The lower back plays a critical role in supporting the body and helping us stay upright. Unfortunately, it’s also one of the areas that experience the most pressure. The lower back clinically referred to as the lumbar spine, is made up of muscles, bone, and other tissue. The tissue, in particular, cushions the spine and protects it from the strain on our back, neck, and shoulders.

The lumbar spine comprises five vertebrae, and in between each is a specific type of soft tissue known as a disc. Large muscles also surround the vertebrae, and facet joints, or bands of connective tissue, are located between the vertebrae. Each part of this tissue network plays an important role in the support and mobility of your spine. They work together, balancing each other.

When an imbalance occurs, the result is often back pain. The source of the pain can be a single cause or a combination of factors. At its core, however, low back pain is almost always caused by the degradation of soft tissue. It’s often most pronounced in the spinal discs and facet joints, which contribute to movement throughout the upper body. 

When discs degenerate, the discs collapse, causing the space between vertebrae to narrow. As this happens, the facet joints become strained, causing damage to the surrounding articular cartilage. Once cartilage starts to wear away, bones in the back can rub together, ultimately causing bone spurs. 

Previously, there were few treatment options available for chronic lower back pain, all of which had their side effects to consider. While steroid injections offer temporary relief, they’re associated with side effects such as nerve damage. Surgery may be recommended in extreme cases, but back procedures are invasive and can therefore pose risks. Physical therapy can also help patients find relief, but it’s not always enough to help patients eliminate pain and restore mobility.

Fortunately, regenerative therapies such as stem cell treatments are helping patients find noticeable improvements in their symptoms. These treatments have been shown to be safe and effective, and unlike conventional practices, can help to address the soft tissue damage causing back pain. 

The process entails acquiring the stem cells from either the patient’s adipose (fat) or bone marrow tissues or by a donated source of umbilical cord tissue. They are then administered directly into the compromised area under fluoroscopic guidance. There, the cells kickstart the body’s natural healing process by self-renewing and transforming into specialized cell types. Stem cells have the ability to heal damaged tissue and restore areas of tissue damage. With this cellular approach to healing, patients can pursue a more effective pain relief strategy than conventional treatments alone will provide. If you are interested then contact a care coordinator today!

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