Nature, Volume 448Sir Norman Lockyer Macmillan Journals Limited, 2007 - Electronic journals |
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Page 71
... mutation ( 159T ) in yeast . Wild - type and mutant CDNAs were transformed into the yeast strain fig4A lacking func- tional Fig4 ( ref.7 ) . Transformation with the empty vector did not correct the enlarged vacuoles in fig4A , which ...
... mutation ( 159T ) in yeast . Wild - type and mutant CDNAs were transformed into the yeast strain fig4A lacking func- tional Fig4 ( ref.7 ) . Transformation with the empty vector did not correct the enlarged vacuoles in fig4A , which ...
Page 204
... mutant and the wild - type rice ( Supplementary Fig . 2 ) . Genetic analysis showed that the low uptake of silicon in the mutant was controlled independently of Lsil by a recessive gene ( Supplemen- tary Fig . 3 ) . We constructed an F2 ...
... mutant and the wild - type rice ( Supplementary Fig . 2 ) . Genetic analysis showed that the low uptake of silicon in the mutant was controlled independently of Lsil by a recessive gene ( Supplemen- tary Fig . 3 ) . We constructed an F2 ...
Page 494
... Mutant 44 ( gnl1-2 ) gnl1-2 ( mutant 44 ) gnl1-1 A39 C T DCB HUS g Q581Stop Sec7 HDS j gnl1-3 ( mutant 54 ) G A W1237Stop HDS2 HDS3 shares a function with either of the other two GBF - family ARF - GEFs , this function should be ...
... Mutant 44 ( gnl1-2 ) gnl1-2 ( mutant 44 ) gnl1-1 A39 C T DCB HUS g Q581Stop Sec7 HDS j gnl1-3 ( mutant 54 ) G A W1237Stop HDS2 HDS3 shares a function with either of the other two GBF - family ARF - GEFs , this function should be ...
Contents
Crinan St London N1 9XW | 4 |
Abbott | 14 |
How T cells recognize sugars | 27 |
Copyright | |
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activity adhesive analysis applications beam binding Biol biology boson brain calmodulin CD1d CDNF CERN channel clones collisions complex density detected detector e-mail ecosystem effects 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 Lsi2 magnetic measurements mechanism methylation mice mimics molecular mouse ES cells mutant Nanog Nanog iPS nature publishing group Naturejobs neurons observed Oct4 paper at www.nature.com/nature particles peptide photon Phys physics plants pluripotent position potential protein quantum quark-gluon plasma quarks Rab8 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