BACKGROUND: Certain authors have reported the efficacy of fractional resurfacing laser treatment in patients with photodamaged skin resulting in skin tightening of treated area. OBJECTIVE: To assess skin tightening after CO(2) fractional resurfacing laser treatment by measuring variations in mechanical properties in treated areas. Dermal elasticity was measured using suction applied with an in vivo skin elasticity meter (Cutometer(®)). METHODS: A prospective observational study was undertaken from January 2007 to August 2009. Laser treatment was performed with the SmartXide Dot(®) (Deka(®), Firenze, Italy) CO(2) fractional resurfacing device. Patients were offered quantified analysis using the Cutometer(®) before and after treatment. RESULTS: Seventeen patients (61 areas treated) were included in the study. Median delay between before and after cutometric evaluations was 80 days. We found significant improvement in elastic (R2 +5.9%), viscoelastic (R8 -9.4%), fatigue (R3 and R9 -16.2% and -19.7%, respectively), and thickness (R0 -14.9%) parameters. These results are consistent with significant tightening and also elastic tissue improvement. CONCLUSIONS: It was possible to quantify skin tightening because of CO(2) fractional laser treatment using a noninvasive technique.
BACKGROUND: Certain authors have reported the efficacy of fractional resurfacing laser treatment in patients with photodamaged skin resulting in skin tightening of treated area. OBJECTIVE: To assess skin tightening after CO(2) fractional resurfacing laser treatment by measuring variations in mechanical properties in treated areas. Dermal elasticity was measured using suction applied with an in vivo skin elasticity meter (Cutometer(®)). METHODS: A prospective observational study was undertaken from January 2007 to August 2009. Laser treatment was performed with the SmartXide Dot(®) (Deka(®), Firenze, Italy) CO(2) fractional resurfacing device. Patients were offered quantified analysis using the Cutometer(®) before and after treatment. RESULTS: Seventeen patients (61 areas treated) were included in the study. Median delay between before and after cutometric evaluations was 80 days. We found significant improvement in elastic (R2 +5.9%), viscoelastic (R8 -9.4%), fatigue (R3 and R9 -16.2% and -19.7%, respectively), and thickness (R0 -14.9%) parameters. These results are consistent with significant tightening and also elastic tissue improvement. CONCLUSIONS: It was possible to quantify skin tightening because of CO(2) fractional laser treatment using a noninvasive technique.
Authors: Joonoh Myoung; Eui Taek Jeong; Mina Kim; Jun Man Lim; Nae Gyu Kang; Sun Gyoo Park Journal: Skin Res Technol Date: 2021-06-03 Impact factor: 2.240