: Claudia L. RodrÃguez Torres
Biography: Claudia L. RodrÃguez Torres holds a degree in chemistry engineering, with a master's degree in teaching, working at Ecatepec Valley State University.
Title: Biomechanical changes evaluation using Ferguson Angle on patients with lumbar facet tropism treated with manipulative therapy
Biography
Biography: : Claudia L. RodrÃguez Torres
Abstract
Lumbo-sacral angle (LS) it is a well establish reference on literature for biomechanical determination of lumbar spine alignment. Facet tropism is an embryologic and anatomic condition affecting spine joint facets biomechanics. Variability on measurement (LS) could disturb articular congruency between joint facets. Alterations of LS, has influence over proprioceptive responses, and provoke several physio-pathological progressive changes as: muscles contraction dysfunction, deformities or degenerative process at joints, disks, scoliosis or any other type of degenerative condition affecting facet joints range of motion. The purpose of this work is to evaluate biomechanical changes using LS measurements on subjects treated with chiropractic. A sample of 32 college students between ages 19 to 30, participated on the study. A 68.8% (22) were females and 31.3% (males). Radiographic (AP and lateral lumbo-pelvic X-rays) measurements of LS were made to all participants before and after being treated with chiropractic. A 64.3% of the sample were identified with lumbar facet tropism. A chiropractic treatment was given during 4 weeks, 2 times per week. After treatment new radiographic measures were taken to determine biomechanical changes. Results A 64.3% of subjects had lumbar facet tropism, all evaluated with radiographs. After chiropractic treatment a significant change (p ≤ 0.05) was observed on LS measurement. Changes in all patients with facet tropism were observed (41.3 ± 6.0 - 43.5 ± 6.0 p ≤ 0.02). Conclusion Chiropractic therapy modify measurements of LS, on patients with facet tropism at lumbar spine. This type of treatment has a positive impact on lumbar biomechanical dysfunctions.