BIOT

2:00 151. Using a Monte Carlo simulation model to predict process performance during scale-up. R. Ashton,
A. Gates, J. Moscariello
2:20 152. Advanced multiscale metabolic modeling of a nitrogen fixing cyanobacterium. J. Gardner, B.
Miller, W. Sinclair, H. North, B. Hodge, N.R. Boyle
2:40 153. Bioprocess modeling of fouling phenomena in cross-flow microfiltration of viable bacteria. X. Li,
S. Ku, K. Thomas, K. Foster, E. Ximenes, H. Jaycey, X. Liu, M.R. Ladisch
3:00 154. Facilitating the analysis of complex samples using data reduction techniques: Case studies in
downstream processing. S. Konstantinidis, N. Field, K. Jurlewicz, A.K. Velayudhan
3:20 Intermission.
3:40 155. Designing flow-through chromatography processes for aggregate removal. S. Hasegawa, D. Itoh,
Y. Isakari, N. Yoshimoto, A. Podgornik, S. Yamamoto
4:00 156. Mechanistic modeling of chromatography and its application in biopharmaceutical process
development. F. Stueckler, K. Doninger, J. Griesbach
4:20 157. General gradients for preparative chromatography: Mechanistic modeling and practical
consideration. A. Sellberg, A. Holmqvist, C. Andersson, B. Nilsson
4:40 158. Ensuring long term robustness of a CEX chromatographic step for separation of charge variants
with optimized yield. K. Haeringer, E. Rosenberg, S. Hepbildikler, K. Lacki, E. Brekkan, M. Ahnfelt
LGBT Chemists' Symposium on Chemical Biology
Sponsored by PROF, Cosponsored by BIOL ‡ , BIOT ‡ , MEDI, ORGN, PRES and WCC
Undergraduate Research Posters
Biotechnology
Sponsored by CHED, Cosponsored by BIOT and SOCED
MONDAY EVENING
San Diego Convention Center
Hall D
Sci-Mix
P. M. Tessier, S. A. Tobler, Organizers
8:00 - 10:00
Section A