# Use cases

Runnable workflows for specific research goals and methods.

## A

- [ADMET prediction](https://proteiniq.io/use-cases/admet-prediction)/use-cases/admet-prediction
- [AI molecular docking](https://proteiniq.io/use-cases/ai-molecular-docking)/use-cases/ai-molecular-docking
- [All-atom molecular dynamics](https://proteiniq.io/use-cases/all-atom-molecular-dynamics)/use-cases/all-atom-molecular-dynamics
- [Antibody design](https://proteiniq.io/use-cases/antibody-design)/use-cases/antibody-design
- [Antibody structure prediction](https://proteiniq.io/use-cases/antibody-structure-prediction)/use-cases/antibody-structure-prediction
- [Antibody–antigen docking](https://proteiniq.io/use-cases/antibody-antigen-docking)/use-cases/antibody-antigen-docking

## B

- [Bayesian phylogenetics](https://proteiniq.io/use-cases/bayesian-phylogenetics)/use-cases/bayesian-phylogenetics
- [Blind docking](https://proteiniq.io/use-cases/blind-docking)/use-cases/blind-docking

## C

- [Coarse-grained molecular dynamics](https://proteiniq.io/use-cases/coarse-grained-molecular-dynamics)/use-cases/coarse-grained-molecular-dynamics
- [Consensus docking](https://proteiniq.io/use-cases/consensus-docking)/use-cases/consensus-docking

## D

- [De novo protein design](https://proteiniq.io/use-cases/de-novo-protein-design)/use-cases/de-novo-protein-design

## E

- [Enhanced sampling molecular dynamics](https://proteiniq.io/use-cases/enhanced-sampling-molecular-dynamics)/use-cases/enhanced-sampling-molecular-dynamics
- [Ensemble docking](https://proteiniq.io/use-cases/ensemble-docking)/use-cases/ensemble-docking
- [Enzyme design](https://proteiniq.io/use-cases/enzyme-design)/use-cases/enzyme-design

## F

- [Flexible molecular docking](https://proteiniq.io/use-cases/flexible-molecular-docking)/use-cases/flexible-molecular-docking

## H

- [High-throughput virtual screening](https://proteiniq.io/use-cases/high-throughput-virtual-screening)/use-cases/high-throughput-virtual-screening
- [Homology modeling](https://proteiniq.io/use-cases/homology-modeling)/use-cases/homology-modeling

## I

- [Inverse folding](https://proteiniq.io/use-cases/inverse-folding)/use-cases/inverse-folding
- [Inverse virtual screening](https://proteiniq.io/use-cases/inverse-virtual-screening)/use-cases/inverse-virtual-screening

## L

- [Ligand-based virtual screening](https://proteiniq.io/use-cases/ligand-based-virtual-screening)/use-cases/ligand-based-virtual-screening

## M

- [Maximum likelihood phylogenetics](https://proteiniq.io/use-cases/maximum-likelihood-phylogenetics)/use-cases/maximum-likelihood-phylogenetics
- [Molecular docking](https://proteiniq.io/use-cases/molecular-docking)/use-cases/molecular-docking
- [Molecular dynamics simulation](https://proteiniq.io/use-cases/molecular-dynamics-simulation)/use-cases/molecular-dynamics-simulation
- [Multiple protein structure alignment](https://proteiniq.io/use-cases/multiple-protein-structure-alignment)/use-cases/multiple-protein-structure-alignment
- [Multiple sequence alignment](https://proteiniq.io/use-cases/multiple-sequence-alignment)/use-cases/multiple-sequence-alignment

