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Stroke-damaged brains could be repaired within 5-10 years using adult stem cells from teeth, according to one of Australia’s leading stroke physicians who is pioneering new research in this field.
Associate Professor Simon Koblar from the University of Adelaide and The Queen Elizabeth Hospital is leading a research project that shows dental pulp stem cells extracted from teeth may prove far more beneficial for brain repair than other types of stem cells.
His research involving adult stem cells is the first of its kind in Australia and will be explained at a free public lecture at the University of
Two professors made Clarkson University history when their research on stem cells was published in a prestigious journal from Cell Press.
Professor Thomas Lufkin, the Bayard and Virginia Clarkson Endowed Chair in Biology (left); and Research Assistant Professor of Biology Petra Kraus.Professor Thomas Lufkin, the Bayard and Virginia Clarkson Endowed Chair in Biology, and Research Assistant Professor of Biology Petra Kraus published a research paper in Cell Stem Cell on transforming cells into embryonic stem cells.
Professors strive to publish in journals that have the highest impact factors which are cited many times per year, Lufkin said, and this is the
A stem cell researcher at Seoul National University (SNU) is suspected of fabricating 14 studies submitted to international scientific journals for publication, the school said Monday.
The misconduct of the researcher, if proven to be true, could deal a severe blow to the nation’s efforts to revive its reputation as a world leader in stem cell research following data manipulation in 2005 by then SNU professor Hwang Woo-suk.
“We’re following the matter closely,” a public relations official at the school said. “We are conducting an internal investigation while waiting for the opinion of the international journals.” The researcher is veterinary professor
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Scientists seeking new ways to fight maladies ranging from arthritis and osteoporosis to broken bones that won’t heal have cleared a formidable hurdle, pinpointing and controlling a key molecular player to keep stem cells in a sort of extended infancy. It’s a step that makes treatment with the cells in the future more likely for patients.
Controlling and delaying development of the cells, known as mesenchymal (pronounced meh-ZINK-a-mill) stem cells, is a long-sought goal for researchers. It’s a necessary step for doctors who would like to expand the number of true
Japanese researchers have been able to improve the symptoms of Parkinson’s disease in monkeys by transplanting nerve cells derived from embryonic stem cells into their brains, the team has announced.
The finding is the world’s first reported success of its kind with a primate, according to the research team led by Associate Prof. Jun Takahashi of Kyoto University‘s Institute for Frontier Medical Sciences. It has been released in the online edition of U.S. journal Stem Cells.
After the transplant, the monkeys, which had been almost unable to move, showed improvements in their symptoms to the point where they became able to