stem cell for back pain

Stem Cell for Back Pain: What Is It and How Exactly Does It Work?

Almost eighty percent of all adults in the US experience low back pain at some point.

Low back pain is the leading cause of disability of people under the age of forty-five.

For some, this pain takes the form of a dull, constant ache. For others, this condition causes sudden pain that can make it difficult to move.

Because low back pain is a daily challenge for so many people, there are all kinds of different treatments. Unfortunately, many forms of treatment are very invasive and may ultimately fail to provide any relief.

The need for better ways to treat back pain has inspired a lot of ongoing medical research. Stem cell for back pain is one of the most promising new treatments.

Before we look at how that treatment works and why it’s so promising, it’s helpful to understand exactly what’s at the root of most back pain.

What Causes Back Pain?

One of the reasons back pain is such a prevalent condition is there are many different causes. The first cause is intervertebral disc degeneration. This degeneration occurs as people get older.

Instead of discs remaining flexible, degeneration means they lose their ability to provide cushioning. Back pain can also stem from a ruptured or herniated disc. These conditions cause discs to compress and bulge.

Radiculopathy is another cause of back pain. This condition arises when the spinal nerve root gets inflamed or compressed. Sciatica is a similar cause and may also result in pain shooting down one leg.

Traumatic injuries, spinal stenosis, sprains, strains, and spondylosis are all other possible causes of back pain. With any of these causes, the resulting back pain can take a significant toll on your daily quality of life.

The Problem with Traditional Back Surgery

A common approach to back surgery is removing a degenerated disc and then fusing the spine. The fusing is done in an attempt to eliminate motion which can cause additional pain.

Although traditional back surgery works for some people, there are a number of problems and risks associated with this procedure. The first is that it’s very invasive.

The second issue is at least twenty percent of traditional back surgeries fail to provide any pain relief. Another potential complication is the need for a repeat surgery if a cage or graft subsides.

The invasive nature of this type of surgery can also cause nerve damage. That damage may create problems with leg strength or bowel control.

After learning about all of those risks, many individuals suffering from back pain pursue other forms of treatment. Those treatments can include massage therapy or chiropractic care.

While those treatments are less invasive, they often fail to provide any significant pain relief. Actually providing real relief in a minimally invasive way is what makes stem cell treatment so exciting for back pain sufferers.

Understanding How Stem Cell for Back Pain Works

The term stem cell refers to a cell that’s located within the body. What makes a stem cell different is it hasn’t yet transformed to perform a specific function.

When a stem cell is extracted from the body and then injected into a different area, it can transform based on the needs of that specific area.

In the case of stem cell for back pain, bone marrow is extracted from a patient’s hip bone. This marrow contains multiple stem cells. The cells are isolated by placing the marrow in a centrifuge.

Once the stem cells are isolated, a board-certified surgeon can use an x-ray to guide the cells’ injection back into the body. The x-ray provides the precision needed to target a specific disc in the spine.

After an injection is complete, the stem cell will start to promote healing of the degenerated disc. As injured disc tissue begins getting repaired through growth, the back pain a patient feels will start going away.

Although everyone heals differently, many patients who get this type of treatment experience major pain reductions in just a matter of months. The ongoing effects of stem cell for back pain can provide complete relief over the course of a year.

In some cases, the most effective approach to stem cell treatment may involve two or three injections. This is especially true for patients who are dealing with multiple disc problems along their spine.

A patient who has stem cell treatment in their back can support their recovery by doing therapy exercises. Simple exercises focused on posture and core-strengthening will work in conjunction with the stem cell towards a healthy spine.

The Benefits of Choosing Stem Cell for Back Pain

The first benefit of stem cell treatment is studies have confirmed its effectiveness. Out of one hundred back pain patients in a North Carolina study, sixty-nine of the patients experienced pain reduction.

Not only did the study note that the pain reduction was at least a fifty percent improvement for every patient, but it came after just one treatment session.

A shorter recovery time is the next benefit of stem cell for back pain. Traditional back surgery requires six to eight weeks to recover. It’s generally possible to resume light activity after a stem cell treatment within just a few days.

Using stem cell to address back pain is also far less invasive than traditional surgery. This procedure doesn’t involve any tissue removal, cutting or scars.

Instead, you’ll only experience temporary discomfort as bone marrow is extracted from your hip bone. The same is true when the stem cells are injected into one of your discs.

Is Stem Cell Treatment Right for You?

Stem cell for back pain can provide real relief from this challenging condition. It can also help a degenerated disc heal itself over the course of three to twelve months.

If you’re currently struggling with back pain, Executive Spine Surgery makes it easy to find out if you’re a candidate for stem cell treatment.

All you need to do is fill out our online consultation form and we’ll be in touch with soon about the next step towards stem cell for back pain.

Leave a Reply

Your email address will not be published. Required fields are marked *