A growing number of studies have reported that mini-implants do not remain in exactly the
same position during treatment, although they remain stable. The aim of this review was to …

INTRODUCTION: The aims of this study were to analyze the stress distribution and
displacement patterns that develop in an orthodontic miniscrew implant and its surrounding …

Background The purpose of this retrospective cohort study was to investigate the success
rates of orthodontic mini-implants (OMIs) placed in different insertion sites and to analyse …

INTRODUCTION: Even though the use of titanium miniscrews to provide orthodontic
anchorage has become increasingly popular, there is no universally accepted screw …

Objective: To evaluate various types of stress in cortical bone around miniscrew implants
using finite element analysis. Materials and Methods: Twenty-six three-dimensional …

Objective: To experimentally study the effects of altering implant length, outer diameter,
cortical bone thickness, and cortical bone density on the primary stability of orthodontic …

SUMMARY OBJECTIVES Loosening and loss rates of monocortical mini-implants are
relatively high, therefore the following null hypothesis was tested:'The local bone stress in …

Background: Orthodontic mini-implant failure is a debatable subject in clinical practice.
However, the most important parameter to evaluate the success rate of mini-implant is the …

INTRODUCTION: The purpose of this investigation was to characterize the placement
pattern and factors influencing the primary stability of mini-implants in human cadavers. The …

INTRODUCTION: The primary stability of orthodontic anchorage miniscrews is believed to
result from mechanical interlock, with success based upon a number of variables, including …