Stanford University Medical Center researchers have identified a protein responsible for ensuring correct skull growth in newborn mice. The protein, called Noggin, inhibits fusion of bony plates in ...

A patient with a damaged skull has undergone a radical new treatment: having 75 percent of his damaged skull replaced with a 3-D printed prosthetic. It's the first time such a skull replacement has ...

A new study presents a detailed cellular atlas of the developing coronal suture, the one most commonly fused as a consequence of single gene mutations, leading to birth defects such as ...

STANFORD, Calif. - Stanford University Medical Center researchers have identified a protein responsible for ensuring correct skull growth in newborn mice. The protein, called Noggin, inhibits fusion ...