Open Access. Powered by Scholars. Published by Universities.®

Biological and Physical Anthropology Commons

Open Access. Powered by Scholars. Published by Universities.®

Doctoral Dissertations

Biomechanics

Publication Year

Articles 1 - 2 of 2

Full-Text Articles in Biological and Physical Anthropology

Variation In Cortical Bone Distribution In The Aging Adult Appendicular Skeleton, Alice Fazlollah Gooding Dec 2017

Variation In Cortical Bone Distribution In The Aging Adult Appendicular Skeleton, Alice Fazlollah Gooding

Doctoral Dissertations

This study considers the effects of age on the distribution of bone in the adult skeleton. Age effects on the skeleton have been studied for diagnosis of osteoporosis or as mechanical compensatory changes to bone shape with loss in density. However, adult skeletal morphology is the result of a lifetime of genetic, dietary, activity, and biochemical factors. With these influences, it unclear at what age(s) bone geometry shifts to adapt to the physiological and mechanical demands placed on it, or, how these adaptations vary within and between bones.

This research addresses these questions by examining skeletal data obtained from the …


Augmenting Functional Adaptation: Does Obesity Have A Systemic Effect On Bone Strength Properties In Humans?, Nicole Marie Reeves May 2014

Augmenting Functional Adaptation: Does Obesity Have A Systemic Effect On Bone Strength Properties In Humans?, Nicole Marie Reeves

Doctoral Dissertations

This study considers the mechanical and neuroendocrine-metabolic effects of obesity on cortical bone and joint morphology throughout the human skeleton. Obesity has primarily been associated with changes in lower limb bone morphology, attributed to local mechanical responses; however, it is known that systemic metabolic shifts concomitant with obesity also influence bone turnover and cell signaling. Thus, the interaction of these mechanical and metabolic effects should be considered, rather than either factor in isolation.

The presented research addresses this interaction by examining skeletal data obtained the William M. Bass Donated Collection (University of Tennessee), a modern collection with documentation representing obese …