There’s nothing quite like getting a new paper out as a scientist running a research lab so this week we can celebrate our new pediatric brain tumor study. I’ll start the weekly reads with that paper. Of course, getting new grants is amazing too but there’s more of a feel of completion after a paper […]
Weekly reads: our new brain tumor paper, levitation, dear doctor, Japan, more Read More »
Today’s The Niche recommended weekly reads post includes both primary papers and also a few media pieces. I’m especially interested in the first piece on making more complex embryo-like structures from ES cells. This is a long way from just making embryoid bodies or EBs. At the end of the post I discuss an article
Weekly The Niche reads: lab-grown embryos & thymus, more Read More »
The COVID-19 pandemic is tearing through the country right as we are starting into the holiday season, but the wheels of science including cell biology keep going and we keep reading all the great work. What news or papers caught your eye? Here are some of the things I have on my list of reading.
Weekend cell biology reads: Mesoblast COVID-19 deal, pubs Read More »
As a researcher, is there ever enough time to get to everything that you want to read especially in newer areas like stem cells, organoids, and CRISPR, without even including non-scientific reads like Shakespeare or a new novel or something like that? Hopefully, putting together lists of recommended reads like today’s post is helpful. I
Weekly reads on organoids, COVID, CRISPR, cold chromatin, more Read More »
Here are our weekly recommended regenerative medicine and other notable science reads including a few things on COVID. It’s been quite an interesting week. “Junk DNA” is not so junky, role in differentiation NIH scientists showed how ancient retroviral genes, or “junk DNA”, may play a role in helping stem cells decide to become neurons. This
Weekly reads: ‘junk DNA’, COVID chaos, CRISPR CasΦ, & postdoc opps, more Read More »
A relatively newly recognized, important player in the stem cell field is a molecule called histone H3.3. Histones are key components of chromatin with integral roles in regulating almost all aspects of cell behavior through orchestrating functions such as transcription and chromosome segregation. Histone H3.3 knockout My lab has just (April 9) published new studies
Histone H3.3: giving cells epigenetic flexibility Read More »