This research paper reviews the importance of Magnesium and its alloys to be specifically
used as a biomaterial in human body. Magnesium and its alloy are preferable to other …

Inspired by the process of bone reconstruction, porous scaffolds with robust osteogenesis
and biodegradability would provide an ideal bone substitute for clinical practice. In this …

Porous magnesium scaffolds are attracting increasing attention because of their
degradability and good mechanical property. In this work, a porous and degradable AZ31 …

Regeneration of long-bone segmental defects remains a challenge for orthopedic surgery.
Current treatment options often require several revision procedures to maintain acceptable …

The purpose of this study was to compare short term in vitro and in vivo biodegradation
studies with low purity Mg (> 99.94%), Mg-10Gd and Mg-2Ag designed for biodegradable …

This work studies the in vitro degradation of Mg alloys for bioabsorbable implant
applications under near physiological conditions. For this purpose, the degradation …

Powder metallurgy is a powerful method for the preparation of materials with superior
properties. This work aimed to investigate the effect of powder size on the microstructure …

The use of Mg alloys as biodegradable implants requires optimizing the surface
performance. A high number of surface modification and coating approaches have been …

Newly developed magnesium composite materials with a continuous network of MgF 2
prepared by powder metallurgy exerted enhanced corrosion resistance and seems to be …

Due to their good biodegradability and biocompatibility, magnesium alloys are widely
favored as the potential candidate for the biodegradable cardiovascular stent. However, the …