| Name | Title | Abstract |
| CP Arun | The Thermodynamics of Soft Matter in Compression and Tensio | Abstract |
| D Bolser | The most important protein superfamilies as reveiled by graph theoretic analysis of the protein structural interactome | Abstract |
| J Doye | Inhibition of protein crystallization by evolutionary negative design | Abstract |
| J Dzubiella | Reduction of the hydrophobic attraction between charged solutes in water | Abstract |
| P Faisca | Native state geometry and the kinetics of protein folding | Abstract |
| J Fernandez-Recio | Prediction of protein-protein interaction: Docking simulations as a tool to understand molecular recognition | Abstract |
| J Gordon | Mapping subunit interactions in RNase MRP | Abstract |
| S Hart | Role of charges on cytochrome from the cyanobacterium phormidium laminosum in its interaction with plastocyanin | Abstract |
| RJ Hawkins | Coarse-grained models of entropic allostery | Abstract |
| B Hong | Folding intermediate in the equilibrium unfolding of ketosteroid isomerase by cysteine modification | Abstract |
| M Jang | Prediction of protein-protein interaction within mitochondrial proteome | Abstract |
| C Kuttler | Biological cooperativity as communication: modelling the lambda switch in the pi calculus | Abstract |
| M Lund | Protein aggregation due to multivalent icons | Abstract |
| RE Palmer | Immobilisation of proteins by size-selected nanoclusters on surface | Abstract |
| B Ridley | Electron transfer interaction between cytochrome f and plastocyanin: Dependence on viscosity and macromolecular crowding | Abstract |
| H Shanahan | Identifying DNA binding proteins using structural motifs and the electrostatic potential | Abstract |
| D Simpson | The Cambridge University reserach exchange | Abstract |
| Z Stoytcheva | Elucidation of the selenocysteine incorporation complex in eukaryotes | Abstract |
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