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@zuldaan_4real: tacab gali naftado bal tijawi wayuhu wacey tala kusoyan#somaliatiktok #libya🇱🇾 #zulda_4real

🇱🇾ℂ𝔸ℕ𝕂𝔸𝔹𝕌𝔻👅
🇱🇾ℂ𝔸ℕ𝕂𝔸𝔹𝕌𝔻👅
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Monday 21 September 2026 12:47:55 GMT
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A skin sample can become your brain cells. In this conversation, Dr. Darcie Moore breaks down one of the more remarkable tools in modern research: induced pluripotent stem cells, or iPSCs. Here's how it works. Scientists take a sample from a person — something as simple as a skin punch or a blood draw. They introduce a specific set of factors that essentially reprogram those cells. And those cells revert back to a stem cell state, one capable of becoming virtually any cell in the body. Including neurons. What makes this so powerful is the specificity. If someone carries a genetic mutation linked to Alzheimer's disease, researchers can take their cells, convert them into stem cells, and then turn those stem cells into neurons. Neurons that carry that person's exact mutation. You can now study the disease in a dish. With that person's own biology. As Dr. Moore explains, this is part of why iPSCs have become so valuable in research. Less controversy than earlier stem cell methods — and an extraordinary window into how disease actually unfolds at the cellular level. Tune into the full conversation, out now on all major streaming platforms. ▶️ youtube.com/@The.Living.Room.Podcast #TheLIVINGRoomPodcast
A skin sample can become your brain cells. In this conversation, Dr. Darcie Moore breaks down one of the more remarkable tools in modern research: induced pluripotent stem cells, or iPSCs. Here's how it works. Scientists take a sample from a person — something as simple as a skin punch or a blood draw. They introduce a specific set of factors that essentially reprogram those cells. And those cells revert back to a stem cell state, one capable of becoming virtually any cell in the body. Including neurons. What makes this so powerful is the specificity. If someone carries a genetic mutation linked to Alzheimer's disease, researchers can take their cells, convert them into stem cells, and then turn those stem cells into neurons. Neurons that carry that person's exact mutation. You can now study the disease in a dish. With that person's own biology. As Dr. Moore explains, this is part of why iPSCs have become so valuable in research. Less controversy than earlier stem cell methods — and an extraordinary window into how disease actually unfolds at the cellular level. Tune into the full conversation, out now on all major streaming platforms. ▶️ youtube.com/@The.Living.Room.Podcast #TheLIVINGRoomPodcast


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