Cloning And Stem Cell News, Research and Resources - November 2008 Archives
Serotonin in gut is crucial to bone formation; Implicated in two forms of osteoporosis; Novel finding may lead to new treatment for osteoporosis
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First-time evidence of retina cell regrowth in mice holds promise for treating retinal damage
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Cells effective in treating diabetes in lab model
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Implications for novel approaches to wound healing
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A new study confirms that exercise can reverse the age-related decline in the production of neural stem cells in the hippocampus of the mouse brain, and suggests that this happens because exercise restores a brain chemical which promotes the production and maturation of new stem cells.
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Bone marrow cells may prove effective in regenerating heart muscle, improving function
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 | Researchers have uncovered new insights into the "Dr. Jekyll and Mr. Hyde" nature of a protein that stimulates stem-cell maturation in the brain but, paradoxically, can also lead to nerve-cell damage. ...> Full Article |
Researchers have discovered dental pulp stem cells can stimulate growth and generation of several types of neural cells.
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 | A new laser technique seals and heals wounds. ...> Full Article |
Findings provide insight into potential therapies for neurodegenerative disorders and cancers
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Phase I results affirm safety and show promise for clinical improvements
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New technology brings medicine closer to selective reprogramming of general cells
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Clusters of mouse embryonic stem cells called embryoid bodies more closely approximate true embryos in organization and structure than previously thought, according to researchers at the Stanford University School of Medicine.
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Study may have broad implications for cancer, other diseases
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New scaffold approach could also aid engineering of other tissues
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Researchers have developed a simple method for making a certain class of adult stem cells more therapeutically effective. By attaching a molecule called SLeX to the surface of human cells extracted from bone marrow, researchers have altered how the cells travel through vessels. This might enable the cells to more effectively reach sites of injury and replace damaged tissue.
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