Effect of Lumbar Stabilization Exercises Combined With Ball and Balloon Exercise in Treatment of Chronic Non-specific Low Back Pain: Randomized Clinical Trial

Low back pain (LBP) is a common musculoskeletal disorder, with a current incidence of 60-90%; more than 80% of people will suffer LBP at some point in their lives. Approximately 15% of them suffer from chronic LBP. LBP arises when a poor lifestyle reduces the muscular power of the waist and causes discomfort from too much stress on and tensions in the muscles. Mediating muscular weakness to support the trunk is a key part of LBP patients' recovery of bodily function.

The most frequent type of low back pain has no clear cause. It is a type of pain in which imaging studies do not provide any useful information for treatment and are incapable of determining an accurate patho-anatomical diagnosis.

Supervised exercise therapy is recommended as a first-line treatment in the European recommendations and other clinical practice recommendations for the management of chronic non-specific low back pain (NSLBP). In order to restore appropriate kinetic function, core stability exercises have gained popularity as a type of therapeutic exercise. Core stabilization exercise is more effective than routine physical therapy exercise in terms of greater reduction in pain in patients with non-specific low back pain. Spinal stability is obtained from trunk muscular activity, and active simultaneous contractions are essential to promote spinal stability in low back pain patients with unstable lumbar regions. Excessive stress or higher mobility of the joints is generated by less movement of the vertebral joints; additionally, if the muscles that surround the vertebral column are unable to effectively manage this increased mobility, risk can arise. This epidemiological process can emerge in diverse forms in all vertebral joints and has a significant impact on spinal column functional alterations. Patients with back pain who sit for lengthy periods of time or have bad posture are more likely to develop kyphosis of the back joints and impaired flexibility.

A cross-sectional study was undertaken to assess changes in breathing, respiratory strength and endurance, core stability, diaphragm mobility, and chest expansion in NSLBP patients, and it was found that there was a significant link between impaired respiratory function and NSLBP.

The respiratory muscles, internal oblique, abdominal muscles, back fibers, and spinal multifidus are among the trunk muscles that help to support the spine. The pelvic floor muscles influence spinal stability by collaborating with the trunk muscles to generate abdominal pressure. The transversus abdominis muscle moves up and down while breathing and is the most important muscle required for preventing inspiration among the various muscles that contribute to spinal stability.