LAB-Bench
Lab-bench is a benchmark for AI agents covering complex tasks in biology such as reasoning on figures, tables, protocols and sequences. It is used to assess the ability of models to simulate realistic scientific behaviors.
Description
LAB-Bench is a data set designed to assess the capabilities of AI agents in the field of biological research. It includes 30 subtasks divided into 8 main categories, ranging from the analysis of scientific figures (FigQA) to the resolution of complex molecular cloning scenarios. In particular, the corpus covers questions extracted from literature, databases and experimental protocols.
What is this dataset for?
- Testing LLMs on complex biological tasks in a simulated scientific environment
- Evaluate the robustness of an agent by reading figures, tables, and biological sequences
- Develop AI assistants capable of understanding and reasoning on scientific documents
Can it be enriched or improved?
Yes, the subtasks can be completed with other experimental cases or scientific fields. It is also possible to add additional annotations (answer justification, type of source document, level of difficulty). The addition of multilingual versions or real annotated protocols would enrich the dataset.
🔎 In summary
🧠 Recommended for
- AI researchers
- Bioinformatics specialists
- Scientific agent projects
🔧 Compatible tools
- LangChain
- Hugging Face Transformers
- PromptTools
- OpenAI Function Calling
💡 Tip
Combine Lab-bench with other scientific datasets like BioASQ or SciQ to train more versatile models.
Frequently Asked Questions
Is this dataset suitable for training an AI model?
It's not a classic training dataset, but a benchmark. However, it can be used as a source of selective fine-tuning.
Is Lab-bench relevant for models that are not specialized in biology?
It is best to use Lab-bench with models that already have a scientific basis, as the tasks are complex and specialized.
Can I combine Lab-bench with external scientific documents?
Yes, this would make it possible to strengthen the performance of the models through supervised training or complementary tests.




