Anthropic Scientific Figure Interpretation Eval
Private Anthropic evaluation direction for scientific figure interpretation, reported only through a model-trend chart with no task count or released examples.
Scientific domain
Cellular mechanisms
分子与细胞生物学
Private Anthropic evaluation direction for scientific figure interpretation, reported only through a model-trend chart with no task count or released examples.
A 13-task RNA representation benchmark covering structure, function, processing, modification, translation, degradation, programmable switches, and CRISPR activity.
A human CRISPR-Cas9 paired-guide library created to compare dual- and single-targeting strategies in loss-of-function screens.
A human CRISPR-Cas9 guide-RNA library assembled to compare single-targeting library performance in loss-of-function screens.
Binary interaction prediction for enhancer and promoter DNA sequences, evaluated with Matthews correlation coefficient.
Three-output regression of ON, OFF, and ON/OFF programmable RNA-switch values, aggregated as their mean squared Pearson correlation.
A practical biology-research suite of 2,457 multiple-choice questions across eight broad categories and 31 versioned task files, with public and private contamination-monitoring splits.
Human-hard, multi-step multiple-choice scenarios involving plasmids, DNA fragments, enzymes, and molecular-cloning workflows.
Multiple-choice interpretation and multi-element reasoning over scientific figures shown without captions or paper context.
Troubleshoots intentionally modified published biological protocols by selecting steps that would repair the stated outcome.
Sequence-comprehension and manipulation category spanning 15 formal tasks involving PCR, restriction digestion, ORFs, translation, GC content, and DNA–protein relationships.
Selects restriction-cloning primers from a named gene and enzyme pair.
Selects primers for Gibson assembly into a HindIII-linearized vector.
Selects primers for Gibson assembly into a SmaI-linearized vector.
Infers restriction enzymes from a gene name and primer pair.
Selects primers that produce a requested amplicon length from a DNA template.
Calculates expected amplicon length from a primer pair and DNA template.
Selects restriction-cloning primers from an explicit gene sequence and enzyme pair.
Selects primers that produce a requested amplicon sequence from a DNA template.
Calculates fragment lengths after restriction digestion of a DNA sequence.
Calculates the number of fragments after restriction digestion of a DNA sequence.
Expert-authored, artifact-rich free-response tasks that evaluate realistic research judgment across applied life-science workflows.
An agentic systems-biology suite in which language models iteratively perturb simulated SBML systems, analyze time-series observations in Python, and reconstruct hidden biological reactions.
The formally released SCIGYM track containing the 213 systems not included in the creator paper's model evaluation, with systems reaching up to 400 reactions.
The formally released and creator-evaluated SCIGYM track containing biological systems with fewer than ten reactions.
Registry records tagged Molecular and cell biology, counted by capability.
| Capability | Records |
|---|---|
| Knowledge | 1 |
| Evidence synthesis | 4 |
| Retrieval | 2 |
| Prediction | 7 |
| Classification | 3 |
| Regression | 2 |
| Design | 10 |
| Generation | 1 |
| Optimization | 1 |
| Data analysis | 11 |
| Coding | 3 |
| Tool use | 5 |
| Experiment planning | 6 |
| Troubleshooting | 4 |
| Scientific reasoning | 18 |
| Scientific communication | 1 |
Task mappings are evidence-backed and may be partial for mixed suites.