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Syst Synth Biol:105–116 DOIs11693RESEARCH ARTICLE Phenotypic impact of regulatory noise in cellular stress-response
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Document Date: 2013-10-11 13:34:12

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City

La Jolla / Seattle / Ottawa / /

Company

Avery / Empix Imaging Inc / Applied Cytometry Systems / /

Country

United States / /

Currency

USD / /

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Facility

University of Ottawa / D. Zhuravel D. Fraser S. St-Pierre L. Tepliakova M. Kærn Ottawa Institute of Systems Biology / Johns Hopkins University / University of California / USA W. L. Pang Institute / /

IndustryTerm

fresh media / gene product / Media containing gal / Synthetic gene networks / synthetic gene regulatory network / synthetic minimal media / /

MedicalCondition

tumor / drug-resistant somatic tumors / strain / /

Movie

Noise / /

Organization

Institute for Nonlinear Science / USA W. L. Pang Institute for Systems Biology / D. Zhuravel D. Fraser S. St-Pierre L. Tepliakova M. Kærn Ottawa Institute of Systems Biology / Canada D. Zhuravel S. St-Pierre L. Tepliakova M. Kærn Department of Cellular and Molecular Medicine / Johns Hopkins University / University of Ottawa / W. L. Pang J. Hasty Department of Bioengineering / Department of Physics / University of California at San Diego / /

Person

Pierre Lioudmila Tepliakova / van Oudenaarden / Jeff Hasty / Friedrich-Alexander Universita / Simon St-Pierre Lioudmila / Daniil Zhuravel / Raj / Trypan Blue (Fluka) / Dawn Fraser / S. St-Pierre L. Tepliakova / /

Position

Author / model and the model / phenomenological model / Representative / /

Product

FS / Sigma / doxycycline / fluorouracil / /

ProvinceOrState

California / Washington / Ontario / /

Technology

laser / gene expression / cloning / microfluidics / /

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