#99: Quest for the Best in Neurology, Installment #5
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Part 1 of a 2-part mini series.
Hear these reports:
- Simple Cocktail Turns Human Skin Cells (Fibroblasts) into Embryonic Stem Cell-Like Cells: the ‘right to life’ issues may now be out of the equation.
- Rapid decision (as result of #1): California Stem Cell Agency heavily funds research on the non-embryonic stem cells: the ‘skin-cell-to-stem-cell discovery’ is already influencing the plans at the California Institute of Regenerative Medicine - just one week after the Japanese scientists announced their dramatic breakthroughs in Cell.
- Remote-Presence Robots Help Extend Reach of Neurologists: Thirty (30) robots deployed throughout some Michigan hospitals maximize the coverage by stroke neurologists and endovascular specialists. Their remote robotic presence cuts the time needed to respond to stroke patients from 2 hours (or more), down to just 10 minutes or less.
- Software Helps Build Perfect Robotic Hand: Scientists in Shanghai and Portsmouth are working on intelligent software that will take us one step closer to building the perfect robotic hand. Along with stem cell therapies, this technology also has the potential to revolutionize medicine. Development of robotic hands, which can perform tasks with the dexterity of a human hand, is described as “one of the holy grails of science.”
Other Web Links:
- Wisconsin Alumni Research Foundation’s patent claim on all human embryonic stem cells.
- Patent on process using stem cells to generate nerve cells.
- CellCyte Genetics Corporation’s approval of its patent for methods to direct and deliver stem cells to target organs in the body.
Citation: Yamanaka, et al.: “Induction of Pluripotent Stem Cells from Adult Human Fibroblasts by Defined Factors.” Publishing in Cell 131, 5, November 30, 2007. www.cell.com
Next week’s show: Part 2 of Quest for the Best in Neurology (installment #6). We’ll report on how nanomedicine is opening new paths in our quest for nerve cell regeneration; also milestones in the regeneration of brain cells; and how stem cell therapy rescues motor neurons in an ALS model. We’ll also touch upon research related to the heart stem cell therapy we mentioned in todays show (Part 1): how stem cells train the heart following a heart attack. And we’ll cover a number of other stem-cell-related headlines too.
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