Bio-Emulation Composites | Talon Training

The Bio-Emulation approach to direct composites

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9:00h – 17:00h CEST (UTC+2)

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Exclusive closed webinar

maximum of 15 participants

Albert Einstein

Look deep into nature, and then you will
understand everything better...

Limited seats

State of the art
slideshow

LIVE video
DEMO

Questions &
Answers

Limited capacity ensures best experience and posibility to interact with the trainer directly.

Cutting edge keynote presentation with beautiful photography, computer graphics and very comprehensive information.

Live demo on model work, showcasing simplified layering techniques and finishing & polishing protocol.

Live interaction with the trainer, questions and answers will be addressed during the lecture and demo time.

Bio-Emulation™philosophy

Understanding light interaction with tooth structures as well as proper histo-anatomic principles is essential for a better material and shade selection during direct restorative procedures. Tooth structures form a complex optical medium for light as it passes through enamel, dentino-enamel complex and dentin. Furthermore, this behavior changes over the years, as tissues change in morphology and composition. Comprehension of dynamic aging of tooth structures is a key for success when selecting the proper value and chromaticity for restorative materials. By using the selective enamel dissolution technique it's possible to reveal the true shape of dentin, which leads to an even better understanding of light interaction and simplification of layering techniques. The Bio-Emulation approach assess all this histo-anatomic parameters to achieve the ultimate simplification of current techniques as well as development of future technologies for restorative dentistry.

dynamic_ageing

concept

BACK TO OVERVIEW

Bio-Emulation: visual synthesis concludes that dentin and enamel suffer histo-morphological changes over the age that affect their optical properties. As a consequence they become more transparent (reducing value) and more saturated (increasing chroma).

enamel_dissolution

structural_analysis

BACK TO OVERVIEW

Dissolution of enamel in 10% Hydrochloric acid reveals true dentin volume. Enabling a better understanding of tooth morphology and it's bio-mechanical and optical implications.

3D_anatomy

observation

Selective enamel dissolution and scanning technologies allow us to render 3D anatomic bio_replicas of dentinal structure and its relation to enamel.

BACK TO OVERVIEW

polar_eyes

cross-polarized photography

BACK TO OVERVIEW

Removing specular reflections and unwanted glare improves visualisation of shade and internal structural details, leading to a better color analysis.

dynamic_light

observation

As described in Bio-Emulation: visual_synthesis, the observation with different illumination techniques such as reflected light, transmitted light, cross-polarized light and ultra-violet light allows better analysis of shade and outcomes.

BACK TO OVERVIEW

opalescence

rayleigh_scattering

The scattering of short wavelengths and transmission of longer ones by the hydroxiapatite crystallites provides the natural enamel with this unique optical feature, important to be emulated with dental materials to achieve a perfect integration with dynamic light.

BACK TO OVERVIEW

Bio-Emulation™philosophy

Understanding light interaction with tooth structures as well as proper histo-anatomic principles is essential for a better material and shade selection during direct restorative procedures. Tooth structures form a complex optical medium for light as it passes through enamel, dentino-enamel complex and dentin. Furthermore, this behavior changes over the years, as tissues change in morphology and composition. Comprehension of dynamic aging of tooth structures is a key for success when selecting the proper value and chromaticity for restorative materials. By using the selective enamel dissolution technique it's possible to reveal the true shape of dentin, which leads to an even better understanding of light interaction and simplification of layering techniques. The Bio-Emulation approach assess all this histo-anatomic parameters to achieve the ultimate simplification of current techniques as well as development of future technologies for restorative dentistry.

dynamic_ageing

concept

Bio-Emulation: visual synthesis concludes that dentin and enamel suffer histo-morphological changes over the age that affect their optical properties. As a consequence they become more transparent (reducing value) and more saturated (increasing chroma).

enamel_dissolution

structural_analysis

Dissolution of enamel in 10% Hydrochloric acid reveals true dentin volume. Enabling a better understanding of tooth morphology and it's bio-mechanical and optical implications.

3D_anatomy

observation

Selective enamel dissolution and scanning technologies allow us to render 3D anatomic bio_replicas of dentinal structure and its relation to enamel.

polar_eyes

cross-polarized photography

Removing specular reflections and unwanted glare improves visualisation of shade and internal structural details, leading to a better color analysis.

dynamic_light

observation

As described in Bio-Emulation: visual_synthesis, the observation with different illumination techniques such as reflected light, transmitted light, cross-polarized light and ultra-violet light allows better analysis of shade and outcomes.

opalescence

rayleigh_scattering

The scattering of short wavelengths and transmission of longer ones by the hydroxiapatite crystallites provides the natural enamel with this unique optical feature, important to be emulated with dental materials to achieve a perfect integration with dynamic light.

The Bio-Emulation approach as written in structural analysis and visual synthesis defined the new bases to consider for replication of natural tooth structures with composite resin. The penta_laminar concept represents the ultimate implementation of this philosophy: analysing different ageing stages to build a dynamic shade concept that adapts to nature. By analysing the key factors of natural structure’s ageing process and applying this knowledge to the material selection, it is possible to simplify techniques to make them approachable in all situations. From a bi-laminar technique to the penta_laminar technique we can learn to adapt our work in order to optimise the clinical outcome achieving cost-effective treatments to cover our patients needs and expectations.

Theoretical Program

Introduction to color in dentistry.
Basic color parameters: hue, chroma y value.
Translucency as value modulator.
Texture as value modulator.
Opalescence and fluorescence: myths and legends.
Bio-Emulation: a new approach to color in dentistry.
Optical properties of dental structures.
3D anatomy: enamel vs dentin.
Understanding dental tissues ageing process.
Photography as shade analysis tool: advanced photo protocol overview.
The penta_laminar concept: a dynamic layering approach.
Practical Implementation: is it possible to simplify?
Emulating nature with a limited amount of shades. Simplification criteria.
Clinical application.
The tri_laminar concept: a simplified vision for posterior restorations.

Practical Program (Demo)

Demo Class IV restoration with advanced technique (young tooth).
Demo Class I restoration with simplified technique.

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