As dermatology moves toward greater precision in both diagnostics and therapeutics, ultrasound offers a powerful yet underutilized means of enhancing care across aesthetic and medical settings. While adoption in dermatology has historically been limited—largely due to low awareness, training gaps, and limited confidence in image interpretation—recent advances in handheld, high-frequency devices have dramatically improved accessibility and ease of use. These innovations create new opportunities for dermatologists to incorporate ultrasound into everyday practice, from enhancing aesthetic procedural safety through real-time visualization of facial anatomy to detecting hallmark features of hidradenitis suppurativa (HS), including early inflammatory changes, deep collections, and evolving sinus tracts that may not be evident on physical examination. By strengthening clinicians’ proficiency in dermatologic ultrasound and pairing it with up-to-date knowledge of emerging HS therapies, the proposed activity aims to reduce diagnostic delay, improve disease characterization, and support more precise, proactive intervention.
After participating in this activity, learners should be able to:
• Assess the core principles, capabilities, and clinical applications of handheld ultrasound devices to enhance precision in cosmetic procedures and HS assessment
• Examine available and emerging treatment options for individuals with HS
• Interpret real-time ultrasound findings involving HS lesions and facial anatomy mapping
• Apply practical ultrasound techniques in the identification of key cosmetic and HS-related structures to inform appropriate treatment strategies or next steps
Supported by an educational grant from Incyte Corporation.