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Condition in which bones are effected by both Osteosclerosis and Pachyostosis
Pachyosteosclerosis is a combination of thickening (pachyostosis) and densification (osteosclerosis) of bones. It makes bones more heavy, but also more
Pachyosteosclerosis
Extinct genus of early cetacean
The most characteristic feature of Perucetus is the high degree of pachyosteosclerosis present in the bones of the body, which means that the bones are
Perucetus
Formation of new bone on a bone
findings associated with cutaneous conditions Osteoma Osteosclerosis Pachyosteosclerosis Pachyostosis "Exostosis" at Dorland's Medical Dictionary Morales
Exostosis
Condition in which bones are abnormally hardened
(pachyostosis). This joint occurrence is called pachyosteosclerosis. Axial osteomalacia Pachyostosis Pachyosteosclerosis Heinrich Albers-Schönberg EL-Sobky TA,
Osteosclerosis
Condition in which bones have an abnormally elevated density
(osteosclerosis), reducing inner cavities. This joint occurrence is called pachyosteosclerosis. However, especially in the older literature, "pachyostosis" is often
Pachyostosis
Rigid organs of the skeleton of vertebrates
A, D'Anastasio R, Domning DP (June 2010). "Evolution of Sirenian Pachyosteosclerosis, a Model-case for the Study of Bone Structure in Aquatic Tetrapods"
Bone
Prehistoric shallow inland sea in Eurasia
Paratethys from its isolation, marine mammals independently evolved pachyosteosclerosis, leading to dense, bulky bones. This condition appears to have independently
Paratethys
Extinct genus of reptile from the early Permian of South Africa
which was proportionally narrow from side to side. The bones exhibit pachyosteosclerosis (the property of being both thick and relatively dense). The limbs
Mesosaurus
Extinct, aquatic ground sloth from South America
and non-functioning. The thick and dense bones of later species (pachyosteosclerosis) allowed the animal to combat buoyancy and sink to the seafloor,
Thalassocnus
Possibly marine ground sloth from Venezuela
partially aquatic. However, the bones are not particularly dense (pachyosteosclerosis) to negate buoyancy, and the femoral head is missing indicating it
Eionaletherium
Extinct genus of carnivores
Pachyphoca exhibited thick and dense bones that are characteristic of pachyosteosclerosis. It is believed that seals with such an adaptation dive to shallow
Pachyphoca
Extinct genus of reptiles
hdl:10919/114487. Mukherjee, Debarati; Ray, Sanghamitra (2022). "Pachyosteosclerosis, rhamphotheca and enhanced sensory capabilities of the premaxillae
Hyperodapedon
Extinct genus of reptiles
positive buoyancy caused by their lungs: pachyostosis, osteosclerosis, pachyosteosclerosis, and calcified cartilage of bone. The ultimate goal of these processes
Pistosaurus
Extinct species of reptile
osteosclerotic as well (combined, this represents the condition pachyosteosclerosis). The holotypic specimen possessed five stout and conical tooth pairs
Pachycostasaurus
1080/08912963.2021.2022133. S2CID 245826916. Mukherjee, D.; Ray, S. (2022). "Pachyosteosclerosis, rhamphotheca and enhanced sensory capabilities of the premaxillae
2022_in_reptile_paleontology
French histologist and paleobiologist
Canoville A., D'Anastasio R, & Domning D. P. 2010. Evolution of sirenian pachyosteosclerosis, a model-case for the study of bone structure in aquatic tetrapods
Vivian_de_Buffrénil
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