Homewood / New York / Berlin / Atlanta / ITQB / Reading / San Diego / /
Company
Cambridge University Press / ADP / Oxford University Press / Cellular Biosciences / Lactococcus / Biochemical Systems / Cellular Systems / /
Country
Taiwan / Portugal / United Kingdom / /
Currency
pence / / /
Facility
Eberhard O. Voit∗ Integrative BioSystems Institute / Homewood / Georgia Institute of Technology / National Chung Cheng University / Emory University / /
IndustryTerm
linear flux systems / metabolic systems / food-grade strains / local search heuristics / symbolic power-law representation / biological systems / equivalent solutions / non-power law / non-equivalent solutions / power-law fits / system estimation algorithms / non-power-law terms / evolutionary algorithms / power-law functional forms / power-law representations / dynamical systems / few secondary products / genetic network / genetic networks / genetic algorithm / metabolic flux analysis tools / biological networks / ill-characterized pathway systems / cooperative coevolutionary algorithm / genetic algorithms / diagnostic tools / gene regulatory networks / power-law functions / Power-law models / power-law model / attractions containing solutions / scale-free networks / metabolic networks / protein interaction systems / metabolic pathway systems / proteomic systems / power-law function / /
Movie
Conflict of Interest / /
Organization
Cambridge University / PEP FBP / National Science Foundation / Wallace H. Coulter Department of Biomedical Engineering / Department of Energy / National Chung Cheng University / Emory University / Georgia Institute of Technology / Eberhard O. Voit∗ Integrative BioSystems Institute / Biological Energy Science Center / Oxford University / /
Person
Santos / Chun Chou / Eberhard O. Voit / Gautam Goel / Antonie Van Leeuwenhoek / Almeida / Jonathan Wren / Richard D. Irwin / /
Position
Editor / differential equation model / kinetic model for the system / Author / model / representative / /
ProvinceOrState
Illinois / New York / California / Georgia / Massachusetts / /
BIOINFORMATICS ORIGINAL PAPER Vol. 24 no[removed], pages 2505–2511 doi:[removed]bioinformatics/btn470