Stem cells, with their unique regeneration powers, provide great promise for treating diseases including diabetes and heart disease. However, significant research in the lab and in the clinic is still needed to learn how to use these cells for cell-based therapies to cure disease, often known as regenerative or reparative medicine.
Scientists can learn about stem cells' basic qualities and how they differ from specialized cell types by studying them in the lab. In the laboratory, scientists are already employing stem cells to screen new medications and construct model systems for studying normal growth and determining the reasons of birth abnormalities.Stem cell research continues to expand our understanding of how an organism grows from a single cell.
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Stem cells, with their unique regeneration powers, provide great promise for treating diseases including diabetes and heart disease. However, significant research in the lab and in the clinic is still needed to learn how to use these cells for cell-based therapies to cure disease, often known as regenerative or reparative medicine.
Scientists can learn about stem cells' basic qualities and how they differ from specialized cell types by studying them in the lab. In the laboratory, scientists are already employing stem cells to screen new medications and construct model systems for studying normal growth and determining the reasons of birth abnormalities.Stem cell research continues to expand our understanding of how an organism grows from a single cell.