A firm called Utah Cord Bank has been in the news related to stem cell clinics over the past year or two. Now they have received an FDA Warning Letter for a variety of manufacturing issues. Utah Cord Bank Background In terms of some brief backstory, Utah Cord Bank first popped up on my radar […]
FDA warning to stem cell clinic supplier Utah Cord Bank Read More »
Something called the 14-day rule on growing human embryos in the lab helped keep a tough question in check for a long time: when is it ethically wrong or just practically unwise to continue growing a human embryo for research? There is no good answer based on science or anything else. ISSCR moves beyond strict
Risks rise as ISSCR drops strict 14-day rule on human embryo growth in the lab Read More »
A human embryo model is a laboratory-produced collection of living cells that has some key things in common with real human embryos. They are made from pluripotent stem cells, which include embryonic stem cells and induced pluripotent stem cells or iPS cells. This research is both exciting and ethically complicated, raising some difficult questions. Embryo
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 »
It seems like being somewhat skeptical would be an inherent part of being a biomedical scientist. But not always it seems. On the other hand, some of us take it to another level by science blogging out our skepticism about certain topics. Note that there’s something called the Skeptics Society that publishes a magazine Skeptic.
As Neuroskeptic blog ends, reflections on skeptical science blogging Read More »
A new word has been added to the lexicon of human stem cell research – blastoids, aka “blastocyst-like structures.” Unlike the familiar three-layered embryo that emerges during the third week of prenatal development, the earlier blastocyst resembles a fluid-filled soccer ball, with a smear of cells on the interior face destined to develop into the
New lab-grown blastoids are strikingly similar to human embryos Read More »
What should we make of clinics like the Lung Health Institute? These clinics sell unproven stem cell or regenerative therapies for lung disease. Overall, I’m extremely skeptical. I don’t believe it’s worth the cost. There are also going to be potentially serious health risks. Lung disease is a broad category including COPD, emphysema, pulmonary fibrosis,
Fact check: Lung Health Institute & cell therapies for lung disease Read More »
Sometimes change takes a very long time, but with brain organoids or advocating for better information for patients at Clinicaltrials.gov, after waiting you can see some interesting developments. These are two of the regenerative medicine stories of the week, along with some striking research papers. Clinicaltrials.gov Some of us have been advocating for improvements at
Regenerative reads: brain organoids, Clinicaltrials.gov change Read More »
At times there’s been seriously bad journalism covering COVID-19 itself including implications of various things being a COVID cure. Of course, media coverage of stem cell research itself sometimes ends up being a train-wreck of hype too. More recently we’ve seen irresponsible journalism also around the specific idea of stem cells for COVID-19, but sometimes
Fact-check: F grade for irresponsible stem cell COVID-19 cure piece 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 »