August 12, 2020

The Niche

Knoepfler lab stem cell blog

Search Results for: Lorenz Studer

2 min read

One of the highlights of Day 1 of #ISSCR2018 for me so far was the talk by Lorenz Studer (Co-Founder of BlueRock) on the use of human embryonic stem cell (HESC)-derived dopamine neurons for Parkinson’s Disease. Note that for this post and if I have time any others on this meeting, they are probably going to be somewhat stream of consciousness notes from the talks and may have some outlined points rather than sentences. I have some questions or notes for myself that I …Read More

1 min read

Congratulations to Lorenz Studer as a MacArthur Fellow. The annual selection of MacArthur Fellows highlights creative leaders in a variety of fields. The fellows receive $625,000 with no strings attached. Stem cell biologists have been selected on a regular basis over the years as MacArthur Fellows including Kevin Eggan (2006), Sally Temple (2008), and Yukiko Yamashita (2011). This year’s group of two-dozen 2015 MacArthur Fellows includes stem cell biologist Lorenz Studer (see video above). You can learn much more about Dr. Studer’s work on his …Read More

4 min read

Who are the top stem cell and regenerative medicine influencers to follow in 2019? Terrapin asked this kind of broad question to some within our community about 5 years ago and came up with a Top 50 list of stem cell influencers, which I like to joke I was “at the top of” because I was #50 and they listed us in reverse order. What about today and soon in the coming year in 2019? Who are the major regenerative medicine and stem cell influencers? …Read More

3 min read

In Parkinson’s Disease patients develop neurological dysfunction as they lose a special kind of brain cell called dopaminergic (or dopamine) neurons. While a number of different approaches to this disease have been studied for decades, nothing has proven particularly successful in slowing its progression. As a result there has been a big need for novel thinking about how to tackle Parkinson’s Disease including via stem cells. One of the most exciting ideas has been to use human induced pluripotent stem cells (hIPSC) or human embryonic …Read More