Do many in the regenerative medicine field have favorite types of stem cells? Some seem to think there’s a tension between those working on pluripotent stem cells like iPS cells and those working with MSCs. I don’t see it that way, though. Whatever stem cells work best for a particular condition should be used and, […]
Weekly reads: diabetes, GvHD, Novo Nordisk & regenerative medicine, HDACs Read More »
Can researchers use CAR-T for lupus? It’s always exciting when one’s home institution has an interesting new therapy in development. Here at UC Davis Health, there has been an increasing stream of such encouraging trials in the pipeline. I’ve written before about the promising trial of stem cells for spina bifida. Now there’s news related
Recommended reads: CAR-T for Lupus, CRISPR vision, journal closures Read More »
The biotechs Vertex and CRISPR Therapeutics have an interesting relationship as biotechs. They are partners are multiple levels but also are very different as companies including in size. There’s been a key development in one of their partnerships. Before we jump into that, please check out the video version of my 20 stem cell and
Weekly reads: Vertex & CRISPR Therapeutics, Arnold Caplan death, MS genetics Read More »
Most of us have heard of organoids but what about the related model called an “assembloid”, which is a term growing in use including from organoid researcher Sergiu Pasca of Stanford? Before we jump into that, be sure to enter The Niche stem cell image contest for your chance to win $100 or some swag.
CRISPR gene editing has made rapid progress heading from bench to bedside. Perhaps the fastest has been its progress toward clinical use to combat sickle cell disease. We’ll start with a new paper on one major effort here. CRISPR gene editing. This process often involves cutting DNA, which then can be used as an opening to
Weekly reads: CRISPR sickle cell, Parkinson’s, pig-human chimera concerns Read More »
I’ve been more interested in histones and their modifications versus DNA methylation when it comes to epigenetics and chromatin. In part this has just been because I have studied histones so much more. For example, we have been knocking out the two histone variant H3.3 genes, H3f3a and H3f3b, now for a decade. My lab also
Weekly reads: DNA methylation, H3 K27M in glioma, memory wipe, teeth Read More »
I tend to perhaps over-focus on human CRISPR or gene editing, but other applications including in agriculture are definitely going to be huge. CRISPR in agriculture One that I’ve been following for a long time is the use of CRISPR to prevent cows from growing horns. Why is that a big deal? Just in the
Weekly reads: CRISPR chicks, HSCs, sequencing Mendel Read More »
As I’ve mentioned recently, it’s my busy time for medical school teaching and not long ago we did a GI lab that included one of my favorite structures in the course: taste buds. Taste buds The medical students seem fascinated with taste buds too. I can tell as their professor when something is particularly interesting
Weekly reads: taste buds, organoids, good news on CRISPR safety Read More »
Some people consider the brain to be equivalent to a living computer and in that sense it’s too bad that computers don’t have the equal of neural stem cells to help them fix themselves. Is the internet one big neural network-like web? There was a quake in the stem cell internet as CIRM’s main website
Weekly reads: neural stem cells, CRISPR brain, Vertex, cytoplasm surprise Read More »
Great ideas and talented scientists are not enough as biomedical research needs funding and here in the U.S. that means having R01 grant success. The trends since 1995 are slowly heading the wrong way. The average age of getting your first R01 grant keeps getting older. There is also still a bit of a possible
Weekly reads: R01 grant trends, DPPA4, adult human neurogenesis debate Read More »