Tissue Compatible Integrated Implant Prosthodontics,
Functional-Esthetics
• Chemical Engineering: microstructural differentiation & functional-aesthetic implications
• Biomechanical concepts: comparative analysis - ceramic, amorphous composites, semicrystalline polyglass
• Preparation & stratification methodology
• Accelerated cyclic-fatigue studies, In-Vivo correlation
• Impact, catastrophic fracture studies, clinical implications
• Chairside direct/indirect build-up technique(s)
• Extraoral cementation vs. integrated abutment crowns
• Photopolymerization: material, cure modality and operator failure probability
• Halogen, XePlasma, ArLaser, LED
• Mechanisms of Adhesion: interfacial bond magnitude, integrity and longevity
• Biocompatibility & Cytotoxicity: fi broblasts, blood, muscular and epithelium tissue implant reactivity
• Tissue support: bone graft - architectural technology
• Performance probability
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Dr. Samuel Waknine is alumnus of University of California at Irvine, New York University
Dental Center and University of Connecticut Health Center & Institute of Materials Science: Restorative Dentistry &
Chemical Engineering dual-Doctorate. He is an active member of the International Association for Dental Research,
Biomedical Materials Research Congress Society, Academy of Dental Materials, International Society of Electron
Microscopy, American Chemical Society, American Institute of Chemists, and European Academy of Stomatology,
Implantology and Esthetic Dentistry. He has presented lectures worldwide and is the original co-developer of the
Herculite/Belleglass system and the sole-developer |
| Sponsor: DRM Research Laboratories Inc. |
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