1,720,974 research outputs found
Differences among species in compact bone tissue microstructure of mammalian skeleton: Use of a discriminant function analysis for species identification
In order to develop an identification key for distinguishing between several mammalian species, bone structure of their compact bone tissue was analyzed using qualitative and quantitative characteristics. Ninety femora of adult male humans, pigs, cows, sheep, rabbits, and rats were studied. The average area, perimeter, minimum, and maximum diameter of 1863 Haversian canals and 1863 secondary osteons were measured using a digital image device. The observed data were first used to evaluate inter- and intraspecies diversity. After that, we applied a discriminant function analysis for differentiation of the species by these variables. Classification functions for investigated species give cross-validated correct classification rates for 76.17% of cases. This percentage value can be increased by integrating conclusions from the qualitative analysis
Osteoporosis in medieval human and sheep femurs from the site of Dubovany (western Slovakia)
Age-related bone loss and frequency of femoral osteoporosis in medieval population from the territory of Slovakia
Variability in osteon and Haversian canal sizes between medieval and recent human populations from Slovakia.
Effect of cadmium on femoral bone structure in rats: an animal model for human exposure to this metal
Osteoporosis in medieval human and sheep femurs from the site of Dubovany (western Slovakia)
Prevalence of femoral osteoporosis in medieval humans from Dubovany cemetery (Western Slovakia): Macroscopic and microscopic examination
Variability in osteon and Haversian canal sizes between medieval and recent human populations from Slovakia.
Prevalence of femoral osteoporosis in medieval humans from Dubovany cemetery (Western Slovakia): Macroscopic and microscopic examination
Age-related bone loss and frequency of femoral osteoporosis in medieval population from the territory of Slovakia
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