Miniscrew has been used widely as an effective orthodontic anchorage with reliable
stationary quality, ease of insertion and removal techniques, immediate or early loading …

Miniscrew anchorage has greatly expanded the limit of clinical orthodontics. Even without
patient compliance, miniscrews can provide stationary anchorages for various tooth …

Introduction Studies have demonstrated the potential efficacy of micro-osteoperforations in
accelerating tooth movement by amplifying the expression of inflammatory markers. The aim …

Orthodontic bone screws (OBSs) provide intraoral anchorage by penetrating oral mucosa
and seating firmly in basilar bone (BB). Retromolar (prosthetic‐type) implants introduced the …

According to Newton's Third Law, for every action, there is an equal and opposite reaction. 1
Orthodontists must acknowledge this law every time they try to move teeth. Simply stated …

The term orthodontic anchorage was first introduced by Edward Angle and can be explained
as resistance to unwanted movement. The goal is to maximize desired tooth movements and …

Objectives: To describe the relationship between the proximity of miniscrew implants (MSIs)
to the periodontal ligament (PDL) and stress in the PDL under different load magnitudes and …

Background Most orthodontic mini-implants (OMIs) are inserted between dental roots. The
prevalence of contacting these structures is high. Such contacts can cause permanent root …

Introduction This study evaluated and compared the completeness of reporting of abstracts
of orthodontics systematic reviews before and after the publication of the Preferred …

The study evaluated the clinical changes of orthodontic mini-implants (MI) inserted for the
purpose of anchoring during orthodontic treatment. The null hypotheses were: 1-that there is …