RBS / Lawrence Berkeley National Laboratory / Chapman SA / ACS / Keating AE / GE Healthcare / Ligand / Lindner AB / Knudsen / Friedland AE / TCSs / /
Currency
pence / / /
Facility
Princeton University / SH3pep-LZB scaffold / C terminus / KSR scaffold / The Ste5 scaffold / Ste5 scaffold / eEnergy Biosciences Institute / University of California / C terminus of Taz / /
IndustryTerm
sensory machinery acts / ribosome-binding site / signal transduction systems / multicellular computing / biological systems / recruitment machinery / multilayer processing / web server / regulatory networks / natural eukaryotic systems / protein interaction devices / analysis software / synthetic biology applications / gene networks / /
MusicGroup
P.A. / S.A.D. / /
NaturalFeature
Laub MT / /
Organization
National Science Foundation / Princeton University / University of California / Berkeley / eEnergy Biosciences Institute / University of California / San Francisco / /
Person
Michael Laub / Activation / Adam P. Arkinb / Weston R. Whitakera / Stephanie A. Davisc / John E. Dueberb / /
Engineering robust control of two-component system phosphotransfer using modular scaffolds Weston R. Whitakera,b, Stephanie A. Davisc, Adam P. Arkinb,d,e,1, and John E. Dueberb,d,e,1 a The University of California, Berk