BACKGROUND: Proximal urethral defects account for approximately 20% of hypospadiac urethras. Previous surgical interventions involved hair-bearing genital skin which consequently resulted in a hairy urethra, which is seen mainly in older patients. OBJECTIVE: To evaluate the safety and effectiveness of the CO2 laser for urethra hair elimination. METHODS: Four men aged 18-20 years with hairy urethras, who failed electrolysis treatment, were treated with CO2 laser desiccation at low fluences (2-5 watts). The treatments were performed at 1-month intervals. Treatment was continued until no hair was seen. Visual assessment of the hair reduction was recorded. RESULTS: Patients received two to four treatment sessions (average 3.2). On clinical assessment 3 months after the last treatment, outcome was rated excellent (no hair) in all patients. CONCLUSIONS: CO2 laser desiccation should be considered as a therapeutic modality for a hairy urethra, especially after the failure of electrolysis.
BACKGROUND: Proximal urethral defects account for approximately 20% of hypospadiac urethras. Previous surgical interventions involved hair-bearing genital skin which consequently resulted in a hairy urethra, which is seen mainly in older patients. OBJECTIVE: To evaluate the safety and effectiveness of the CO2 laser for urethra hair elimination. METHODS: Four men aged 18-20 years with hairy urethras, who failed electrolysis treatment, were treated with CO2 laser desiccation at low fluences (2-5 watts). The treatments were performed at 1-month intervals. Treatment was continued until no hair was seen. Visual assessment of the hair reduction was recorded. RESULTS:Patients received two to four treatment sessions (average 3.2). On clinical assessment 3 months after the last treatment, outcome was rated excellent (no hair) in all patients. CONCLUSIONS:CO2 laser desiccation should be considered as a therapeutic modality for a hairy urethra, especially after the failure of electrolysis.