AMM 74: Cutting-Edge Aesthetic Insights: Breakthrough Laser Procedure for Filler Complications
May 11, 2024
Dr. Teri Fisher explores a study from the Medical Lasers journal, detailing an innovative approach to addressing a challenging complication in non-surgical aesthetic procedures. The research, led by Jiwon Lee and colleagues in Korea, highlights the successful use of the pinhole method to effectively remove residual hyaluronidase powder in a 24-year-old woman. This case underscores the importance of meticulous technique and proper reconstitution in aesthetic interventions, offering valuable insights for practitioners in the field. Tune in for more cutting-edge updates in the realm of aesthetic medicine.
Quick Takes
- The study led by Jiwon Lee and colleagues focused on a 24-year-old woman treated with the pinhole method involving a carbon dioxide laser.
- The case highlighted the importance of proper reconstitution of hyaluronidase in aesthetic procedures involving HA fillers. Thorough mixing of hyaluronidase solutions was emphasized.
- This innovative approach successfully resolved the woman’s condition over seven months and indicated potential broader uses for treating dermatologic lesions, showcasing the need for continual advancement in aesthetic medicine.
Episode Transcript
Hello, I’m Dr. Teri Fisher, bringing you another informative piece from the cutting edge of our field. Today, May 11th, we’re delving into a novel report from the Medical Lasers journal, showcasing an innovative approach to a unique challenge in non-surgical aesthetic procedures.
The study, led by Jiwon Lee and colleagues from Myongji Hospital and Yonsei Star Skin & Laser Clinic in Korea, revolves around the case of a 24-year-old woman treated with the pinhole method. She presented with a stubborn whitish papule beneath her right eye following HA filler injections and a hyaluronidase treatment intended to correct a filler complication. A method often reserved for scar treatment, the pinhole approach here involved creating precise microscopic openings with a carbon dioxide laser to effectively remove the residual hyaluronidase powder.
What’s pivotal about this case is the revelation that, even with hyaluronidase being an enzyme that depolymerizes hyaluronic acid — widely used for adjusting HA filler effects — its proper reconstitution is crucial. The case pointedly reminds us of the critical nuances in aesthetic interventions, such as ensuring thorough mixing of hyaluronidase solutions.
This approach not only resolved the papule over a seven-month period without adverse effects but also hints at broad applications for treating dermatologic lesions. Such developments are a testament to why we must continue to fine-tune our practices in aesthetic medicine, staying informed about potential complications and the latest corrective techniques.
As I always say, “Sculpted Confidence” starts with knowledge, and this insight certainly adds another layer to our professional repertoire. Stay tuned for more updates that keep you at the forefront of aesthetic medicine.