This study holds significant importance as it directly addresses the need for effective physiotherapy interventions in patients with sacroiliac joint dysfunction, a condition that contributes substantially to lower back pain and disability. By comparing the effects of Fascial Manipulation and Muscle Energy Technique on pain pressure threshold, disability, and range of motion, the study provides evidence-based guidance for clinicians in selecting the most appropriate treatment. The findings can help physiotherapists develop more targeted rehabilitation plans, improve patient outcomes, and reduce treatment time. Additionally, this research adds to the limited literature available on stecco fascial manipulation and muscle energy technique approaches for SI joint dysfunction and may encourage further studies to refine and expand conservative management strategies. Ultimately, the study benefits both healthcare professionals and patients by promoting more efficient, safe, and effective physiotherapy care.
Inclusion Criteria:Age between 30-45.
Exclusion Criteria:
shahzaibsalik322@gmail.com+923241479454
outcome assessor will be blind about participants allocation; this will ensure that their evaluations are objective and not influenced by knowledge of which treatment group participants belong to. Participants in both groups will be masked to the treatment of the other group by scheduling their sessions at different times
26 patient were given the Stecco myofascial manipulation on the retro-lumbi which are located over the muscle bellies of the erector spinae at the T12- L1 level, retro-talus which are located in the myotendinous passage of the gastrocnemius, retro-thorax, which are located over the muscle bellies of the erector spinae, at the level of T4-T5, extra-thorax, which are located medially to the scapula, at the level of the scapular spine, over the rhomboid and serratus posterior superior muscle, extra-lumbi which are situated below the 12th rib, over the insertion of the oblique muscle. Fascial manipulation was not performed directly over the painful area; instead, selected fascial points situated at least 20 cm away from the site of pain were treated to avoid local tissue irritation and to utilize the principle of fascial continuity
26 patients were given the muscle energy technique MET was applied in two forms: Anterior and posterior dysfunction of the SIJ. The MET technique for correction of anterior dysfunction of the sacroiliac joint was performed by placing the individual in a lateral position on the opposite side to that of the dysfunction. The blocked leg was taken by the examiner, while the unaffected leg remained extended on the stretcher. The leg was placed in hip flexion until the first point of tension that prevented the posterior rotation of the ilium was found. While this technique was being used, the patient was asked to push his leg into hip extension while the examiner held it and prevented movement. Four contractions were performed, resisted by the therapist, and held for 7-10 s. The individual was then asked to relax the leg, and the examiner continued to perform the hip flexion until a new point of tension was found
yamna.mazhar@ubas.edu.pk+923327965489
Muscle Energy Techniques and Sacral Manipulation on Pain, Functional Disability and Quality of Life
Effects of Pelvic Floor Exercises and Muscle Energy Techniques on Pain and Disability in Sacroiliac Joint Dysfunction
Comparison of Muscle Energy Techniques and Myofascial Release on Low Back Pain Due to Sacroiliac Joint Dysfunction
Comparative Effects of Stabilization Exercises and Muscle Energy Techniques in Sacroiliac Joint Pain
Comparison Between Strain-counterstrain and Muscle Energy Technique in Sacroiliac Joint Dysfunction
Effects of Intra Muscular Electrotherapy Combined With Manipulative Therapy in Patients With Sacral Torsion
Effect of Quadratus Lumborum Muscle Energy Technique in Sacroilliac Joint Dysfunction.
Effects Of Muscle Energy Technique Versus Mobilization