Profile Fingerprint is based on mining the text of the experts' scientific documents to create an index of weighted terms, which defines the key subjects of each individual researcher.

Chemical Compounds

Molecular dynamics
Proteins
Sampling
Computer simulation
Membranes
Conformations
Solvation
Peptides
Hydration
Biomolecules
DNA
Atoms
Water
Biological membranes
Free energy
Nucleic Acids
DNA-Directed RNA Polymerases
Membrane Proteins
Dipeptides
Macromolecules
Electrostatics
Amino Acids
Physics
Alanine
Photosensitizers
Palmitates
RNA
Protonation
Peptide Hydrolases
B-Form DNA
RNA Polymerase II
Kinetics
Experiments
Permittivity
Association reactions
Ligands
Fusion reactions
Nucleotides
Molecules
Bacilli
Dioxygenases
Substrates
Computational methods
Enzymes
Glycine
Melitten
Intrinsically Disordered Proteins
Quantum theory
Water recycling
DNA Repair Enzymes

Engineering & Materials Science

Proteins
Molecular dynamics
Computer simulation
Sampling
Membranes
Conformations
Peptides
DNA
Solvation
Biomolecules
Hydration
Free energy
Macromolecules
Atoms
Association reactions
Amino acids
Protein folding
Protonation
Electrostatics
Experiments
Trajectories
Nucleic acids
Biological membranes
Repair
Enzymes
RNA
Quantum theory
Computational chemistry
Potential energy functions
Facings
Van der Waals forces
Biochemistry
Permittivity
Crystallography
Servers
Urea
Dihedral angle
Hydrophobicity
Neutron scattering
Computational methods

Physics & Astronomy

Chemistry and Materials

proteins
peptides
deoxyribonucleic acid
amino acids
macromolecules
water
alanine
lysozyme
lipids
glycine

General

molecular dynamics
simulation
sampling
membranes
crowding
field theory (physics)
helices
scoring
free energy
hydration
fragments
solutes
replicas
solvation
aqueous solutions
cytoplasm
formalism
interactions
environment simulation
analogs
predictions
biochemistry
kinetics
computerized simulation

Life Sciences

biology
influenza

Physics

atoms

Engineering

decoys