A rat model for orthodontic translational expansive tooth movement

A rat model for orthodontic translational expansive tooth movement

Source :

• Orthodontics & Craniofacial Research [ 1601-6335 ] ; 2013-11.

English descriptors

• KwdEn :
  • Aarhus, Aarhus university, Adverse effects, Alveolar envelope, Angle bisectors, Animal model, Appliance, Arch expansion, Biomechanical approach, Biomechanical approaches, Body weight, Bone apposition, Bone dehiscences, Buccal, Buccal root torque, Caudal corner, Comparison test, Control group, Cortical bone surface, Craniofac, Danz, Dehiscence, Dental medicine, Dental movement, Dentofacial, Edentulous regions, Expansive, Expansive tooth movement, Expansive translational tooth movement, Experimental groups, Experimental model, Extraction sockets, Facial, Facial inclination, Facial movement, Force group, Force levels, Further analysis, Further research, Gingival, Gingival recession, Gingival recessions, High force, Histological evaluation, John wiley sons, Major palatal nerve, Mandibular incisors, Maxilla, Median, Microct, Microct data, Midpalatal suture, Molar, Oral histology, Orthod, Orthod craniofac, Orthod dentofacial orthop, Orthodontic expansion, Orthodontic forces, Orthodontic tooth movement, Orthodontic translational, Orthop, Palatal, Palatal roots, Palatal side, Periodontal, Periodontal ligament, Periodontal status, Periodontal tissues, Present report, Present study, Pressure zone, Reconstructed image, Retention appliance, Rigid connection, Root center point, Root length, Root movement, Root positions, Root resorption, Same rectangle, Schenk laboratory, Second molar, Skeletal effect, Skeletal effects, Skeletal envelope, Skeletal width, Spring types, Sterile saline, Subgroup, Suture, Tension zone, Third molar, Tooth, Tooth axis, Tooth crown position, Tooth inclination, Tooth movement, Tooth movements, Tooth position, Tooth width, Torque control, Torque moment, Translational, Translational movement, Translational tooth movement, Transpalatal, Transpalatal spring, Transpalatal springs, True amount, Vertical bisector.
• Teeft :
  • Aarhus, Aarhus university, Adverse effects, Alveolar envelope, Angle bisectors, Animal model, Appliance, Arch expansion, Biomechanical approach, Biomechanical approaches, Body weight, Bone apposition, Bone dehiscences, Buccal, Buccal root torque, Caudal corner, Comparison test, Control group, Cortical bone surface, Craniofac, Danz, Dehiscence, Dental medicine, Dental movement, Dentofacial, Edentulous regions, Expansive, Expansive tooth movement, Expansive translational tooth movement, Experimental groups, Experimental model, Extraction sockets, Facial, Facial inclination, Facial movement, Force group, Force levels, Further analysis, Further research, Gingival, Gingival recession, Gingival recessions, High force, Histological evaluation, John wiley sons, Major palatal nerve, Mandibular incisors, Maxilla, Median, Microct, Microct data, Midpalatal suture, Molar, Oral histology, Orthod, Orthod craniofac, Orthod dentofacial orthop, Orthodontic expansion, Orthodontic forces, Orthodontic tooth movement, Orthodontic translational, Orthop, Palatal, Palatal roots, Palatal side, Periodontal, Periodontal ligament, Periodontal status, Periodontal tissues, Present report, Present study, Pressure zone, Reconstructed image, Retention appliance, Rigid connection, Root center point, Root length, Root movement, Root positions, Root resorption, Same rectangle, Schenk laboratory, Second molar, Skeletal effect, Skeletal effects, Skeletal envelope, Skeletal width, Spring types, Sterile saline, Subgroup, Suture, Tension zone, Third molar, Tooth, Tooth axis, Tooth crown position, Tooth inclination, Tooth movement, Tooth movements, Tooth position, Tooth width, Torque control, Torque moment, Translational, Translational movement, Translational tooth movement, Transpalatal, Transpalatal spring, Transpalatal springs, True amount, Vertical bisector.

Abstract

• https://api.istex.fr/document/A9D4732617F207028C054534BDE1E5B8335DBF12/fulltext/pdf

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