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group_5_presentation_1_-_regeneration_stem_cells [2019/02/01 14:36] kingr6 [1. Introduction to Regeneration] |
group_5_presentation_1_-_regeneration_stem_cells [2019/02/01 17:37] (current) smithl12 |
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| Regeneration is a fascinating concept among us humans; the thought of amputated limbs growing back into fully functioning body parts has long been popularized in cartoons and fictional characters. For instance, Piccolo, a character from Dragon Ball Z is popular for its remarkable regenerative capability. | Regeneration is a fascinating concept among us humans; the thought of amputated limbs growing back into fully functioning body parts has long been popularized in cartoons and fictional characters. For instance, Piccolo, a character from Dragon Ball Z is popular for its remarkable regenerative capability. | ||
| + | {{ :dragonball.gif?nolink&300 |}} | ||
| Figure 1. Cartoon character, Piccolo, displaying regeneration. | Figure 1. Cartoon character, Piccolo, displaying regeneration. | ||
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| ==E. Human Application== | ==E. Human Application== | ||
| - | {{ :salamander.png?nolink |}} | + | {{ :salamander.png?nolink |}} (Heinrich, 2016) |
| The regeneration in model organisms is applicable to humans as scientists can copy or use these ideas as a framework for future research. For example, using this idea of dedifferentiating cells, scientists are able to create induced multipotent stem cells out of fat cells. Through aspirating fat cells with two different solutions, the fat cells can convert back to a less specific state which can be used for wound healing. However, this cannot be used to regrow limbs, but this is a great step in the right direction for regenerative medicine. (Heinrich, 2016) | The regeneration in model organisms is applicable to humans as scientists can copy or use these ideas as a framework for future research. For example, using this idea of dedifferentiating cells, scientists are able to create induced multipotent stem cells out of fat cells. Through aspirating fat cells with two different solutions, the fat cells can convert back to a less specific state which can be used for wound healing. However, this cannot be used to regrow limbs, but this is a great step in the right direction for regenerative medicine. (Heinrich, 2016) | ||
