Engineering Fundamentals in Life Science | |||
| Session 134 - Intracellular Processes | |||
| We seek presentations that utilize experimental methods, computational modeling, and integrated experimental and computational approaches for the analysis of intracellular processes, in the context of biomedical systems. Topics of interest include, but are not limited to: binding and molecular interactions, gene and protein networks, crosstalk between signaling pathways, signaling pathway dynamics, and intracellular trafficking, and novel approaches for monitoring intracellular processes. Multi-scale approaches involving measurement and regulation across gene, protein, and metabolic systems are particularly encouraged. | |||
| Chair: | Arul Jayaraman | ||
| CoChair: | Scott Banta | ||
| CoSponsor(s): | Engineering Fundamentals in Life Science | ||
| 134a | Inferring Equilibrium Protein Binding Using Fret Imaging Data Khamir Mehta, Adam Hoppe, Peter J. Woolf, Jennifer J. Linderman | ||
| 134b | The Effects of Ppar Modulation on Cox-2-Depedent Inflammation and Apoptosis in Shear-Activated Chondrocytes: a Role in Arthritis Zachary Healy, Norman Lee, Paul Talalay, Konstantinos Konstantopoulos | ||
| 134c | Towards Quantitative Understanding of Mass Transfer in the Endocytic Pathway Chinmay Pangarkar, Anh-Tuan Dinh, Samir Mitragotri | ||
| 134d | Apoptosis of Human Hepatocellular Carcinoma Cell Is Regulated by Palmitic Acid through the Signal Transduction from Pkr to Bcl-2 Xuerui Yang, Christina Chan | ||
| Break | |||
| 134e | Involvement of Jnk in Cellular Trafficking of Adherens Junction Proteins E-Cadherin and Β-Catenin: Implication to Cell-Cell Adhesion Piyush Koria, Stelios T. Andreadis | ||
| 134f | Manipulation and Kinetic Analysis of Crosstalk between Pi 3-Kinase/Akt and Ras/Erk Signal Transduction Pathways Chun-Chao Wang, Michael Monine, Jason Haugh | ||
| 134g | Analyzing the Stress Response Pathway in Saccharomyces Cerevisiae Ping Xu, David Raden, Scott Hildebrandt, Francis J. Doyle III, Anne Skaja Robinson | ||
See more of Food, Pharmaceutical & Bioengineering Division