Search Results for: stem cells for ms

Surprising reason why human cloning may produce someone else

Daisuke-Takakura-human-cloning

“If I’m going to the trouble of cloning myself, I want the clone to be a copy of me!” I’m imagining what someone might say if they were told that their expensive and ethically dubious personal cloning efforts produced a clone that was somebody else instead of them. Even if the clone was very similar […]

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Lorenz Studer on Day 1 #ISSCR2018: HESC-based therapies for Parkinson’s Disease

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One of the highlights of Day 1 of #ISSCR2018 for me so far was the talk by Lorenz Studer (Co-Founder of BlueRock) on the use of human embryonic stem cell (HESC)-derived dopamine neurons for Parkinson’s Disease. Note that for this post and if I have time any others on this meeting, they are probably going

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Could Cancer Risk Claw CRISPR’s Potential? Some Balanced Perspectives

Cancer-CRISPR

Could potential associated cancer risks claw into CRISPR’s potential? The short answer from both previous and new data is that while CRISPR gene editing impacts the P53 pathway, which is involved in cancer along with having many other functions, this news is neither too surprising nor a fatal flaw, but some caution is warranted. CRISPR

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Japan conditionally approves new IPS cell-based heart study

Yoshiki-Sawa-IPS-cells-stem-cells-heart-diseease

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

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Ian Wilmut, who cloned Dolly, opens up about his Parkinson’s Disease

Ian-Wilmut

One of the most famous living biological scientists, Sir Ian Wilmut, just announced that he has Parkinson’s Disease. I wish him the best in dealing with this illness. Wilmut is very well-known for having cloned the first mammal, Dolly the Sheep. This work followed on the earlier breakthrough by Sir John Gurdon of cloning the

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Analysis: human immunity to Cas9 bigger #CRISPR therapeutic hurdle than off-targets?

Cas9-immunity-pre-print

Some in CRISPR-Cas9-land who are focused on potential future clinical applications are kind of rejoicing or at least sighing a breath of relief. This upbeat swing in the atmosphere (from investors especially) was sparked by retraction of that paper, the one initially reporting tons of supposed off-target CRISPR-Cas9 activity in mice, which turned out to be a “nothing

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Journal club: Jaenisch lab paper on epigenetic CRISPR-Cas9 rescue of Fragile X in a dish

Liu-et-al.-Figure-6C-Fragile-X-CRISPR-Cell-e1519673510685

There’s much more to CRISPR-Cas9 than just gene editing and a new paper from the lab of Rudy Jaenisch in Cell highlights that in an exciting way. It reports epigenetic reversal of a Fragile X Syndrome phenotype in induced pluripotent stem cell (IPSC) neurons. Fragile X Syndrome is a neurological disorder in boys resulting from CGG repeat

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Just one word placentas: Can Celularity live up to hype?

Celularity-e1519061558939

I’ve been blogging about stem cells now for about 8 years and the recent level of hype about and fluffy media coverage of Celularity, the biotech spun out of Celgene, ranks right up here with the most extreme past cases I’ve seen. What is Celularity and who is its leadership? It’s a new biotech focused

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Why we shouldn’t view the human embryo as a gizmo even in the CRISPR era

human-embryo-modification

My first job in science was as a lab technician at UCSD School of Medicine and a big part of that job was growing cells called HUVECs or human umbilical vein endothelial cells. We isolated and grew the HUVECs from umbilical cords that we retrieved from the maternity ward of the UCSD hospital, which first

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