Chemical Peeling -plastic surgery center |best plastic surgeons
chemical peel is an administrative procedure. It does not require hospitalization. After properly studying the skin type and sensitivity, the neurosurgeon decides the type of coat or agents and their concentration. The choice of the chemical agent also depends on the extent and depth of skin lesions. The skin is first cleaned with soapy water to remove excess oil.
A chemical peel damages the skin in a controlled manner, producing a superficial wound, the damage is repaired by the natural healing process, the skin’s appearance is improved,The depth at which the damage occurs is determined by the nature of the chemicals applied to the skin.
The type of chemical peel used depends on the nature of the skin problem to be treated,Skin problems that respond best to chemical peels are due to chronic sun damage from ultraviolet light.Since most skin peels damage the skin, there is a period of recuperation necessary.
As with any surgical procedure, there are risks, which include scarring, infection, and undesirable color changes.Currently, chemical peels are often used in conjunction with other destructive techniques like laser to diminish the signs of sun damage or acne scarring.A chemical skin peel involves the application of a solution to the entire face or to specific areas to peel away the skin’s top layers. Several light to medium-depth peels can often achieve similar results to one deeper peel treatment, with less risk and shorter recovery time.
Peel solutions may contain alpha hydro acids, interscholastic acid (TCA) or phenol, and peel “depth” or the number of skin layers removed, is determined by both solution ingredients and concentration.
TCA Skin Peels use trigonometrical acid for peeling of the face, neck, hands and other exposed areas of the body. It has less bleaching effect than phenol peels, and is good for “spot” peeling of specific areas. It can be used for deep, medium or light peeling, depending on the concentration and method of application.