Molars can be moved distally approximately 1 mm/month with little to no patient cooperation
by using intraarch compressed 100 gm NiTi coils or 100 gm looped NiTi wires against the …

The aim of this systematic review was to examine, in an evidence-based way, what kind of
orthodontic anchorage systems/applications are evaluated and their effectiveness. A …

The purpose of this study was to determine the effects of the pendulum appliance on
distalization of maxilfary molars and the reciprocal effects on the anchor premolars and …

Introduction This study aimed to compare the predicted maxillary molar distalization with the
achieved clinical outcome using the palatal rugae area for registration and superimposition …

The purpose of the study was to examine the dentoalveolar and skeletal effects of the
pendulum appliance in Class II patients at varying stages of dental development and with …

Maxillary molar distalization is an increasingly popular option for the resolution of Class II
malocclusions. This communication describes the effects of one particular molar distalizing …

The present report describes the design and first clinical experiences of a newly developed
endosseous orthodontic implant anchor system (Orthosystem, Institut Straumann …

Introduction: It is now possible to predictably move maxillary molars distally in nongrowing
patients with the skeletal anchorage system (SAS) and to improve malocclusions without …

The aims of the present study were to investigate (1) the efficiency of intraosseous screws for
anchorage in maxillary molar distalization and (2) the sagittal and vertical skeletal, dental …

INTRODUCTION: This study was conducted to determine the efficiency of mini-implants as
intraoral anchorage units for en-masse retraction of the 6 maxillary anterior teeth when the …