Behavior of magnesium in Hank's solution aimed to trabecular pattern of natural bone

Kuwahara, H., Mazaki, N., Mabuchi, Mamoru, Wen, C. E. and Aizawa, Tatsuhiko 2003, Behavior of magnesium in Hank's solution aimed to trabecular pattern of natural bone, Materials science forum, vol. 419-422, Magnesium Alloys 2003, pp. 1007-1012, doi: 10.4028/

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Title Behavior of magnesium in Hank's solution aimed to trabecular pattern of natural bone
Author(s) Kuwahara, H.
Mazaki, N.
Mabuchi, Mamoru
Wen, C. E.
Aizawa, Tatsuhiko
Journal name Materials science forum
Volume number 419-422
Season Magnesium Alloys 2003
Start page 1007
End page 1012
Total pages 6
Publisher Trans Tech Publications Ltd
Place of publication Lausanne, Switzerland
Publication date 2003
ISSN 0255-5476
Summary An ideal artificial bone is expected to grow together with other natural bones with aid of osteoblast cells and to fade out into other natural bones at the same rate of restructuring natural bone. Magnesium is thought to be one of candidate materials, since it has a potential to enhance natural bone growth and to homogenize the implanted artificial bodies with natural bone. In the present study, we are concerned with the formation of trabecular pattern in the natural bone to consider how to reconstruct this pattan in the artificial bone made from magnesium. For that purpose, a series of experiments were perfonned to observe the chemical behavior of dipped magnesium plate and cellular magnesium in Hank's solution. A magnesium specimen is annealed at 773 - 803 K for various periods in an atmosphere to homogenize its microstructure. Mass change of magnesium is estimated by immersing it in Hank's solution. It is well known that magnesium is easily corroded by chlorine ion. Both x-ray diffraction and energy dispersed x-ray analyses were carried out in order to identify a reaction product and its chemical composition. Mass of a magnesium specimen, which was annealed at 803 K for 32.4 ks or 14.4 ks, increases after immersing it into Hank's solution for 4.5 18 Ms (1255 h). Furthermore, the cellular magnesium, which was annealed at 803 K for 1.8 ks, fanned a reacted layer with around 80 μ in thickness and it contained Mg, Ca, P, and a little bit of CI.
Language eng
DOI 10.4028/
Field of Research 090301 Biomaterials
HERDC Research category C1.1 Refereed article in a scholarly journal
Copyright notice ©2003, Trans Tech Publications Ltd.
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Document type: Journal Article
Collection: Centre for Material and Fibre Innovation
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