AMRA-LAB

Computational Analyses · Basic to Advanced | AMRA-LAB Force–Extension Analysis in Steered Molecular Dynamics A complete guide to Force vs Time, Force vs Distance, Force vs Position, work interpretation, umbrella-window selection, and potential of mean force analysis. Start Learning ↓Open …

Computational Analyses · Basic to Advanced | AMRA-LAB Protein Backbone Conformational Analysis Using Ramachandran Plots A professional guide to φ/ψ backbone torsion-angle distributions, conformational quality assessment, residue-specific behavior, structural outliers, molecular-dynamics ensembles, and publication-grade interpretation. Start Learning ↓Open All Topics …

Computational Analyses · Basic to Advanced | AMRA-LAB Radial Distribution Function Explained Clearly What RDF measures, why peaks matter, how molecular shells are identified, how coordination numbers are obtained, and how to interpret solvent, ion, ligand, membrane, and biomolecular organization …

Computational Analyses · Basic to Advanced | AMRA-LAB Computational Alanine Scanning A complete guide to residue hotspot identification, mutation-induced binding-energy changes, ΔΔG interpretation, per-residue decomposition, and responsible reporting after molecular dynamics simulations. Start Learning ↓Open All Topics Core conceptΔΔGbind = …

Computational Analyses · Basic to Advanced | AMRA-LAB Membrane Area per Lipid & Density Profile Analysis A practical guide to membrane packing, leaflet organization, bilayer thickness, component distributions, protein insertion, and structural equilibration after molecular dynamics simulation. Start Learning ↓Open …

Computational Analyses · Basic to Advanced | AMRA-LAB Principal Component Analysis of Molecular Dynamics Trajectories A publication-focused guide to essential dynamics, collective molecular motion, covariance analysis, eigenvalues, eigenvectors, explained variance, PC projections, and conformational-space interpretation after molecular dynamics simulation. Start …

Computational Analyses · Basic to Advanced | AMRA-LAB RMSF Explained Clearly What RMSF measures, why residue-level flexibility matters, how it is calculated, how to identify flexible loops or rigid cores, when it is useful, and when it may mislead interpretation. …

Computational Analyses · Basic to Advanced | AMRA-LAB Hydrogen-Bond Analysis What hydrogen bonds are, how geometrical criteria detect them, why they matter in proteins and protein–ligand complexes, how to interpret their number, occupancy, distance, angle, persistence, and when H-bond analysis …

Computational Analyses · Basic to Advanced | AMRA-LAB Partition Coefficient Analysis A clear guide to logP, logD, lipophilicity, ionization, membrane permeability, absorption, distribution, and computational ADMET interpretation. Start Learning ↓ Open All Topics Core concept P = Coctanol / CwaterlogP …