Does time seem somewhat warped to anyone else in 2020 even without having had COVID, which could alter brain function? It just seems like with everything going on that time simultaneously both drags and zooms by this year. One sort of reassuring element is that papers keep on being published so we can enjoy cool …
Weekly reads: lab meat, crow brain biology, direct reprogramming, more Read More »
What new papers and news in the stem cell sphere caught your eye? Here are some recent items that seem notable to me. Diabetes relief in mice by glucose-sensing insulin-secreting human α-cells. This paper reports cellular reprogramming to insulin-producing cells in mice. They reprogrammed α-cells with Pdx1 and MafA proteins. ‘Mitophagy inhibits amyloid-β and tau pathology and reverses …
Recent stem cell pubs & news: reprogramming, chromatin, single-cell, Astellas, & more Read More »
The past few weeks have brought some exciting, thought-provoking stem cell papers and developments in the regenerative medicine field. Here’s a list of stem cell papers in the media that struck me as particularly cool along with some other developments in the field. Human Stem Cells Fight Parkinson’s Disease in Monkeys Organoids Reveal Clues to Gut-Brain …
Cool stem cell papers: antibody reprogramming, organoids, gravity, & more Read More »
The second day of ISSCR 2016 started off with a great session on pluripotency and plasticity, and the first talk was by Shinya Yamanaka. He changed the title of his talk to “Reprogramming of Cells and Scientist”. As with my other posts on this meeting, this one is a stream of quotes and impressions from …
Shinya Yamanaka at #ISSCR2016 on reprogramming of cells & scientists Read More »
There’s some big, positive news on the stem cell front today. Two new innovative papers both by teams led by Sheng Ding of Gladstone Institutes with UCSF report all-chemical direct reprogramming of human somatic cells. Ding’s team took skin cells and by exposing them to cocktails of small molecules was able to turn them directly into …
Big stem cell news: dynamic duo of all-chemical direct reprogramming reports Read More »
How cool is it that literally fuzzy new stem cells called “F-class cells” bring substantial new sharp focus to the cellular reprograming arena? Remember Project Grandiose led by the great stem cell scientist Andras Nagy? It’s a massive project intended to decipher what makes stem cells tick and how ordinary cells be changed or reprogrammed into powerful …
Fuzzy New Stem Cells Bring Reprogramming into Focus Read More »
A new patent has been awarded to James Sherley for a very unusual method claimed for making induced pluripotent stem (iPS) cells. The patent, No. 8,759,098, claims that a single non-genetic chemical agent, xanthine, can by itself reprogram adult stem cells (ASC) into iPS cells (aka iPSCs; see image they released at left). Surprising patent, huh? Another …
Sherley patent for reprogramming method like STAP cells Read More »
Two of my favorite things are stem cells and histones. When they both come together in one paper and it’s in my favorite journal, Cell Stem Cell, you’ve got my full attention. My own lab is especially interested in the roles of histones and Myc in stem cells. So when I saw a paper a paper from …
Cool Cell Stem Cell Paper From Ishii Team on Histones & Reprogramming Read More »
The STAP papers on making iPS like cells using acid treatment of differentiated cells really has people talking. See embryo at right made from GFP reporter STAP cells that glow green. As I said in my review of the papers yesterday, there are still some critical things we do not know about STAP cells and I …
More thoughts from STAP acid reprogramming stem cell paper Read More »
I recently did a poll asking readers of my blog to vote on the iPS cell paper of the year for 2013. The vote kind of seesawed at the beginning, but in the end with 100 votes cast the paper by the Hannah lab on near-perfect iPS cell production won out (see votes at left). …
Hannah near-perfect reprogramming voted as iPS cell paper of 2013 Read More »