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Anatomical outcomes of therapy with LEDs in combination with intra vaginal CO2 vs Er: YAG fractional lasers to treat vaginal atrophy

International Journal of Surgery Science · 2018 · Vol. 2(1) · pp. 05–09
Pablo Naranjo GarcíaJorge Alberto EliasJorge Gaviria ParadaDaniel Zarza LuciáñezHernan Raul Pinto

Abstract

Background: Vaginal atrophy affects nearly of 50% of postmenopausal women. The study aimed to evaluate the use of intra vaginal light-emitting diodes after laser procedure for vaginal atrophy treatment, to minimize laser side effects. Methods: The study included 2 groups of treatment with 30 women in each. Group 1: one session of laser alone; Group 2: one session of laser, and immediately after, one session with Floreo® LED. Patients were followed-up for one month. Variables: distance urethra-vagina, thickness AA and AP, and vascularization. Results: At post-treatment, group 1 showed more signs of edema and inflammation. Differences were statistically significant for thickness AA (P=0.0014), thickness AP (P=0.0003), and vascularization (p

Menopause: Health Impacts and TreatmentsEndometriosis Research and TreatmentLaser Applications in Dentistry and MedicineAtrophyVaginaMedicineVaginal atrophyEdemaUrologyLaserEr:YAG laserLaser therapySurgery
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Anatomical outcomes of therapy with LEDs in combination with intra vaginal CO2 vs Er: YAG fractional lasers to treat vaginal atrophy · Scinovex