Computer-Guided Applications Beyond Implants: Bone Grafting and Reconstructive Surgery
Technology has facilitated the diagnosis and treatment planning process allowing clinicians to become true architects and engineers of the oral cavity. Replacing missing teeth with an implant supported restoration represents both a surgical and restorative challenge due to bony defects / concavities, soft tissue concerns, emergence profile, and insufficient bone volume or bone density to stabilize an implant. The evolution of three-dimensional imaging modalities (CBCT) produces an unprecedented visualization of patient’s individual anatomy, which empowers the clinician with new state-of-the-art tools to diagnose and treatment plan with greater accuracy to manage the surgical site, increase precision, reduce patient morbidity, and avoid potential complications.

Stem Cells in Dentistry
Stem cells are undifferentiated cells, capable of renewing themselves, with the capacity to produce different cell types to regenerate missing tissues and treat diseases. Oral facial tissues have been identified as a source and therapeutic target for stem cells with clinical interest in dentistry. In this brief presentation, Dr Ana Paz presents stem cells and outlines the clinical applications of stem cells in dentistry. Although more clinical research in this topic is still needed, Dr Ana Paz believes that the main features of stem cells in the future of dentistry should be understood by clinicians.

About Dentalxp
Explanation of dentalxp

Photo/Video Documentation in Dentistry: The MicroVision Approach
In this webinar I will speak about correct choice of equipment, settings and protocol of photo/video documentation in every day practice of a dentist. Also we will describe benefits of using microscope for documentation goals.

OCCLUSION: Can We Possibly Simplify It? Part 3
Over the past 20 years, many of us have been confused, frustrated, unsure and crazy about ... “How do I get my occlusion philosophy on the right path?” At NYU FMR we have developed tried and true techniques that are guaranteed to make you understand occlusion, contact points and mandibular movement that makes sense, is easy to diagnose and systematically treat with success. In addition being comfortable Restoring OVD, understanding TMJ joint position and treating the worn dentition. Using our SOT methods and Level 1-10 Occlusion Classification we can show you how to become successful in the “Occlusion” of your patients. Spend an hour with us and open up a whole new world of occlusion philosophy and understanding. This is the real deal!

Computer Enhanced Implant Dentistry - Part 1 of 2
Many elements of the digital workflow including digital treatment planning using merged datasets, guided implant surgery, and CADCAM restorative design will be presented in the context of their current limitations and the opportunity for efficient and predictable esthetic restorative outcomes. The goal of treatment success is based upon the thoughtful application of these technologies to an patient’s specific needs.

Biofunctional Dynamic Occlusion
Biofunctional Dynamic Occlusion is a comprehensive approach between occlusion, posture, and function. Overall, this lecture will create an understanding and relationship between the cervical spine and mandibular movements and the trilogy between Joints, Muscles and Occlusion. Most of the patients that we treat for dysfunction, were compromised during the early stages of growth and development. Overtime these created accommodations and compensations in the system induced by the physiology of the airway.

Mental Neuropathy Associated with Malignant Disease
In the current report, we emphasize that mental neuropathy is often a sign of progressive or recurrent malignant disease, despite normal results of a mandibular radiograph in a diagnostic evaluation.

Antibiotics in Dentistry
The latest from the experts on which antibiotics to use for oral infections

Antimicrobial Effect of a Single Dose of Amoxicillin on the Oral Microbiota
Amoxicillin is commonly used in oral surgery for antimicrobial prophylaxis against surgical-site infection and bacteremia because of its effect on oral streptococci. The aim of this study was to determine whether amoxicillin reaches the break-point concentrations in saliva and has any effect on the salivary microbiota, colonizing bacteria on mucosal membranes and on the gingival crevice after a single dose of amoxicillin. A single dose given as prophylaxis to prevent a surgical-site infection results in a significant reducing effect on the oral streptococcal microflora in the gingival crevice and may have an impact on bacteria spreading into tissues and the bacteria of streptococci.