| Date | Activity | Name | Title | Video
Available | Slides
Available |
|---|
| 2024-03-12 | colloq | | Driven protein fluxes control the number, size, and position of an essential phase- separated organelle in algae | Yes | No |
| 2022-10-26 | microbes22 | | Regulation of protein synthesis during bacterial growth arrest | Yes | No |
| 2020-06-16 | chromosomes20 | | SMC proteins for DNA loop extrusion and phase separation | Yes | No |
| 2020-06-16 | chromosomes20 | All ParticipantsRelated Words: 1, 2, 20, 4, bloc, breakout, bring, closing, discussion, room, summary | Further Discussion on SMC proteins for DNA loop extrusion and phase separation | Yes | No |
| 2018-02-14 | memform_c18 | Tlusty, Tsvi (Ulsan National Institute of Science and Technology) | Mechanics and information in a minimal model of protein evolution | Yes | Yes |
| 2017-08-30 | ecoevo17 | | Exploring Protein Functional Landscapes using Multiplexed Gene Synthesis and Characterization | Yes | Yes |
| 2016-02-17 | sheets16 | | Structure and dynamics of defects and scars in the protein shells of viruses | Yes | Yes |
| 2016-02-11 | sheets16 | | Assembly, Architecture, and Collective Function of Membrane Protein Lattices | Yes | Yes |
| 2015-09-16 | evocell15 | | Perturbation by Sequence Variation: Impacts of Coding Mutations on Protein Fitness | Yes | Yes |
| 2015-09-09 | evocell15 | | Discussion: Why is Concentration the Main Determinant of a Protein's Sequence Conservation? Discussion Leader: Emmanuel Levy | Yes | No |
| 2015-08-27 | evocell15 | | Using protein fitness landscapes to unravel the biophysical, biochemical, and genetic underpinnings of purifying selection. | Yes | Yes |
| 2015-08-27 | evocell15 | | The Evolution of Protein Multimeric States | Yes | No |
| 2015-08-26 | evocell15 | | Evolution and Assembly of Protein Complexes | Yes | Yes |
| 2015-08-25 | evocell15 | | Protein Super-assemblies are Frequently Visited During the Course of Evolution | Yes | No |
| 2015-08-17 | evocell15 | | From Ancient Proteins to Ancient Cells: The Story of the Primordial Mitochondrial Division Apparatus | Yes | Yes |
| 2015-08-10 | evocell15 | | The Most Common Trick of Proteins and How it Led to Biology's Greatest Model | Yes | No |
| 2015-08-07 | evocell15 | | Evolution of Protein Networks | Yes | Yes |
| 2014-08-05 | superbugs14 | | Residue coevolution in proteins - from 3D structure prediction to inferring mutational landscapes | Yes | No |
| 2014-04-18 | bioacter14 | | Can We Use Simple Models to Understand Complex Phenomena in Cytoskeleton Proteins? | Yes | Yes |
| 2014-04-09 | bioacter14 | | Using protein compliance and structure geometry to control stress transmission in biological materials | Yes | No |
| 2013-02-07 | multicell_c13 | | Studying Evolutionary Transitions by Protein Interaction Networks | Yes | Yes |
| 2013-02-05 | multicell_c13 | | Proteins in Crowded Cellular Environments: Perfect Matches and Frustrations | Yes | No |
| 2013-02-04 | multicell_c13 | | The Stochastic Diversification of Multimeric States of Proteins | Yes | Yes |
| 2012-12-12 | immuno_m12 | | The Immune Bee-Hive: Motor-protein Regulated Motility, Motile Synapses and the Generation of Collective Behaviors in the Immune Response | Yes | Yes |
