by rss feed | Feb 2, 2021 | News Feeds, REGENERATIVE MEDICINE
Our AAV9 Salvador shRNA strategy recreates a myofiber‐guided regenerative stem cell niche and promotes simultaneous myogenesis and angiogenesis‐neovascularization for the functional recovery of skeletal muscles in ischemic extremities. These myofibers release...
by rss feed | Feb 1, 2021 | News Feeds, REGENERATIVE MEDICINE
Schematic of the various applications of induced pluripotent stem cell (IPSC) modular platform to challenge sensorineural hearing loss. IPSCs can be generated via genetic reprogramming of somatic cells from patient/healthy subject. In the inner ear, this technology...
by rss feed | Jan 13, 2021 | News Feeds, REGENERATIVE MEDICINE
Reversal of late passaged limbal niche stromal cells to Pax6+ neural crest progenitors by HC‐HA/PTX3. Abstract Quiescence and self‐renewal of human corneal epithelial progenitor/stem cells (LEPC) are regulated by the limbal niche, presumably through close interaction...
by rss feed | Dec 20, 2020 | extracellular vesicles, freezing cells, News Feeds, REGENERATIVE MEDICINE, Reprogramming, stem cells, Weekend Reads
What to read when there are almost an endless number of stem cell and regenerative medicine pubs? Here are some suggestions including what I would say is a very unusual Nature paper on making egg cells from stem cells. If this could be done safely with human cells all...
by rss feed | Dec 13, 2020 | artificial embryos, chromatin, H3.3, histone H1, histones cancer, Nature publication fees, News Feeds, REGENERATIVE MEDICINE, the Niche, Weekend Reads
Today’s The Niche recommended weekly reads post includes both primary papers and also a few media pieces. I’m especially interested in the first piece on making more complex embryo-like structures from ES cells. This is a long way from just making embryoid...
by rss feed | Dec 13, 2020 | artificial embryos, chromatin, H3.3, histone H1, histones cancer, Nature publication fees, News Feeds, REGENERATIVE MEDICINE, the Niche, Weekend Reads
Today’s The Niche recommended weekly reads post includes both primary papers and also a few media pieces. I’m especially interested in the first piece on making more complex embryo-like structures from ES cells. This is a long way from just making embryoid...
