Effects of Manual Therapy and Inclined Board Standing on Low Back Pain

Manual therapy is a sub-type of physical therapy that uses hands-on maneuver to diagnose and treat musculoskeletal pain and dysfunction. Mobilization and manipulation are widely used for the management of low-back-pain (LBP), a common and debilitating condition that affects millions of people worldwide. The goal of manual therapy is to improve mobility, reduce pain and discomfort, and enhance functional capacity. Evidence is growing now a days that is in the direction of usage of manual therapy for the treatment of the lower back pain. Many studies have demonstrated the effectiveness of manual-therapy procedures such as spinal high velocity low amplitude thrust, low velocity and high intensity joint passive movement, and massage in alleviating pain and dysfunction and enhancing physical and mental functions in clinical cases with lower backache.

The prime purpose of this research aimed to investigate the relationship between the length of the tensor fasciae lata (TFL) and pelvic rotation during one-leg stance in healthy adults. 41 participants were assessed using a 3-dimensional motion analyzer, and their TFL length and hip rotation range of motion were measured. The results divided participants into two groups based on their pelvic rotation during one-leg stance. Although there was no significant difference in TFL length between the two groups, the study suggests that pelvic instability may cause trunk instability during one-leg stance.

Another study looked at static balance in three different standing positions with and without a foam surface. It found that standing over slanted surfaces increased postural unsteadiness, and that dorsiflexed ankles over a foam surface created more postural instability.

To create a human-like biped posture, a study created a Neural Controllable (NC) model to represent a human-like biped posture. The model generated physiologically reasonable muscle activations and captured the idea that individuals choose a low active stiffness level while standing to use less energy.

Another researcher reviewed the involvement of the "kinetic chain" in overhead athletes and applied it to clinical workout adjustments for the prevention and treatment of shoulder injuries. The study found that lower extremities, trunk, and scapular area all play a role in the formation of adequate terminal segment acceleration during overhead throwing and serving actions. The study suggests that traditional shoulder exercises should include scapular stabilizer and core musculature activation in addition to rotator cuff activation.