Dr. Crump uses zebrafish to understand how the cartilages and bones of our faces are patterned during development. His lab is discovering the local tissue-tissue interactions that control skeletal differentiation and morphogenesis in vivo, and also exploring novel ways of regenerating bone in adults.
USC Stem Cell is pleased to introduce our new publication. We hope you’ll enjoy reflecting back on our history, while looking ahead to the transformative times to come. Read now at https://stemcell.keck.usc.edu/wp-content/themes/stemcell/incubator.
Few scientists will ever forget the first time they presented their research at a conference. Thanks to the Neil Segil Stem Cell Travel Scholarships, three USC Stem Cell undergraduate researchers recently experienced …
Ten USC Stem Cell PhD students and recent graduates have been awarded fellowships from the National Institutes of Health (NIH). Known as F31 awards, these prestigious fellowships provide promising PhD students with …
All PhD students who are conducting research related to developmental biology, stem cell biology, and/or regenerative medicine are encouraged to apply for a training fellowship. We have one slot available for a …
Starting in Fall 2023, USC will offer one of the few undergraduate minors in stem cell biology and regenerative medicine in the U.S. “What we hope to do with the minor is …
A USC-led team of scientists has made a drool-worthy discovery about how tendons and salivary glands develop in the jaw. Their results are published in a new study in Developmental Cell. In …
A pair of young scientists picked up a piece of driftwood and thoughtfully traced a series of letters in the wet sand of Ventura Beach. The word “microglia”—referring to the immune cells …
Five-hundred million years ago, it was relatively safe to go back in the water. That’s because creatures of the deep had not yet evolved jaws. In a new pair of studies in …
All PhD students who are conducting research related to developmental biology, stem cell biology, and/or regenerative medicine are encouraged to apply for a training fellowship. We have several slots available for both …
In this series of alumni profiles, we highlight graduates of USC’s master of science program in stem cell biology and regenerative medicine. Our accomplished alumni have pursued many different paths—ranging from a …
Cranial neural crest cells, or CNCCs, contribute to many more body parts than their humble name suggests. These remarkable stem cells not only form most of the skull and facial skeleton in …
The data repository allows craniofacial scientists to share data, which could ultimately lead to improved care for patients with craniofacial developmental disorders. Rapid technological development in the past decade has allowed scientists …
USC has been awarded a $5 million training grant from the California Institute for Regenerative Medicine (CIRM) to prepare PhD students, postdoctoral researchers, and clinical fellows for careers in stem cell research. …
Contrary to the popular song, the neck bone is actually connected to one of 22 separate head bones that make up the human skull. These plate-like bones intersect at specialized joints called …
USC Professor Scott E. Fraser is known for inventing new microscopes and other tools to observe living, developing embryos. But one of his lab’s most important pieces of technology filters coffee instead …
USC Emeritus Professor Robert E. Maxson has an understated explanation for why he’s flown so many planes, sailed so many boats, skied so many mountains, played so many guitars, taken so many …
My lab, based at the University of Southern California Keck School of Medicine, uses zebrafish to model human birth defects affecting the face. When I tell people this, they are often skeptical …
Insights into century-old controversy about key gland’s development arise from research led by the Keck School of Medicine of USC A new USC-led study suggests a change to the developmental — and …
In 2008, USC broke ground on an $80 million building dedicated solely to stem cell research and regenerative medicine. The plans called for a monolithic structure clad in black marble and reflective …
The same stem cells that heal broken bones can also generate arthritic bone spurs called osteophytes, according to a new study in the Annals of Rheumatic Diseases. “Although these stem and progenitor …