At least 10 Wisconsin businesses fundamentally depend, in one way or another, on pluripotent stem cells. In our continuing series, we profile each of these companies, spun off from UW–Madison research.
Two seniors traveled to the ancient city of Agrigento on the south coast of Sicily this past summer, to develop a more accurate historical timeline.
Ashton, a leading UW–Madison stem cell scientist whose lab develops novel tissue engineering methods to derive brain and spinal cord tissues from human pluripotent stem cells, will assume a leadership position with the Stem Cell and Regenerative Medicine Center.
A UW–Madison geoscience professor has come up with new ways to teach science to non-science undergraduate students, in hopes of awakening their "inner scientists."
The results of a three-year study offer some support for the belief that much of the nitrogen in the wastewater from cheese-making and vegetable processing leaves the soil and harmlessly enters the atmosphere.
Beginning with just five cell lines derived from surplus embryos donated by patients who had finished undergoing fertility treatments, human stem cell science has mushroomed from just a few isolated labs to a burgeoning global industry and launched the new field of regenerative medicine.
When Kaivalya Molugu was considering graduate schools, she knew she was interested in stem cell research, but she had to decide where to apply. The answer soon became clear: the place where it all began.
A UW–Madison researcher has succeeded in creating an array of colorful thin diamond films, which will help explore light-powered chemical reactions catalyzed by diamond.
An international team of researchers has shown in mice that a healthy gut microbiome is important for recovery after a heart attack.