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![]() | Document Date: 2005-10-13 11:02:51Open Document File Size: 343,23 KBShare Result on FacebookCityBoston / New York / Washington / London / Verkhovsky / /CompanyEaton / Pergamon Press / /CountryUnited States / /FacilityBoston University / Stanford University / Roux’ Arch / To bridge / National Institute of General Medical Sciences / Cell Biology University of California at Berkeley Berkeley / More complex / /IndustryTermSelf-organizing systems / multicellular systems / biological systems / chemical basis / potential chemical principles / thermal energy / natural actin nucleation machinery / membrane systems / imaging / metazoan embyronic developmental systems / chemical signals / energy / energy-dependent exploration / activation site / continuous energy dissipation / final product / Energy dissipating / gene product / gene products / energy landscape / chemical principles / energy dissipation / self-assembling systems / chemical processes / developmental systems / continuous energy consumption / free energy dissipation / chemical / minimum free energy / sperm entry site / /NaturalFeatureWashington coast / /OperatingSystemParamecium / /OrganizationUniversity of California / Protein Assembly / Department of Molecular / National Institute of General Medical Sciences / Dynamic Organization / Golgi / Stanford University / Boston University / Department of Cell Biology Harvard Medical School Boston / /PersonTim Mitchison / Alexander van Oudenaarden / Nat / Gerhard Fankhauser / Physiol / Julie Theriot / Marc Kirschner / Albert Einstein / John Gerhart / Ted Salmon / John Murray / Vance Tartar / /PositionScientist / General / biologist / physicist / model for cell motility / /ProductBMP-2 / /ProvinceOrStateA.B. / California / Massachusetts / /SportsLeagueStanford University / /TechnologyBMP / polymerization / human genome / thermodynamics / gene expression / genotype / /SocialTag |