anthonyolejniczak.com | Paleoanthropology and dental morphology
anthonyolejniczak.com | Paleoanthropology and dental morphology | Home anthonyolejniczak.com | Paleoanthropology and dental morphology | Publications anthonyolejniczak.com | Paleoanthropology and dental morphology | Curriculum Vitae anthonyolejniczak.com | Paleoanthropology and dental morphology | Contact
Research

Dental remains are the most abundant fossils, and they carry with them information about the diet, phylogenetic relationships, and development of the organism from which they came. My research concentrates on the form, function, and growth of teeth, and on the primate dento-gnathic system generally.

I use high-resolution medical imaging (microCT) to view and measure internal dental structures non-destructively. My current projects include studies of extant and fossil hominin and hominoid dental remains (e.g., Australopithecus, Paranthropus, Homo neanderthalensis, Homo heidelbergensis, Gigantopithecus blacki). I am particularly interested in dietary and phylogenetic information from molar enamel thickness measurements, visualization and measurement of the enamel-dentine junction, and the reconstruction of worn or broken teeth that are otherwise unsuitable for measurement.

Anthony J. Olejniczak
Microtomographic Tooth Images

Enamel thickness distribution in a Neandertal molar.

Enamel thickness distribution in a Neandertal molar.

Virtual segmentation of enamel in a fossil Homo sapiens deciduous molar.

Virtual segmentation of enamel in a fossil Homo sapiens deciduous molar.

Virtual segmentation of tissues in a Gigantopithecus blacki molar.

Virtual segmentation of tissues in a Gigantopithecus blacki molar.

High-resolution surface model of the Mauer mandible.

High-resolution surface model of the Mauer mandible.
Anthony J. Olejniczak | Paleoanthropology and Dental Morphology