A connected view of molecular possibility.

Biocentric integrates proprietary architectures, open-source models and biophysical enhancements into a modular platform for scalable binding prediction.

Designed around
the discovery question.

Binding affinity prediction connects the workflow. Each module brings a different perspective to the same research challenge.

  1. PrepareTargets & chemical libraries
  2. PredictPoses & binding affinity
  3. RefineSelectivity & ADMET
  4. InvestigateDynamics & validation

Specialist methods.
A modular architecture.

Selected tools shown in Biocentric’s published platform diagram.

Ligand processing

Prepare chemical structures for the next stage of analysis.

Open Babel · RDKit · AutoDock Tools · MarvinSketch

Protein modeling

Bring structural context to the target and its binding sites.

AlphaFold · SWISS-MODEL · ESMFold · I-TASSER

Pose prediction

Explore how a candidate may interact with a target.

DiffDock · Vina · AutoDock GPU · ICM Molsoft · rDock

Molecular generation

Explore related molecules and new chemical possibilities.

NVIDIA MolMIM · BARTSmiles · Ligand Editor

ADMET prediction

Assess absorption, distribution, metabolism, excretion and toxicity properties.

Toxometris · SwissADMET · admetSAR · ICM Molsoft

Molecular dynamics

Investigate the stability of molecular interactions over time.

AMBER · GROMACS · MMGBSA · MMPBSA

Visualization

Inspect structures and interactions to support interpretation.

PyMOL · LigPlot · VMD · ICM Molsoft

Applied research

See the workflow
in a TYK2 study.

Explore how screening, binding prediction, selectivity and ADMET analysis informed a targeted discovery project.

Read the TYK2 case study

Tools are named for scientific transparency. Their inclusion does not imply endorsement by their providers.

A better next step for your research.

Bring your target, your challenge, or your next idea. Let’s explore it together.

Discuss a project