CNLS q-bio Seminars
From Q-Bio Seminar Series
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- The Possibility of Automated Experiments for Inference of Metabolic Models
- Simple Models for Biomembrane Structure and Dynamics
- On the origin of symmetry in biology: Protein oligomers
- Future Seminars
- Past Seminars
- Modelling of the Mitotic Spindle Assembly Checkpoint using SimBiology
- Adapting stochastic simulation to suit biology and biological data to suit simulation
- 13C-based Metabolic Flux Analysis of Environmental Microorganisms
- Biology by design: reduction and synthesis of cellular networks
- A Single-Cell View of Multiple Antibiotic Resistance in Escherichia coli
- The thermal response and motor behavior of E. coli and C. elegans
- Theoretical and Experimental Analysis of Chemotactic Systems in Biology
- Specificity and satisfiability in biological information processing networks
- Theory of microtubule depolymerization by kinesin-8 motors
- Tracking single quantum dots in three dimensions: Following cell receptor traffic and membrane topology
- Cellular Network Based Identification of Master Regulators of Physiological and Oncogenic Processes
- Biophysics of anthrax toxin inhibition by derivatives of beta-cyclodextrin
- Computational Modeling of Interactions in Dynamic Biological Networks
- Programming Cells: Using a Synthetic Light Sensor as a Fast, High-Resolution Input to Signaling Networks
- Learning mechanistic models of gene expression regulation from natural sequence variation
- Stochastic Biological Circuits: Noise as a Phenotype
- The Flagellar Length Control System
- Programming RNA Devices to Control Cellular Information Processing
- Mechanical roles of the bacterial cytoskeleton
- Quantitative Analysis of Constructive Stochastic Designs in Biological Systems
