Mussaurus patagonicus (Dinosauria: Sauropodomorpha) is a basal sauropodomorph from the Late Triassic of southern Argentina that is known from a large number of individuals, including juveniles, subadults, and adults. Here, we report on the occurrence of an unusual bone tissue in an individual of M. patagonicus. The rather atypical bone tissue is located within the femoral medullary cavity and also occurs within several erosion cavities of the midinner part of the cortex. This tissue is well vas- cularized and is composed of a matrix that consists of abundant and densely packed osteocyte lacunae. Although some features of this tissue resembles avian medullary bone, the histological features are distinctive and share more features with the p...
Titanosaurs are the only group of sauropodomorph dinosaurs that possesses osteoderms. The Anacleto a...
peer reviewedThe histology of sauropod long bones often appears uniform and conservative along their...
This analysis of the long bone microstructure of Antetonitrus ingenipes fills a crucial gap in our u...
The presence of well-vascularised, endosteal bone in the medullary region of long bones of nonavian ...
Osteomyelitis is reported for the first time in a sauropod dinosaur. The material (MCS-PV 183) comes...
Here, we describe the bone histology of juvenile specimens of the basal sauropodomorph Mussaurus pat...
Medullary bone is a special bone tissue forming on the endosteal surface of the medullary cavity in ...
Bones in the fossil record sometimes exhibit unusual structures that can be attributed to pathologie...
<div><p>Background</p><p>Dinosaurs are unique among terrestrial tetrapods in their body sizes, which...
The skull anatomy of Mussaurus patagonicus from the Upper Triassic Laguna Colorada Formation is desc...
The long bone histology of sauropod dinosaurs appears uniform and conservative along the Sauropoda e...
The histology of the long bone of sauropods appears uniform and conservative along the Sauropoda evo...
Lewisuchus admixtus is a basal dinosauriform coming from Late Triassic outcrops of NW Argentina. Alt...
The transition from basal sauropodomorphs to sauropods is one of the most dramatic evolutionary tran...
This study provides a comprehensive investigation of the bone microstructure of multiple bones of th...
Titanosaurs are the only group of sauropodomorph dinosaurs that possesses osteoderms. The Anacleto a...
peer reviewedThe histology of sauropod long bones often appears uniform and conservative along their...
This analysis of the long bone microstructure of Antetonitrus ingenipes fills a crucial gap in our u...
The presence of well-vascularised, endosteal bone in the medullary region of long bones of nonavian ...
Osteomyelitis is reported for the first time in a sauropod dinosaur. The material (MCS-PV 183) comes...
Here, we describe the bone histology of juvenile specimens of the basal sauropodomorph Mussaurus pat...
Medullary bone is a special bone tissue forming on the endosteal surface of the medullary cavity in ...
Bones in the fossil record sometimes exhibit unusual structures that can be attributed to pathologie...
<div><p>Background</p><p>Dinosaurs are unique among terrestrial tetrapods in their body sizes, which...
The skull anatomy of Mussaurus patagonicus from the Upper Triassic Laguna Colorada Formation is desc...
The long bone histology of sauropod dinosaurs appears uniform and conservative along the Sauropoda e...
The histology of the long bone of sauropods appears uniform and conservative along the Sauropoda evo...
Lewisuchus admixtus is a basal dinosauriform coming from Late Triassic outcrops of NW Argentina. Alt...
The transition from basal sauropodomorphs to sauropods is one of the most dramatic evolutionary tran...
This study provides a comprehensive investigation of the bone microstructure of multiple bones of th...
Titanosaurs are the only group of sauropodomorph dinosaurs that possesses osteoderms. The Anacleto a...
peer reviewedThe histology of sauropod long bones often appears uniform and conservative along their...
This analysis of the long bone microstructure of Antetonitrus ingenipes fills a crucial gap in our u...