Reprint

New Approaches and Technologies in Orthodontics

Edited by
May 2024
276 pages
  • ISBN978-3-7258-1221-9 (Hardback)
  • ISBN978-3-7258-1222-6 (PDF)

This book is a reprint of the Special Issue New Approaches and Technologies in Orthodontics that was published in

Medicine & Pharmacology
Public Health & Healthcare
Summary

The aim of this Special Issue was to update readers with the latest research in different areas of orthodontics, with an emphasis on diagnostic and therapeutic advances to widen our knowledge and support scientific and clinical activities. In recent years, new diagnostic and treatment approaches in orthodontics have emerged, and researchers and practitioners must stay current with these innovations. Artificial intelligence (AI) development has advanced, allowing experts to provide better alternatives to patients, make more precise diagnoses, and reduce treatment costs and time frames. New technologies and procedures, such as intraoral scanners, digital models, and measurements, along with the increasing use of CBCT, have slowly grown, enhancing overall patient care, treatment plan management, and prevention, particularly in the early stages. Currently, impacted teeth, facial deformities, OSA, and other oral disorders or pathologies may be detected more quickly, allowing for more direct and timely communication and enhancing patient compliance. Furthermore, technology has enabled the accurate timing and positioning of many types of orthodontic devices, such as functional appliances and mini-screws, and the ability to determine which factors are connected to the orthodontic treatment movement (OTM). The literature is regularly expanding, allowing doctors to provide more effective and less onerous therapies for each patient.

Format
  • Hardback
License and Copyright
© 2024 by the authors; CC BY-NC-ND license
Keywords
surgical; orthodontic treatments; apnea; digital model; intraoral scanner; intraoral scanned digital model; digital orthodontic measurement; tooth width; arch length; arch length discrepancy; malocclusion; angle Class III; phenotype; principal component analysis; clustering; orthodontics; Class II malocclusion; mandibular retrognathism; orthopedic treatment; dentofacial orthopedics; orthodontics; functional appliances; clinical trials; systematic review; meta-analysis; tooth wear; measurement method; quantitative assessment; three-dimensional imaging; surface model; three-dimensional superimposition; orthodontic retention; fixed retainers; CBCT; segmentation; mandible; superimposition; periodontitis; saliva; matrix metalloproteinase; cleft; accuracy; unilateral cleft lip and palate; CBCT; interobserver; cephalogram; bone anchored; maxillofacial protraction; color mapping; 3D superimposition; cleft; orthodontics; class III malocclusion; CBCT; orthopedic therapy; orthodontics; clear aligners; brackets; microbiota; microbiome; oral health; Candida albicans; periodontitis; caries; dental plaque; materials; PCR; overjet; overbite; occlusion; profile shape; adults; morphometrics; vibrational spectroscopies; Raman spectroscopies; infrared spectroscopies; orthodontic tooth movement; gingival crevicular fluid; periodontal ligament; orthodontics; CAD/CAM; PAR index; dental models; digital models; clinical; orthodontic tooth movement; animal studies; mechanosensing; osteoclastogenesis; osteogenesis; micro implant-assisted rapid palatal expansion; maxillary transverse deficiency; Cone-beam computed tomography; alveolar bone; midpalatal suture; skeletal expansion; palatal expansion; mini-implants; rejection rate; teenagers; insertion site; interceptive orthodontics; lip bumper; CBCT; mandibular incisor; nasal obstruction; recovery; optimal timing; maxillofacial growth; mouth breathing; aligner; Invisalign®; orovestibular tooth movement; orthodontics; treatment efficiency; n/a

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