List of available bioinformatic
tools and services.

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All Services Antibody Design Complex Folding Differential Expression Analysis Drug Design Inverse Folding Ligand Binding Protein Design Protein Expression Protein Folding Protein Solubility Protein-DNA Docking Protein-Protein Docking Protein-RNA Docking RNASeq Transcriptome Analysis

Explore Our Bioinformatics Services: Harness cutting-edge tools like AlphaFold2, DiffDock, RoseTTAFold2, and more to tackle protein folding, molecular docking, protein design, and RNAseq challenges with precision and innovation. Our services empower your research with the latest advancements in bioinformatics.

AlphaFold2

Accurately predict protein structures at the atomic level using its amino acid sequence.

Around 30min for a medium sized protein

DiffDock

Dock a ligand onto any protein receptor with high accuracy.

Around 10min for 100 predictions

Transcript Assembly

Easily perform transcript quantification using an input fastq file.

Varies a lot, usually takes several hours

RFdiffusion

Design proteins, binders, and more with this protein diffusion model.

Around 5min for a medium protein

ColabDock

Accurately predict protein complexes with specialized restraints.

Around 10min for a small complex

RoseTTAFold2

Protein structure prediction that's even faster than AlphaFold2 and just as accurate.

Around 10min for a medium sized protein

LightDock

Powerful protein-protein and peptide-protein docking technique.

Around 5h for two medium sized proteins

ESMFold

Accurately predict protein structures at the atomic level using its amino acid sequence.

Around 5min for a medium sized protein

ProteinMPNN

Predict alternative sequences for an input protein structure with high accuracy. Also supports SolubleMPNN.

Around 2min for 100 small proteins

NetSolP-1.0

Accurately predict protein solubility and expression / usability from amino acid sequence.

Around 10s per medium sized protein

DEAnalysis

Differential Expression Analysis pipeline configured for two-condition experiments.

Around 5min for read matrices of size 50x40000

ESM-IF1

Predict alternative sequences for an input protein structure with high accuracy.

Around 2min for 100 small proteins

MIF-ST

Predict alternative sequences for an input protein structure with high accuracy.

Around 2min for 100 small proteins

ProGen2

Create protein variants using nothing but the amino acid sequence.

Around 10min for 100 small proteins

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