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 »
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 »
As part of our weekly reads I’m including one of my latest videos in our Stem Cell Channel on YouTube below. This particular video fact-checks stem cell face creams, but I’ve got quite a few more including on stem cell supplements, different kinds of stem cells and more. You might guess my view of such
Weekly reads: stem cell videos, cystic fibrosis, papers Read More »
This was an unusual week in that three papers in a sense collided together related to embryo production and growth, raising new research possibilities but also serious ethical questions. New research: what is an embryo & what is not? The first two Nature papers reported generating the most realistic models of human embryos from scratch
Weekly reads: embryo pubs stir things up, organoids crying, & more 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 »
I’ve been closely following the arena of stem cells for COVID-19 since the pandemic broke including the efforts of Mesoblast. Mesoblast unlikely to meet primary endpoints in Phase III COVID trial Now, the firm got bad news as its DSMB reported that they are unlikely to meet the primary endpoint for their Phase III trial
Mesoblast stock hit on gloomy data on stem cells for COVID-19 Read More »
Our mission here on The Niche is primarily educational. We aim to make a transformative difference in educating readers across the globe about stem cells, regenerative medicine, and innovative biomedical science more generally including CRISPR gene editing. A major part of that mission involves fact-checking various medical claims about stem cells and other biologics like
Our Educational Mission on The Niche Stem Cell Site Read More »
Drugs that restore the shape of the errant protein behind cystic fibrosis (CF) have, over the past eight years, helped the majority of patients, who have certain mutations. Gene-corrected stem cells might offer a “mutation agnostic” option to CF. CF results from a glitch in a glycoprotein with the unwieldy name “cystic fibrosis transmembrane conductance
Can Gene-Edited Stem Cells Treat Cystic Fibrosis? Read More »
Graft-versus-host disease (GVHD) is counterintuitive In the weeks and months following a transplant, a major concern is the recipient’s immune system rejecting the “foreign” biological material. But in GVHD, the opposite happens: transplanted tissue unleashes a horde of T cells that spark a cascade of inflammation, within 100 days. Typically, GVHD follows a bone marrow
Mesoblast MSCs Quell Peds GvHD; On Road to FDA Approval? Read More »
Today’s post is the latest edition of my weekly recommended reads, which this week include Fate Therapeutics, COVID-19 updates, AAMC, and more including some great pubs such as one on 2 modes of PRC2 function. Also check out this handy resource: Helpful 2020 List of Stem Cell Journals and this blast from the past post of 10
Recommended reads: COVID-19 updates, FDA stem cell nod, PRC2, more Read More »