Exploring clinical decision making
About Us
DataMED Lab at Tel Aviv University leverages artificial intelligence and data science to address real-world healthcare challenges.
We analyze large-scale clinical datasets and integrate advanced computational methods:
including machine learning, deep learning, and natural language processing with both real-world medical records and simulated clinical environments.
This hybrid approach enables us to study clinical decision-making, optimize care workflows, and design AI-powered tools that directly support healthcare professionals and improve system efficiency.
Among our projects: Developing a dynamic risk-stratification algorithm using Hebrew NLP and ML for emergency and community settings, Modeling clinical reasoning patterns through a conceptual framework inspired by behavioral analysis, Evaluating how large language models (LLMs) and generative AI can augment clinical decision support, Piloting INTEGRA: an interactive triage system based on generative reasoning analytics.
Our international collaborations include: The EU JUST CT initiative (ESR iGuide) on imaging equity and safety, Remote stroke diagnosis through AI-driven platforms, Identifying women at high risk of breast cancer using NLP-based approaches, And building dynamic algorithms for patient prioritization in resource-constrained environments.
Through these diverse projects, we aim to bridge clinical insight with data-driven innovation; translating ideas into impactful tools that improve healthcare delivery.





.png)
_edited.jpg)

_edited.jpg)




