If only humans could master regeneration. It seems like that would open the door to far better health. Maybe to longer life too. We can see how many other creatures innately can regenerate organs. I can see it in the lizards that run around in my garden. Every now and then I see one with […]
How are things going with regenerative medicine and stem cells in Japan? It’s still an exciting time there, but I’ve noted a sense that it is a time of transition too in some ways. For example, government funding is perhaps less certain than in the past. Let’s start with a few articles on how the
Recommended reads: Stem cells in Japan, iPS cells for COVID & hearts, He Jiankui Read More »
Gene editing continues to advance both in the clinic trial arena and at more basic science levels including a report on a new approach called click editing. The two gene editing papers below highlight the variety of tools now available. Gene Editing papers including click editing Click editing enables programmable genome writing using DNA polymerases
Recommended reads: click editing, CRISPR v. progeria, diapause transcriptional program Read More »
The private cord blood bank industry has promised families all kinds of great things over the years. A typical ad for such cord blood banks might say, “Your child may need cord blood in the future for a cure.” The industry also often uses the analogy of frozen cord blood as an insurance policy for
Mesenchymal stromal/stem cells or MSCs are widely used by unproven clinics, but MSC research also suggests real promise in specific areas. Clinics mainly use adipose MSCs (often called SVF) or bone marrow MSCs. However, umbilical cord MSC preparations are getting more popular too. Many questions swirl around the use of MSCs including what exactly are
Combinations of human flesh and robots are more in the news lately. Sometimes the fleshy parts are grown from stem cells in a lab. Robots with fleshy faces Scientists in Japan Give Robots a Fleshy Face and a Smile, NYT. I’m working on a piece about robots in China with small, human brain-like structures. Stay tuned
Recommended reads: flesh-faced robots, ALS, Spina Bifida,neuronal CRISPR Read More »
The proto-oncogene MYC is one of those factors studied in thousands of papers. MYC and its dimerize partner MAX are also seemingly involved in just about everything. They have crucial roles in many kinds of stem cells including adult and embryonic stem cells. One way or another MYC induction seems very helpful for cellular reprogramming
When I was first really getting into stem cells as a trainee the name Catherine Verfaillie came up as a scientist to watch in the adult stem cell area. It wasn’t too long after that though that I started hearing that some of the work from her lab at the University of Minnesota was being
Recommended reads: Nature Catherine Verfaillie retraction, Horvath paper, Vertex Read More »
I’ve only met one scientist who was openly a Trump fan, but I’m sure there are more out there. Still, it seems most scientists are no fans of the former president. A new WaPo piece highlights how federal scientists are worrying about a possible second term for the former president. Government scientists & a second
Recommended reads: gov scientists fear Trump 2nd term, MYCT1 in HSCs, in vivo editing Read More »
When I first saw the new FDA warning on stem cells for pets and the logo for the company that received it, I was surprised in a few ways. I don’t recall ever seeing such a letter and the logo is something else. We’ll get into all of that in a moment, but first, since
Recommended reads: FDA warning on stem cells for pets, chromatin, aging & HSCs Read More »