Gatz SA / Nikon / Ericsson / M.B.E. / Sainsbury Laboratory / Boylan SA / /
Country
United Kingdom / / /
Event
Natural Disaster / /
Facility
Princeton University / Sequencing Core Facility / Howard Hughes Medical Institute / Cambridge University / c / 2 Howard Hughes Medical Institute / California Institute of Technology / /
IndustryTerm
osmotic stress response systems / microfluidic device / automated time-lapse imaging platform / stress response network / cell-biological applications / minimal media / bacterial systems / energy stress phosphatase / subtilis rsbU gene product / energy stress model / energy / energy stress response / energy stress pathways / energy stress activation / liquid media conditions / gene regulatory networks / energy stresses / energy stress / /
MedicalCondition
JE / colorectal cancer / strain / osmotic shock / MS / Cancer / p53 tumor / Acute glucose starvation / heat shock / /
MedicalTreatment
antibiotics / /
Organization
California Institute of Technology / Cambridge University / National Institute of Health / US National Science Foundation / Princeton University / Packard Foundation / African Union / International Human Frontier Science Program Organization / European Molecular Biology Organization / Howard Hughes Medical Institute / c / 2 Howard Hughes Medical Institute / /
Rate of environmental change determines stress response specificity Jonathan W. Younga,1, James C. W. Lockea,b,1, and Michael B. Elowitza,c,2 Howard Hughes Medical Institute, aDivision of Biology and cDepartment of Bioe