NatureSir Norman Lockyer Macmillan Journals Limited, 2007 - Science |
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Page 314
... Nanog iPS cells and ES cells Polymerase chain reaction with reverse transcription ( RT - PCR ) showed that Nanog iPS cells expressed most ES cell marker genes , including Nanog , at higher and more consistent levels compared with ...
... Nanog iPS cells and ES cells Polymerase chain reaction with reverse transcription ( RT - PCR ) showed that Nanog iPS cells expressed most ES cell marker genes , including Nanog , at higher and more consistent levels compared with ...
Page 315
... Nanog iPS cells maintained relatively high expression levels of the ES cell marker genes . These data demonstrate that Nanog iPS cells are more stable than Fbx15 iPS cells . We also compared the induction efficiency of Nanog iPS cells ...
... Nanog iPS cells maintained relatively high expression levels of the ES cell marker genes . These data demonstrate that Nanog iPS cells are more stable than Fbx15 iPS cells . We also compared the induction efficiency of Nanog iPS cells ...
Page 322
... Nanog ( Nanog - neo ) loci grew independently of feeder cells , expressed normal Oct4 , Nanog and Sox2 RNA and protein levels , were epigenetically identical to ES cells by a number of criteria , and were able to generate viable chi ...
... Nanog ( Nanog - neo ) loci grew independently of feeder cells , expressed normal Oct4 , Nanog and Sox2 RNA and protein levels , were epigenetically identical to ES cells by a number of criteria , and were able to generate viable chi ...
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activity adhesive analysis applications beam binding Biol biology boson brain Ca2+ calmodulin carbon CD1d CDNF CERN channel clones collisions complex density detected detector ecosystem electron energy epiblast EpiSCs experiments expression factors function gene genetic genome Hadron Higgs Higgs boson human imaging Institute interactions iPS cells Laboratory Large Hadron Collider levels magnetic measurements mechanism methylation mice mimics molecular mouse ES cells mutant Nanog Nanog iPS Nature nature publishing group naturejobs neurons observed Oct4 paper at www.nature.com/nature particles peptide photon Phys physics plants pluripotent position potential production protein quantum quark-gluon plasma quarks receptor RNAi RNAP scientific scientists sequence signalling silicon siRNA Sox2 species standard model stem cells structure substrate supercoils Supplementary Fig Supplementary Information Supplementary Table surface target temperature theory tion topotecan transcription transform fault transgenic TRPM8 University wild-type