Latest Human skull Stories
Embryonic development in animals – except mice and rats – remains largely unexplored.
Forensic experts have long used the shape of a person’s skull to make positive identifications of human remains. But those findings may now be called into question, since a new study from North Carolina State University shows that there is not enough variation in skull shapes to make a positive ID.
Evolution skeptics argue that some biological structures, like the brain or the eye, are simply too complex for natural selection to explain.
Once upon a time, there were 13 crystal skulls. Well, no, actually there are dozens of them, in private collections and museums. The largest and most well-known are housed in prominent museums around the world.
Neurosurgeons at All Children's Hospital/Johns Hopkins Medicine (St. Petersburg, FL) and the University of South Florida Morsani College of Medicine (Tampa, FL) recently achieved excellent physical and aesthetic results in an infant born with extreme macrocephaly due to hydrocephalus.
The reexamination of an ancestral human fossil found almost 90 years ago indicates that evolutionary changes in human brain development started 2.5 million years ago, about the time these ancestors began to walk upright.
Scientists studying a unique collection of human skulls have shown that changes to the skull shape thought to have occurred independently through separate evolutionary events may have actually precipitated each other.
A synthetic bone matrix offers hope for babies born with craniosynostosis, a condition that causes the plates in the skull to fuse too soon.
A curator at the University of Chicago's Oriental Institute says two artists came up with very similar renditions of a 2,800-year-old Egyptian mummy's face. Curator Emily Teeter said while artists Joshua Harker and Mike Brassell used separate police forensic methods to determine what the mummified Egyptian court singer Meresamun once looked like, their final products were extremely similar, the Chicago Tribune reported Sunday. They are so close that we feel pleased that we're giving people a...
The occipitofrontalis or epicranius is a muscle of the human skull and consists of two parts: The occipital belly, near the occipital bone, and the frontal belly, near the frontal bone. Some authorities consider this muscle to be a structure consisting of two distinct muscles: the Frontalis and the occipitalis. However, it has been classified as a single muscle by International Anatomical Terminology -- the official body of anatomical nomenclature. The occipital belly originates on the...