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CO2 laser treatment for Bartholin gland abscess: ultrasound evaluation of risk recurrence.
STUDY OBJECTIVE: To evaluate the efficacy of CO2 laser treatment and parameters correlated with recurrence in patients with Bartholin gland abscesses treated using this approach.
DESIGN: Prospective study (Canadian Task Force classification II-2).
SETTING: University hospital.
PATIENTS: One hundred forty-seven patients who met eligibility criteria.
INTERVENTION: Preoperative ultrasound evaluation of Bartholin gland lesions and CO2 laser treatment.
MEASUREMENTS AND MAIN RESULTS: All patients received CO2 laser therapy, with median operative time 15 minutes (range, 12-35 minutes). Median postoperative stay was 1 hours (range, 1-4 hours). Estimated 3-year relapse-free rate was 88.56%. Lesion wall thickness 0.5-1.5 mm, multilocular lesion, and hyperechogenic lesion were correlated with recurrence.
CONCLUSION: CO2 laser of Bartholin gland abscesses could be a valid option. Ultrasound characteristics of Bartholin gland lesions could predict lesion recurrence rate.
DESIGN: Prospective study (Canadian Task Force classification II-2).
SETTING: University hospital.
PATIENTS: One hundred forty-seven patients who met eligibility criteria.
INTERVENTION: Preoperative ultrasound evaluation of Bartholin gland lesions and CO2 laser treatment.
MEASUREMENTS AND MAIN RESULTS: All patients received CO2 laser therapy, with median operative time 15 minutes (range, 12-35 minutes). Median postoperative stay was 1 hours (range, 1-4 hours). Estimated 3-year relapse-free rate was 88.56%. Lesion wall thickness 0.5-1.5 mm, multilocular lesion, and hyperechogenic lesion were correlated with recurrence.
CONCLUSION: CO2 laser of Bartholin gland abscesses could be a valid option. Ultrasound characteristics of Bartholin gland lesions could predict lesion recurrence rate.
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