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・ Rudolf II, Duke of Saxe-Wittenberg
・ Rudolf II, Holy Roman Emperor
・ Rudolf II, Margrave of Baden-Baden
・ Rudolf II, Margrave of Hachberg-Sausenberg
・ Rudolf III, Duke of Saxe-Wittenberg
・ Rudolf III, Margrave of Baden-Baden
・ Rudolf III, Margrave of Hachberg-Sausenberg
・ Rudolf Illovszky
・ Rudolf Inzinger
・ Rudolf Island
・ Rudolf Ismayr
・ Rudolf IV, Duke of Austria
・ Rudolf IV, Margrave of Baden-Pforzheim
・ Rudolf IV, Margrave of Hachberg-Sausenberg
・ Rudolf Jacobs
Rudolf Jaenisch
・ Rudolf Jaffé
・ Rudolf Jahn
・ Rudolf Jakob Camerarius
・ Rudolf Jansen
・ Rudolf Jehle
・ Rudolf Jelen
・ Rudolf Jendek
・ Rudolf Jeny
・ Rudolf Jesse
・ Rudolf Jettmar
・ Rudolf Joachim Seck
・ Rudolf Joder
・ Rudolf John Gorsleben
・ Rudolf Jordan


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Rudolf Jaenisch : ウィキペディア英語版
Rudolf Jaenisch

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Rudolf Jaenisch (born 22 April 1942) is a Professor of Biology at MIT and a founding member of the Whitehead Institute for Biomedical Research. He is a pioneer of transgenic science, in which an animal’s genetic makeup is altered. Jaenisch has focused on creating genetically modified mice to study cancer and neurological diseases.〔()〕
== Research ==
Jaenisch’s first breakthrough occurred in 1974 when he and Beatrice Mintz showed that foreign DNA could be integrated into the DNA of early mouse embryos. They injected retrovirus DNA into early mouse embryos and showed that leukemia DNA sequences had integrated into the mouse genome and also to its offspring. These mice were the first transgenic mammals in history.
His current research focuses on the epigenetic regulation of gene expression, which has led to major advances in creating embryonic stem cells and “induced pluripotent stem" (IPS) cells, as well as their therapeutic applications. In 2007, Jaenisch’s laboratory was one the first three laboratories world-wide to report reprogramming cells taken from a mouse's tail into IPS cells. Jaenisch has since shown therapeutic benefits of IPS cell-based treatment for sickle-cell anemia and Parkinson's disease in mice. Additional research focuses on the epigenetic mechanisms involved in cancer and brain development.〔
Jaenisch’s therapeutic cloning research deals exclusively with mice, but he is an advocate for using the same techniques with human cells in order to advance embryonic stem cell research. However, in 2001 Jaenisch made a public case against human reproductive cloning, testifying to a U.S. House of Representatives subcommittee and an editorial in Science magazine.

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