Abstract: Introduction: Orthodontic mini-implants have been incorporated into orthodontic treatment modalities. Ade-quate bone at mini-implant placement site can influence the success or failure of anchorage. The present study was to de-termine the thickness of cortical bone in the maxillary mid-palatal area at predetermined points for the placement of or-thodontic mini-implants using Cone Beam CT technique in order to evaluate the relationship of these values with the fa-cial height. Materials and Methods: A total of 161 patients, consisting of 63 males (39.13%) and 98 females (60.87%)
The midpalatal suture area and maxillary interdental area are suitable site for the placement of ort...
Objectives: To quantitatively evaluate palatal bone thickness in adults with different facial types ...
Objective: The purpose of this study was to provide clinical guidelines to indicate the best locatio...
Background: Achieving maximum anchorage without movement of the teeth in anchorage unit has been a g...
The purpose of this study is to evaluate and compare the root proximity of maxillary and mandibular ...
Objectives – To compare maxillary and mandibular cortical bone thickness and rootic proximity for o...
OBJECTIVES: To determine (1) the optimal sites for mini-implant placement in the maxilla and the man...
Introduction: There is the evidence that cortical bone thickness(CBT) and cortical bone quality(CBQ...
ABSTRACT Background: Cortical bone thickness is important for the stability of mini implants. Placin...
The purpose of this study was to investigate the cortical bone thickness of the inter-dental area of...
AIM The aim of this retrospective investigation was to measure vertical bone thickness on the hard ...
Objective:We evaluated the thickness of the facial alveolar bone wall at the maxillary incisors base...
The aim of this retrospective investigation was to measure vertical bone thickness on the hard palat...
The purpose of this study was to evaluate the 3-dimensional thickness of the palate to determine the...
Background: the placement of mini interradicular implants as an alternative for the anchoring of ort...
The midpalatal suture area and maxillary interdental area are suitable site for the placement of ort...
Objectives: To quantitatively evaluate palatal bone thickness in adults with different facial types ...
Objective: The purpose of this study was to provide clinical guidelines to indicate the best locatio...
Background: Achieving maximum anchorage without movement of the teeth in anchorage unit has been a g...
The purpose of this study is to evaluate and compare the root proximity of maxillary and mandibular ...
Objectives – To compare maxillary and mandibular cortical bone thickness and rootic proximity for o...
OBJECTIVES: To determine (1) the optimal sites for mini-implant placement in the maxilla and the man...
Introduction: There is the evidence that cortical bone thickness(CBT) and cortical bone quality(CBQ...
ABSTRACT Background: Cortical bone thickness is important for the stability of mini implants. Placin...
The purpose of this study was to investigate the cortical bone thickness of the inter-dental area of...
AIM The aim of this retrospective investigation was to measure vertical bone thickness on the hard ...
Objective:We evaluated the thickness of the facial alveolar bone wall at the maxillary incisors base...
The aim of this retrospective investigation was to measure vertical bone thickness on the hard palat...
The purpose of this study was to evaluate the 3-dimensional thickness of the palate to determine the...
Background: the placement of mini interradicular implants as an alternative for the anchoring of ort...
The midpalatal suture area and maxillary interdental area are suitable site for the placement of ort...
Objectives: To quantitatively evaluate palatal bone thickness in adults with different facial types ...
Objective: The purpose of this study was to provide clinical guidelines to indicate the best locatio...