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Find the right model or tool for the task — and run it online.
Every model and program for a task, side by side: what each one does, whether its licence lets you use it, and whether it runs here without a GPU of your own.
AI models
- Protein structure prediction20Predict a protein's 3D structure, or a complex's, from its sequence.
- Protein design10Generate new protein backbones and sequences, binders and scaffolds.
- Protein language models10Embed protein sequences, score mutations and predict properties from sequence alone.
- Molecular docking and binding affinity14Dock small molecules into proteins and estimate how tightly they bind.
- Antibody design and analysis11Number, model, humanise and design antibodies and their binding sites.
- DNA and genomics models24Model genomes, predict variant effects and read regulatory DNA.
- Single-cell foundation models14Embed and annotate cells, and predict responses to perturbations, from single-cell data.
- Chemistry and ADMET prediction23Predict molecular properties, toxicity and ADMET, generate molecules and plan syntheses.
- Molecular simulation and materials22Run molecular dynamics, compute free energies and model atoms and materials.
- Pathology and medical imaging19Analyse whole-slide images, segment medical scans and classify pathology.
- Biomedical language models24Read, extract entities from and reason over biomedical and clinical text.
- Weather, climate and Earth observation32Forecast weather, emulate climate and analyse satellite imagery.
Bioinformatics tools
- Genome assembly and quality3Assemble genomes and measure how complete an assembly is.
- Phage and virus genomics6Find, check, annotate and classify phage and viral genomes.
- CRISPR analysis4Find CRISPR arrays and Cas genes, design guides and analyse screens.
- Sequence search, alignment and phylogenetics9Search sequence databases, align sequences and build phylogenetic trees.
- Sequencing read analysis11Clean reads, align them, call variants and peaks, and count expression.