| 2012-06-08 | multiscale_c12 | | Fluctuating Lipid Bilayer Membranes with Diffusing Protein Inclusions : Hybrid Continuum-Particle Model | No | Yes |
| 2012-06-08 | multiscale_c12 | | Suitability of the MARTINI Force Field For Use With Gas-Phase Protein Complexes | No | Yes |
| 2012-06-08 | multiscale_c12 | | Modeling Allosteric Signaling in Protein Homodimers | Yes | Yes |
| 2012-06-06 | multiscale_c12 | | A Novel Coarse-grained Force Field for Unbiased Protein- Membrane Simulations | Yes | Yes |
| 2012-06-06 | multiscale_c12 | | Simulations of Protein Aggregation | Yes | No |
| 2012-06-05 | multiscale_c12 | | Hierarchical Metastable States and Kinetic Transition Networks in Proteins: Trajectory Mapping and Clustering | Yes | Yes |
| 2012-04-18 | multiscale12 | | Informal Talk: Protein-Protein Coupling | Yes | No |
| 2011-06-29 | biopoly11 | Papoian, Garyk (Univ. Maryland) Related Words: area, assembled, bilayers, curvature, induced, lipid, marques, papoian, proteins, self, self-assembled, storage Marques, Carlos (ICS - CNRS - UdS) Related Words: area, assembled, bilayers, curvature, induced, lipid, marques, papoian, proteins, self, self-assembled, storage | Self-assembled Lipid Bilayers: Area Storage (Papoian) by Curvature Induced Proteins, Protein Binding and Tube Extraction (Stevens), Atomistic Simulations of the DPPC Main Transition (Netz) and Area Increase and Phase Separation in Hydroperoxidized Lipid Membranes (Marques) | Yes | Yes |
| 2011-06-22 | biopoly11 | Papoian, Garyk (Univ. Maryland) Related Words: area, assembled, bilayers, curvature, induced, lipid, marques, papoian, proteins, self, self-assembled, storage | Proteins: Physics of Allostery | Yes | No |
| 2011-06-21 | biopoly11 | Marques, Carlos (ICS - CNRS - UdS) Related Words: area, assembled, bilayers, curvature, induced, lipid, marques, papoian, proteins, self, self-assembled, storage Papoian, Garyk (Univ. Maryland) Related Words: area, assembled, bilayers, curvature, induced, lipid, marques, papoian, proteins, self, self-assembled, storage | Self-assembled Lipid Bilayers: Interactions with Single DNA Molecules (Marques), Area Storage (Papoian) by Curvature Induced Proteins, Membrane Wrinkles (Stevens) ... | Yes | No |
| 2011-06-17 | biopoly11 | Marques, Carlos (ICS - CNRS - UdS) Related Words: area, assembled, bilayers, curvature, induced, lipid, marques, papoian, proteins, self, self-assembled, storage Papoian, Garyk (Univ. Maryland) Related Words: area, assembled, bilayers, curvature, induced, lipid, marques, papoian, proteins, self, self-assembled, storage | Self-assembled Lipid Bilayers: Interactions with Single DNA Molecules (Marques), Tube Extraction (Baljon) and Area Storage (Papoian) by Curvature Induced Proteins ... | Yes | No |
| 2011-06-09 | biopoly11 | | Ising Like Model of Protein Folding | Yes | Yes |
| 2011-06-07 | biopoly11 | | Watching Single Protein Molecules Fold and Unfold by Foerster Resonance Energy Transfer | Yes | Yes |
| 2011-05-27 | biopoly_c11 | | Dynamic Models of Lipid Bilayer Membranes with Protein Inclusions | No | Yes |
| 2011-05-27 | biopoly_c11 | | Protein Dynamics and Stability: Universality vs. Specificity | No | Yes |
| 2011-05-27 | biopoly_c11 | | Extracting Protein Dynamics from Single-Molecule Experiments using Dynamic Deconvolution | No | Yes |
