Subscribe to the EPMA Mailing List

Open-porous Biodegradable Magnesium Scaffolds Obtained By Powder Metallurgical Methods

  • : Sandra Carolina Cifuentes1, Lucia Álvarez1, Elena Gordo1, Sophia Tsipas1
  • : 1Universidad Carlos III de Madrid
  • : PDF Download
  • : 2018


Metallic magnesium is biodegradable biocompatible and bioactive; this is the reason why porous Mg scaffolds find applications within tissue engineering. Porosity and pore size are crucial morphological properties of a porous scaffold for bone regeneration. Good conditions for bone formation and vascularization can be achieved with a porosity of minimum 40% and a minimum recommended pore size of 100μm. Magnesium scaffolds were produced from Mg starting powders by a powder metallurgical method using ammonium bicarbonate as space holder. The amount of porosity and pore size was controlled varying the size of the space holder. Four different ammonium bicarbonate particle sizes in the range of 10 – 800 µm with a porosity of 40% were studied. The porosity pore morphology and scaffold microstructure was characterized.  A protective biocompatible polymeric coating was applied onto Mg scaffolds in order to control degradation.


Non-EPMA member price shown. If you are an EPMA member please log in for your discount.
If you are logged in as a member but are still seeing this message, please contact us at
If you would like to find out about becoming an EPMA member, click here.
This product is currently only available to purchase via this website to companies with a valid EU VAT Number. If you are an individual or company without an EU VAT number wishing to purchase this, please contact EPMA directly at Alternatively, past Euro PM papers are available via ProQuest and Elsevier.
* This field is required
Go To Top