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Proteins / Immunosuppressants / Macrolides / Mammalian target of rapamycin / Sirolimus / CRTC1 / Caffeine / Wee1 / Phosphorylation / Biology / Protein kinases / Genes


Molecular Microbiology), 277–285 ! doi:j06292.x First published online 27 MayCaffeine extends yeast lifespan by targeting TORC1
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Document Date: 2011-06-08 05:03:14

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Geneva / Caldwell / Pletcher / Fribourg / /

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IgG / Holmen / Adobe / Lees-Miller S.P. / Blackwell Publishing Ltd / Roche Diagnostics GmbH / Millipore / Ge / mCi / Canon / Yokogawa / Covance / Bio-Rad / PerkinElmer / Amersham Biosciences / /

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Switzerland / /

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pence / /

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Product Issues / FDA Phase / /

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University of Fribourg / University of Geneva / CDK complex / /

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beverage / Chemical fragmentation analysis / dynamic transcriptional network / dwarf model systems / food intake / /

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ataxia telangiectasia / cancer / tumour / RLS / /

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caloric restriction / bypass / /

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University of Fribourg / Division of Biochemistry / Roche Research Foundation / Department of Medicine / Department of Molecular Biology / University of Geneva / Geneva / University of Geneva Medical School CH-1211 Geneva / Swiss National Science Foundation / Department of Microbiology and Molecular Medicine / /

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Valeria Wanke / Klionsky / /

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D.J. / Harper / /

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doxycycline / M270 / nitro / OD600 / cytoplasmic retention / /

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South Dakota / /

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The Authors Journal / Molecular Biology / /

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antibodies / directed mutagenesis / ATM / Cloning / Cell Signaling / gene expression / spectroscopy / Genotype / 3G / /

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