ACS / Yannick Rondelez1 Laboratory / Friedland AE / Oxford University Press / Bio-Rad / Integrated DNA Technologies / /
Country
Japan / / /
Facility
Institute of Industrial Science / Osaka University / University of Tokyo / Experimental Building / California Institute of Technology / /
IndustryTerm
synthetic networks / input site / biological bistable networks / built-in thermocycler software / mammalian systems / in vivo networks / chemical point of view / energy-consuming / chemical system / versatile synthetic network / synthetic gene networks / reagents/analytic tools / reaction networks / biological systems / real time / machinery / chemical interactions / large networks / cellular machinery / autonomous molecular computing system / output site / molecular systems / dissipative systems / natural reaction networks / recognition site / transcription networks / bistable networks / molecular networking strategy / stripped-down in vitro genetic machinery / bistable chemical system / batch bistable systems / bistable systems / genetic networks / chemical mechanism / chemical signature / biological networks / mitogen-activated protein kinase signaling network / nonlinear artificial chemical systems / chemical implementation / lactose utilization network / biological network / ellular information processing / chemical kinetics / genetic systems / dynamic reaction networks / chemical reaction space / artificially designed networks / synthetic oscillatory network / nonlinear chemical dynamics / in vivo gene networks / gene networks / biochemical networks / /
MusicAlbum
Culture / Technology / Sports / Science / /
Organization
California Institute of Technology / Centre National / Japanese Ministry of Education / E3219 PNAS PLUS Reaction Assembly / Institute of Industrial Science / University of Tokyo / Osaka University / Oxford University / NHS / /
Person
Hakim V / FAM NHS / Teruo Fujii / Van Oudenaarden / Adrien Padirac / David A. Tirrell / TAMRA NHS / /