… the progress and development on biomedical magnesium alloys, mainly on pure Mg, Mg–Ca-based,
Mg–Zn-based, Mg–Si-based, Mg–Sr-based and Mg–RE-based alloys. We also …

… , and corrosion resistance of magnesium alloy AZ91. Moreover, this review addresses the key
… hindering the applications of magnesium alloys for structural and biomedical applications. …

… In conclusion, the drives for surface modification of Mg alloy are as follows. Firstly, the
properties of Mg alloy material rarely match perfectly every requirement for a given application. …

… Magnesium alloys are of interest mainly because of their biocompatibility, moderate … right
alloying system and process parameters are used. Potential applications of magnesium alloys …

… This chapter deals with the emerging field of biomedical applications for magnesium-based
materials, envisioning degradable implants that dissolve in the human body after having …

… use of an Mg alloy (magnesium–cadmium) in the biomedical field and … This research on Mg
in biomedical applications, though … The modern era of Mg research only started in the early …

… degradation phenomenon of Mg alloys in vitro and in vivo. Recent studies show a lot of
progress in surface modification methods for Mg alloys utilized for biomedical applications [36], …

… Mg alloys for biomedical applications. To show the significance of the intrinsic corrosion
resistance of biodegradable Mg alloys … intrinsic corrosion resistance of Mg alloys in recent years …

… satisfying compositional, microstructural, and design features as per biomedical design …
of Mg in biomedical applications, feasibility of manufacturing Mg and its alloys through AM …

… service time, many new magnesium alloys have been designed especially … biomedical
applications by adding alloying elements. Mg–Ca [51, 52], Mg–Zn [53, 54], Mg–Sr [55] and Mg…