Course Description
This course examines the dynamic nature of Clinical Attachment Level (CAL) and the biological risks associated with traditional, aggressive subgingival instrumentation. A review of the junctional epithelium’s unique structure and its susceptibility to mechanical trauma will be discussed, highlighting the documented risks of iatrogenic attachment loss when scaling in shallow or stable sulci. These fundamental biological principles will then be applied to modern clinical decision-making, comparing the indications, advantages, and limitations of hand versus ultrasonic instrumentation in the context of tissue preservation. The course will also examine the integration of minimally invasive adjunctive therapies—including low-abrasive subgingival air polishing, precision antimicrobials like stannous fluoride, and host modulation with probiotics—to effectively manage biofilm, disrupt pathogenic quorum sensing, and fiercely protect the periodontal attachment apparatus.
Course Objectives
- Apply the Evidence-based Decision Making (EBDM) process to evaluate Clinical Attachment Level (CAL) as a dynamic parameter and recognize the biological structure of the junctional epithelium (JE) and its susceptibility to mechanical trauma during routine instrumentation.
- Examine the clinical scenarios where traditional scaling in shallow sulci may induce iatrogenic clinical attachment loss, and differentiate between therapeutic debridement and overinstrumentation.
- Discuss the need for a variety of ultrasonic inserts/tips and hand instruments to achieve minimally invasive, tissue-preserving periodontal therapy, applying proper clinical judgment to transition from calculus-driven scaling to biologically driven, site-specific care.
- Identify the steps to ensure thorough biofilm management utilizing modern adjunctive therapies, such as subgingival air polishing, stannous fluoride, and probiotics.