| 2011-05-27 | biopoly_c11 | | How Does the Antagonism Between Capping and Anti-Capping Proteins Affect Actin Network Dynamics? | No | Yes |
| 2011-05-27 | biopoly_c11 | | Protein Signalling via Thermal Vibration: Opposite Effects from Identical Causes | No | Yes |
| 2011-05-27 | biopoly_c11 | | Untying Slipknots and Knots in Proteins | No | Yes |
| 2011-05-24 | biopoly_c11 | | Force-induced DNA Interactions: From Small Molecules to Proteins | Yes | No |
| 2010-02-10 | evocell10 | | Protein Knots | Yes | No |
| 2010-02-10 | evocell10 | | Protein Design: One Phosphorylation or Many? | Yes | No |
| 2009-11-06 | excitcm_c09 | | First Principles Based Stability Analysis of the Helix-Protein - The Role of Harmonic and Anharmonic Vibrations at Finite Temperatures | No | No |
| 2008-11-12 | genetics08 | | Inference of Spatial Details in Protein-protein Interactions from multi-species sequence data | Yes | No |
| 2008-11-07 | genetics08 | | Evolution of Protein Structure and Function | Yes | No |
| 2007-04-05 | evonet07 | | How Protein Function Shapes Biological Evolution | Yes | No |
| 2007-03-28 | evonet07 | | Inference of Protein Functions and Domain Interactions from Protein Interactions | Yes | Yes |
| 2007-03-27 | evonet07 | | Evolvability and Protein Divergence in Homo Sapiens | Yes | Yes |
| 2007-03-26 | evonet07 | | Protein Binding Networks: from Topology to Kinetics | Yes | Yes |
| 2007-03-21 | evonet07 | | Using RNA Binding Proteins and MicroRNAs Targeting to Identify cis Regulatory Elements in RNA | Yes | No |
| 2007-03-05 | evonet07 | | Inferring Protein-Protein Interactions from Aminoacid Sequences: Application to Two-component Systems | Yes | Yes |
| 2007-02-06 | evonet07 | | Gene Duplication and the Evolution of Novel Protein Functions | Yes | No |
| 2006-06-26 | biomachine06 | | Numerical Simulations of Protein Layers and Viral Shells | Yes | Yes |
| 2006-06-26 | biomachine06 | | Squeezing Protein Nanocontainers; AFM Nanoindentation Studies of Viral Capsids | Yes | Yes |
| 2006-06-12 | biomachine06 | | Snf2 Family Proteins and Chromatin Remodelling | Yes | Yes |
| 2006-06-01 | biomachine06 | | Protein Sliding Along DNA | Yes | No |
| 2006-05-23 | biomachine06 | | How Protein-induced Local DNA Bends Can Regulate Global DNA Topology | Yes | Yes |
| 2006-05-15 | biomachine06 | | Proteins with Mechanical Functions | Yes | No |
| 2006-05-09 | biomachine06 | | Visualization of Protein-DNA Complexes at the Single-Molecule Level | Yes | No |
| 2006-05-08 | biomachine06 | | Tracking Protein-coated Particles in 3D using a Two-photon Microscope | Yes | No |
| 2006-05-01 | biomachine06 | | Coupling of Two Motor Proteins: A New Motor Can Move Faster | Yes | Yes |
| 2006-04-12 | biomachine06 | | Genetically-Encoded Tags for Proteins | Yes | Yes |
| 2005-08-25 | bio99 | | Widespread Cell Cycle Dependence and Persistent Memory of Nuclear Proteins: Results from Single Cell Dynamic Proteomics | No | No |
| 2005-04-14 | granular05 | | From Proteins to Peas: Diffusion Across Scales | No | Yes |
| 2005-03-15 | lattice05 | | Accurate Diagnosis and Staging: Statistical Techniques to Distinguish Cancer Types from Protein Mass Spec and Gene Array Data | No | Yes |
| 2003-08-31 | pattern_k03 | | Regulation of Calcium Release by Accessory Proteins | No | No |
