Protein Data Bank / GE / Biomimetic / McGraw-Hill / Promita Chakraborty / Lawrence Berkeley National Laboratory / 202J / Ronald N. Zuckermann1 / / /
Event
Reorganization / /
Facility
Molecular Foundry / Stony Brook University / Ronald N. Zuckermann1 The Molecular Foundry / Computation Facility / University of California / /
IndustryTerm
energy barrier / visualization tools / linear chain / pervasive computing / macromolecular systems / energy plot computations / energy plot / energy profiles / reagents/analytic tools / conformational energy / energy curve / energy determinants / weaker satellite minima / haptic devices / energy minima / biopolymer chain / computational tools / input devices / interactive tools / chemical structures / energy minima positions / energy / output energy / analytical force solutions / excellent tool / computer input device / 3D printing / energy landscape / input/interaction device / 4D printing / energy map / energy minima values / robotics rotational energy barrier conformational isomerism / computer visualization tools / educational tools / miniaturized actuating technologies / electronics / minimum energy positions / polypeptide chain / dynamic multiunit systems / low-energy positions / minimum energy configurations / /
Organization
National Science Foundation / Defense Threat Reduction Agency / University of California / Berkeley / Department of Energy / Scientific User Facilities Division / Physical Model Service / Stony Brook University / Virginia Tech / University of California / San Francisco / Milwaukee School of Engineering / Molecular Graphics Lab / /
Person
Babak Sanii / Helen Tran / Michael Connolly / Alexey Onufriev / Joseph DeRisi / /
Coarse-grained, foldable, physical model of the polypeptide chain Promita Chakraborty and Ronald N. Zuckermann1 The Molecular Foundry, Lawrence Berkeley National Laboratory, Berkeley, CA[removed]Edited* by Ken A. Dill, Sto