the annual conference dedicated to
advancing quantitative understanding of cellular regulation
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The detailed times of the Contributed Talks can be found on the Conference Program page.
- Jian Liu, NIH, Traction peak oscillation optimizes focal adhesion mechanosensing
- John Albeck, UC Davis, Linking localized ERK/MAPK dynamics to transcriptional network states
- Will Mather, Virginia Tech, A queueing approach to multisite enzyme kinetics
- Christopher Cotter, University of Georgia, Quantification and Modeling of the self-organization of Myxococcus xanthus
- Jianhua Xing, Virginia Tech, A cascade of bistable switches controls TGF-beta induced epithelial-to-mesenchymal transition
- Andrew Paek, Harvard Medical School, Single cell analysis reveals a time-dependent threshold for p53 mediated apoptosis
- Tomasz Lipniacki, IFTR- Poland, NF-κB and IRF3 crosstalk signaling in MEFs
- Andrew Mugler, Emory, Fundamental limits to the precision of multicellular sensing
- Mikhail Tikhonov, Princeton University, Cascading Non-Local Noisy Readouts Improves Precision of Gradient Response
- Nicole Vega, MIT, Population dynamics of cooperative antibiotic resistance in a C. elegans model
- John Pearson, LANL, Messages Do Diffuse Faster than Messengers: Reconciling Disparate Estimates of the Morphogen Bicoid Diffusion Coefficient
- Hanna Salman, University of Pittsburgh, Protein Fluctuations in Single Cells and Population Variability
- Ivan Surovtsev, Yale University, Physical Nature of the Bacterial Cytoplasm
- Jennifer Oyler, Cornell University, mRNA as a molecular clock: how mRNA longevity controls the persistence of cellular information
- Judy Cannon, University of New Mexico, T cell motility within lymph nodes are more consistent with a correlated random walk than a Levy walk
- Shao Qiuyan, Texas A&M, Phage DNA dynamics and the Correlation with Cell Fate
- Carlos Lopez, Vanderbilt, Model-driven exploration of apoptosis or necroptosis cell-death decisions
- Jason Lomnitz, UC Davis, Phenotypic Differences Among Seven Synthetic Oscillator Designs
- Savas Tay, ETH, Molecular noise facilitates NF-κB entrainment under dynamic inputs
- Daniel DeWoskin, University of Michigan, Fast and Slow Coupling in the Circadian Clock
- jenny Lin, University of Chicago, Mixtures of opposing phosphorylations within hexamers precisely time feedback in the cyanobacterial circadian clock
- Oleg Igoshin, Rice University, Slowdown of cell growth acts as the signal triggering cellular differentiation
- David Fange, Uppsala University, In vivo repressor kinetics exclude simple operator occupancy model for gene regulation
- Arvind Subramaniam, Harvard University, Amino Acid Starvation Reveals Constraints for Modeling Translation
- Brian Munsky, Colorado State, Transcription factors modulate c-Fos transcriptional bursts