Microstructural Classification of Resorption Lacunae and Perforations in Human Proximal Femora

Authors:

1 June 2003

journal article
laboratory investigations
Published by Springer Nature in Calcified Tissue International

Vol. 72 (6) , 698-709
DOI:10.1007/s00223-002-2020-7
PMID:14562999

Abstract

Resorption lacunae and perforation types mirror resorptional activity of osteoclasts and are important for the integrity of bone architecture. In the prese

Keywords

TRABECULAR BONE
BONE STRUCTURE
BONE AGING
MICROFRACTURE
BONE STRAIN