AbBiBench
A framework using antibody–antigen complexes to evaluate affinity prediction and antibody redesign.
Scientific domain
Protein sequence
蛋白质科学
A framework using antibody–antigen complexes to evaluate affinity prediction and antibody redesign.
An Anthropic private internal suite reported only through an official accuracy chart covering scientific figure interpretation, computational biology, and protein understanding.
Private Anthropic protein-understanding evaluation direction reported only through a model-trend chart, without public tasks, counts, or protocol details.
A multistate protein sequence-design benchmark spanning CaM conformations and binding modes.
Retrieves predicted human interaction partners of viral proteins from P-HIPSter.
Expert-authored, artifact-rich free-response tasks that evaluate realistic research judgment across applied life-science workflows.
A multistate protein sequence-design benchmark targeting the multispecific PapD binding interface.
A creator-curated set of 944 protein-science multiple-choice questions with answer explanations, generated from research literature and released for evaluating text LLM protein understanding.
A multistate protein sequence-design benchmark using the fold-switching conformations of RfaH.
Registry records tagged Protein science, counted by capability.
| Capability | Records |
|---|---|
| Knowledge | 4 |
| Evidence synthesis | 2 |
| Retrieval | 2 |
| Prediction | 3 |
| Design | 5 |
| Generation | 2 |
| Optimization | 5 |
| Data analysis | 2 |
| Experiment planning | 1 |
| Troubleshooting | 1 |
| Scientific reasoning | 4 |
| Scientific communication | 1 |
Task mappings are evidence-backed and may be partial for mixed suites.