If you remember xenobots, mobile clusters of frog cells, now you might be interested to learn that some of the same team brings us human cell clusters called anthrobots. Both frog and human cellular clusters are considered types of biobots or robots made of cells. To me, anthrobots seem akin to human organoids or assembloids. […]
Dishing on biobots like xenobots & anthrobots vs. organoids Read More »
I’m trying to remember the first time I ever heard about clones. It had to be as a kid. Maybe in a monster movie or TV show? Possibly a clone was referred to by the more general term “double”, which is not necessarily a clone. Whatever it was, I’m sure as a kid that I
Weekly reads: game of clones, super-SOX, Moonwalk Bio, Great Wall’s living skin Read More »
Every year I make stem cell and regenerative medicine predictions. Looking at my predictions for 2023, they reflect a wild year but in many ways a good one overall. Below I have graded my 2023 predictions. Overall, my crystal ball gave solid results. Some of the predictions have been condensed to keep things concise, but you
2023 stem cell predictions grades reflect wild year for regenerative medicine Read More »
It wasn’t that long ago that Chinese scientist He Jiankui got out of jail. Why was he in there? For doing unauthorized human CRISPR to make heritably gene-edited humans. He botched that and apparently forged some approvals to make it happen. The three children involved may have life-long health problems as a result. I wrote
He Jiankui proposes editing human embryos again Read More »
There seems to be a never-ending supply of stem cell for hair loss research but a new article invokes a novel mechanism. Stem cell for hair loss research and cell mechanics Here’s a recent news item about a PNAS paper: Coaxing hair growth in aging hair follicle stem cells, NW Now. A common theme is things
Weekly reads: stem cell for hair loss, clinic lawsuit update, 2 big retractions Read More »
Totipotency literally means all powerful, but it refers in biology to specific cells. These cells can make every type of cell in the body of an organism plus the extraembryonic tissues needed for development. This includes humans. So if you could reprogram human cells like blood or skin cells into totipotent stem cells, you might
Weekly reads: gene therapy nod, Nature pub ethics, CRISPR LDL Read More »
Where do things stand with potential applications of CRISPR and other gene editing technologies in patients? Overall, things are looking very positive. CRISPR human trials This week the third big international human genome editing meeting took place in London. The summit addressed numerous potential clinical applications. It was good to see the agenda included quite
Weekly reads: big CRISPR mtg, Mesoblast good news, Neuralink spiked Read More »
I’m sure many of you remember He Jiankui, the guy who made CRISPR babies. He ended up serving three years in jail in China. He seems to be trying for something of a comeback since his release. Were He Jiankui invitations a mistake? Some prestigious places have even invited him to give talks, which seemed
Weekly reads: He Jiankui disappoints, ALS, Vor Biopharma Read More »
Stem cell stroke therapy research has generated buzz over the years. The goal of today’s post is to fact-check claims about supposed stem cell stroke therapies and educate readers on where clinical research stands. There is some real hope here in the long run, but things have been greatly exaggerated at times. Some clinics are
Fact-checking stem cell stroke therapy: hope but not there yet Read More »
A new stem cells for ALS treatment trial represents a big step forward. It’s early days still but this trial shows feasibility and provides a helpful foundation for moving forward. It also highlights challenges. The work is from a team led by Clive Svendsen. Stem cells for ALS treatment trial Here’s the study. Transplantation of