Orthodontic anchorage is a fairly new dental innovation that is used to resist the force applied to patients’ teeth. Successful orthodontic anchorage treatments rely on the adequate control of the anchorage. The main challenge in using the natural dentition for anchorage of minor tooth movements, whether with traditional fixed orthodontic appliances or clear aligners, is the management of reciprocal forces. These forces can result in unintended movement of adjacent teeth, apical root resorption, and disruption of occlusal harmony, including supraeruption and canting. Ideas and concepts are constantly evolving in the area of orthodontic anchorage. It is important to stay up-to-date on the latest innovations and trends. In the study reviewed below, researchers discussed and analyzed the effectiveness of orthodontic miniscrew implants in anchorage reinforcement during en-masse retraction.
In today’s world, dental implants are considered the most advanced solution for tooth restoration. Technology is helping dental and oral health clinicians provide faster, more accurate, and well-rounded treatment to their patients. Before the invention of modern dental implants in 1952, people sought treatment for replacing teeth using a variety of methods. Through decades of scientific research and clinical practice, researchers improved implant design and functionality. Throughout the history of civilization, people have tried to replace teeth for functional and aesthetic reasons. For a historical look at the development of dental implants, read below.
Bruxism (teeth grinding and clenching) is generally considered a contraindication for dental implants, although the evidence for this is usually based on clinical experience only. There is generalized agreement that excessive stress to the bone-implant boundary may result in implant overload and failure.
Thanks to advancements in dental technology, you and your technicians can provide quicker and more precise implant treatment to your patients. For dental implant treatment, three to sixth months is the general recovery time. Based on the findings of a new case study, nerve electrical stimulation has the potential to develop a groundbreaking method to facilitate the implant-bone osseointegration process.
Porcelain-fused-to-metal (PFM) crowns are among the most popular and reliable restorations because of its durability and natural esthetics. Using a cast metal substructure that is veneered with porcelain, this material closely mimics the appearance of a natural tooth.
Technology is shaping the future of dental implants, and the possibilities for innovations are endless. In the United States alone, over 100 million people are missing at least one tooth. Dental implants are predicted to be worth over $4.4 billion dollars globally by 2020. Due to this growing number, it’s important to stay up to date on the latest techniques and devices used in oral implantation.
Zirconia crowns have gained popularity over the past decade. Today’s patients are requesting zirconia crowns over metal-based crowns because zirconia restorations provide strength and lifelike esthetics. Additionally, zirconia is an extremely durable metal and can withstand forceful chewing and grinding over an extended period of time. If properly maintained, zirconia restorations can last a patient’s lifetime.
Titanium and titanium alloys used to be the most common materials used for fabrication for dental implants. Despite their decades of popularity as the gold standard in oral implantology, the search for alternatives has been growing. Because of increasing titanium allergies and esthetic compromises with titanium implants, the use of zirconia has been introduced as an alternative to titanium. Following several experimental studies, zirconium dioxide (zirconia) has earned its place as a viable substitute for titanium in implantology.
Since its emergence into the dental arena, Zirconia has increasingly become the material of choice for clinicians who wish to provide their patients with the most technologically advanced metal-free restorations. Zirconia has improved significantly with the introduction of a wider array of available milling pucks which allow for greater shade variation and translucencies that closely resemble natural dentition.