Durham University / University of Sheffield / University of Leeds / University of St Andrews / University of Cambridge / University THE MOLECULES OF LIFE AT WORK / Cavendish Laboratory / University of Oxford / University of Warwick / Institute of Physics / Sainsbury Laboratory / John Innes Centre / Ray Goldstein/ University of Cambridge / /
IndustryTerm
live-cell manipulation technologies / chemical fuel / biological systems / even computing devices / machinery / transcription site / chemical modification / imaging / dense network / energy / track network / mechanical energy / lipid bilayer laser polyprotein chain / electricity / energy landscape / genetic networks / twisted telephone cable / Chemical and electrical gradients / research / self-regulating systems / broader molecular machinery / chemical physics / biologically-inspired devices / /
MedicalCondition
blood disorders / cancer / disease / /
MedicalTreatment
antibiotics / eye-surgery / /
Organization
Knut Drescher and Ray Goldstein/ University of Cambridge / John Innes Centre in Norwich / University of Leeds / Institute of Physics / University of Oxford / Durham University / Society of Biology / University of Sheffield / University of St Andrews / Department of Applied Mathematics and Theoretical Physics / University of Cambridge / University of Warwick / /
Person
Kislon Voïtchovsky / Beth Bromley / Raymond E. Goldstein / Matthew Turner / Antonie van Leeuwenhoek / Sonia Contera / Rob Cross / Andrew Turberfield / Jamie Hobbs / Siobhan Braybrook / Nano / Jochen Guck / Richard Berry / Sarah Harris / Frank Gunn-Moore / Ray Goldstein Professor Raymond / Paul Hardaker / Lorna Dougan / Knut Drescher / Ray Goldstein / /
Position
Professor of Complex Physical Systems / Chief Executive / Professor / phosphate head / /
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