When it comes to stem cells on Twitter and other social media, who do you follow now? Why them? Who are the top stem cell and regenerative medicine influencers to follow on Twitter and elsewhere in 2021? Stem cells on Twitter: great content amongst the noise Terrapin asked this kind of broad question to some …
50 influencers on stem cells on Twitter to follow in 2021 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 »
Japan is a leader in stem cell and regenerative medicine research, and in particular in clinical translation toward the bedside. Induced pluripotent stem cell (IPSC)-based investigational therapies are rightly an area of focus in Japan given their invention by Nobel Laureate Shinya Yamanaka. Small clinical studies based on IPSC have been initiated there for several …
Japan stem cell clinical studies rapidly piling up Read More »
Who are the top stem cell and regenerative medicine influencers to follow on Twitter and elsewhere in 2019? Terrapin asked this kind of broad question to some within our community about 5 years ago and came up with a Top 50 list of stem cell influencers, which I like to joke I was “at the top …
50 stem cell influencers on Twitter to follow in 2019 Read More »
By Jeanne Loring What can you do with cells that live forever and can make every cell type in the body? The answer is: remarkable things, as new reports of clinical trials using cell types derived from pluripotent stem cells indicate. Pluripotent stem cells are either derived from embryos donated from IVF procedures (human embryonic …
Autologous or Allogeneic: a stem cell question (guest post from Jeanne Loring) Read More »
Each year I make a list of stem cell predictions for the following year and I’ll release my predictions for 2019 soon, but first I’m grading how my 20 predictions for 2018 turned out. It seems I did better than usual predicting what would happen this year. I only got a couple partial credit or …
Good final grades on my 20 x 2018 stem cell predictions Read More »
Every year in December I go out onto a limb and make stem cell predictions for the coming year as I did in late 2017 for this year. Then usually around the 1/2-way point through the year I check in on how the predictions are faring so far at that point. In this post I give …
Midterm grades on my 20 x 2018 stem cell predictions Read More »
Where do things stand with IPS cell translational research? The newest development is that regulators in Japan just have given conditional approval to an Osaka University team to an induced pluripotent stem (IPS) cell-based study for ischemic heart disease. For years IPS cell-based products have been on-again off-again in active clinical study for macular degeneration, work …
Japan conditionally approves new IPS cell-based heart study Read More »
Do stem cells for vision loss offer real hope? I believe so, but it’s a long road and must be done right. A new paper in this area generated some buzz on top of an earlier recent pub (mentioned in this post) just a week or so ago about the potential of stem cells for vision …
Perspectives on new stem cells for vision loss paper Read More »