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Histomorphometric analysis of bone tissue from a neolithic skeleton [An article from: Journal of Archaeological Science]
Book Details
Author(s)
M. Teschner
Publisher
Elsevier
ISBN / ASIN
B000PDYUKS
ISBN-13
978B000PDYUK2
Availability
Available for download now
Sales Rank
#11,518,322
Marketplace
United States 🇺🇸
Description
This digital document is a journal article from Journal of Archaeological Science, published by Elsevier in 2007. The article is delivered in HTML format and is available in your Amazon.com Media Library immediately after purchase. You can view it with any web browser.
Description:
The histomorphometric analysis of neolithic bone tissue from the radiomorphometricly unaffected 9th thoracic vertebral body of a 20-25 year old man showed significantly elevated bone volume in comparison to the contemporary findings (BV/TV, 28.72% versus 20%). Also the number of trabeculae was clearly higher (Tb.N.: 17.7cm versus 5.4cm). The mean width (Tb.Th.) of the plate-shaped trabeculae was 160@mm and 180@mm. Thus, they were significantly wider than current normal findings of 120@mm. These results show a structural, obviously multifactual caused degeneration of spongy bone within the last 6200 years, representing a relatively short period in relation to evolutionary criteria. With regards to the irretrievable loss of preserved bone substance the indication to histomorphometric diagnostic has to be restricted; tissue sampling is only to happen after the carrying-out of all possible non-invasive methods of investigation as well as a comprehensive photo and film documentation. Observing these conditions further fundamental findings for the evolution of bone tissue can be expected through histomorphometry.
Description:
The histomorphometric analysis of neolithic bone tissue from the radiomorphometricly unaffected 9th thoracic vertebral body of a 20-25 year old man showed significantly elevated bone volume in comparison to the contemporary findings (BV/TV, 28.72% versus 20%). Also the number of trabeculae was clearly higher (Tb.N.: 17.7cm versus 5.4cm). The mean width (Tb.Th.) of the plate-shaped trabeculae was 160@mm and 180@mm. Thus, they were significantly wider than current normal findings of 120@mm. These results show a structural, obviously multifactual caused degeneration of spongy bone within the last 6200 years, representing a relatively short period in relation to evolutionary criteria. With regards to the irretrievable loss of preserved bone substance the indication to histomorphometric diagnostic has to be restricted; tissue sampling is only to happen after the carrying-out of all possible non-invasive methods of investigation as well as a comprehensive photo and film documentation. Observing these conditions further fundamental findings for the evolution of bone tissue can be expected through histomorphometry.
