Q.1. What is RPA, and how does it work?

A.1. RPA (Regenerative Protein Array) is a groundbreaking advancement in regenerative science that uses proteins, growth factors, and cytokines derived from placental tissue. These components work together to enhance the body's natural healing process, repair damaged tissues, and promote regeneration at the cellular level.

Q.2. What is PRP Therapy?

A.2. PRP (Platelet-Rich Plasma) Therapy involves concentrating platelets from your own blood, which are rich in growth factors. These growth factors stimulate tissue repair, reduce inflammation, and accelerate healing for various injuries and degenerative conditions.

Q.3. How do RPA and PRP differ?

A.3. RPA is derived from placental tissue and is typically more potent due to its rich concentration of growth factors and cytokines. It modifies the cellular environment for superior repair and regeneration. PRP, on the other hand, uses the patient’s own platelets to promote healing and is commonly used for conditions requiring enhanced tissue repair.

Q.4. How are RPA and PRP administered?

A.4. RPA can be delivered through injections tailored to the condition or via specialized techniques like intravenous infusion or subcutaneous application. PRP is a simple injection into the affected area, such as a joint or tendon, to target inflammation and promote healing directly.

Q.5. Can RPA or PRP regenerate damaged tissue?

A.5. Yes, both treatments aim to regenerate damaged tissue. RPA is particularly effective at stimulating cellular repair and regrowth, even in cases where other therapies have not succeeded. PRP can also help repair cartilage, tendons, and other tissues, though severe damage may require multiple treatments.

Q.6. Are there any risks or side effects?

A.6. Both therapies have minimal risks. RPA avoids risks associated with live-cell treatments and is free from DNA or whole cells, reducing adverse side effects. PRP injections carry a low risk of infection or nerve damage, especially when performed by a trained professional in a sterile environment. Temporary soreness in the treated area is common and resolves quickly.

Q.7. Who is a good candidate for RPA or PRP Therapy?

A.7. Patients dealing with chronic pain, sports injuries, osteoarthritis, or those recovering from surgery may benefit from these treatments. RPA is often recommended for more complex or severe injuries, while PRP is ideal for moderate degenerative or soft-tissue conditions. A licensed healthcare provider can assess your condition to determine which therapy is best for you.

Q.8. Can these therapies be combined with other treatments?

A.8. Yes, RPA and PRP can complement other treatments like physical therapy or be used alongside traditional medical interventions to enhance healing and outcomes.

For more information or to see if RPA or PRP Therapy is right for you, contact our team to schedule a consultation. Discover how regenerative medicine may potentially help you achieve a pain-free, active lifestyle.