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Quantitative Life Sciences
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2017
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Workshop on Physical Virology (smr 3134)
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A Mathematical Model for the Classification of Self-Assembling Polypeptide Nanoparticles
1. Research Areas
Applied Physics
Condensed Matter and Statistical Physics
Earth System Physics
High Energy, Cosmology and Astroparticle Physics
Mathematics
Quantitative Life Sciences
2016
2017
Conference on Frontiers in Olfaction (smr 3135)
Joint ICGEB-ICTP-APCTP Workshop on Systems Biology and Molecular Economy of Microbial Communities (smr 3129)
Workshop on Physical Virology (smr 3134)
A Mathematical Model for the Classification of Self-Assembling Polypeptide Nanoparticles
Are Stability and Dynamics Competing or Synergistic Properties of Viral Capsids?
Assembly Pathway of a Small Spherical Virus and Structural Determinants of Its Mechanical Properties
Atomic Force Microscopy of Virus Capsids Uncover the Interplay between Mechanics, Structure and Function
Dynamics of in vivo Bacteriophage Genome Ejection
Electrostatic Foundations of Virus Assembly
Flying Viruses – From Biophysical to Structural Characterisation
Harnessing Coherence in Light and Matter - A Virus Assembly Approach
Herpesvirus Infectivity Facilitated by Internal DNA Pressure and Capsid Stability
How to Control the Size of A Protein Shell
In Vitro Reconstitution of Virus-Like Particles for the Delivery of Self-Replicating RNA Genes
Influence of Mutations on the Compactness of Viral ssRNA Genomes. A Detailed Computational Study of MS2 and BMV RNA2
Modeling pH Mediated Conformational Changes in Virus Capsids
Nonequilibrium Dynamics of RNA Packaging in Viral Capsids
Orientational Phase Transitions and the Assembly of Viral Capsids
Physical Mechanism of Genomic RNA Selective Packaging by HIV-1 Retrovirus
RNA-Protein Interactions in HIV-1 Particle Assembly
Self-Assembly Dynamics of Linear Virus-Like Particles: Theory and Experiment
Statistical Mechanics of Branched Polymers
The Role of the Cargo in Alphavirus Cores
Viral Self-Assembly and Mechanical Stress Relaxation
Viral vs. Random-Sequence RNA vs. Randomly Branched Polymer
Vladimir Lorman Session
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