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What I’m Reading: Top pick from stem cell faculty member Qi-Long Ying

By  Qi-Long Ying, MD, PhD

Posted October 6, 2016
Reading Time 1 minute

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The protein TAZ (green) in the cytoplasm (the region outside of the nuclei, blue) promotes the self-renewal of human embryonic stem cells. (Image by Xingliang Zhou)

The protein TAZ sends “mixed signals” to stem cells

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Qi-Long Ying (Photo by Cristy Lytal)
Qi-Long Ying (Photo by Cristy Lytal)

In a recent study published in Cell Stem Cell, Joshua Black and colleagues demonstrated that skin cells are converted into neurons using a powerful tool called CRISPR/Cas9 to concurrently modify and activate three specific target genes. Here, the key advance is that these three genes are naturally present within all skin cells. Previous approaches for direct reprogramming have relied on so-called “transgenes,” introduced into cells by various means.

By avoiding the introduction of new genetic material, this new reprogramming approach reflects a more natural way to reprogram cells.

Read more about: Brain Nerves and Senses, Cancer, Digestion and Metabolism, Heart Lung and Blood, Kidney and Urinary System, Muscles and Skeleton

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