A great smile is always in style. Our team of experienced dentists at Smile in Style understand that good oral health supports a beautiful, confident smile. Using advanced techniques and technologies, Dr. Terry Rose has had training and experience in dental treatments using Platelet Rich Fibrin (PRF).
In dentistry, there are many applications for PRF. This remarkable product plays a vital role in healing tissues and reducing inflammation. PRF is also a great fit with the other holistic products and services available at our rooms in Sunbury and Moonee Ponds, Victoria. As such, Smile in Style is able to offer individuals and their families in the greater Melbourne area some of the latest, clinically-effective procedures that modern dentistry offers.
What are PRF and PRP in Dentistry?
PRF and PRP (Platelet-Rich Plasma) are blood products that are concentrated with growth factors and cytokines (inflammation-fighting compounds). These products are formulated “autologously,” meaning they are made from the patient’s own blood. This supports utmost safety and eliminates the risk of adverse reactions associated with products made synthetically or derived from other human or animal donors.
What is the difference between PRF and PRP?
PRF differs from PRP in that it is characterised as a “second-generation Platelet-Rich Plasma.” After blood is collected, PRP is “prepared” by isolating the liquid (plasma that is free of cells) in a machine called a “centrifuge.” The centrifuge spins rapidly to separate the red and white blood cells and the platelets in the uppermost plasma layers. The PRP layer is collected by discarding the plasma that does not contain platelets. This layer is called “PPP” or “Platelet-Poor Plasma.”
Platelet Rich Fibrin is characterised as platelets and white blood cells that form a scaffold. This “fibrin matrix” concentrates beneficial, isolated growth factors. The process of collecting PRF differs from PRP; no anticoagulants or other additives are introduced to prevent blood clotting when making the Platelet-Rich Fibrin. Furthermore, the autologous blood is swiftly spun for a few minutes after collecting the sample to isolate the fibrin matrix or “scaffolding.” Following the centrifuge process, the PRF is separated from the uppermost Platelet-Poor Plasma and the lower layer of red blood cells.

