Download or read book State-of-the-Art Orthodontics E-Book written by Hugo Trevisi and published by Elsevier Health Sciences. This book was released on 2011-06-09 with total page 241 pages. Available in PDF, EPUB and Kindle. Book excerpt: The provision of high-quality treatment with good aesthetic outcomes and shorter treatment times are important goals for all practising orthodontists. To facilitate these objectives, the availability of aesthetic appliances with low friction levels together with the introduction of orthodontic mini-screws have allowed faster and more efficient treatment with reduced side effects. The use of contemporary aesthetic appliances and mini-screws also negates the problems seen regarding patient compliance - which can be particularly problematic with adolescents and adults who are reluctant to use head-gear and traditional intra-oral devices. Authored by experts of international renown, Contemporary Orthodontics: Self-Ligating Appliances, Mini-Screws and Second Molars Extraction addresses these issues and is lavishly illustrated to clearly describe the diagnosis and treatment planning of Class II and III malocclusion and the use of second molar extraction. The book particularly explores the use of the ClarityTM Self-Ligating appliance, a device which contains all of the essential features of SmartClipTM but which - by possessing improved aesthetic properties - also demonstrates greater patient acceptability and hence improvement in compliance. Contemporary Orthodontics: Self-Ligating Appliances, Mini-Screws and Second Molars Extraction is ideal for practicing orthodontists both qualified and in training. - Authored by experts of international renown - Lavish use of colour photography and artwork helps explain new concepts clearly - Demonstrates the effective use of the ClarityTM Self-Ligating appliance, a device which contains all of the essential features of SmartClipTM but which also demonstrates greater patient acceptability and hence improvement in compliance - Explains treatment options that show more predictable outcomes, good performance sliding biomechanics, the application of low force levels and reduced treatment times - Ideal for orthodontists worldwide – whether qualified or in training