Abstract Background/Aim Traumatic dental injuries (TDI) are treated by repositioning and
splinting. Ideally, injured teeth should possess some mobility for optimal periodontal and …

Background The aim of this study was to compare the deflection force in conventional and
thermally activated nickel-titanium (NiTi) wires in passive (Damon Q) and active (Bioquick) …

Introduction Our objective was to investigate the effect of archwire cross-section increases
on the levels of force applied to teeth during complex malalignment correction with various …

This study's objective is to describe the force–deflection behaviour of NiTi archwires when
bent into different configurations. NiTi archwires revolutionised orthodontics by generating …

Background/objective The aim of this study was to evaluate force levels exerted by levelling
arch wires with labial and lingual conventional and self-ligating brackets. Materials/methods …

This study aims to assess the optimal unloading force range for human comfort by
considering NiTi archwires in different bending settings, based on previous research …

Introduction Our objective was to evaluate the effect of the diameter of the archwire on tooth
alignment with different bracket-archwire combinations. Methods The materials included 2 …

The aim of this study was to evaluate deflection forces of orthodontic wires of different alloys
engaged into conventional brackets using several ligation types. Stainless steel …

Introduction: The aim of the study was to evaluate deflection forces of rectangular
orthodontic wires in conventional (MorelliTM), active (In-Ovation RTM) and passive (Damon …

The present study investigated the influence of archwire size and ligation method on the
force magnitude delivered by nickel-titanium alloy archwires to 4 incisor brackets (42, 41, 31 …