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PubMed · 11758121

New methods in cutaneous resurfacing.

Abstract

The ongoing effort to create an optimal method of skin rejuvenation has led to several new treatment options. Microdermabrasion and various nonablative laser resurfacing systems produce minimal skin injury, whereas current RF resurfacing devices may create both ablative or nonablative effects. The less invasive methods do limit the length of an uncomfortable healing time; however, studies appear to indicate that the results are less impressive than those produced by more destructive techniques and may prove only temporary over the time frame of a year. Efficacy and durability of clinical improvement seem to be inversely related to the wounding depth, the length of the healing period, or both. The search continues for the perfect method of skin rejuvenation, which minimizes cost, healing time, adverse effects, and discomfort and maximizes efficacy, response durability, and reproducibility. With advancements in technology, rejuvenation methods slowly approach these elusive goals.

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BibTeXRIS

W D Tope, N Kageyama. 2001. New methods in cutaneous resurfacing.. https://pubmed.ncbi.nlm.nih.gov/11758121/

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Milia en plaque successfully treated by dermabrasion.

BACKGROUND: Milia en plaque is a rarely described benign lesion characterized by milia within an erythematous base, usually located periauricularly. No optimal treatment is known. OBJECTIVE: To illustrate by a case report the clinical presentation and effect of dermabrasion on milia en plaque. METHODS: A 60-year-old woman with milia en plaque at the mandibular ridge was treated with dermabrasion using a diamond fraise. RESULTS: Complete regression of the lesion was seen at a follow-up of 6 months. CONCLUSION: Dermabrasion seems a suitable treatment for milia en plaque.

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