The performance of Mg–1Ca alloy, a biodegradable metallic material, may be improved by
hot working in order that it may be of use in bone implant applications. In this study, Mg–1Ca …

The corrosion behavior of pure Mg, AZ31, and AZ91D were evaluated in various in vitro and
in vivo environments to investigate the potential application of these metals as …

This article reports anodization of Mg in KOH electrolyte and the associated surface,
degradation, and biological properties for bioresorbable implant applications. The …

Selection of non-toxic elements existed in human body or certified for tissue regeneration is
considered for multifunctional biodegradable metals. The effect of Sr addition on …

Magnesium (Mg) alloys are very promising biocompatible materials for biodegradable
biomedical implants, however, the main problem in using them is their fast degradation in …

Much of our understanding of the Mg corrosion mechanism is based on research using
aggressive chloride based solutions like 3% NaCl, which are appropriate for understand the …

This investigation aims at providing deeper understanding of the interactive influence of the
alloying elements calcium and zinc on biodegradable magnesium. Through the low …

This review comprehensively covers research carried out in the field of degradable coatings
on Mg and Mg alloys for biomedical applications. Several coating methods are discussed …

Mg alloys possess biodegradability, suitable mechanical properties, and biocompatibility,
which make them possible to be used as biodegradable implants. However, the …

Iron‐substituted tricalcium phosphate (Fe‐TCP)(about 1 wt%) coatings are deposited on
biodegradable Mg‐Ca alloys to improve their corrosion resistance. Pulsed laser deposition …