UPCOMING WEBINAIRS

Join us in celebrating a milestone that honours years of innovation and collaboration in spinal deformity rehabilitation with Lyon Method students and graduates worldwide.
Hosts: SSOL Co-Founders Andrea Lebel & Dr. Hagit Berdishevsky
Presenters:
Dr. Jean-Claude de Mauroy – Developer of ARTBrace, Lyon Method Course Director, Pioneer in Conservative Scoliosis Treatment
Tony Betts – Chartered Physiotherapist, Publisher of Side Shift Guidelines and Treatment Protocols
Topic:
Mechanisms of Action of Validated Physiotherapy Methods for Scoliosis: Correction of Curve & Functional Integration
Dr. de Mauroy will present on spinal correction through mobilization, modeling, and 3D realignment using the Schroth and Lyon methods, emphasizing respiratory derotation and pelvic balance.
Tony Betts will explore functional integration, enhancing neuromuscular control, postural awareness, and core strength to achieve lasting stability.

We’re proud to highlight Katalin Kapoor, a dedicated physical therapist whose integrative approach is transforming the way we understand the connection between posture, breathing, and pelvic health.
With over 20 years of orthopedic experience, Katalin specializes in the treatment of scoliosis, kyphosis, and pelvic floor dysfunction. Her work uniquely blends the Schroth Method with advanced pelvic health rehabilitation, helping patients achieve whole-body balance and improved quality of life.
A native of Hungary, Katalin trained in the original German Schroth Method and is certified through BSPTS and SEAS. She also holds advanced credentials in pelvic floor rehabilitation from the Herman & Wallace Pelvic Rehab Institute.
Katalin’s clinical focus explores how spinal alignment and breathing mechanics influence pelvic floor function. She is passionate about empowering individuals with complex postural and pelvic conditions to regain stability, strength, and confidence in their bodies.

At the recent Scoliosis Research Society (SRS) Annual Meeting 2025 in Charlotte, NC, the Lenke–Aubin 3D Classification was introduced, marking a significant evolution in how Adolescent Idiopathic Scoliosis (AIS) is assessed. By adding transverse plane modifiers to the traditional Lenke system, this new approach provides a more complete, three-dimensional understanding of spinal deformities. The enhanced classification aims to refine curve analysis, improve surgical planning, and enable more individualized correction strategies, potentially transforming the future of spinal deformity surgery and patient outcomes.