Current Techniques and Materials in Dentistry
Motoyoshi, Mitsuru
Current Techniques and Materials in Dentistry - Basel MDPI - Multidisciplinary Digital Publishing Institute 2022 - 1 electronic resource (168 p.)
Open Access
With advances in dental materials and their clinical applications, as well as innovations in computer technology, dental treatment is constantly evolving. In particular, adhesion technology to the tooth surface, implant treatments, and the application of CAD/CAM technology are very interesting topics for clinical dentists. As a bonding technique, the influence of the pre-etched area of the tooth surface on the adhesive strength can be reduced by the new application of a functional monomer. Additionally, the effect of an advanced adhesive system as a universal adhesive-derived primer, when compared with the two-step adhesive, is helpful for updating the applications of new materials. Dental implants are one of the most interesting dental treatments. PEEK (polyetheretherketone) has recently been reported as a further innovation in polymer implant materials, although it has not yet met the requirements to be a biomechanical requirement. In the placement of mini-screws used in orthodontic treatments, micro-cracks caused by overtorquing in thick and hard bone, and the consequent heat production, can reduce the success rate. Computer-aided design/computer-aided manufacturing (CAD/CAM) techniques are becoming increasingly popular. Since complete dentures can be produced using an additive (3D printing) or subtractive (milling) process, CAD/CAM techniques for denture fabrication have many clinical and laboratory advantages. Innovative and convenient dental material technology will be more and more expected in the future. This book has limited findings, but we hope that your clinical capability will be integrated and upgraded.
Creative Commons
English
books978-3-0365-4414-4 9783036544137 9783036544144
10.3390/books978-3-0365-4414-4 doi
Information technology industries
Computer science
denture base complete denture acrylic resin CAD-CAM milling resin eye-tracking aesthetics golden ratio forensics caries model Streptococcus mutans demineralization dental caries molar intrusion orthodontic treatment temporomandibular disorder occlusal splint centric relation bracket debonding dental enamel scanning electron microscopy orthodontics methacrylate monomer heat polymerization mechanical properties resin infiltration two-step adhesive system universal adhesive-derived primer adhesive layer thickness enamel bond durability orthodontic screw mini-implant pre-drilling heat production temperature irrigation cooled irrigation safety bone drilling orthodontic adhesive paste functional monomer pre-etched area chewing exercise masticatory function masticatory pattern open bite TADs cephalometric analysis treatment option criteria ROC analysis orthodontic retainer oral hygiene gingival recession patient compliance n/a
Current Techniques and Materials in Dentistry - Basel MDPI - Multidisciplinary Digital Publishing Institute 2022 - 1 electronic resource (168 p.)
Open Access
With advances in dental materials and their clinical applications, as well as innovations in computer technology, dental treatment is constantly evolving. In particular, adhesion technology to the tooth surface, implant treatments, and the application of CAD/CAM technology are very interesting topics for clinical dentists. As a bonding technique, the influence of the pre-etched area of the tooth surface on the adhesive strength can be reduced by the new application of a functional monomer. Additionally, the effect of an advanced adhesive system as a universal adhesive-derived primer, when compared with the two-step adhesive, is helpful for updating the applications of new materials. Dental implants are one of the most interesting dental treatments. PEEK (polyetheretherketone) has recently been reported as a further innovation in polymer implant materials, although it has not yet met the requirements to be a biomechanical requirement. In the placement of mini-screws used in orthodontic treatments, micro-cracks caused by overtorquing in thick and hard bone, and the consequent heat production, can reduce the success rate. Computer-aided design/computer-aided manufacturing (CAD/CAM) techniques are becoming increasingly popular. Since complete dentures can be produced using an additive (3D printing) or subtractive (milling) process, CAD/CAM techniques for denture fabrication have many clinical and laboratory advantages. Innovative and convenient dental material technology will be more and more expected in the future. This book has limited findings, but we hope that your clinical capability will be integrated and upgraded.
Creative Commons
English
books978-3-0365-4414-4 9783036544137 9783036544144
10.3390/books978-3-0365-4414-4 doi
Information technology industries
Computer science
denture base complete denture acrylic resin CAD-CAM milling resin eye-tracking aesthetics golden ratio forensics caries model Streptococcus mutans demineralization dental caries molar intrusion orthodontic treatment temporomandibular disorder occlusal splint centric relation bracket debonding dental enamel scanning electron microscopy orthodontics methacrylate monomer heat polymerization mechanical properties resin infiltration two-step adhesive system universal adhesive-derived primer adhesive layer thickness enamel bond durability orthodontic screw mini-implant pre-drilling heat production temperature irrigation cooled irrigation safety bone drilling orthodontic adhesive paste functional monomer pre-etched area chewing exercise masticatory function masticatory pattern open bite TADs cephalometric analysis treatment option criteria ROC analysis orthodontic retainer oral hygiene gingival recession patient compliance n/a