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What's New
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Advances in Hard and Soft Tissue Management Using 3D Printing Technology
Giuseppe Cicero, DDS;Adlof Urtula, DDS
It is becoming rare today to come across simple cases in Periodontics; our specialty has come to face complex cases where hard and soft tissue deficiencies are quite common. These suggested protocols and schematic approaches were developed to help the surgical practitioner visualize and divide the problem into a predictable step-by-step workflow. The utilization of 3-D printed CBCT studies of the treatment planned surgical sites was shown to be integral in patient care and clinical outcomes. Every step is dictated by biology; all incision designs, flap management techniques, and biomaterials used have been selected to maximize the blood supply in the area and minimize trauma to the vascular network that nourishes our surgical site.
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Advances in Hard and Soft Tissue Management Using 3D Printing Technology
Giuseppe Cicero, DDS;Adlof Urtula, DDS
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Watch Now >>
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Crown Lengthening in Comprehensive Esthetic Therapy: The Complete Surgical Video A to Z
David Wong, DDS
In this complete surgical video, Dr. David Wong performs an esthetic crown lengthening procedure to address a "gummy smile" as part of comprehensive therapy and smile enhancement. Dr. Wong will outline the indications for crown lengthening surgery as opposed to orthognathic correction. The surgical video will demonstrate the complete crown lengthening surgery, including incision design, flap management and instrumentation. In addition, suturing and post-operative care will also be outlined in detail.
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Crown Lengthening in Comprehensive Esthetic Therapy: The Complete Surgical Video A to Z
David Wong, DDS
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Watch Now >>
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Current Concepts in Bioactivity and Regeneration
Eduardo Anitua, MD, DDS, PhD
An injury to the tissue instantly stimulates the healing process. To heal properly, we need three elements: scaffolds, cells and growth factors. If one of these three elements are missing there will be no tissue regeneration. Plasma rich in growth factors (Endoret® (PRGF®) technology, enables clinicians to apply autologous growth factors and a fibrin scaffold in a simple, safe and effective method. The Endoret® (PRGF®) stimulates the tissue-building cells to achieve regeneration. An optimal alveolar regeneration is characterized by fast haemostasis, adequate inflammation, stem cell mobilization and differentiation, rapid soft tissue closure of the socket and correct tissue regeneration. The adequate management of the extraction socket will determine the final outcome of implant-supported restorations.
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Current Concepts in Bioactivity and Regeneration
Eduardo Anitua, MD, DDS, PhD
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Watch Now >>
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Webinar Wednesday
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June 20, 2018
Javier Vasquez, DMD, CDT
Biofunctional Dynamic Occlusion...
[read more]
June 27, 2018
Prof. Francesco M. Mangani, MD, DDS
Indirect Composite Posterior Restorations: Conservativ...
[read more]
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