The evaluation of histological methods for biodegradable magnesium

The histological evaluation is an essential tool used in the field of orthopedics to examine the biocompatibility, bone fracture healing, and articular cartilage repair of implants. The examination of bone biopsies near the implanted sample provides valuable information on bone structure, remodellin...

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Main Authors: Han, H, Han, J, Kim, Y, Seok, H, Lee, J, Yang, S
Format: Conference item
Published: AO Foundation 2014
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author Han, H
Han, J
Kim, Y
Seok, H
Lee, J
Yang, S
author_facet Han, H
Han, J
Kim, Y
Seok, H
Lee, J
Yang, S
author_sort Han, H
collection OXFORD
description The histological evaluation is an essential tool used in the field of orthopedics to examine the biocompatibility, bone fracture healing, and articular cartilage repair of implants. The examination of bone biopsies near the implanted sample provides valuable information on bone structure, remodelling, and turnover. Recently, there have been significant advances in development of biodegradable magnesium and its alloys as orthopedic implant materials. However, there are currently no standardized methods available in the literature to reflect on to perform the histological evaluation of the magnesium alloys and the unique corrosive characteristic of magnesium often hinders the accurate observation. The purpose of this study was to evaluate the four most commonly used bone histological staining methods (Goldner's trichrome, Toludine blue, von Kossa with Gieson counterstain, Villanueva stain) to observe their effectiveness when used on magnesium
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spelling oxford-uuid:ec7ba063-1ecd-4eaa-bee0-8d4b57c92bee2022-03-27T11:17:52ZThe evaluation of histological methods for biodegradable magnesiumConference itemhttp://purl.org/coar/resource_type/c_5794uuid:ec7ba063-1ecd-4eaa-bee0-8d4b57c92beeSymplectic Elements at OxfordAO Foundation2014Han, HHan, JKim, YSeok, HLee, JYang, SThe histological evaluation is an essential tool used in the field of orthopedics to examine the biocompatibility, bone fracture healing, and articular cartilage repair of implants. The examination of bone biopsies near the implanted sample provides valuable information on bone structure, remodelling, and turnover. Recently, there have been significant advances in development of biodegradable magnesium and its alloys as orthopedic implant materials. However, there are currently no standardized methods available in the literature to reflect on to perform the histological evaluation of the magnesium alloys and the unique corrosive characteristic of magnesium often hinders the accurate observation. The purpose of this study was to evaluate the four most commonly used bone histological staining methods (Goldner's trichrome, Toludine blue, von Kossa with Gieson counterstain, Villanueva stain) to observe their effectiveness when used on magnesium
spellingShingle Han, H
Han, J
Kim, Y
Seok, H
Lee, J
Yang, S
The evaluation of histological methods for biodegradable magnesium
title The evaluation of histological methods for biodegradable magnesium
title_full The evaluation of histological methods for biodegradable magnesium
title_fullStr The evaluation of histological methods for biodegradable magnesium
title_full_unstemmed The evaluation of histological methods for biodegradable magnesium
title_short The evaluation of histological methods for biodegradable magnesium
title_sort evaluation of histological methods for biodegradable magnesium
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