Paleohistology provides a significant amount of information on the physiology and evolution
of ancient organisms through the study of their fossilized tissues' microstructure. Such …

Lamellae are sheets of mineralized collagen 1–20 µm thick, extending over hundreds of µm
in bone tissue, occupying bone's structural hierarchy at a level above collagen fibres and …

Intracortical remodeling, and the osteons it produces, is one aspect of the bone
microstructure that is influenced by and, in turn, can influence its mechanical properties …

Objectives Histomorphological analyses of bones are used to estimate an individual's
chronological age, interpret a bone's load history, and differentiate species. Among various …

It is often difficult, if not impossible, to separate postcranial elements of species, such as
sheep and goats. Distinguishing between the skeletal remains of these species is important …

The microstructural features of the tissue of long bones subjected to different biomechanical
stresses could be a helpful tool for a better understanding of locomotor behavior in extant …

Bones are dynamic living organs that undergo continual change throughout life. An internal
process of tissue renewal, called remodeling, removes mature microscopic packets of bone …

This paper presents a detailed gross description of all anatomical elements of the humerus
in the African green monkey and provides comparative and differential elements on monkey …

The structure and geometry of bone depend on many biological and environmental factors.
These factors affect the bone tissue's microstructure differently, and their interaction has not …

The studies of bone tissue have mainly highlighted the morphometrical characteristics of the
osteons, rather than their spatial distribution. This work aimed to verify if the topographical …