Miniprotein design; beta-sheet models; folding dynamics; NMR; structure analysis

Directed evolution; cytochrome P450; protein design; in vitro selection; enzyme engineering

Protein design; de novo peptide design; protein folding; analysis of motifs; disulfide engineering

De novo protein design; (protein design); peptide; bioorganic; catalysis; molecular recognition; reactivity

Biosensors; biomolecular materials [fibers, elastomers, adhesives etc.];chemical modification of proteins; membrane proteins; photochemistry; single molecule biology

Recombinant antibody; aminoacyl-tRNA; synthetase; biosensor; infectious agent; phage display; protein stability; therapeutic protein

Structural Biology; structural bioinformatics; computational chemistry; enzyme mechanism; enzyme evolution

Directed evolution; mechanistic enzymology; aldolases; enzyme engineering

Immunotherapy; antibody engineering; target discovery; cancer; lymphomas; B cell developmen; microarrays; proteom analysis; allergy

Protein folding and misfolding; protein expression; expression systems; protein aggregation; spectroscopy

Phage display; selection systems; antibodies; fluorescent proteins; GFP; cre/lox recombination

Antibodies; antibody engineering; virus glycoproteins; HIV; prion proteins

Antibodies; in vitro evolution; therapeutic proteins

Protein based polymers; stimuli responsive polypeptides; protein-polymer conjugates

Protein misfolding; protein aggregation; protein folding; amyloid fibrils; mechanisms of amyloid formation; protein deposition diseases; amyloid diseases

Protein synthesis; proteomics; protein modification; ageing

Protein folding; protein stability; protein dynamics; force spectroscopy; AFM; protein elasticity; single molecule studies

NMR spectroscopy; structural biology; protein-protein interactions; protein-nucleic acid interactions; transcriptionfactors; signal transduction; computational chemistry; structure determination methods; structure prediction

Protein misfolding; prion diseases; heteropolymer design; protein modeling

Protein folding; protein evolution ; nuclear magnetic resonance ; conformational switching

Protein structure; enzymatic mechanism; glycosaminoglycan processing enzymes; proteases and esterases; structural genomics

Protein folding; mutagenesis; SH3 domains; folding and sequence conservation

Statistical mechanics; protein evolution; original antigenic sin

Protein design; bioinorganic chemistry; protein folding

Protein structure; enzyme mechanisms; protein engineering; crystallography; biophysical techniques

Protein dynamics, folding and self-assembly; sickle cell disease

Amyloid; domain swapping; prion structure; protein interations; functional networks

Directed evolution; selection for catalytic activity; phage display; proteases; lactamases and peptidases

Protein folding; proteolysis; biospectroscopy; protein chemistry ; mass spectrometry

peptides; peptide engineering; protein-protein interactions; biophysics; pharmacological chaperones; medicinal chemistry; HIV-1 proteins; cancer

Protein folding; structural biology; protein-protein interaction; biophysics; kinetics

Protein structure; x-ray crystallography; enzyme modification; protein evolution

Protein evolution; protein bioinformatics

Directed evolution; selection; phage display; antibody selection; enzyme evolution

NMR spectroscopy; protein structure and dynamics; folding and assembly; protein interactions; molecular recognition and signalling

De novo design of functional peptides; protein folding; retro-proteins; phage display of peptide libraries

Protein design; combinatorial methods; library design; mutagenesis; binary patterning; protein expression

Directed evolution; repertoire selection; polymerases; replication; nucleotide chemistry

Antibody engineering; protein expression; display methods; molecular evolution; cancer immunotherapy

Molecular chaperones; protein folding; stress response; protein targeting; mitochondrial biogenesis

Chaperonins; allostery; mutant cycles; protein folding

Molecular chaperones; chaperonins; GroEL; folding in vivo; amyloids; TTR

Protein structure and design; directed molecular evolution; display and selection technologies; protein arrays and biosensors

Antibody engineering, recombinant fusion proteins and linkers, engineered bispecifics, immunotargeting, antibody therapeutic and imaging agents, intracellular antibody therapy.

Stabilization; folding; reaction mechanisms; chemical modification; antigenicity

Immunology; structural biology/x-ray crystallography; kinetics; biophysics; protein-protein recognition

hydrolases; enzyme kinetics; biocatalysis; dehalogenases

Phage display; antibody engineering; molecular evolution; domain antibody

Protein folding; protein stability; reaction kinetics; protein dynamics

Protein engineering; fluorescence; circular dichroism; microcalorimetry; proteomics; molecular dynamics; chemokines

Peptide chemistry; peptide synthesis; protease; protease inhibitor; protein; NMR; enzyme kinetics; enzyme inhibition; molecular interactions

Glutathione; combinatorial protein chemistry; directed evolution; phage display; protein redesign

Protein folding and unfolding; protein degradation; ATP-dependent proteases; protein translocation across membranes; mechanism of protein machines

Protein crystallography; protein stability; protein design.

