BACKGROUND: Conventional therapies for deep cutaneous vascular anomalies have demonstrated poor efficacy and many side effects. New laser systems offer greater potential to treat these difficult lesions, but the lack of specific treatment guidelines has restricted consistent success. OBJECTIVE: To establish a rational, user-friendly algorithm that incorporates basic components of deep vascular lesions to define the correct laser settings required for safe, effective, and reproducible treatment. METHODS: Within 18 months, 162 deep vascular lesions of various types and anatomic sites were evaluated for vessel size, depth, color, and pressure. An algorithm incorporating these characteristics was employed to determine laser parameter settings. Using a high-peak power, long-pulse 1064-nm Nd:YAG laser system, the vascular lesions were then treated. RESULTS: Within 6 months of follow-up, 80% of treated areas demonstrated a 50% or greater resolution after a single treatment session, with complete clearance shown in 19%. Only minimal and transient side effects were observed. Of note, 74% of areas on the extremities and 83% within the oral cavity showed a 50% or greater resolution after one treatment. CONCLUSION: Previously challenging deep cutaneous vascular anomalies may be safely reduced or cleared with the use of an appropriate laser system and this algorithm-directed technique. This represents a significant breakthrough in the management of vascular lesions.
BACKGROUND: Conventional therapies for deep cutaneous vascular anomalies have demonstrated poor efficacy and many side effects. New laser systems offer greater potential to treat these difficult lesions, but the lack of specific treatment guidelines has restricted consistent success. OBJECTIVE: To establish a rational, user-friendly algorithm that incorporates basic components of deep vascular lesions to define the correct laser settings required for safe, effective, and reproducible treatment. METHODS: Within 18 months, 162 deep vascular lesions of various types and anatomic sites were evaluated for vessel size, depth, color, and pressure. An algorithm incorporating these characteristics was employed to determine laser parameter settings. Using a high-peak power, long-pulse 1064-nm Nd:YAG laser system, the vascular lesions were then treated. RESULTS: Within 6 months of follow-up, 80% of treated areas demonstrated a 50% or greater resolution after a single treatment session, with complete clearance shown in 19%. Only minimal and transient side effects were observed. Of note, 74% of areas on the extremities and 83% within the oral cavity showed a 50% or greater resolution after one treatment. CONCLUSION: Previously challenging deep cutaneous vascular anomalies may be safely reduced or cleared with the use of an appropriate laser system and this algorithm-directed technique. This represents a significant breakthrough in the management of vascular lesions.