Emily
Editor, Senior Moderator
https://www.karger.com/Article/Abstract/525023
Milbar H, C, Forrestel A, K, Rubin A, I: Acute Paronychia and Onychomadesis after a “Russian” Manicure: A New, Aggressive, and Destructive Form of Manicure for Dermatologists to Recognize. Skin Appendage Disord 2022;8:497-499. doi: 10.1159/000525023
Abstract
Introduction: Cuticle reduction and removal techniques are commonly performed by nail technicians for nail cosmesis. However, manipulation of the nail cuticle can lead to localized infection and nail dystrophy. Case Presentation: In this case, a 20-year-old woman from the Philadelphia area in the USA presented with onychomadesis secondary to acute paronychia following a “Russian” manicure. In this technique, an electronic filer is used to completely remove the cuticle, leaving the proximal nail fold exposed and vulnerable. Conclusion: As this style of manicure is being inaccurately publicized as safe, it is important that dermatologists are aware of this technique and educate our patients about its potential for harm.
© 2022 S. Karger AG, Basel
Milbar H, C, Forrestel A, K, Rubin A, I: Acute Paronychia and Onychomadesis after a “Russian” Manicure: A New, Aggressive, and Destructive Form of Manicure for Dermatologists to Recognize. Skin Appendage Disord 2022;8:497-499. doi: 10.1159/000525023
Abstract
Introduction: Cuticle reduction and removal techniques are commonly performed by nail technicians for nail cosmesis. However, manipulation of the nail cuticle can lead to localized infection and nail dystrophy. Case Presentation: In this case, a 20-year-old woman from the Philadelphia area in the USA presented with onychomadesis secondary to acute paronychia following a “Russian” manicure. In this technique, an electronic filer is used to completely remove the cuticle, leaving the proximal nail fold exposed and vulnerable. Conclusion: As this style of manicure is being inaccurately publicized as safe, it is important that dermatologists are aware of this technique and educate our patients about its potential for harm.
© 2022 S. Karger AG, Basel