Lectures

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Understanding Growth Factors in Dentistry: Emdogain, PRF GEM21 and BMP2

LOD-348-00

Dr. Richard Miron

55 min

English

Understanding Growth Factors in Dentistry: Emdogain, PRF GEM21 and BMP2

Surgically Facilitated Orthodontic Therapy - The Contemporary Approach to Decompensating Dentofacial disharmonies and Beyond

LOD-320-00

Dr. George Mandelaris

57 min

English

Surgically Facilitated Orthodontic Therapy - The Contemporary Approach to Decompensating Dentofacial disharmonies and Beyond

Peri-implantitis: Etiology, Risk Factors, Treatment Options, Prevention

LOD-317-00

Prof. Eric Rompen

42 min

English

Peri-implantitis: Etiology, Risk Factors, Treatment Options, Prevention

Utilizing Laser Technology in Managing Periodontal Environments to Implants

LOD-315-00

Dr. Samuel Low

58 min

English

Utilizing Laser Technology in Managing Periodontal Environments to Implants

Esthetic and Functional Dentistry: Conservative Smile Enhancement

LOD-313-00

Dr. Trent Smallwood

36 min

English

Esthetic and Functional Dentistry: Conservative Smile Enhancement

The Story of Osseointegration - How Osseointegrated Oral Implants were Developed in Sweden by P-I Brånemark

LOD-307-00

Dr. Tomas Albrektsson

35 min

English

The Story of Osseointegration - How Osseointegrated Oral Implants were Developed in Sweden by P-I Brånemark

Corticotomy-Assisted Orthodontics

LOD-301-00

Dr. Robert Carvalho da Silva

35 min

English

Corticotomy-Assisted Orthodontics

Lasers in Contemporary Implant Dentistry - Part 2

LOD-238-00

Dr. Glenn van As

49 min

Part 2 of 2: Lasers in Contemporary Implant Dentistry by Dr. Glenn van As<br /><br />Part 1 (LOD 237-00) of this two part series will look at four things that can happen with laser tissue interactions: Scatter, Transmission (or Refraction), Absorption, and Reflection. This will help us understand the physics and science of lasers. We will look at the several different wavelengths available for implant dentistry, and which one might be appropriate for your practice. This lecture will present a protocol that will help you determine where lasers can fit in to implant dentistry. And, finally, we will discuss how lasers can impact before you place your implant, and during the placement of your implant.<br /><br />Part 2 (LOD 238-00) of this two part series will discuss the role of lasers after the implant has been placed. We will demonstrate how it can be used to improve healing. It can be used during uncovery. It can be used in periimplant tissue removal, and even in the exciting world of periimplantitis. Clinical cases will be presented showing hard-tissue lasers being used for decortication as an alternative to traditional means. We will focus on why an electrosurge may be damaging to your implants, and may cause you more problems than benefits, and why a diode-laser may be your treatment of choice. This lecture will conclude with what may be the future of lasers, and how Erbium lasers might be able to be used in periimplantitis to not only remove biofilms and surfaces like TiUnite, but to actively allow for reosseointegration to occur.

Lasers in Contemporary Implant Dentistry - Part 1

LOD-237-00

Dr. Glenn van As

51 min

Part 1 of 2: Lasers in Contemporary Implant Dentistry by Dr. Glenn van As<br /><br />Part 1 (LOD 237-00) of this two part series will look at four things that can happen with laser tissue interactions: Scatter, Transmission (or Refraction), Absorption, and Reflection. This will help us understand the physics and science of lasers. We will look at the several different wavelengths available for implant dentistry, and which one might be appropriate for your practice. This lecture will present a protocol that will help you determine where lasers can fit in to implant dentistry. And, finally, we will discuss how lasers can impact before you place your implant, and during the placement of your implant.<br /><br />Part 2 (LOD 238-00 - sold separately) of this two part series will discuss the role of lasers after the implant has been placed. We will demonstrate how it can be used to improve healing. It can be used during uncovery. It can be used in periimplant tissue removal, and even in the exciting world of periimplantitis. Clinical cases will be presented showing hard-tissue lasers being used for decortication as an alternative to traditional means. We will focus on why an electrosurge may be damaging to your implants, and may cause you more problems than benefits, and why a diode-laser may be your treatment of choice. This lecture will conclude with what may be the future of lasers, and how Erbium lasers might be able to be used in periimplantitis to not only remove biofilms and surfaces like TiUnite, but to actively allow for reosseointegration to occur.

The Biodynamics of Osseointegration Facts and Clinical Implications

LOD-207-00

Dr. Peter Schupbach

55 min

Dental implants are placed into the alveolar bone, with the expectation that they become osseointegrated and that the periimplant mucosa will heal to the abutment surface and fulfill the primary functions of the periodontal tissues, which are attachment and protection of the soft tissue and the underlying bone.<BR><BR>This requires that the rather rigid ankylotic like connection between implant and bone replaces functionally the sophisticated suspension via the periodontal ligament as offered by the evolution and, that the structural framework of the periimplant mucosa matches the architecture of the gingiva. <BR><BR>The context of an understanding of the elicited host site interfacial healing response will be reiterated for the time period immediately following implant placement up to long term behavior. The role of the implants