Georgios Kravvas1, David Veitch2, Firas Al-Niaimi3. 1. a Department of Dermatology , Bristol Royal Infirmary , Bristol , UK. 2. b Department of Dermatology , Leicester Royal Infirmary , Leicester , UK. 3. c Department of Dermatologic Surgery and Laser Unit, St. John's Institute of Dermatology , St. Thomas' Hospital , London , UK.
Abstract
BACKGROUND: Striae distensae are caused by rapid stretching of the skin. They are often secondary to obesity or pregnancy and can lead to significant cosmetic disfigurement. AIM: To determine the efficacy, indications, and side effects of commonly used energy devices in the treatment of striae. METHODS: A comprehensive literature search was performed using the PubMed and Medline databases. RESULTS: A total of 41 relevant articles were identified. Radiofrequency (RF) was the commonest employed modality (11 studies), followed by the CO2, and pulsed dye lasers (10 and 5 studies, respectively). The best results against striae alba were seen with a combination of RF, platelet-rich plasma and ultrasound (either excellent or very good results in 71.9%), followed by intense pulsed light in isolation (very good results in 40%). The response of SR was assessed by fewer studies. The best outcomes were seen after treatment with either the Nd:YAG (excellent results in 40% and good in 40%) or Er:Glass lasers (excellent results in 10% and good in 20%). CONCLUSIONS: The therapeutic measures for striae are multiple and no current treatment offers consistent and complete resolution. However, energy devices are a safe and potentially effective modality in the treatment of striae.
BACKGROUND: Striae distensae are caused by rapid stretching of the skin. They are often secondary to obesity or pregnancy and can lead to significant cosmetic disfigurement. AIM: To determine the efficacy, indications, and side effects of commonly used energy devices in the treatment of striae. METHODS: A comprehensive literature search was performed using the PubMed and Medline databases. RESULTS: A total of 41 relevant articles were identified. Radiofrequency (RF) was the commonest employed modality (11 studies), followed by the CO2, and pulsed dye lasers (10 and 5 studies, respectively). The best results against striae alba were seen with a combination of RF, platelet-rich plasma and ultrasound (either excellent or very good results in 71.9%), followed by intense pulsed light in isolation (very good results in 40%). The response of SR was assessed by fewer studies. The best outcomes were seen after treatment with either the Nd:YAG (excellent results in 40% and good in 40%) or Er:Glass lasers (excellent results in 10% and good in 20%). CONCLUSIONS: The therapeutic measures for striae are multiple and no current treatment offers consistent and complete resolution. However, energy devices are a safe and potentially effective modality in the treatment of striae.
Entities:
Keywords:
Striae; lasers; scarring; scars; stretch marks