What you'll learn

  • Recognize oral soft tissue lesions and systemic conditions that present with overlapping or deceptive clinical features.

  • Identify key visual, tactile, and historical findings that distinguish benign lesions from those requiring further evaluation.

  • Determine when an ambiguous soft tissue lesion should be monitored, biopsied, or referred for specialist evaluation.

  • Apply a practical, evidence-based framework to improve diagnostic confidence and clinical decision-making in everyday practice.

Course description

About this webinar

Many oral soft tissue lesions present with subtle, overlapping, or misleading clinical features, making diagnosis one of the most challenging aspects of everyday dental practice. While some lesions are benign and require only observation, others may signal serious local or systemic disease that demands prompt recognition and intervention.

In this one-hour webinar, Dr. Joud Y. Omari will guide participants through the evaluation of the oral cavity's "great mimickers"—conditions that can lead to diagnostic pitfalls. Through clinical images, evidence-based diagnostic frameworks, and real-world case examples, attendees will learn to recognize the visual, tactile, and historical clues that distinguish low-risk findings from lesions that warrant biopsy, referral, or urgent evaluation.

Designed to strengthen diagnostic confidence and clinical decision-making, this session provides a systematic approach to assessing ambiguous soft tissue lesions and determining the most appropriate next steps in patient care.

Whether you are a general dentist, specialist, dental hygienist, or trainee, you will leave with practical strategies to navigate diagnostic uncertainty, improve clinical judgment, and support better patient outcomes through timely recognition and intervention.


This webinar is part of the monthly HSDM Specialty Lecture Series, monthly one-hour live webinars designed to fit your busy schedule. Earn CE credits while gaining practical clinical insights from HSDM faculty and invited experts.

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