Direct Composite Restorations Following Bio-Emulation Concepts

Direct Composite Restorations Following Bio-Emulation Concepts

The Bio-Emulation philosophy, as described in “structural analysis” and “visual synthesis,” has established new foundations for replicating natural structures with dental materials. The penta_laminar concept represents the highest expression of this philosophy: analyzing different stages of aging to create a dynamic color concept that adapts to nature. However, the application of this concept is challenged by its complexity, making it not easily accessible in all clinical conditions. By analyzing the most significant factors of tissue aging and applying this knowledge to material selection, it is possible to simplify the technique and make it applicable in any situation.

Achieving aesthetic restorations that resemble natural teeth represents a significant challenge for both dentists and dental technicians. Obtaining optimal results with the minimum number of trials or adjustments necessarily involves a systematic and thorough analysis of color. For this task, advanced photographic techniques are required, including different types of lighting and precise standardization of photographs.

Defining a solid strategy for composite color selection is of utmost importance in our daily work. The Bio-Emulation philosophy provides specific tools to dramatically enhance color-matching accuracy, including the personalized “custom_eyes” guides and the new eLAB protocol, which represents the pinnacle of precision in matching the color of natural teeth. This shifts from a traditionally subjective approach to one that is more objective and highly predictable.

Info: Bio-Emulation: A New Approach to Colour in
Dentistry:
• Optical Properties of Dental Tissues.
• 3D Anatomy: Enamel vs. Dentin.
• Understanding the Aging Process of
Dental Tissues.
• Color Selection Strategies:
Custom_Eyes vs. Button Technique.
• Photography as a Tool for Color
Analysis.
• The penta_laminar Concept: A Dynamic
Layering Technique.
• Practical Implementation: Is
Simplification Possible?
• Emulating Nature with a Limited
Number of Shades: Selection Criteria.
• Simplified anatomy vs layering
complexity.
• Clinical Application.

Info: • Class IV: Restorations of Anterior Teeth Using a Simplified Layering Technique
• Veneer: Restoration of Anterior Tooth Using a Simplified Layering
• Diastema: Diastema closure and morphology change using One Shade Technique

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