Cutting-Edge Models Behind Ground-Breaking Solutions
Nucleotide Transformers
NT | SegmentNT | ChatNT | AgroNT
- Discover single-nucleotide resolution insights across the genome
- Engage with biological data through natural language
- Power agricultural research with domain-adapted NLP
ProtBFN
Explore the proteome with Bayesian Flow Networks.
- Design novel, biologically plausible protein sequences
- Sample and evaluate proteins with a full joint distribution over sequences
- Condition on motifs, regions, or functional properties
Protein Folding
Folding proteins and ligands at scale. Utilize structural models to gain insights from experimental data.
- Access and compare state-of-the-art folding models and advanced algorithms.
- High-throughput batch processing and real-time monitoring.
- Find correlates and insights from experimental data to guide design decisions.
AbBFN2
Design antibodies with integrated, multi-objective modeling
- Generate diverse and developable antibody candidates
- Consolidate complex design tasks in a single generative framework
- Interactively steer outputs with user-defined conditions
InstaNovo and InstaNovo+
Refine peptide sequencing with transformer & diffusion-based generation
- Sequence peptides without reference databases
- Discover novel or modified peptides with high confidence
- Enhance flexibility and coverage with diffusion-based sampling
Explore Multi-Objective Optimization for Antibody Design
Experiment with
DeepChain Labs
Discover multi-objective optimisation and interactive conditioning for flexible antibody design.
