Update in 2020: It seems now after all these years that the consensus in the now more mature field is that IPSCs and ESCs are nearly identical in most cases, and both have some of the same translational challenges such as teratoma-forming activity. It’s interesting to read this post from nearly 10 years ago and […]
iPS cells coming into focus: not quite so similar to ESC after all Read More »
“HSCT Chicago Clinic Closing!” is the startling header in all caps on a patient-run Facebook page about a stem cell therapy clinical trial program at Northwestern University. What’s going on? Unfortunately, the promising field of hematopoietic stem cell transplantation (HSCT) for multiple sclerosis (MS) and other autoimmune diseases seems to have suffered an unexpected setback
Northwestern abruptly ending Burt HSCT autoimmune trials Read More »
What do you think of when I mention Stanford professor Mike Snyder and self-help guru Tony Robbins together? I would not necessarily have imagined them forming a connection but science is full of surprises. I’ve admired Snyder’s work in genetics for a long time. I’m most familiar these days with Robbins for his interest in
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
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
Nevada has a relatively new 2023 law legalizing non-FDA-approved biological and gene therapies. I use the word “therapies” here loosely. They are not scientifically or medically proven to work or be safe so they could lead to substantial harm. This is yet another early step in a likely growing trend of states challenging FDA authority
What if we could make robots that possess human brain-like structures? Chinese scientists have reportedly made such robots that are each guided at least in part by a small amount of lab-grown brain tissue. These cyborg-like creations, which are being trained to perform specific tasks, also have standard computer chips. How much does the human
On the road to Cylons? Robots with human brain tissue reported Read More »
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