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PAINT: A Framework for Multilingual Pain Representation from Medical Licensing Exams to Real-World Clinical Texts

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PAINT is a multilingual framework that studies pain representation in medical exams and real‑world clinical texts across English, Spanish, Portuguese, and Japanese. It provides nine pain‑focused dataset partitions with clinician annotations, a structured schema for pain relevance, presence, location, descriptors, and demographics, and an ensemble of large language models that achieve high macro‑F1 scores and accuracy. The authors release the WorldMedQA‑Pain ensemble labels, extraction pipeline, validation scripts, and annotation sheets to support pain‑centered clinical NLP research worldwide.

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arXiv Computation and Language
Sep 11

Cross-Lingual Clinical Annotation Projection as Constrained Text Generation: A Six-Language Study

The study investigates whether cross‑lingual clinical annotation projection can be treated as a constrained text‑generation task that preserves the original text while inserting entity tags. Using a workflow that embeds tags directly into immutable target‑language text and then validates them deterministically, the authors evaluated this approach against supervised candidate‑span projection and hybrid ML‑LLM refinement across six languages. Results show that direct LLM projection, particularly with GLM 5.2 and Gemma4:31B, achieves the highest strict F1 scores (up to 0.9201) and outperforms previous methods by 0.0564–0.1512, producing over 55,000 grounded mentions with accurate offsets.

By \'Alvaro Rey-Blanes, Francisco J. Moreno-Barea, Francisco J. Veredas
Hugging Face Trending Papers
Sep 10

Cross-Lingual Clinical Annotation Projection as Constrained Text Generation: A Six-Language Study

The study investigates whether cross‑lingual clinical annotation can be treated as a constrained text‑generation task that preserves the original text while inserting entity tags. Using a workflow that embeds tags directly into immutable target‑language text and then validates them deterministically, the authors compare this approach to supervised candidate‑span projection and hybrid ML‑LLM refinement across six languages. Results show that direct LLM projection, particularly with GLM 5.2 and Gemma4:31B, achieves the highest strict F1 scores, surpassing previous state‑of‑the‑art by up to 0.15 and producing over 55,000 grounded mentions with accurate offsets.

arXiv AI
22h ago

CardioLM: A multilingual suite of small language models for the cardiology domain

arXiv:2611.07940v1 Announce Type: cross Abstract: Background: Cardiovascular care generates large volumes of clinical free-text documentation in local languages. However, clinical natural language pr...

By Manuela-Daniela Danu, Miguel Rodr\'iguez-Ortega, Alberto Becerra-Tome, Pablo Arancibia, Fernando Gallego-Donoso, Lorenzo Pratesi, Xi Bai, Andrei-Damian Dinescu, Salvador Lima-L\'opez, Andrea Guala, Saskia Haitjema, Jonas Mack, Michele Miranda, Wesam Al Nabki, Jan Rodr\'iguez-Miret, Vasile George Marica, Vladim\'ir Kincl, Kate\v{r}ina Dost\'alov\'a, Michael Andrej, Alicia Ujil, Corinne Allaart, Machteld Boonstra, Malin Overmars, Anoop Shah, Giovanna Ceroni, Jonathan Kossoff, Domenico D'Amario, Renzo Laborante, Antonio Iaconelli, Isabella Fumarulo, Jacopo Lenkowicz, Livia Lilli, Emma Weiss, Alex Scafa, Felix Lindberg, Milou Gamage, Eul\`alia Farr\'e-Maduell, S\'ebastien Brati\`eres, Martin Krallinger, Bram van Es