Nancy T. Li

This paper applies large language models to assist in gene annotation into Reactome pathways, showing promising results in supporting curation workflows.

React-to-Me, a retrieval-augmented chatbot grounding GPT-4o-mini in curated Reactome pathways with hyperlinked citations, earned higher blinded expert ratings than ungrounded GPT-4o-mini (odds ratio 2.01).

This paper develops a cost-effective method for manufacturing 3D cancer models using vacuum thermoforming, enabling high-resolution imaging of tumor cell behavior.

This paper develops a cryopreservation method for myoblasts in paper-based scaffolds, enabling inter-laboratory studies of skeletal muscle health.

This paper explores using ChatGPT in Reactome curation to automate pathway annotation, comparing its outputs to manual curation and identifying challenges and improvements.