Learn More About IPS Cells

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 It has created buzz around in the world of scientific medicine. If you want to learn more about these cells, then you have come to the right place, from where you are going to learn about the facts related to this technology. Induced pluripotent stem cells (IPSCs) are basically adult cells. They are genetically reprogrammed to an embryonic stem cell like state. IPS cells do maintain their qualities and properties of embryonic stem cells. despite all the researches that have been done, the researchers are still unable to say that if IPS cells are different from embryonic cells or not. It was the year of 2006, when mouse induced pluripotent stem cell was introduced and later in 2007 human IPS cells were introduced. If you talk about mouse cells, then you will come to know that they were efficient enough in demonstrating important and significant characteristics of pluripotent stem cells. On the other hand, if you talk about human IPS cells, then you will come to know that they express stem cell markers and are also efficient and capable enough in generating cells characteristics of 3 germ layers. After so many researches, the researchers still believe that there is a lot to do for the development of stem cell technology. At this point of time, each induced pluripotent stem cell is being used as useful and important tools in the process of drug development and modeling of certain diseases. At this point of time, medical scientists are really determined and hoping to use this technology in the manufacturing of medicines that are used for transplantation. Right at this point of time, more work and researches done on stem cell technology, the most efficient it would turned out. Source: Free Articles from ArticlesFactory.com

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http://www.Transposagenbio.com/
provide Custom IPS cells – Transposagen’s exclusive technologies
piggyback and rat spermatogonial stem cells (SSCs) are utilized to
generate custom induced pluripotent stem cell faster, cheaper and with higher quality than possible by using standard pronuclear injection methods.