What’s the difference between PRP and iPRF?
The main difference between PRP (Platelet-Rich Plasma) and iPRF (Injectable Platelet-Rich Fibrin) lies in the method of preparation and the components they contain:
Preparation Process:
PRP: Platelet-rich plasma is created by drawing a blood sample, which is then processed in a centrifuge to separate the plasma from the red blood cells, leaving a concentration of platelets. The PRP is then injected into the targeted area.
iPRF: Injectable Platelet-Rich Fibrin is a more advanced form of PRP, where the blood is processed in a slower centrifugation process, which results in a higher concentration of platelets, fibrin, and stem cells. iPRF contains less concentrated plasma and more of the fibrin matrix, which helps in healing and tissue regeneration.
Composition:
PRP: Mainly consists of plasma with a concentration of platelets that help with tissue healing and regeneration.
iPRF: Contains not only platelets but also fibrin (a protein involved in clotting) and white blood cells, which may enhance tissue regeneration and healing by creating a more supportive matrix for growth factors.
Effectiveness:
PRP: Often used for skin rejuvenation, hair restoration, and injury recovery. It stimulates healing and collagen production through the platelets' growth factors.
iPRF: Due to its additional fibrin and stem cells, iPRF is considered to offer a more prolonged release of growth factors and may be more effective for deeper tissue regeneration and healing. It's commonly used for skin rejuvenation, hair restoration, and more complex healing needs.
Application:
PRP: Typically injected into the skin, scalp, or targeted areas requiring repair or regeneration.
iPRF: Also injected into the skin or scalp, but due to the additional fibrin matrix, iPRF is often preferred for more intensive treatments such as scar healing and deep tissue regeneration.
In summary, while both PRP and iPRF use the body's own blood components to promote healing, iPRF is a more refined version that can provide enhanced tissue regeneration due to its higher fibrin and stem cell content.
