Iron has been vigorously studied as a potential biodegradable bone scaffold in the past
decade due to its appealing mechanical strengths and biodegradability. Nevertheless, its …

Drug-device systems based on biodegradable metals have been of great interest in the last
decade due to their local-release regime and the ability of the biodegradable metals to …

Existing research suggested 300∼ 600 μm as the optimal pore size range for metallic bone
implants. The human bones, however, have numerous pores smaller than 300 μm for bone …

Porous pure Zn alloy scaffolds are often used for bone defects, but their clinical effects are
limited due to poor mechanical properties and uneven degradation. In this study, porous Zn …

Additive manufactured bimetallic structures provide site-specific functions by joining two
metallic materials in the designed area, offering customized solutions for biomedical and …

Zinc, along with magnesium and iron, is considered one of the most promising
biodegradable metals. Compared with magnesium and iron, pure Zn exhibits poor …

Biodegradable metals have gained significant attention in the biomaterials community due
to their biodegradability and favourable mechanical properties, which are necessary for …

Zinc (Zn) is a promising biodegradable metal with an optimal degradation rate and
biocompatible degradation products. Zn has been widely studied in transient bone healing …

This paper reports the production and characterizations of some Fe-xMg (x= 3, 5, 7 wt.%)
alloys. These Fe-Mg alloys were prepared using the mechanical alloying method followed …

Alzheimer's disease is the most common progressive neurodegenerative mental disorder
associated with loss of memory, decline in cognitive function, and dysfunction of language …