatic skeletally mature patients centers on a structured physical therapy program targeting specific muscle groups of the thorax and lower extremity — the full exercise protocol and additional management options are detailed in the complete regimen.
Full regimen, sequencing, and clinical decision criteria available via the link below.
References
DOI: 10.1007/s12178-023-09861-z
- Progressive deformity refractory to bracing, worsening pain, neurologic deficit, and significant deformity in skeletally mature patients are common indications for surgical management.
- Bracing in SK focuses on improving thoracic kyphosis, with the goal of vertebral remodeling in skeletally immature patients.
- Nonoperative treatment consists of physical therapy in symptomatic patients, and bracing can be added for skeletally mature patients.
- A formal exercise program with emphasis on thoracic extensor muscle strengthening has been shown to improve function.
- Abdominal muscle strengthening and pectoralis muscles stretching may be beneficial in improving posture.
- In addition, hamstring stretching can be an effective intervention to relieve lower extremity contractures associated with the compensatory increase in lumbar lordosis.
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