Combined use of fractional co2 laser and collagenase diadynamophoresis in correction of contour plastic surgery complications

Abstract

Background. One of the most frequent complications of aesthetic correction methods is the problem of contouring, visualization, or local tightening of the skin at the sites of administration of the agent based on calcium hydroxyapatite, which occurs in violation of the injection technique.

Aim: to study the efficiency of the combined method including a course of diadynamophoresis of collagenase 1000 KE (collagenase units) and a fractional CO₂ laser procedure in correction of a surface-injected preparation in late terms.

Methods. Clinical and instrumental examination of 24 women (average age 38.2 ± 3.5 years) was conducted. All patients complained of complications after the contour plastic surgery procedure using a preparation based on calcium hydroxyapatite, in the form of contouring of the preparation and superficial skin tightening on the face at the filler injection site.

Results. When comparing the control, main and reference groups, it was revealed that the combined use of collalysin diadynamophoresis and fractional CO₂ laser at low parameters improves significantly the quality of life in terms of the adapted dermatological index. Clinical improvement was registered in all groups, but it was most significant in the main one, which correlated with the data of ultrasound examination with a 33 MHz sensor. In the main group, faster biodegradation was noted, and the volume of the surface-injected filler decreased 2.5 times after 1 month and 6 times after 2 months.

Conclusion. The combined use of collalysin diadynamophoresis and a fractional CO₂ laser is an effective complex for the correction of complications after contour plastic surgery of fillers based on calcium hydroxyapatite.

Keywords

contour plastic surgery complications / dermatological index of quality of life / filler contouring / filler hypercorrection / superficial filler injection / calcium hydroxyapatite / collalysin diadynamophoresis / fractional CO2 laser

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