Platelet-Rich Plasma (PRP) for Faster Healing

How PRP Works

Platelets are the cells responsible for clotting and for releasing growth factors that signal the body to heal. PRP concentrates these platelets to several times their normal concentration in blood.

The process is straightforward:

1. Draw. A small amount of your own blood is drawn at the start of your appointment.
2. Spin. The blood is processed in a centrifuge that separates the platelet-rich layer from the rest.
3. Apply. The concentrated PRP is mixed with your bone graft material, applied directly to the surgical site, or used to coat an implant or extraction socket.

Because PRP is derived from your own blood, there is no risk of allergic reaction or disease transmission. It is fully biocompatible.

Where We Use PRP

PRP is most commonly used as part of:

• Bone grafting to accelerate the integration of graft material with native bone
• Sinus lifts (Sinus Lift)
• Ridge augmentation (Ridge Augmentation)
• Socket preservation at the time of tooth extraction
• Implant placement in compromised bone or when immediate loading is planned
• Full arch implant cases to support faster integration (Full Arch Restoration)

PRP is not appropriate or necessary for every surgical procedure. Dr. Colgan recommends it where the clinical evidence supports a meaningful benefit.

What PRP Can and Cannot Do

PRP can:

• Accelerate soft tissue healing
• Improve early bone formation in grafted areas
• Reduce post-operative inflammation in many cases
• Reduce the risk of dry socket after extraction
• Improve graft integration when combined with bone replacement materials

PRP cannot:

• Eliminate the need for bone grafting where significant bone loss exists
• Guarantee implant success on its own
• Substitute for proper surgical technique or appropriate case selection

PRP is a useful tool in the surgical toolbox. It is not a stand-alone cure.