Regenerative Therapies
Create a requestRegenerative therapies are modern treatments designed to support the body’s natural healing and repair mechanisms. The most widely used method is PRP (Platelet-Rich Plasma), which uses concentrated components from a patient’s own blood and injects them into targeted areas to promote tissue recovery. Some clinics also offer treatments marketed as stem cell or exosome therapies, but the scientific evidence and regulatory status of these options vary significantly by country.
General
Regenerative therapies are often positioned between conservative treatments (such as physical therapy and medication) and surgical interventions. They are commonly used for chronic tendon problems, joint pain related to early-to-moderate osteoarthritis, sports injuries, skin rejuvenation, and hair loss. In PRP therapy, a small amount of the patient’s blood is collected and processed to concentrate platelets, which contain growth factors involved in tissue repair. This platelet-rich solution is then injected into the affected area, sometimes under ultrasound guidance for accuracy. Treatments marketed as stem cell or exosome therapies are more complex and less standardized. While some cell-based treatments are used in tightly regulated medical or research settings, many commercial offerings lack strong clinical evidence or regulatory approval for routine use. For this reason, patients should clearly understand what product is being used, how it is prepared, what evidence supports its use for their condition, and whether it complies with local medical regulations.
Special Details
Who is it for?
Individuals with chronic tendon or ligament conditions that have not improved with physical therapy
Patients with mild to moderate joint degeneration who want to delay or avoid surgery
People seeking supportive treatments for hair thinning or reduced skin quality
Patients who prefer alternatives to repeated corticosteroid injections
ndividuals considering cell-based therapies only after specialist evaluation and informed consent
Recovery Period
A typical PRP session lasts 30–60 minutes
Most patients return to daily activities the same day or the following day
Mild pain, swelling, or stiffness at the injection site may last 1–3 days
Improvement is usually evaluated over 4–12 weeks, sometimes longer
Certain protocols involve multiple sessions spaced several weeks apart
Potential Risks and Side Effects
Temporary pain, swelling, or bruising at the injection site
Rare risk of infection or nerve irritation
Minimal allergy risk with PRP since it uses the patient’s own blood
Higher uncertainty and potential risk with unregulated stem cell or exosome products
Limited effectiveness if used for advanced structural damage
Alternative Treatments
Physical therapy and structured rehabilitation programs
Lifestyle changes such as weight management and strength training
Success Rate
There is no single success rate; outcomes depend on the condition, severity, and technique. PRP often aims to reduce pain and improve function rather than fully “cure” a condition. Results tend to be better in early-stage conditions.
Procedure step-by-step overivew
Clinical evaluation and diagnosis
Eligibility and safety screening
Discussion of benefits, limits, and alternatives
Blood draw (for PRP)
Processing to concentrate platelets
Identification of the target area (often with ultrasound)
Injection under sterile conditions
Brief observation and discharge
Follow-up and rehabilitation plan