Protein design; protein stability; combinatorial optimization; molecular modeling; force fields

Protein folding; protein stability; protein misfolding and aggregation

Protein design; foldon; enzybiotics; virus; bacteriophage

Protein folding; spectroscopy; amyloid; protein-protein interactions; complex assembly

Protein crystallography; DNA binding protein; ligand receptor interaction

Protein/Peptide misfolding and aggregation; kinetics of amyloidogenesis; light scattering

Structural bioinformatics; protein and proteome databases; structural proteomics; molecular simulation; protein folding

Therapeutic antibodies; protein libraries and selection methodologies; chelate effect and high-affinity binding; protein-based in vivo targeting, with special emphasis on angiogenesis-related diseases

Polypeptide design; signaling protein interactions; binding allostery; instrinsically-unstructured proteins (IUPs); NMR; blood coagulation and antithrombotics

Chemically synthesized proteins; semisynthetic proteins and peptides; chemokines; HIV receptor antagonists

X-ray crystallography; protein structure; function and engineering; directed evolution; enzyme mechanism

Protein family classification and analysis, structural genomics

Antibody engineering; phage display; ribosome display; selection technology

Protein folding kinetics; protein stability; membrane protein biophysics; protein fibrillation; surfactants

Protein engineering; molecular directed evolution; lipase; lipid binding proteins

Directed evolution; display and selection technologies; ligand binding; protein stability; antibody engineering; protein design

Protein struture; protein folding; protein dynamics protein stability and NMR spectroscopy

Folding; misfolding; amyloid; single molecules; AFM

Chemical biology; protein chemistry; enzymology

Amyloid formation and protein aggregation; protein design; protein stability and thermodynamics; NMR

Antibody modeling; antibody mimetics; artificial receptors

Protein design; folding; stability; helical proteins; protein-metal interactions; protein-protein interaction; protein-RNA interactions

Protein folding; kinetics; folding intermediates; rapid mixing; NMR; hydrogen exchange

Mass spectrometry; proteomics; post translational modifications; protein interaction

Virotherapy; gene therapy; virus display; targeting; membrane fusion

Protein structure analysis and modeling; protein assembly analysis and modeling

Membrane proteins; ion channels; molecular dynamics; homology modelling

Protein folding; physical chemistry; statistical mechanics; global optimization

Protein-protein interaction; binding kinetics; proteomics; protein design; interferon; cooperativity

Computational biology; membrane proteins; mechanical proteins; photosynthetic apparatus; nanosystem bioengineering;

Folding; Design; Biocomputing; Amyloid; Structure analysis

Molecular biology & protein engineering; protein-protein interaction; ribsome inactivating protein; N-glycosidase; DNA methylase

Rational design; combinatorial selection; antibody engineering; binding proteins; protein crystallography

Aminoacyl-tRNA synthetases; RNA modification enzymes; RNA; protein interactions

Protein folding; RNA folding; kinetics; hydrogen exchange; small-angle scattering

Biohybrid materials; smart protein conjugates; biomineralization

Bioinformatics; protein modelling

Protein crystallography especially applied to membrane channels and receptors and to drug design aimed at therapeutically important targets

Protein crystallography; bioinformatics; neurobiology; intrinsically unfolded proteins; structural proteomics; halophilic/halotolerant proteins; acetylcholinesterase/butyrylcholinesterase

Enzyme evolution; directed evolution; enzyme mechanisms; protein conformation; antibodies

Computational and theoretical biophysics; protein folding; protein aggregation; chaperone-mediated folding; single molecule studies

Antibody mimics; protein tinkering; protein-drug design; refolding; large-scale protein processing

Computational biology; bioinformatics; structural biology; genomics

Computational biology; protein and ligand design; electrostatic interactions; molecular dynamics; protein-DNA interactions; systems biology

Expertise terms: membrane proteins, protein modeling, biomolecular simulation, membrane biophysics

Proteomics; combinatorial selection; affinity purification; expression profiling

Computational biology; molecular recognition; molecular dynamics; protein and ligand design; molecular simulation

Protein crystallography; protein engineering; TIM; CoA; enzymology

Protein structure; enzyme mechanisms; protein engineering; crystallography; expression systems

Protein structure; signal transduction; protein/lipid interactions; phosphoinositide signalling

Enzyme mechanisms; glycosyl transfer; glycosidase; carbohydrates

NMR; protein crystallography; protein stability; protein engineering

Structural studies of peptides and proteins; rational protein design; combinatorial design and selection; nanobiotechnology

Recombinant antibody fragments; antibody fusion proteins; molecular imaging; pharmacokinetics; bioconjugation of nanomaterials

Protein structure and design; x-ray crystallography; symmetry and self-assembly; protein topology and knots, algorithms

Molecular biology and protein engineering; phage display; protein kinases; GPCRs and ion channels involved in taste and smell