About this trial
Sacroiliac joint dysfunction (SIJD) is a frequent source of low back and pelvic pain and contributes significantly to movement restriction, altered gait patterns, and functional disability in adults. It is associated with impaired lumbopelvic motor control, weakness of key stabilizing muscles, and faulty load transfer across the pelvis. SIJD is prevalent in both physically active individuals and sedentary populations. In addition to its clinical impact, SIJD imposes a considerable socioeconomic burden due to reduced work productivity and long-term disability.
Contemporary management of SIJD emphasises on pain reduction, restoration of movement, functional independence, and participation in daily activities. Manual therapy techniques such as Mulligan's Mobilization with Movement (MWM) are widely used to correct positional faults and restore pain-free movement, while kinetic control training targets deficits in motor control of the lumbopelvic stabilizing muscles. Although both approaches are individually supported in the literature, evidence regarding their combined effectiveness on pain, range of motion, gait parameters, and functional disability remains limited. Therefore, this study aims to compare the effects of combined Mulligan's Mobilization with Movement and kinetic control training versus kinetic control training alone in patients with sacroiliac joint dysfunction using validated outcome measures.
Eligibility criteria
Qualifiers
Both male and female patients
Age between 45- 64 years
Unilateral non-radiating pain
Confirmed diagnosis through at least 3/5 provocative tests Faber test Distraction test Thigh thrust test Gaenslen test Sacral thrust test
Disqualifiers
Patients with history of any surgery at lumbo-sacral or pelvic region
Pregnancy, lactation
Congenital, postural deformities
Acute disc hernia and spinal stenosis that may cause pain in the lower back and hips, piriformis syndrome
Trial design
Treatments tested in this trial
- Kinetic Control + Mobilization with Movement
- Mobilization with Movement