Frequently Asked Questions

PRP acts as both a lubricant and a repairer. It boosts synovial fluid (HA and lubricin) to reduce joint friction, while its growth factors cut inflammation, protect cartilage, and stimulate chondrocytes and stem cells to regenerate tissue.

Ozone uses a mild oxidative “shock” to trigger your body's own repair systems—boosting antioxidants, lowering inflammation, and protecting cartilage. It provides effective pain relief and better joint function, often working faster than corticosteroids or hyaluronic acid.

It restores joint lubrication and shock absorption, physically shielding cartilage and nerve endings for rapid pain relief. It also actively reduces inflammation, blocks cartilage-degrading enzymes, and stimulates your body to produce more of its own natural joint fluid.

It uses light energy to boost cellular energy (ATP), reduce inflammation, block pain signals, protect cartilage, and improve blood flow—all without injections. It's non-invasive, but requires multiple sessions (typically 10–15) for cumulative effects.

It uses acoustic waves to trigger repair via mild “micro-trauma”—boosting cartilage growth factors, improving blood flow to the joint, breaking down stiff tissue, and desensitizing pain nerves. Typically 3–5 sessions, with benefits lasting 6–12 months.

It works two ways—mechanically (every 1 lb lost = 4 lbs less knee pressure) and biologically (reducing inflammation via omega-3s, antioxidants, and gut-healthy fiber). A Mediterranean-style diet—rich in fish, olive oil, and veggies while limiting sugars, processed meats, and high-heat cooking—cuts inflammation, lowers AGEs that stiffen cartilage, and slows joint damage.

No—pills (NSAIDs, acetaminophen, opioids) only mask pain, not fix the joint. Effective care follows a step-ladder: foundation (exercise, weight loss, anti-inflammatory diet), mechanical support (braces, canes), targeted injections (HA, PRP, ozone), neuromodulation (laser, shockwave), and surgery as a last resort. Use painkillers sparingly as “rescue”.

Stem cells act as a “chemical factory” that reduces inflammation, protects existing cartilage, and stimulates your own cells to repair. This eases pain and can slow joint damage for up to a year.

No. PRP comes from your blood and contains concentrated growth factors (signals). Stem cells are living cells harvested from fat, bone marrow, or umbilical tissue. They work differently: PRP calls for repair, while stem cells act as repair factories. They're often used together for better results.

Exercise strengthens muscles to offload pressure from damaged joints, pumps synovial fluid into cartilage (which has no blood supply) to deliver nutrients and clear waste, lowers systemic inflammation, and triggers natural painkillers. For safety, stop immediately if you feel sharp pain, and scale back if your joint aches more two hours after your workout.