Klotz L. C. / Fedoroff N. V. / National Academies Press / /
Country
United States / /
Facility
Princeton University / National Institute of General Medical Sciences / /
IndustryTerm
replication machinery / chemical direction / protein product / free energy / recombination machinery / nanomechanical device / replication systems / energy-driven changes / opposite chemical directions / computational tools / artificial systems / energy / mechanical device / chemical reactions / gene products / self-assembling molecular-scale memory device / chemical properties / biotechnology industry / protein machinery / in vitro systems / multiprotein in vitro systems / biotechnology enterprise / high-energy / ordered systems / Chemical copying / molecular counting device / /
Organization
National Research Council / office of Naval Research / National Science Foundation / Princeton University / National Academy of Sciences / Defense Advanced Research Projects Agency/Air Force office of Scientific Research / National Institute of General Medical Sciences / Providence / American Mathematical Society / /
Person
Harvey Lecture / Bruce Alberts / Raina / Goodrich / James D. Watson / Francis Crick / /
feature combinatorial synthesis, which may well lead to greater diversity of integrated components. DNA-based computation and algorithmic assembly is another active area of research, and one that is impossible to separat