Biological and Physical Anthropology Commons^™

Anatomage Table 6, Melanie A. Allen, Niki Kirkpatrick, Elizabeth R. Agosto

UT Libraries Faculty: Peer-Reviewed Publications

Anatomage Table 6, which launched in the fall of 2018, is the latest software for users of the Anatomage Virtual Dissection Table. Anatomage Table 6 comprises numerous virtual anatomy dissection and study tools for use by anatomy students and instructors. This review provides an overview and assessment of Anatomage Table 6’s primary tools and advanced navigation features.

Determination Of Intersex Humans In Human Remains, Audria Payne

CURCE Annual Undergraduate Conference

Currently, there isn’t much research on whether forensic anthropologists include the identification of intersex humans in human remains. Forensic anthropologists tend to have varied training that is related to identifying skeletal remains, but there isn’t much research about how to identify intersex humans after death or whether they have come across intersex in skeletal remains at all, besides those they have classified as ambiguous. In this paper, I will be researching various skeletal remains to see if the current identification methods of identifying sex are accurate in identifying intersex. I will also research ambiguous and undetermined remains to see if …

Is Easier, Better? A Reevaluation Of The Use Of Non-Remodeled Bone As A Histological Predictor Of Age-At-Death From The Femoral Midshaft Using Gis Software, Mariah Elaine Moe

UNLV Theses, Dissertations, Professional Papers, and Capstones

Traditional macroscopic methods for estimating age-at-death from human skeletal remains have been highly successful in practice but are notoriously inadequate when aging individuals over the age of 50 years. Skeletal histology has the potential to overcome these challenges to narrow the gap in age estimation and more accurately address older individuals.

Primary bone is produced during normal growth and development. Once fully matured, individuals undergo the lifelong process of remodeling wherein primary bone is replaced with microstructures called secondary osteons. As individuals age, the amount of primary bone tends to decrease. This study reexamined the use of percentage of primary …

The Morphology And Evolution Of The Primate Brachial Plexus, Brian M. Shearer

Dissertations, Theses, and Capstone Projects

Primate evolutionary history is inexorably linked to the evolution of a broad array of locomotor adaptations that have facilitated the clade’s invasion of new niches. Researchers studying the evolution of primates and of their individual locomotor adaptations have traditionally relied on bony morphology – a practical choice given the virtual non-existence of any other type of tissue in the fossil record. However, this focus downplays the potential importance of the many other structures involved in locomotion, such as muscle, cartilage, and neural tissue, which may each be influenced by separate selective forces because of their different roles in facilitating movement. …