Biomechanics of Spinal Disorders: New Insights into Treatment for Scoliosis and Degenerative Spine Diseases

Abstract

The biomechanics of spinal disorders, including scoliosis and degenerative spine diseases,

plays a critical role in understanding the pathophysiology and developing effective

treatments. This paper explores the mechanical principles underlying these conditions, with

an emphasis on recent advancements in therapeutic interventions. Through an analysis of

biomechanical forces, tissue mechanics, and spinal kinematics, this study highlights

innovative treatment options for scoliosis and degenerative spine diseases. These include

surgical interventions, such as spinal fusion and the use of dynamic stabilization systems, and

non-surgical approaches, like physical therapy, bracing, and regenerative medicine. The

paper concludes by discussing the need for further research to refine treatment modalities and

improve patient outcomes.