The length of pain relief from regenerative injections can vary depending on multiple factors. Many patients feel better for several months or even years. The effects can be felt in as little as a few weeks post-treatment and may last for up to years.

Factors like the individual patient, the specific condition being treated, a patient’s immune system, and lifestyle choices influence how long the results last. Additionally, the types of growth factors and tissue matrix being injected is critical. Injected tissue matrix continues to repair and regenerate tissue for up to a year after the procedure.

During the joint injection procedure, patients typically do not feel pain, experiencing only slight discomfort or soreness at the injection site. After the procedure, some individuals might feel mild pain or soreness for a day or two as a less common but possible side effect. Generally, this discomfort subsides within 24 hours. To alleviate any potential discomfort, rest, cold compresses, and over-the-counter pain relievers can be effective.

Regenerative Therapies for back pain holds potential for minimizing specific forms of back pain, especially those associated with degenerative disc disease. Although not a universal solution, research suggests it may alleviate pain, enhance functionality, and possibly decrease the necessity for surgical intervention or pain medications in certain individuals in the longer term. Nonetheless, its success can differ based on the particular cause and intensity of the back pain.

How it works:

• Degenerative Disc Disease: Regenerative Therapy can be employed to mitigate the deterioration of spinal discs or herniated discs, which is a frequent source of back discomfort.
• Repair and Regeneration: Growth Factors and tissue matrix possess the ability to mend damaged disc tissue and encourage the regeneration of the disc’s structure.
• Alternative to Surgery: For some patients, stem cell therapy might provide a less invasive option compared to back surgery.

Various research studies and medical clinics present differing success rates for regenerative therapy in addressing back pain. Some research indicates a 40.7% success rate after six months, whereas others report an 80-90% success rate with notable pain reduction and enhanced functionality.

Regenerative therapy as a treatment option may be a feasible alternative for those suffering from chronic back pain who have not experienced relief through traditional treatments such as physical therapy or pain medications.

Growth Factors have the potential to encourage tissue regeneration, decrease inflammation, and facilitate healing in the affected tissue and organ, possibly resulting in pain alleviation and lead to improved function.

Regenerative Therapies frequently offer lasting relief and enhanced functionality for orthopedic issues. Growth Factor and Tissue Matrix injections for the shoulder and knee are promising. The benefits of this treatment for orthopedic conditions can endure from 6 to 24 months, and occasionally even longer for some individuals. There is a risk of no benefit at all.

Platelet-Rich Plasma (PRP) and Growth Factor Therapies represent advanced therapies in the field of regenerative medicine. When applied to treat joint and muscle issues, they are referred to as orthobiologics.

Both PRP and Growth Factor Therapies (PRF) harness the body’s inherent healing processes, yet they differ in their origins and how they function. PRP injections utilize platelets from your own blood, which are rich in growth factors that promote healing.

PRP is a relatively swift procedure, as platelets can be easily extracted from a blood sample through a blood draw from a blood vessel/vein. In contrast, umbilical cord derived tissue matrix must be harvested and cultivated in a laboratory setting, requiring precise conditions before they are deemed suitable for therapeutic use.

Nonetheless, platelet-rich plasma (PRP) has its constraints, as it can only offer healing benefits to the cells already present in the sample. In contrast, umbilical cord derived tissue matrix provides more collagen, elastin and supportive tissue matrix.  PRP enhances healing and growth factors in the targeted area, while enhanced growth factor and tissue matrix therapy is often richer in a select type material that supplies the “building blocks” essential for generating new tissue.