Ablative Laser Therapy of Skin.

Laser skin rejuvenation was introduced in the mid-1990s. Early ablative laser devices relied on scanner technology that provided significant ablation and longer time on tissue treatments. These early treatments provided significant improvement in the appearance of the skin, but because of the longer treatment times and in some cases excessive treatment, complications such as scarring and hypopigmentation were significant.

Adverse Reactions to Injectable Fillers.

As the use of fillers becomes increasingly more common and the skill level of those injecting is so varied, adverse events can be expected to increase as well. Avoiding complications is always the best measure, and with appropriate training and injection techniques, many complications can be avoided. However, adverse events can occur in the best of hands, and early detection and treatment may eliminate or minimize sequelae.

Severe neck scarring: A consequence of fractional CO2 laser resurfacing.

Fractional CO2 laser resurfacing using aggressive treatment parameters may result in adverse effects comparable to those of fully ablative CO2 laser resurfacing. A 45-year-old female underwent fractional CO2 laser treatment of the neck. She contacted the author for treatment of the marked erythema, swelling, and perceived skin tightness that resulted from the resurfacing procedure.

Neck skin rejuvenation.

The author of this article uses the pulsed ablative CO2 laser for resurfacing of the neck and face, based on the gold standard status of the CO2 laser and a novel post-treatment plan that greatly reduces adverse effects traditionally associated with fully ablative resurfacing. The croton oil peel is an inexpensive and effective modality for rejuvenating neck skin. The use of either technique as an adjunct to neck lift surgery, with or without facelift surgery, permits surgeons to fulfill the expectations of patients who want the skin of their face and neck to be homogeneous and more attractive.

Novel post-treatment care after ablative and fractional CO2 laser resurfacing.

Objective: This study evaluates a topical oxygen emulsion (TOE) to reduce adverse effects after skin rejuvenation with a fully ablative CO2 laser alone and in combination with a fractional ablative CO2 laser.

Materials And Methods: Patients (n = 100) seeking skin rejuvenation underwent CO2 laser resurfacing. Group A patients (n = 34) received a single deep fractional laser treatment followed by application of Aquaphor immediately after treatment for 24 h and TOE every 6 h for the next 6 days.