Channel: CryoCord Stem Cell Bank clear
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| 1 | CryoCord Stem Cell Bank | Induced Pluripotent Stem Cells (iPSCs) | 62 | 1 | 47.2 | 2:42 | In 2006, Shinyaya Manaka made a groundbreaking discovery that transformed the world of stem cell research. His work earned him the Nobel Prize in 2012 for discovering induced pluriponin stem cells or IPSCs. But what exactly are IPSCs? IPSCs are stem cells that can be derived from adult cells such as skin or blood cells. Through a reprogramming process involving the insertion of specific genes, these cells share many similarities to embryonic stem cells. This allows IPSCs to develop into any cell found within the human body. They are really the mother of all stem cells. Now, to understand IPSCs better, you need to know about potency, which refers to a cell's capacity to differentiate into many cell types. IPSCs, known for their strong pluripotency, have the potential to develop into any of the more than 200 body cell types, making them valuable for disease research and treatment. What really sets IPSCs apart is the way they work in reverse. This innovation enables cells with previously limited differentiation potential such as unipotent or multipotent cells to transform into any cell type. IPSCs, known for their strong pluripotency, can be turned into many cell types such as beating heart muscle cells. IPSCs and IPSC derived cells or extracellular particles are currently widely used around the world and clinical trials, proposing possibilities to develop treatments for some diseases. This makes them super useful for studying diseases, medical therapy, and finding potential treatments. Beyond their scientific significance, IPSCs also address ethical concerns associated with the extraction of embryonic stem cells. Furthermore, IPSCs can multiply indefinitely, ensuring a consistent and abundant supply of high-quality cells for research and therapies. Cored PSCs are IPSCs derived from cord blood stem cells. These stem cells are reprogrammed into IPSCs. In Southeast Asia, cryocord is the first company to offer IPSCs storage service. Leading the way in advancing cell-based research and medical possibilities. | ↗ |