Biomimetic dentistry

All modern bonding materials used in biomimetic dentistry are extremely moisture-sensitive.

• Even minimal saliva or fluid contamination can compromise the bond and shorten the life of the restoration.
• A rubber dam is therefore non-negotiable — it creates a completely dry, bacteria-free environment essential for predictable, long-lasting bonding.
• This controlled isolation allows restorations to bond at a microscopic level, mimicking the strength and behavior of natural tooth structure.

• Using high magnification and caries-detecting dye, only infected dentin is removed while remineralizable dentin is preserved.
• The procedure stops once all irreversibly damaged tissue is gone, keeping healthy dentin and enamel intact.
• This conserves pulp vitality and prepares the tooth for a durable, gap-free biomimetic restoration.

• Air abrasion is used to micro-roughen and condition the tooth surface.
• This creates an ideal bonding architecture by increasing surface energy and surface area.
• The treated surface allows adhesive systems to penetrate more effectively, resulting in stronger, more durable biomimetic bonds.

• Exposed dentin is sealed immediately after tooth preparation using biomimetic adhesive techniques.
• This protects the pulp, reduces post-treatment sensitivity, and strengthens the tooth internally.
• Immediate sealing creates an ideal foundation for long-term success of indirect bonded restorations (inlays, onlays, vonlays, overlays, veneers).

• When decay or defects extend below the gum line, the margin is conservatively raised to a clean, accessible, self-cleansable area using bonded biomimetic materials.
• Margin elevation repositions restoration margins above the gum line, making them more accessible and hygienic. This helps protect surrounding gum and bone, supporting long-term periodontal health and restoration stability.

• The tooth is internally reinforced using layered biomimetic materials, sometimes supported with fiber reinforcement.
• These fibers act like an internal support framework, helping distribute chewing forces evenly within the tooth.
• The fibers also compensate for polymerization shrinkage of composite materials as they set, reducing internal stress at the bonded interface.
• This creates a strong, well-bonded foundation that protects tooth structure and significantly lowers the risk of catastrophic failures.

• Depending on the extent of damage, a bonded ceramic or resin restoration (inlay, onlay, overlay) is placed over the reinforced base. This restores natural shape, strength, and aesthetics while minimising stress on the remaining tooth.