Hydroxyapatite (HA) with a stoichiometry composition of Ca10 (PO4) 6 (OH) 2 is widely
applied for various biomedical issues, first of all for bone defect substitution, as a catalyst …

In this paper, a novel biocompatible alloy defined as FeMoTaTiZr was obtained and
functionalized by hydroxyapatite-based coatings (HAP) in order to increase their …

As a new type of biodegradable implant material, zinc matrix composites have excellent
potential in the application of biodegradable implants because of their better corrosion …

The demand to optimize pure zinc with adjustable rates of corrosion and biocompatibility
has recently increased, and metal matrix composites offer a promising solution. In this study …

The fabrication of ordered pore topological structures (OPTS) with an improved
biodegradation profile offers unique attributes required for bone reconstruction. These …

Zinc and its alloys seem to be promising candidates for biodegradable applications. Those
materials are often modified by other elements or compounds in order to enhance their …

Metals like iron, zinc and magnesium are gaining the attention of researchers in the field of
biomedical implants owing to their good mechanical and biodegradable properties …

There has been a great interest in developing zinc-based composites for biological
applications. Mixing bioactive particles and obtaining a well-dispersed structure is not …

Biodegradable implants as bone fixations may present a safe alternative to traditional
permanent implants, reducing the risk of infections, promoting bone healing, and eliminating …

Bulk high density MgB 2 and a composite material made of a PLA matrix and MgB 2 powder
inclusions were in vivo tested as candidates for biodegradable materials for orthopedic …