What do you get when you mix Doritos and mice? Apparently see-through mice. Of course, it’s not that simple but the finding related to Doritos has captured people’s attention. Doritos and mice I’ve had several people ask me about the Doritos orange dye and “transparent mice” paper. It is interesting that the orange dye in […]
How is research looking on stem cells for diabetes? I’m feeling more encouraged about the clinical research in that area. Before we jump into that let’s talk about two other things. The big news of the week was the felony plea deal by Liveyon’s John Kosolcharoen to charges related to marketing an unapproved cell therapy
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 »
Does aging do something to time so it seems like as you get older that time goes by faster? Remember as a little kid when summer seemed to last forever and car rides could be agonizingly long? I’ve heard two theories on this. One is that the brain’s baseline of activity slows down with aging
Weekly stem cell reads: aging & cells, iPS cell mutations, gut, more Read More »
When we hear the word senile we might think stereotypically of an older person who has cognitive impairment, but some argue that senility can apply to cells too as they age and that such cells can be targeted by drugs called senolytics. Unfortunately, the supplements industry has picked up on this idea to sell iffy
Recommended reads: senolytics, cow iPS cells, big CIRM royalty Read More »
Induced pluripotent stem cells or iPS cells just might be the most exciting development in the stem cell field over the last 15 years. They have unique potential for clinical impact for regenerative medicine too. This may manifest both through their use to produce differentiated cellular therapies and indirectly via disease modeling as well as
What are induced pluripotent stem cells or IPS cells? Read More »
IPS cell research is a growing area of promise for regenerative medicine. These stem cells, also known as iPSCs or more formally as Induced Pluripotent Stem Cells, are engineered cells that are programmed to function the same way as embryonic stem cells. They can be differentiated into possibly any type of cell that is needed for
Overview of IPS cell prospects for clinical impact Read More »
We’ve had another week of interesting stem cell news and papers. Here is an aggregate of the stem cell and regenerative medicine week that was. Stem cell therapy for baldness I’ve covered stem cells for hair loss for about a decade here on The Niche. While it seems like it’s taken a long time for
Stem cell reads: IPS cells, p53, mini-livers, baldness Read More »
Where do things stand today in 2020 with IPS cell research? It’s been 14 years since they were first reported, but they continue to make news. Back in 2006 I was wrapping up my postdoc with Bob Eisenman at The Hutch in Seattle, largely studying Myc, when Shinya Yamanaka published his first induced pluripotent stem
IPS cell field update: easy culture, Parkinson’s, scarring, immune cells, & mutations Read More »
The NIH announced the launch of the 1st autologous induced pluripotent stem (IPS) cell trial for vision loss in the U.S., focused on macular degeneration. The protocol is based on a solid foundation of pre-clinical animal studies: “Researchers at the National Eye Institute (NEI) are launching a clinical trial to test the safety of a
1st autologous IPS cell clinical trial for vision loss in the US Read More »