When it comes to student contributions to all things stem cell on the UW-Madison campus for the past 10 years, one name rises to the forefront: Ka Yi Ling.
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Career Enhancement Opportunity (CEO) Program (Above photo)
Foundations of Innovations in Stem Cell Industries completed its first semester in May 2016.
Advance furthers stem cells for use in drug discovery, cell therapy
Since highly versatile human stem cells were discovered at the University of Wisconsin–Madison nearly 20 years ago, their path to the market and clinic has been slowed by a range of complications.
Both embryonic stem cells and induced pluripotent stem cells are valued for their ability to form any cell in the body.
National Institutes of Health Oxford-Cambridge Scholarship Winners
Ryan Prestil and Alex Waldman, two graduated seniors in SCRMC scientists’ labs, won National Institutes of Health Oxford-Cambridge Scholarships in May 2016.
Alex Waldman
Alex Waldman is one of two graduated seniors in SCRMC scientists’ labs won National Institutes of Health Oxford-Cambridge Scholarships in May 2016.
Ryan Prestil
Ryan Prestil is one of two graduated seniors in SCRMC scientists’ labs won National Institutes of Health Oxford-Cambridge Scholarships in May 2016.
Stem cell advance brings bioengineered arteries closer to reality
Morgridge Institute regenerative biology researchers Jue Zhang and Matt Brown examine a part for a new bioreactor designed to help grow arterial tissue. Morgridge Institute for Research Stem cell…
Department of Medicine Faculty Members Awarded UW2020 Funding
A project entitled “‘Cardioimmunotherapy’ – A Paradigm Shifting Concept: Engineering Cardio-Reparative Macrophages by Cardiac Specific Exosomes” led by Co-Principal…
Stem cells yield nature’s blueprint for body’s vasculature
Scientists are poised to get a better look at the fundamental development of the cells that make up blood vessels and how they can be more reliably cultured in the laboratory dish. Writing this week…
Study shows stem cells fiercely abide by innate developmental timing
The mystery of what controls the range of developmental clocks in mammals — from 22 months for an elephant to 12 days for an opossum — may lie in the strict time-keeping of pluripotent stem cells for each unique species.