Understanding How PRP Therapy Works
The Role of Growth Factors in Tissue Repair
Why the Cellular Environment Matters
Conditions That May Benefit From PRP Therapy
Joint Pain & Cartilage Degeneration
Joints affected by wear and degeneration often lose their ability to maintain cartilage health over time. The limited blood supply to cartilage tissue makes it particularly difficult for the body to repair damage on its own. PRP therapy can introduce growth factors directly into the joint environment, supporting cartilage health and reducing the inflammation that contributes to chronic pain and stiffness.
Tendon and Soft Tissue Injuries
Tendons are dense connective tissues that are slow to heal due to their relatively low blood supply. Repetitive stress or acute injuries can leave tendons in a state of chronic irritation that limits both function and comfort. PRP therapy targets this environment by delivering concentrated growth factors that can stimulate repair activity in otherwise difficult-to-treat tissue.
Nerve-Related Pain & Tissue Damage
What to Expect During PRP Therapy Treatment
Your first visit at our St. Peters clinic begins with a thorough review of your medical history, current symptoms, and any prior treatments you have undergone. This evaluation helps our team build a complete picture of your condition and identify the factors that may be contributing to your pain or limiting your recovery.
If PRP therapy is determined to be an appropriate option for you, the treatment process begins with a blood draw from your arm. That sample is then placed in a centrifuge, which separates and concentrates the platelet-rich portion of the plasma. The entire preparation process takes place in our clinical setting and is completed before the therapy is administered.
Monitoring Progress &Adjusting Care
Recovery with PRP therapy is a process that unfolds over weeks as the body responds to the growth factors and begins rebuilding damaged tissue. Our clinical team monitors each patient’s progress throughout the course of care and remains available to adjust the protocol based on how the body responds.