## P

- [Pairwise sequence alignment](https://proteiniq.io/use-cases/pairwise-sequence-alignment)/use-cases/pairwise-sequence-alignment
- [Peptide design](https://proteiniq.io/use-cases/peptide-design)/use-cases/peptide-design
- [Peptide structure prediction](https://proteiniq.io/use-cases/peptide-structure-prediction)/use-cases/peptide-structure-prediction
- [Peptide–protein docking](https://proteiniq.io/use-cases/peptide-protein-docking)/use-cases/peptide-protein-docking
- [Pharmacophore-based virtual screening](https://proteiniq.io/use-cases/pharmacophore-based-virtual-screening)/use-cases/pharmacophore-based-virtual-screening
- [Phylogenetic analysis](https://proteiniq.io/use-cases/phylogenetic-analysis)/use-cases/phylogenetic-analysis
- [Protein binder design](https://proteiniq.io/use-cases/protein-binder-design)/use-cases/protein-binder-design
- [Protein complex structure prediction](https://proteiniq.io/use-cases/protein-complex-structure-prediction)/use-cases/protein-complex-structure-prediction
- [Protein design](https://proteiniq.io/use-cases/protein-design)/use-cases/protein-design
- [Protein fold recognition](https://proteiniq.io/use-cases/protein-fold-recognition)/use-cases/protein-fold-recognition
- [Protein molecular dynamics simulation](https://proteiniq.io/use-cases/protein-molecular-dynamics-simulation)/use-cases/protein-molecular-dynamics-simulation
- [Protein secondary structure prediction](https://proteiniq.io/use-cases/protein-secondary-structure-prediction)/use-cases/protein-secondary-structure-prediction
- [Protein sequence design](https://proteiniq.io/use-cases/protein-sequence-design)/use-cases/protein-sequence-design
- [Protein structure alignment](https://proteiniq.io/use-cases/protein-structure-alignment)/use-cases/protein-structure-alignment
- [Protein structure prediction](https://proteiniq.io/use-cases/protein-structure-prediction)/use-cases/protein-structure-prediction
- [Protein structure search](https://proteiniq.io/use-cases/protein-structure-search)/use-cases/protein-structure-search
- [Protein–protein docking](https://proteiniq.io/use-cases/protein-protein-docking)/use-cases/protein-protein-docking

## R

- [Replica exchange molecular dynamics](https://proteiniq.io/use-cases/replica-exchange-molecular-dynamics)/use-cases/replica-exchange-molecular-dynamics
- [RNA 3D structure prediction](https://proteiniq.io/use-cases/rna-3d-structure-prediction)/use-cases/rna-3d-structure-prediction
- [RNA secondary structure prediction](https://proteiniq.io/use-cases/rna-secondary-structure-prediction)/use-cases/rna-secondary-structure-prediction
- [RNA structure prediction](https://proteiniq.io/use-cases/rna-structure-prediction)/use-cases/rna-structure-prediction
- [RNA–RNA interaction prediction](https://proteiniq.io/use-cases/rna-rna-interaction-prediction)/use-cases/rna-rna-interaction-prediction

## S

- [Sequence alignment](https://proteiniq.io/use-cases/sequence-alignment)/use-cases/sequence-alignment
- [Shape-based virtual screening](https://proteiniq.io/use-cases/shape-based-virtual-screening)/use-cases/shape-based-virtual-screening
- [Single-sequence protein structure prediction](https://proteiniq.io/use-cases/single-sequence-protein-structure-prediction)/use-cases/single-sequence-protein-structure-prediction
- [Steered molecular dynamics](https://proteiniq.io/use-cases/steered-molecular-dynamics)/use-cases/steered-molecular-dynamics
- [Structure-based sequence alignment](https://proteiniq.io/use-cases/structure-based-sequence-alignment)/use-cases/structure-based-sequence-alignment
- [Structure-based virtual screening](https://proteiniq.io/use-cases/structure-based-virtual-screening)/use-cases/structure-based-virtual-screening

## T

- [Transmembrane protein structure prediction](https://proteiniq.io/use-cases/transmembrane-protein-structure-prediction)/use-cases/transmembrane-protein-structure-prediction

## V

- [Virtual screening](https://proteiniq.io/use-cases/virtual-screening)/use-cases/virtual-screening

## W

- [Whole genome alignment](https://proteiniq.io/use-cases/whole-genome-alignment)/use-cases/whole-genome-alignment