Automated, high-throughput derivation, characterization and differentiation of induced pluripotent stem cells

Daniel Paull(New York Stem Cell Foundation), Ana Sevilla(New York Stem Cell Foundation), Hongyan Zhou(New York Stem Cell Foundation), Aana Kim Hahn(New York Stem Cell Foundation), Hesed Kim(New York Stem Cell Foundation), Christopher Napolitano(New York Stem Cell Foundation), Alexander M. Tsankov(Broad Institute), Linshan Shang(New York Stem Cell Foundation), Katie Krumholz(New York Stem Cell Foundation), Premlatha Jagadeesan(New York Stem Cell Foundation), Chris M. Woodard(New York Stem Cell Foundation), Bruce Sun(New York Stem Cell Foundation), Thierry Vilboux(Inova Health System), Matthew Zimmer(New York Stem Cell Foundation), Eliana Forero(New York Stem Cell Foundation), Dorota Moroziewicz(New York Stem Cell Foundation), Héctor Martínez(New York Stem Cell Foundation), May Christine V. Malicdan(National Institutes of Health), Keren A. Weiss(New York Stem Cell Foundation), Lauren Bauer(New York Stem Cell Foundation), Carmen R Dusenberry(New York Stem Cell Foundation), Hannah Polus(New York Stem Cell Foundation), Karla Therese L. Sy(New York Stem Cell Foundation), David J. Kahler(New York Stem Cell Foundation), William A. Gahl(National Institutes of Health), Susan Solomon(New York Stem Cell Foundation), Stephen Chang(New York Stem Cell Foundation), Alexander Meissner(Broad Institute), Kevin Eggan(Broad Institute), Scott Noggle(New York Stem Cell Foundation)
Nature Methods
August 3, 2015
10.1038/nmeth.3507
Cited by 262Open Access
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