The prevalence of orthopedic metal implants is continuously rising in the aging society.
Particularly the number of joint replacements is increasing. Although satisfying long‐term …

Because magnetic resonance imaging–guided radiation therapy (MRIgRT) offers exquisite
soft tissue contrast and the ability to image tissues in arbitrary planes, the interest in this …

Zirconium alloys for biomedical applications are receiving increasing attention due to their
two unique properties: 1) the formation of an intrinsic bone‐like apatite layer on their …

Most orthodontic equipment is fabricated from alloys such as stainless steel, Co-Cr and Ni-Ti
because of their excellent elastic properties. In recent years, increasing esthetic demands …

The research and development of metallic biomaterials and their future prospects are
overviewed. Approximately 80% of implant devices and 95% of orthopedic devices are still …

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 …

Novel superelastic alloys and shape memory alloys composed of multi-principal elements
with non-toxic and low magnetic susceptibility were developed. Phase constitution …

Nowadays, MRI diagnostics have become indispensable in modern medicine, and the
development of MRI-compatible materials is an urgent requirement for both modern …

Objectives To find alternative non-metallic materials as dental implants for clinical
application, different types of carbon fiber reinforced polyetheretherketone were fabricated …

The thermal radiative property of microarc oxidation (MAO) coated and uncoated niobium
metal is not available in the elevated temperature, while it is a key requirement for …