Corrosion behaviour of sintered Mg-2wt%Zn alloy in different biomolecule-rich physiological environments
Published online on February 18, 2026
Abstract
Proceedings of the Institution of Mechanical Engineers, Part L: Journal of Materials: Design and Applications, Ahead of Print.
The role of magnesium in the fracture fixation devices fascinates researchers due to its bioabsorbable nature. However, due to a higher degradation rate in a physiological environment, its clinical usage is limited. To investigate the role of Zinc in Mg, ...
The role of magnesium in the fracture fixation devices fascinates researchers due to its bioabsorbable nature. However, due to a higher degradation rate in a physiological environment, its clinical usage is limited. To investigate the role of Zinc in Mg, ...