Cambridge University Press / Youngson N. A. / Oxford University Press / /
Country
United Kingdom / Netherlands / / /
Event
Natural Disaster / /
Facility
Arizona State University / And headquarters / /
IndustryTerm
physical and chemical stimuli / chemical systems / non-living systems / read-out machinery / chemical and physical signals / free energy / chemical and physical forms / chemical self-organization writ / environmental chemical signal / chemical gradients / digital information processing system / chemical cycles / dynamical systems / chemical signals / energy / chemical time scales / physical and chemical environmental signals / chemical selforganization / chemical mixture / genetic algorithm / food source / dynamical network / transcriptional machinery / real-time operation / vascular and lymphatic systems / physical systems / laboratory technologies / /
MedicalCondition
cancer / tumour / human disease / /
Organization
Cambridge University / National Institute of Health / Beyond Center for Fundamental Concepts / Arizona State University / Oxford University / T. / /
Person
John Serle / Steven Henikoff / George Ellis / Stuart Lindsay / Nat / Sara Walker / Nancey Murphy / Robert Austin / Philip Clayton / Stephen Wolfram / Albert Einstein / Neil Rabinovitz / Charley Lineweaver / / /
Position
biologist / author / recruiter / controller / /
Technology
genomics / genetic algorithm / DNA binding / html / human genome / laboratory technologies / genetic code / gene expression / http / /
Downloaded from rsfs.royalsocietypublishing.org on December 21, 2011 The epigenome and top-down causation P. C. W. Davies Interface Focus, 42-48 first published online 14 September 2011 doi: rsfs