Biomechanics is essential to understanding movement, posture, and spinal alignment in chiropractic practice. This book introduces the core principles of clinical biomechanics, including joint kinematics, muscular function, and load distribution. It analyzes spinal and extremity movements in normal and pathological states. Case examples link biomechanical dysfunctions to patient symptoms, enabling better assessment and intervention. Each chapter includes visual aids and exercises to reinforce applied learning. The content supports evidence-based practice and enhances the clinical reasoning skills required for effective chiropractic care and rehabilitation planning.
Celestine Romero specializes in applied biomechanics within chiropractic clinical practice. She has contributed to developing evidence-based approaches for spinal load management and posture correction. Her work integrates motion analysis technology with therapeutic strategy design. She often collaborates with engineers and rehabilitation experts on interdisciplinary studies. Her main interests include musculoskeletal dynamics, ergonomic stressors, and rehabilitation biomechanics.