Announcing the 13th Annual Wisconsin Stem Cell Symposium

20 Years of Human Pluripotent Stem Cells: Current Clinical Trials and Regulatory Framework

April 18, 2018 | Madison, WI

Picture of Stem Cell Booth display from last year's meetingOver the years, the BTC Institute has partnered with the Stem Cell & Regenerative Medicine Center, at the University of Wisconsin-Madison to offer this packed day of excellent talks and opportunities to interact with renowned speakers, poster session presenters, sponsor representatives and other attendees.

Our UW-Madison committee members define each year’s content and pull together a strong group of presenters.  This year, we’re working with Timothy J. Kamp, M.D. (Professor, Medicine, Cell and Regenerative Biology; Co-director, Stem Cell and Regenerative Medicine Center), William L. Murphy, Ph.D. (Professor, Biomedical Engineering, Orthopedics & Rehabilitation; Co-director, Stem Cell & Regenerative Medicine Center) and James Thomson, Ph.D. (John D. MacArthur Professor, Director, Regenerative Biology, Morgridge Institute for Research; Professor, Department of Molecular, Cellular, & Developmental Biology, University of California – Santa Barbara).

Attendees at last year's stem cell symposiumOur 2018 symposium brings together leading researchers advancing human pluripotent stem cell products to clinical applications for a range of degenerative diseases. Progress in clinical trials, as well as major barriers for developing these revolutionary new therapies will be discussed.

As Dr. Kamp notes, “This will be a remarkable meeting highlighting the emerging field of regenerative medicine which has grown from the pioneering discovery of human embryonic stem cells 20 years ago.” Continue reading

The “Simple” Capillary Finds Its Niche

Today we feature guest writer, Kim Smuga-Otto, stem cell biologist and assistant researcher in the Regenerative Biology Laboratory at the Morgridge Institute for Research at the Wisconsin Institutes for Discovery.


The old school of thought: "Capillaries are boring". Not any more. Illustration credit: MSO. copyright Promega Corporation

The old school of thought: “Capillaries are boring”. Not any more. Illustration credit: MSO. copyright Promega Corporation

When I was a child, I was taught that arteries were red, veins were blue, and in between them spread a net of tiny tubes called capillaries that, the text assured me, managed to reach all the cells in my body. The capillaries started off red and went to blue as they exchanged oxygen and nutrients for carbon dioxide and waste. The Wow factor—that the vessels were so small that cells, something so tiny you need a microscope to see, had to squeeze through one at a time—made an impression on my developing geek brain. But once you get past that, it’s mostly just plumbing. So as I expanded my knowledge of biological, the circulatory system remained a comfortably simple diagram of red, blue and tiny tubes.

Turns out, there’s more to their story. Continue reading