BIOT

10:10 100. Comprehensive bioconversion of algae to liquid fuels and intermediate value products. R.W.
Davis, W. Wu, M. Tran-Gyamfi, T. Lane, R. Pate, B. Wu
10:30 101. Synthetic methylotrophy: Engineering Escherichia coli to metabolize methanol for growth and
metabolite production. W.B. Whitaker, R.K. Bennett, M. Palmer, J. Gonzalez, M.R. Antoniewicz, E.T.
Papoutsakis
10:50 102. Deciphering the regulation of biomass degradation by anaerobic fungi. J. Henske, K. Solomon,
M.K. Theodorou, I. Grigoriev, M.A. O'Malley
11:10 103. Engineering Ralstonia eutropha to produce fuels and chemicals from diverse biomass-derived
substrates. S. Singer
Westin San Diego
Crystal I
Computationally Enabled Biotechnology at the Molecular, Cellular & Process Scales
Bio-Design & Systems Analyses at the Cellular Scale
Section E
J. Reed, D. J. Roush, Organizers
A. P. Burgard, J. Varner, Organizers, Presiding
8:30 104. Genome-scale models can compute proteome allocation. B.O. Palsson
9:10 105. Development and analysis of precursor production strains for chemical production. X. Zhang, C.
Tervo, J. Reed
9:30 106. Detection of novel metabolites and enzyme functions through in silico expansion of metabolic
models. J. Jeffryes, C. Lerma-Ortiz, A.J. Cooper, T. Niehaus, A. Thamm, O. Frelin, T. Kind, L.J. Broadbelt,
O. Fiehn, A. Hanson, K.E. Tyo, C. Henry
9:50 Intermission.
10:10 107. iSCHRUNK: In silico approach to characterization and reduction of uncertainty in the kinetic
models of genome-scale metabolic networks. S. Andreozzi, L. Miskovic, V. Hatzimanikatis
10:30 108. System-level analysis of phototrophic metabolism of aromatic compounds in Rhodopseudomonas
palustris. A. Navid, Y. Jiao, J. Pett-ridge
10:50 109. Modeling of cell-free glycoprotein production in Escherichia coli. N. Horvath, J. Wayman, M.C.
Jewett, M.P. DeLisa, J. Varner
11:10 110. Enabling selection in directed evolution of enzymes via cellular engineering. N. Hassanpour, E.
Ullah, M. Yousofshahi, N.U. Nair, S. Hassoun
Westin San Diego
Pearl Room
Section F