Platelet Rich Plasma (PRP) and Platelet Rich Fibrin (PRF) for skin rejuvenation

Platelet Rich Plasma – PRP and Platelet Rich Fibrin – PRF are beauty treatments designed for demanding patients who value products of natural origin, but who also suffering from various allergies.

Platelet rich plasma and Platelet Rich Fibrin treatments (nicknames: the Vampire Facial and Dracula Therapy) quickly grow in popularity.

In fact, both facelifts reviews have been received from high profile actors and celebrities such as the recent review by Kim Kardashian.

PRP refers to platelet rich plasma therapy – a treatment which uses a series of tiny injections of a composition of your own blood which triggers your stem cells and collagen generation in the cells of your skin

Human blood contains mesenchymal stem cells, and autologous blood products that contain essential and specific growth factors that assist in tissue regeneration and healing. PRP therapy has established itself to be effective as a medical treatment modality in the specialty fields of oral surgery, neurosurgery, plastic and cosmetic surgery, sports medicine and orthopaedics. It has been used extensively in these specialties for the last twenty years with generally positive outcomes and success.

While we already have healthy blood in our bodies which contains natural growth factors, it’s the high concentration, targeted dosing technique used during PRP injections for face that is able to effectively boost the skin’s ability to rejuvenate on its own – without surgery and medication. It’s when these concentrated platelets are injected into your body to stimulate self-regeneration. They release healing proteins called growth factors which are used by your cells to accelerate tissue repair and improve wound healing.

What does this mean for your facial skin? The PRP treatment is encouraging your body to use its own healing processes more effectively, rejuvenating your tired, aged skin and replacing damaged skin cells with new ones – significantly faster than your body could normally achieve on its own.