| 2003-05-29 | glasses03 | | Crumpling, Jamming and Percolation in a Toy Protein | No | Yes |
| 2003-05-22 | glasses_c03 | | Random First Order Transition Theory of Vitrification: From Quantum Anomalies in Glasses to Control of Protein Conformational Dynamics by Supercooled Solvent | No | Yes |
| 2003-04-28 | bblunch | | My Protein Folds Faster than Yours; Testing Theories of Relative Folding Kinetics | No | No |
| 2003-02-26 | bionet03 | | Prospects for a Useful Protein-DNA Recognition Code | No | Yes |
| 2003-02-25 | bionet03 | | Birth and Death of Domains: Simple Models of Genome Evolution Explain Power Law Distribution of Protein Family Size | No | Yes |
| 2003-01-31 | bionet03 | | Regulation by DNA Structuring Protein in Bacteria | No | No |
| 2003-01-15 | bionet03 | | An Epigentic Switch: Prion Based Protein Regulation | No | Yes |
| 2002-06-13 | cfluids02 | | My Protein Folds Faster Than Your Protein | No | No |
| 2001-05-29 | infobio01 | | Phylogenomics of Protein Domains | No | Yes |
| 2001-05-11 | infobio01 | | The Origin and Significance of Amino Acid Associations in Proteins | No | No |
| 2001-03-22 | infobio01 | | Genome Annotation and Protein Structure | No | No |
| 2001-03-07 | infobio01 | | DNA-Protein Interactions: Experiments, Models and Pattern Discovery Algorithms | No | Yes |
| 2001-03-01 | infobio01 | | Theory and Applications of Protein Threading | No | No |
| 2001-02-27 | infobio01 | | Physical, Biological and Algorithmic Approaches to Protein Folding | No | No |
| 2001-02-27 | infobio01 | | Chaperonin Mediated Protein Folding | No | Yes |
| 2001-02-26 | infobio01 | | Protein Structure Designability and Alphabet | No | Yes |
| 2001-02-26 | infobio01 | | Pairwise Contact Potentials Can Not Fold Proteins | No | No |
| 2001-02-23 | infobio01 | | Computational and Experimental Aspects of Protein Design | No | No |
| 2001-02-22 | infobio01 | | RNA Folding and Protein Misfolding | No | No |
| 2001-02-22 | infobio01 | | Discussion on Design: Designing Functional Proteins | No | Yes |
| 2001-02-22 | infobio01 | | Discussion on Design: Designability of Protein Structures: On and Off Lattice, Functional Protein Design | No | Yes |
| 2001-02-21 | infobio01 | | Prediction and Design of Protein Structures and Folding Mechanisms | No | Yes |
| 2001-02-20 | infobio01 | | Understanding Proteins in their Evolutionary Context | No | No |
| 2001-02-19 | infobio01 | | Sequence Determinants of Protein Folding and Evolution | No | Yes |
| 2001-02-16 | infobio01 | | Protein Folding Rate and Protein Folding Nucleus | No | Yes |
| 2001-02-16 | infobio01 | | Tutorial on Proteins | No | No |
| 2001-02-15 | infobio01 | | Thinking Big: From the Folding of Small Proteins to the Assembly of Large Molecular Complexes | No | Yes |
| 2001-02-13 | infobio01 | | Fast Kinetics and Mechanisms in Protein Folding | No | Yes |
| 2001-02-12 | infobio01 | | Simple Statistical Mechanical Models of Protein Folding | No | Yes |
| 2001-02-02 | infobio01 | | Introduction to Protein Folding | No | Yes |
| 2000-11-08 | colloq | | Protein Folding Kinetics Made Simple(r) | No | Yes |
| 2000-10-11 | colloq | | Protein Folding: Simple Models | No | Yes |
| 1998-10-20 | bio_c98 | | Complexes of Polyelectrolytes with Oppositely-Charged Colloids -- Proteins, Micelles and Dendrimers | No | Yes |
