Vampire facials aren’t all that new, but you can pretty much narrow down their popularity in the past few years to one woman: Kim Kardashian. In 2013, she Instagrammed a rather shocking photo of her blood-soaked face as a way to promote that night’s episode of Kourtney & Kim Take Miami (RIP), leading to a barrage of news outlets to ask, “Uh, what’s the deal with this weird new skin care thing?”
First, the physician (1) isolates growth factors from the patient’s blood. Then (2), the provider uses a micro-needling device to create multiple micro-punctures –both driving the isolated growth factors into the skin & creating stimulus for tightening and rejuvenation of the collagen of the face. Then (3), these provider paints the growth factors onto the micro-punctures so that the growth factors soak into the tissue for further stimulation of tightening and skin rejuvenation.
The good thing about vampire facelift is that it avoids one of the major side effect of facial filler, which is allergic reactions to animal or synthetic components. As mentioned above, due to the fact that the mixture of the selphyl compound is mostly from the patients blood samples, it reduces the probability of such allergy related side effects. In fact, this benefit is one of the reason for vampire face-lift is so popular right now.
The same process is used in the Vampire Facial. The patient’s own blood is drawn, treated, and then the platelet-rich plasma is injected into the patient’s face. Injections are made into strategic areas to encourage skin healing and renewal through new collagen production and fresh skin cells full of human growth factors. This increase in collagen and growth factors creates a more youthful, plumper, and firmer appearing skin.
In laymen's terms: It's a facial that essentially uses, "your own blood to help promote the healthy activity of your skin cells," says Joshua Zeichner, the director of cosmetic and clinical research in dermatology at Mount Sinai Hospital in New York City. Our blood is comprised of red blood cells and serum, which contain our white blood cells and platelets.