Safety and efficacy of high fluence CO2 laser skin resurfacing with a single pass.

Journal of cutaneous laser therapy 1999 Vol.1(1) p. 37-40

Khosh MM, Larrabee WF, Smoller B

관련 도메인

Abstract

[BACKGROUND] Carbon dioxide (CO2) laser skin resurfacing has nearly replaced more traditional methods of superficial skin rejuvenation. Post-treatment erythema is the most common side effect of this method of skin resurfacing. Sublethal thermal damage to the dermis has been proposed as an etiology for post laser erythema. Recent developments in laser resurfacing technology have aimed at minimizing thermal damage to the dermis.

[OBJECTIVE] To determine depth of skin ablation, extent of thermal injury, and ideal laser parameters for the FeatherTouch laser system. To assess the safety and efficacy of laser resurfacing at high energy fluences with a single pass.

[DESIGN] Laser resurfacing was performed in the preauricular skin of five patients undergoing rhytidectomy. A total of 60 sites were tested with fluences of 7 to 17 Joules/cm2. Histologic evaluation of excised skin showed maximal thermal injury to be restricted to 60 microns in the papillary dermis. The reticular dermis showed no evidence of injury. Based on these findings, laser resurfacing at 17 J/cm2 (70 watts) was performed on 30 patients (in the periorbital area, a maximum of 9 J/cm2 or 36 watts was used). Follow up ranged between 12 and 18 months.

[RESULTS] Based on histologic comparison of average and high fluence laser resurfacing, high fluence laser resurfacing did not cause added thermal damage to the reticular dermis. In the clinical group, no major complications such as scarring, scleral show, infection or ectropion were encountered. Transient hyperpigmentation was noted in three patients. Overall patient satisfaction was good to excellent. Post-treatment erythema lasted an average of 4 weeks.

[CONCLUSION] We conclude that CO2 laser resurfacing of the face (excluding the periorbital region) can be performed safely and effectively, with the FeatherTouch laser, at 17 J/cm2 with one pass. In our group of patients, laser resurfacing with a single pass at 17 J/cm2 caused less post-operative erythema than two or more passes at 9 J/cm2.

추출된 의학 개체 (NER)

유형영어 표현한국어 / 풀이UMLS CUI출처등장
시술 laser resurfacing 레이저 박피술 dict 7
시술 co2 laser 레이저 박피술 dict 2
시술 rhytidectomy 안면거상술 dict 1
시술 laser skin resurfacing 레이저 박피술 dict 1
해부 skin scispacy 1
해부 dermis scispacy 1
해부 scleral scispacy 1
해부 periorbital scispacy 1
합병증 erythema scispacy 1
합병증 dermis scispacy 1
합병증 preauricular skin scispacy 1
합병증 periorbital area scispacy 1
합병증 infection 감염 dict 1
합병증 hyperpigmentation 색소침착 dict 1
약물 CO2 C0007012
carbon dioxide
scispacy 1
약물 Carbon dioxide C0007012
carbon dioxide
scispacy 1
약물 Sublethal scispacy 1
약물 Joules/cm2 scispacy 1
약물 J/cm2 C1881294
Joule per Square Centimeter
scispacy 1
약물 [BACKGROUND] Carbon scispacy 1
약물 [OBJECTIVE] scispacy 1
약물 FeatherTouch scispacy 1
약물 [DESIGN] Laser scispacy 1
약물 [RESULTS] Based scispacy 1
질환 erythema C0041834
Erythema
scispacy 1
질환 ectropion C0013592
Ectropion
scispacy 1
기타 patients scispacy 1
기타 papillary dermis scispacy 1
기타 reticular dermis scispacy 1
기타 patient scispacy 1

MeSH Terms

Adult; Aged; Carbon Dioxide; Erythema; Female; Humans; Laser Therapy; Lasers; Rhytidoplasty; Skin Aging; Treatment Outcome

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