Teeth continue to be in the focus in many paleontological and neontological disciplines, and their morphological characters, histological structure and mode of attachment are the subject of ongoing studies. In) this review, we elaborate on tooth shape. We first highlight the progress that was made over the last two decades in understanding the mechanisms that determine the shape of a tooth. We then describe the often dramatic changes that tooth shape undergoes in ontogeny. Finally, we discuss characters of the dentition to which tooth shape may be intimately linked: tooth number and thus tooth spacing, as well as tooth replacement. While literature about various non-mammalian vertebrates is considered, this review focuses on the highly spec...
The debate about the origin of the vertebrate dentition has been given fresh fuel by new fossil disc...
We explore the functional, developmental, and evolutionary processes which are argued to produce too...
The debate about the origin of the vertebrate dentition has been given fresh fuel by new fossil disc...
Teeth continue to be in the focus in many paleontological and neontological disciplines, and their m...
Within the frame-work of an extensive survey on the evolutionary and developmental mechanisms respon...
Teleost dentitions, often polyphyodont and lacking occlusion, provide the potential for tooth form t...
We investigated how dental morphology has changed over time in secondarily aquatic tetrapods: verteb...
Teeth are found in almost all vertebrates, and they therefore provide a general paradigm for the stu...
Labial teeth of anuran tadpoles are keratinized structures derived from the activity of a single epi...
The evolutionary links that exist between odontodes and organs that are phylogenetically related to ...
Mechanisms of tooth replacement distribute incongruently among extant gnathostomes (jawed vertebrate...
AbstractIn many non-mammalian vertebrates, adult dentitions result from cyclical rounds of tooth reg...
Thesis (Ph.D.)--University of Washington, 2022Teeth are perhaps one of the most readily identifiable...
To gain an insight into the evolution of tooth replacement mechanisms, we studied the development of...
The dentition of osteichthyans presents an astonishing diversity with regard to the distribution of ...
The debate about the origin of the vertebrate dentition has been given fresh fuel by new fossil disc...
We explore the functional, developmental, and evolutionary processes which are argued to produce too...
The debate about the origin of the vertebrate dentition has been given fresh fuel by new fossil disc...
Teeth continue to be in the focus in many paleontological and neontological disciplines, and their m...
Within the frame-work of an extensive survey on the evolutionary and developmental mechanisms respon...
Teleost dentitions, often polyphyodont and lacking occlusion, provide the potential for tooth form t...
We investigated how dental morphology has changed over time in secondarily aquatic tetrapods: verteb...
Teeth are found in almost all vertebrates, and they therefore provide a general paradigm for the stu...
Labial teeth of anuran tadpoles are keratinized structures derived from the activity of a single epi...
The evolutionary links that exist between odontodes and organs that are phylogenetically related to ...
Mechanisms of tooth replacement distribute incongruently among extant gnathostomes (jawed vertebrate...
AbstractIn many non-mammalian vertebrates, adult dentitions result from cyclical rounds of tooth reg...
Thesis (Ph.D.)--University of Washington, 2022Teeth are perhaps one of the most readily identifiable...
To gain an insight into the evolution of tooth replacement mechanisms, we studied the development of...
The dentition of osteichthyans presents an astonishing diversity with regard to the distribution of ...
The debate about the origin of the vertebrate dentition has been given fresh fuel by new fossil disc...
We explore the functional, developmental, and evolutionary processes which are argued to produce too...
The debate about the origin of the vertebrate dentition has been given fresh fuel by new fossil disc...