Spine Deformity Correction
Spinal deformities are abnormal curvatures or misalignments that can arise from congenital conditions, degenerative diseases, trauma, or neuromuscular disorders. Common deformities include scoliosis (sideways curvature), kyphosis (forward rounding), and lordosis (excessive inward curve). While mild deformities may not cause symptoms, severe or progressive curves can lead to pain, neurological deficits, reduced mobility, and cosmetic concerns. Early detection and expert management by Dr Shafeek in Calicut are critical for preserving spinal function, preventing complications, and achieving the best outcomes.
Management begins with a detailed evaluation including physical examination, full-spine X-rays, and advanced imaging like MRI or CT scans to assess severity, flexibility, and structural details. 3D modeling and surgical planning software may be used to plan implant placement and osteotomies. Treatment is individualized based on age, skeletal maturity, neurological status, and overall health. Mild or moderate deformities may respond to bracing and physiotherapy, while severe or progressive curves often require surgery. Modern corrective procedures employ rods, screws, hooks, osteotomies, or vertebral column resections to realign the spine safely. Implants stabilize the corrected alignment, and bone grafts promote long-term fusion, with intraoperative neuromonitoring ensuring spinal cord and nerve safety throughout the procedure.
Recovery after spine deformity correction in Calicut depends on surgical complexity and patient health. Hospital stays usually range from 3–7 days, followed by structured rehabilitation to restore strength, flexibility, and function. Long-term follow-up ensures the spine maintains proper alignment and allows prompt management of any complications. When performed by Dr Shafeek, spine deformity correction can provide significant pain relief, improved posture, enhanced mobility, and an overall better quality of life, making it one of the best options for patients with complex spinal curvatures.