Platelet Rich Plasma Repairs Damaged Tissue
Platelet-Rich Plasma Works by Delivering Growth Factors Directly to Damaged Tissue
Platelets are the blood components responsible for clotting and wound healing. They carry growth factors—signaling proteins that stimulate cell proliferation, tissue repair, and collagen formation. When tissue is injured, your body naturally releases these growth factors, but chronic degeneration, reduced circulation, or repetitive stress may limit the healing response.
PRP corrects this limitation by isolating and concentrating platelets—often 5–10 times higher than normal blood levels—and injecting them directly into damaged tissue. The result is a targeted surge of growth factors where healing is needed most.
How PRP Works
When Platelet Rich Plasma is injected into a poorly healed tendon, joint, or ligament, it can:
- Stimulate cellular repair
- Support collagen remodeling
- Reduce chronic inflammation
- Improve structural integrity
- Enhance long-term function
Because PRP relies entirely on a patient’s own cells, it is considered autologous, biologically compatible, and minimally invasive.
Conditions Most Effectively Treated by PRP
PRP is used for musculoskeletal conditions that involve tendon degeneration, repetitive stress, chronic inflammation, or healing delays. Common indications include:
How Does PRP Affect My Body?
Platelet-Rich Plasma (PRP) therapy supports healing by stimulating your body’s natural repair process. Because PRP works biologically rather than masking symptoms, recovery happens gradually. Understanding what to expect after treatment can help you feel confident, prepared, and actively involved in your healing.
PRP recovery varies by condition, location, and individual health, but most patients progress through the same general stages.
