Objectives Dental MRI is often impaired by artefacts due to metallic dental materials. Several
sequences were developed to reduce susceptibility artefacts. Here, we evaluated a set of …

BACKGROUND AND PURPOSE: The incidence of metallic dental restorations and implants
is increasing, and head and neck MR imaging is becoming challenging regarding artifacts …

Objectives: Metallic compounds present in the oral and maxillofacial regions (OMRs) cause
large artefacts during MR scanning. We quantitatively assessed these artefacts embedded …

Aim To evaluate the image quality of O-MAR (Metal Artifact Reduction for Orthopedic
Implants) for dental metal artefact reduction. Materials and methods This prospective study …

Objectives: Susceptibility artefacts from dental materials may compromise MRI diagnosis.
However, little is known regarding MRI artefacts of dental material samples with the clinical …

Objective Artifacts from dental hardware affect image quality and the visualization of lesions
in the oral cavity and oropharynx in computed tomography (CT). Therefore, magnetic …

Background Metal artifacts often impair diagnostic accuracy in computed tomography (CT)
imaging. Therefore, effective and workflow implemented metal artifact reduction algorithms …

Purpose To investigate whether a newly-developed single-energy metal artifact reduction
(SEMAR) algorithm applied to images acquired on a 320-MDCT volume scanner reduces …

Objective: Metal artefacts can seriously degrade the visual quality and interpretability of
dental CT images. Existing image processing algorithms for metal artefact reduction (MAR) …

Purpose: To investigate and propose a method of artifact reduction arising from metallic
dental materials by applying a slice‐encoding for metal artifact correction (SEMAC) …